Update Segment page G5.indd 1 2/12/2010 7:21:26 AM

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1 Update Seco Tools Industry Segment Solutions With extensive experience in a number of important segments, we are in a unique position to offer sensible and productive solutions to a wide variety of difficult machining applications. For our complete range of tooling, please see the Seco Machining Navigator catalog set. Aerospace Titanium, aluminum, high grade stainless steels and heat resistant superalloys are the traditional and still predominant materials in the aerospace industry. However, carbon fiber and other composite materials are becoming more popular. If you are machining an engine component case, ring, case, blade, etc., landing gear, or air frame member, we have specialized tools and techniques that can increase productivity and eliminate hassles such as long chips or unpredictable tool failure. Turning, milling, and holemaking tools have been adapted to the special needs of this industry. Wind Power Large components made from cast iron and hard steels require tools that feature long and consistent tool life. Typically large amounts of metal have to be removed and the final product has to be characterized by high precision. Additionally, many components feature dozens of bolt holes. Examples of successful tools designed for the wind power industry include Turbo Helical milling cutters that remove high volumes of metal fast. Our Duratomic insert coating offers increased wear resistance, speed capability and reliability. And high performance drilling, reaming and boring tools are available for almost any hole diameter. We have also successfully applied our PcBN tools to machine hard bearing races. Oil & Gas Components for this industry must be tough and durable to meet the rugged demands imposed by the abusive environments of arctic cold, desert heat, corrosive sea water and abrasive mud. Among other products, we offer the force reducing MR6 chip groove for long pipe and precision threading inserts developed specifically for the oil field. Unique PVD coatings for milling, turning and drilling inserts provide excellent tool life in difficult to machine materials. Automotive High production volumes and the drive to reduce part cost require productive tools and processes. We supply a very wide variety of tools to the automotive industry to machine everything from soft gray iron and aluminum to 60 Rc steel shafts and valve seats. We offer inserts, milling cutters, drills, reamers, as well as pre-setters and shrink fit machines for the heaviest interrupted cuts as well as high precision, tight tolerance machining. We also offer to every market segment our Component Engineered Tooling consultancy service where we recommend tooling, speeds, feeds and tool paths to machine an entire component in a cost efficient manner. Medical The small and complex components produced for the medical industry are typically made from difficult to machine materials like cobalt-chrome, titanium, stainless steels and even ceramics. The geometry of the cutting edge is a critical factor in producing stress-free, tight tolerance orthopedic parts. Our Jabro solid carbide end mill line includes products for high performance machining, high speed machining, and high feed machining and provides significant cost savings in a wide variety of parts from bone screws to tibial trays. Power Generation Whether we need to produce slots in turbine disks or the dove tails on blades, we have products that provide unique solutions no matter what the work material. We offer a wide variety of standard and custom tools for milling, turning, and holemaking. Innovation in products and services is important to us and we can offer advice concerning tooling set-up, project documentation and even training Segment page G5.indd 1 2/12/2010 7:21:26 AM

2 TOC.fm Page 2 Friday, February 12, :10 AM Index Index Turning Index Alphanumeric index - Inserts Technical Information Seco Capto D-style - Toolholders, External Inserts - Turning Technical Information, PCBN Inserts - Turning, PCBN MDT Technical Information and Cutting Data Toolholders, External Toolholders, Internal Jetstream Toolholders, External Face Machining Modular Toolholders, External Modular Toolholders, Internal Modular Blades Inserts, MDT Threading Technical Information Toolholders, Internal HD S Style Toolholders, Internal HD API S Style Toolholders, Internal HD K Style Milling Face Milling Cutters, Double Octomill Face Milling, Cutting Data and Inserts Square Shoulder & Slot Cutters, Square Square 6, Cutting Data and Inserts Square Shoulder & Slot Cutters, Power Turbo Square Shoulder Milling, Power Turbo Ramping Solid End Mills Technical Information Tool Selection Solid End Mills and Cutting Data Holemaking Seco Feedmax, Technical Information SD245A, 5 x D SD265A, 5 x D Seco Feedmax, Cutting Data Seco Feedmax, Regrinding Instructions Crownloc, Technical Information SD103, 1.5 x D Crownloc, Crowns Crownloc, Cutting data Perfomax, Technical Information SD503, 3 x D

3 TOC.fm Page 3 Friday, February 12, :10 AM Index SD504, 4 x D Perfomax, Cutting Data Precimaster, Heads/Shanks Precimaster, Geometry Choice Precimaster, Cutting Data Xfix, Technical Information & Range Overview Xfix, Inserts Xfix, Geometry Choice Xfix, Heads/Shanks Xfix, Adjusting Instructions Xfix, Adjusting Adapter Instructions Xfix, Setting Fixture Xfix, Cutting Data EPB Tooling Systems Monobloc Holders, CAT Monobloc Holders, BT JIS Dynamomentic Keys Keys and Replacement Blades Maximum RPM and balancing Maximum RPM and Balancing Information Insert Wear Failure Modes Workpiece Material Classification Seco Material Groups Classification and Machinability Declaration of Conformity Delcaration of Conformity Please note: All new products are highlighted orange in the catalog pages. 3

4 Alphanumeric index Inserts 4 Type Page Type Page Turning Inserts C CCGT CCGW CCMT CCMW CDCB CNGA CNGN CNGP CNMA , 93 CNMG CNMM CNMN CNMP CPMT D DCGT DCGW DCMT DCMW DCMX DNGA DNGM DNGN DNGP DNMA , 97 DNMG DNMM DNMN DNMP DNMU DNMX DPMT L LCGA LCGF , LCGN LCMF LCMF LCMF LCMR LCMR LCMR R RCGN RCGS , 99 RCMM RCMT RCMX RNGN RNMA RNMG RNMN S SCGW SCMN SCMT SNG SNGA SNGF SNGN SNMA , 105 SNMG SNMM SNMN SNMP SNU SPG SPGW SPMM SPMR SPU T TCGT TCGN TCGW TCMT TCMW TCMX TDAB TDCH TNG TNGA TNGN TNGX TNMA TNMG TNMM TNMN TNMP TNMX , 115 TPG TPGA TPGN TPMM TPMR TPMT TPU V VBGT VBGW VBMT VCGR VCGT VNGA VNGM VNGP VNMA VNMG VNMP VNMU W WCMT WNGA WNGP WNMA , 119 WNMG WNMM WNMP Milling Inserts ONMU XNEX Inserts Index.fm Page 4 Thursday, February 11, :20 PM

5 New TP0500 The fastest Pile of Chips Possible TP0500 was developed specifically for applications requiring a very high degree of heat and wear resistance, especially when the cutting conditions can be fine-tuned to maximize productivity. This grade s outstanding deformation and abrasion resistance make it ideal for users who typically work with stable set-ups and can trade some toughness for added speed capability. The increased heat resistance of TP0500 makes it an excellent complement to Seco s other steel cutting grades, TP1500, TP2500 and TP3500. Metallurgically, TP0500 consists of a hard substrate combined with a Duratomic coating. Practically, this means you get the most wear resistant coating for steel applications sitting on top of a hard, deformation resistant base layer. This arrangement withstands tremendous amounts of heat. Increased speed capability, even when the time in cut is long High metal removal rates, ideal for roughing and semi-roughing operations Fewer machine offsets Longer times between insert indexes Ability to machine harder parts Ability to hold tighter tolerances Seco Duratomic coated Grades for Steel Machining V c TP0500 TP1500 TP2500 TP3500 SPEED WEAR RESISTANCE TOUGHNESS Turn Tech.indd 5 2/12/2010 7:23:43 AM

6 Turning - Code keys A.N.S.I. Insert Identification System W 1 N 2 M 3 G M Shape 2. Insert clearance angle 3. Tolerances C = Diamond 80 D = Diamond 55 R = Round S = Square T = Triangle V = Diamond 35 W = Trigon 80 N = 0 B = 5 C = 7 P = 11 D = 15 E = 20 Insert I.C. Thickness A = ±.001 ±.001 C = ±.001 ±.001 E = ±.001 ±.001 G = ±.001 ±.005 M* = ±.002 ±.005 ±.004 ±.005 U* = ±.003 ±.005 ±.010 ±.005 *Exact tolerance is determined by size of insert 4. Type A = With hole, no chipbreaker. B = With hole and one counter sink. E = Smaller than 1/4 I.C. without hole. G = With hole and chipbreaker on both faces. H = With hole, counter sink and chipgroove. M = With hole and chipbreaker on one face only. P*= 10 positive-land with hole and chipbreaker. R = Without hole, chipbreaker on one face only. T = C-Lock hole with chipbreaker on one face only. U = Negative insert with hole and chipbreaker on both faces for D-style and pin lock holders. W = C-Lock hole, no chipbreaker. *Non ANSI Standard 5. Size For equal sided inserts I.C. in 1/8ths of an inch. Examples: 1/8 = 1 5/32 = 1.2 3/16 = 1.5 7/32 = 1.8 1/4 = 2 5/16 = 2.5 3/8 = 3 1/2 = 4 5/8 = 5 3/4 = 6 7/8 = 7 1 = 8 1 1/4 = 10 Rectangle and parallelogram inserts require two digits: 1st Digit-Number of 1/8ths in width. 2nd Digit-Number of 1/4ths in length. 6. Thickness Number of 1/32nds on inserts less than 1/4 I.C. Number of 1/16ths on inserts 1/4 I.C. and over. 7. Nose radius 0.0 = Sharp to 1/512 0 = Sharp to 1/ = 1/128 1 = 1/64 2 = 1/32 3 = 3/64 4 = 1/16 6 = 3/32 8 = 1/8 8. Cutting edge condition F = Sharp cutting edges. E = Honed cutting edges. T = Chamfered cutting edges. S = Chamfered and honed cutting edges. K = Double chamfered cutting edges. P = Double chamfered and rounded cutting edges. 9. Manufacturer s option e.g. chipbreaker designation F = Finishing M = Medium R = Roughing 1 = For low feed rates and easy conditions 9 = For high feed rates and rough conditions Turn Tech.indd 6 2/12/2010 7:23:44 AM

7 Duratomic - Insert Program Steel grades - First choice TP0500 First choice when maximum productivity under stable conditions is desired. Incorporates the Duratomic coating technology. TP1500 Intended for general turning of steel and alloyed steel. The high wear resistance offers high speed capability. TP2500 TP3500 Intended for a wide range of turning applications in both steels and stainless steels. Also a good choice for cast iron. The wear resistance and edge strength together with the high versatility make the grade the first choice in a large number of applications. First choice for rough or intermittent turning in steels and stainless steels as well as general turning of stainless steels. Stainless Steel grades - First choice TM2000 First choice for continuous cuts in stainless steels, particularly when extended time in cut is required. Utilizes the Duratomic coating process. TM4000 First choice for rough or intermittent turning in stainless steels. Utilizes the Duratomic coating process Turn Tech.indd 7 2/12/2010 7:23:47 AM

8 Duratomic - Cutting Data Cutting Speed The recommended cutting speeds (sf/min) in the tables are estimated for 15 minutes tool life for Seco Material Groups 1-6 and 12-15, and 10 minutes tool life for Seco Material Group Tool life also depends on the depth of cut used and the insert nose radius. The cutting speeds in the tables are based on cutting depth.098 inch and nose radius.031 inch. For more accurate recommendations with other combinations of cutting depths and nose radius and other feed rates than those used in the tables, use the Secolor Turning calculator, please see CVD coated grades TP0500 TP1500 TP2500 TP3500 Feed rate, f inch/rev Seco Material Group No. Cutting speed, vc sf/min CVD coated grades TM2000 TM4000 Feed rate, f inch/rev Seco Material Group No. Cutting speed, vc sf/min Turn Tech.indd 8 2/12/2010 7:23:47 AM

9 Turning Turning Beauty.indd 9 2/12/2010 7:25:08 AM

10 SecoCaptoDStyle.fm Page 10 Thursday, February 11, :19 PM Seco-Capto Toolholders, external Toolholders for inserts CNGA, CNGP, CNMA, CNMG and CNMP Seco-Capto Toolholders, external DCLNR/L..-M Inserts, please see pages 38-43, 91, 93 γ o = Cutting rake, γ p = Back rake Right-hand version shown Application 95 Insert I.C. D 5m f 1 l 1 D m1 D m2 γ o γ p Gage insert 3/8 C4-DCLNR M CNMG 322 C4-DCLNL M CNMG 322 1/2 C4-DCLNR M CNMG 432 C4-DCLNL M CNMG 432 5/8 C4-DCLNR M CNMG 543 C4-DCLNL M CNMG 543 1/2 C5-DCLNR M CNMG 432 C5-DCLNL M CNMG 432 5/8 C5-DCLNR M CNMG 543 C5-DCLNL M CNMG 543 3/4 C5-DCLNR M CNMG 643 C5-DCLNL M CNMG 643 Spare Parts, Parts included in delivery Anvil Anvil screw Clamp set Key Optional anvil* Toolholder/ Insert dimension -09 DCN C03007-T09P CD09-S09 T09P-2-12 DCN 444* C04008-T15P CD12-S12 T15P-2 DCN DCN 544 C05010-T20P CD16-S16 T20P-7L -19 DCN 634 C05010-T20P CD19-S19 T20P-7L Please check availability in current price and stock-list * Anvil DCN 434 for insert CN..44. to be ordered separately 10

11 SecoCaptoDStyle.fm Page 11 Thursday, February 11, :19 PM Seco-Capto Toolholders, external Toolholders for inserts CNGA, CNGP, CNMA, CNMG and CNMP DCLNR/L..-M, DCLNR/L Inserts, please see pages 38-43, 91, 93 γ o = Cutting rake, γ p = Back rake Right-hand version shown Application 95 Insert I.C. D 5m f 1 l 1 D m1 D m2 γ o γ p Gage insert 1/2 C6-DCLNR M CNMG 432 C6-DCLNL M CNMG 432 5/8 C6-DCLNR M CNMG 543 C6-DCLNL M CNMG 543 3/4 C6-DCLNR M CNMG 643 C6-DCLNL M CNMG 643 5/8 C8-DCLNR CNMG 543 C8-DCLNL CNMG 543 3/4 C8-DCLNR CNMG 643 C8-DCLNL CNMG C8-DCLNR CNMG 866 C8-DCLNL CNMG 866 Spare Parts, Parts included in delivery Anvil Anvil screw Clamp set Key Optional anvil* Toolholder/ Insert dimension C DCN 444* C03007-T09P CD09-S09 T09P-2 DCN 434 C DCN 544 C04008-T15P CD12-S12 T15P-2 C DCN 634 C05010-T20P CD16-S16 T20P-7L C DCN 544 C05010-T20P CD16-S16 T20P-7L C DCN 634 C05010-T20P CD19-S19 T20P-7L C DCN 836 C06012-T25P CD25-S25 T25P-7L Please check availability in current price and stock-list * Anvil DCN 434 for insert CN..44. to be ordered separately 11

12 SecoCaptoDStyle.fm Page 12 Thursday, February 11, :19 PM Seco-Capto Toolholders, external Toolholders for inserts CNGP, CNMA, CNMG and CNMP DCRNR/L..-M Inserts, please see pages 38-43, 93 γ o = Cutting rake, γ p = Back rake Right-hand version shown Application 75 Insert I.C. D 5m f 1 l 1 D m2 γ o γ p Gage insert 1/2 C4-DCRNR M CNMG 432 C4-DCRNL M CNMG 432 5/8 C4-DCRNR M CNMG 543 C4-DCRNL M CNMG 543 1/2 C5-DCRNR M CNMG 432 C5-DCRNL M CNMG 432 5/8 C5-DCRNR M CNMG 543 C5-DCRNL M CNMG 543 3/4 C5-DCRNR M CNMG 643 C5-DCRNL M CNMG 643 Spare Parts, Parts included in delivery Anvil Anvil screw Clamp set Key Optional anvil* Toolholder/ Insert dimension -12 DCN 444* C03007-T09P CD09-S09 T09P-2 DCN DCN 544 C04008-T15P CD12-S12 T15P-2-19 DCN 634 C05010-T20P CD16-S16 T20P-7L Please check availability in current price and stock-list * Anvil DCN 434 for insert CN..44. to be ordered separately 12

13 SecoCaptoDStyle.fm Page 13 Thursday, February 11, :19 PM Seco-Capto Toolholders, external Toolholders for inserts CNGP, CNMA, CNMG and CNMP DCRNR/L..-M Inserts, please see pages 38-43, 93 γ o = Cutting rake, γ p = Back rake Right-hand version shown Application 75 Insert I.C. D 5m f 1 l 1 D m2 γ o γ p Gage insert 1/2 C6-DCRNR M CNMG 432 C6-DCRNL M CNMG 432 5/8 C6-DCRNR M CNMG 543 C6-DCRNL M CNMG 543 3/4 C6-DCRNR M CNMG 643 C6-DCRNL M CNMG 643 5/8 C8-DCRNR M CNMG 543 C8-DCRNL M CNMG 543 3/4 C8-DCRNR M CNMG 643 C8-DCRNL M CNMG 643 Spare Parts, Parts included in delivery Anvil Anvil screw Clamp set Key Optional anvil* Toolholder/ Insert dimension C DCN 444* C03007-T09P CD09-S09 T09P-2 DCN 434 C DCN 544 C04008-T15P CD12-S12 T15P-2 C DCN 634 C05010-T20P CD16-S16 T20P-7L C DCN 544 C05010-T20P CD16-S16 T20P-7L C DCN 634 C05010-T20P CD19-S19 T20P-7L Please check availability in current price and stock-list * Anvil DCN 434 for insert CN..44. to be ordered separately 13

14 SecoCaptoDStyle.fm Page 14 Thursday, February 11, :19 PM Seco-Capto Toolholders, external Toolholders for inserts CNGP, CNMA, CNMG and CNMP DCKNR/L..-M Inserts, please see pages 38-43, 93 γ o = Cutting rake, γ p = Back rake Right-hand version shown Application 75 Insert I.C. D 5m f 1 l 1 D m1 γ o γ p Gage insert 3/8 C4-DCKNR M CNMG 322 C4-DCKNL M CNMG 322 1/2 C4-DCKNR M CNMG 432 C4-DCKNL M CNMG 432 5/8 C4-DCKNR M CNMG 543 C4-DCKNL M CNMG 543 1/2 C5-DCKNR M CNMG 432 C5-DCKNL M CNMG 432 5/8 C5-DCKNR M CNMG 543 C5-DCKNL M CNMG 543 3/4 C5-DCKNR M CNMG 643 C5-DCKNL M CNMG 643 Spare Parts, Parts included in delivery Anvil Anvil screw Clamp set Key Optional anvil* Toolholder/ Insert dimension -09 DCN C03007-T09P CD09-S09 T09P-2-12 DCN 444* C04008-T15P CD12-S12 T15P-2 DCN DCN 544 C05010-T20P CD16-S16 T20P-7L -19 DCN 634 C05010-T20P CD19-S19 T20P-7L Please check availability in current price and stock-list * Anvil DCN 434 for insert CN..44. to be ordered separately 14

15 SecoCaptoDStyle.fm Page 15 Thursday, February 11, :19 PM Seco-Capto Toolholders, external Toolholders for inserts CNGP, CNMA, CNMG and CNMP DCKNR/L..-M Inserts, please see pages 38-43, 93 γ o = Cutting rake, γ p = Back rake Right-hand version shown Application 75 Insert I.C. D 5m f 1 l 1 D m1 γ o γ p Gage insert 1/2 C6-DCKNR M CNMG 432 C6-DCKNL M CNMG 432 5/8 C6-DCKNR M CNMG 543 C6-DCKNL M CNMG 543 3/4 C6-DCKNR M CNMG 643 C6-DCKNL M CNMG 643 Spare Parts, Parts included in delivery Anvil Anvil screw Clamp set Key Optional anvil* Toolholder/ Insert dimension -12 DCN 444* C04008-T15P CD12-S12 T15P-2 DCN DCN 544 C05010-T20P CD16-S16 T20P-7L -19 DCN 634 C05010-T20P CD19-S19 T20P-7L Please check availability in current price and stock-list * Anvil DCN 434 for insert CN..44. to be ordered separately 15

16 SecoCaptoDStyle.fm Page 16 Thursday, February 11, :19 PM Seco-Capto Toolholders, external Toolholders for inserts DNGA, DNGM, DNGP, DNMA, DNMG, DNMM, DNMP, DNMU and DNMX DDJNR/L..-M Inserts, please see pages 48-52, γ o = Cutting rake, γ p = Back rake Right-hand version shown Application 93 Insert I.C. D 5m f 1 l 1 D m1 D m2 γ o γ p Gage insert 3/8 C4-DDJNR M DNMU 332 C4-DDJNL M DNMU 332 C5-DDJNR M DNMU 332 C5-DDJNL M DNMU 332 C6-DDJNR M DNMU 332 C6-DDJNL M DNMU 332 1/2 C4-DDJNR M DNMG 432 C4-DDJNL M DNMG 432 C5-DDJNR M DNMG 432 C5-DDJNL M DNMG 432 C6-DDJNR M DNMG 432 C6-DDJNL M DNMG 432 C8-DDJNR M DNMG 432 C8-DDJNL M DNMG 432 Spare Parts, Parts included in delivery Anvil Anvil screw Clamp set Key Optional anvil* Toolholder/ Insert dimension -11 DSN 323 C03007-T09P CD09-S09 T09P DDN 444* C04008-T15P CD12-S12 T15P-2 DDN 434 C DDN 444* C04008-T15P CD12-S12 T15P-2 DDN 434 Please check availability in current price and stock-list * Anvil DDN 434 for insert DN..44. to be ordered separately 16

17 SecoCaptoDStyle.fm Page 17 Thursday, February 11, :19 PM Seco-Capto Toolholders, external Toolholders for inserts DNGA, DNGM, DNGP, DNMA, DNMG, DNMM, DNMP and DNMX DDUNR/L..-M Inserts, please see pages 48-52, γ o = Cutting rake, γ p = Back rake Right-hand version shown Application 93 Insert I.C. D 5m f 1 l 1 D m1 D m2 γ o γ p Gage insert 1/2 C4-DDUNR M DNMG 432 C4-DDUNL M DNMG 432 C5-DDUNR M DNMG 432 C5-DDUNL M DNMG 432 C6-DDUNR M DNMG 432 C6-DDUNL M DNMG 432 C8-DDUNR M DNMG 432 C8-DDUNL M DNMG 432 Spare Parts, Parts included in delivery Anvil Anvil screw Clamp set Key Optional anvil* Toolholder/ Insert dimension DDN 444* C04008-T15P CD12-S12 T15P-7 DDN 434 Please check availability in current price and stock-list * Anvil UDN 433 for insert DN.. 44., to be ordered separately. 17

18 SecoCaptoDStyle.fm Page 18 Thursday, February 11, :19 PM Seco-Capto Toolholders, external Toolholders for inserts DNGA, DNGM, DNGP, DNMA, DNMG, DNMM, DNMU and DNMP DDNNN..-M Inserts, please see pages 48-51, γ o = Cutting rake, γ p = Back rake Neutral version shown Application 63 Insert I.C. D 5m f 1 l 1 D m1 D m2 γ o γ p Gage insert 3/8 C4-DDNNN M DNMU 332 C5-DDNNN M DNMU 332 C6-DDNNN M DNMU 332 1/2 C4-DDNNN M DNMG 432 C5-DDNNN M DNMG 432 C6-DDNNN M DNMG 432 Spare Parts, Parts included in delivery Anvil Anvil screw Clamp set Key Optional anvil* Toolholder/ Insert dimension -11 DSN 323 C03007-T09P CD09-S09 T09P DDN 444* C04008-T15P CD12-S12 T15P-2 DDN 434 Please check availability in current price and stock-list * Anvil DDN 434 for insert DN..44. to be ordered separately. 18

19 SecoCaptoDStyle.fm Page 19 Thursday, February 11, :19 PM Seco-Capto Toolholders, external Toolholders for inserts RNMA and RNMG DRSNR/L..-M Inserts, please see pages 57 γ o = Cutting rake, γ p = Back rake Right-hand version shown Application Insert I.C. D 5m f 1 l 1 D m1 D m2 γ o γ p Gage insert 1/2 C4-DRSNR M RNMG 43 C4-DRSNL M RNMG 43 C5-DRSNR M RNMG 43 C5-DRSNL M RNMG 43 3/4 C5-DRSNR M RNMG 64 C5-DRSNL M RNMG 64 1/2 C6-DRSNR M RNMG 43 C6-DRSNL M RNMG 43 3/4 C6-DRSNR M RNMG 64 C6-DRSNL M RNMG 64 Spare Parts, Parts included in delivery Anvil Anvil screw Clamp set Key Toolholder/ Insert dimension -12 DRN 44 C04008-T15P CD12-S12 T15P-2-19 DRN 64 C05010-T20P CD19-S19 T20P-7L Please check availability in current price and stock-list 19

20 SecoCaptoDStyle.fm Page 20 Thursday, February 11, :19 PM Seco-Capto Toolholders, external Toolholders for inserts SNGA, SNMA, SNMG, SNMM and SNMP DSRNR/L..-M, DSRNR/L Inserts, please see pages 59-62, 103, 105 γ o = Cutting rake, γ p = Back rake Right-hand version shown Application 75 Insert I.C. D 5m f 1 l 1 D m2 γ o γ p Gage insert 3/8 C4-DSRNR M SNMG 322 C4-DSRNL M SNMG 322 1/2 C4-DSRNR M SNMG 432 C4-DSRNL M SNMG 432 5/8 C4-DSRNR M SNMG 543 C4-DSRNL M SNMG 543 1/2 C5-DSRNR SNMG 432 C5-DSRNL SNMG 432 5/8 C5-DSRNR SNMG 543 C5-DSRNL SNMG 543 3/4 C5-DSRNR SNMG 643 C5-DSRNL SNMG 643 Spare Parts, Parts included in delivery Anvil Anvil screw Clamp set Key Optional anvil* Toolholder/ Insert dimension -09 DSN C03007-T09P CD09-S09 T09P-2-12 DSN 444* C04008-T15P CD12-S12 T15P-2 DSN DSN 546 C05010-T20P CD16-S16 T20P-7L -19 DSN 646 C05010-T20P CD19-S19 T20P-7L Please check availability in current price and stock-list * Anvil DSN 434 for insert SN..44. to be ordered separately. 20

21 SecoCaptoDStyle.fm Page 21 Thursday, February 11, :19 PM Seco-Capto Toolholders, external Toolholders for inserts SNGA, SNMA, SNMG, SNMM and SNMP DSRNR/L..-M, DSRNR/L Inserts, please see pages 59-62, 103, 105 γ o = Cutting rake, γ p = Back rake Right-hand version shown Application 75 Insert I.C. D 5m f 1 l 1 D m2 γ o γ p Gage insert 1/2 C6-DSRNR M SNMG 432 C6-DSRNL M SNMG 432 5/8 C6-DSRNR M SNMG 543 C6-DSRNL M SNMG 543 3/4 C6-DSRNR M SNMG 643 C6-DSRNL M SNMG 643 3/4 C8-DSRNR SNMG 643 C8-DSRNL SNMG C8-DSRNR SNMG 866 C8-DSRNL SNMG 866 Spare Parts, Parts included in delivery Anvil Anvil screw Clamp set Key Optional anvil* Toolholder/ Insert dimension -12 DSN 444* C04008-T15P CD12-S12 T15P-2 DSN DSN 546 C05010-T20P CD16-S16 T20P-7L -19 DSN 646 C05010-T20P CD19-S19 T20P-7L C8-19 DSN 646 C05010-T15P CD19-S19 T20P-7 C DSN 836** C06012-T25P CD25-S25 T25P-7 Please check availability in current price and stock-list * Anvil DSN 434 for insert SN..44. to be ordered separately. **Anvil DSN 846 for insert SN..85. to be ordered separately. 21

22 SecoCaptoDStyle.fm Page 22 Thursday, February 11, :19 PM Seco-Capto Toolholders, external Toolholders for inserts SNGA, SNMA, SNMG, SNMM and SNMP DSSNR/L..-M Inserts, please see pages 59-62, 103, 105 γ o = Cutting rake, γ p = Back rake Right-hand version shown Application 45 Insert I.C. D 5m f 1 f 1S l 1 l 1S D m1 D m2 γ o γ p Gage insert 3/8 C4-DSSNR M SNMG 322 C4-DSSNL M SNMG 322 1/2 C4-DSSNR M SNMG 432 C4-DSSNL M SNMG 432 5/8 C4-DSSNR M SNMG 543 C4-DSSNL M SNMG 543 1/2 C5-DSSNR M SNMG 432 C5-DSSNL M SNMG 432 5/8 C5-DSSNR M SNMG 543 C5-DSSNL M SNMG 543 3/4 C5-DSSNR M SNMG 643 C5-DSSNL M SNMG 643 Spare Parts, Parts included in delivery Anvil Anvil screw Clamp set Key Optional anvil* Toolholder/ Insert dimension -09 DSN C03007-T09P CD09-S09 T09P-2-12 DSN 444* C04008-T15P CD12-S12 T15P-2 DSN DSN 546 C05010-T20P CD16-S16 T20P-7L -19 DSN 646 C05010-T20P CD19-S19 T20P-7L Please check availability in current price and stock-list * Anvil DSN 434 for insert SN..44. to be ordered separately. 22

23 SecoCaptoDStyle.fm Page 23 Thursday, February 11, :19 PM Seco-Capto Toolholders, external Toolholders for inserts SNGA, SNMA, SNMG, SNMM and SNMP DSSNR/L..-M, DSSNR/L Inserts, please see pages 59-62, 103, 105 γ o = Cutting rake, γ p = Back rake Right-hand version shown Application 45 Insert I.C. D 5m f 1 f 1S l 1 l 1S D m1 D m2 γ o γ p Gage insert 1/2 C6-DSSNR M SNMG 432 C6-DSSNL M SNMG 432 5/8 C6-DSSNR M SNMG 543 C6-DSSNL M SNMG 543 3/4 C6-DSSNR M SNMG 643 C6-DSSNL M SNMG C8-DSSNR SNMG 866 C8-DSSNL SNMG 866 Spare Parts, Parts included in delivery Anvil Anvil screw Clamp set Key Optional anvil* Toolholder/ Insert dimension -12 DSN 444* C04008-T15P CD12-S12 T15P-2 DSN DSN 546 C05010-T20P CD16-S16 T20P-7L -19 DSN 646 C05010-T20P CD19-S19 T20P-7L DSN 836** C06012-T25P CD25-S25 T25P-7 DSN 846 Please check availability in current price and stock-list * Anvil DSN 434 for insert SN..44. to be ordered separately. **Anvil DSN 846 for insert SN..85. to be ordered separately. 23

24 SecoCaptoDStyle.fm Page 24 Thursday, February 11, :19 PM Seco-Capto Toolholders, external Toolholders for inserts SNGA, SNMA, SNMG, SNMM and SNMP DSDNN..-M, DSDNN Inserts, please see pages 59-62, 103, 105 γ o = Cutting rake, γ p = Back rake Neutral version shown Application 45 Insert I.C. 3/8 1/2 5/8 1/2 5/8 3/4 1/2 5/8 3/4 D 5m f 1 l 1 D m1 D m2 γ o γ p Gage insert C4-DSDNN M SNMG 322 C4-DSDNN M SNMG 432 C4-DSDNN M SNMG 543 C5-DSDNN M SNMG 432 C5-DSDNN M SNMG 543 C5-DSDNN M SNMG 643 C6-DSDNN M SNMG 432 C6-DSDNN M SNMG 543 C6-DSDNN M SNMG C8-DSDNN SNMG 866 Spare Parts, Parts included in delivery Anvil Anvil screw Clamp set Key Optional anvil* Toolholder/ Insert dimension -09 DSN C03007-T09P CD09-S09 T09P-2-12 DSN 444* C04008-T15P CD12-S12 T15P-2 DSN DSN 546 C05010-T20P CD16-S16 T20P-7L -19 DSN 646 C05010-T20P CD19-S19 T20P-7L DSN 836** C06012-T25P CD25-S25 T25P-7 DSN 846 Please check availability in current price and stock-list * Anvil DSN 434 for insert SN..44. to be ordered separately. **Anvil DSN 846 for insert SN..85. to be ordered separately. 24

25 SecoCaptoDStyle.fm Page 25 Thursday, February 11, :19 PM Seco-Capto Toolholders, external Toolholders for inserts SNGA, SNMA, SNMG, SNMM and SNMP DSKNR/L..-M Inserts, please see pages 59-62, 103, 105 γ o = Cutting rake, γ p = Back rake Right-hand version shown Application 75 Insert I.C. D 5m f 1 l 1 D m1 γ o γ p Gage insert 3/8 C4-DSKNR M SNMG 322 C4-DSKNL M SNMG 322 1/2 C4-DSKNR M SNMG 432 C4-DSKNL M SNMG 432 5/8 C4-DSKNR M SNMG 543 C4-DSKNL M SNMG 543 1/2 C5-DSKNR M SNMG 432 C5-DSKNL M SNMG 432 5/8 C5-DSKNL M SNMG 543 C5-DSKNR M SNMG 543 3/4 C5-DSKNR M SNMG 643 C5-DSKNL M SNMG 643 Spare Parts, Parts included in delivery Anvil Anvil screw Clamp set Key Optional anvil* Toolholder/ Insert dimension -09 DSN C03007-T09P CD09-S09 T09P-2-12 DSN 444* C04008-T15P CD12-S12 T15P-2 DSN DSN 546 C05010-T20P CD16-S16 T20P-7L -19 DSN 646 C05010-T20P CD19-S19 T20P-7L Please check availability in current price and stock-list * Anvil DSN 434 for insert SN..44. to be ordered separately. 25

26 SecoCaptoDStyle.fm Page 26 Thursday, February 11, :19 PM Seco-Capto Toolholders, external Toolholders for inserts SNGA, SNMA, SNMG, SNMM and SNMP DSKNR/L..-M, DSKNR/L Inserts, please see pages 59-62, 103, 105 γ o = Cutting rake, γ p = Back rake Right-hand version shown Application 75 Insert I.C. D 5m f 1 l 1 D m1 γ o γ p Gage insert 1/2 C6-DSKNR M SNMG 432 C6-DSKNL M SNMG 432 5/8 C6-DSKNR M SNMG 543 C6-DSKNL M SNMG 543 3/4 C6-DSKNR M SNMG 643 C6-DSKNL M SNMG 643 3/4 C8-DSKNR SNMG 643 C8-DSKNL SNMG C8-DSKNR SNMG 866 C8-DSKNL SNMG 866 Spare Parts, Parts included in delivery Anvil Anvil screw Clamp set Key Optional anvil* Toolholder/ Insert dimension -12 DSN 444* C04008-T15P CD12-S12 T15P-2 DSN DSN 546 C05010-T20P CD16-S16 T20P-7L -19 DSN 646 C05010-T20P CD19-S19 T20P-7L DSN 836** C06012-T25P CD25-S25 T25P-7 Please check availability in current price and stock-list * Anvil DSN 434 for insert SN..44. to be ordered separately. **Anvil DSN 846 for insert SN..85. to be ordered separately. 26

27 SecoCaptoDStyle.fm Page 27 Thursday, February 11, :19 PM Seco-Capto Toolholders, external Toolholders for inserts TNGA, TNMA, TNMG, TNMM, TNMP and TNMX DTJNR/L..-M Inserts, please see pages 71-75, 110 γ o = Cutting rake, γ p = Back rake Right-hand version shown Application 93 Insert I.C. D 5m f 1 l 1 D m1 D m2 γ o γ p Gage insert 3/8 C4-DTJNR M TNMG 332 C4-DTJNL M TNMG 332 1/2 C4-DTJNR M TNMG 432 C4-DTJNL M TNMG 432 3/8 C5-DTJNR M TNMG 332 C5-DTJNL M TNMG 332 1/2 C5-DTJNR M TNMG 432 C5-DTJNL M TNMG 432 3/8 C6-DTJNR M TNMG 332 C6-DTJNL M TNMG 332 1/2 C6-DTJNR M TNMG 432 C6-DTJNL M TNMG 432 Spare Parts, Parts included in delivery Anvil Anvil screw Clamp set Key Toolholder/ Insert dimension -16 DTN C03007-T09P CD09-S09 T09P-2-22 DTN 444 C04008-T15P CD12-S12 T15P-2 Please check availability in current price and stock-list 27

28 SecoCaptoDStyle.fm Page 28 Thursday, February 11, :19 PM Seco-Capto Toolholders, external Toolholders for inserts TNGA, TNMA, TNMG, TNMM and TNMP DTGNR/L..-M Inserts, please see pages γ o = Cutting rake, γ p = Back rake Right-hand version shown Application 90 Insert I.C. D 5m f 1 l 1 D m1 D m2 γ o γ p Gage insert 3/8 C4-DTGNR M TNMG 332 C4-DTGNL M TNMG 332 1/2 C4-DTGNR M TNMG 432 C4-DTGNL M TNMG 432 3/8 C5-DTGNR M TNMG 332 C5-DTGNL M TNMG 332 1/2 C5-DTGNR M TNMG 432 C5-DTGNL M TNMG 432 3/8 C6-DTGNR M TNMG 332 C6-DTGNL M TNMG 332 1/2 C6-DTGNR M TNMG 432 C6-DTGNL M TNMG 432 5/8 C6-DTGNR M TNMG 543 C6-DTGNL M TNMG 543 Spare Parts, Parts included in delivery Anvil Anvil screw Clamp set Key Toolholder/ Insert dimension -16 DTN C03007-T09P CD09-S09 T09P-2-22 DTN 444 C04008-T15P CD12-S12 T15P-2-27 DTN 534 C05010-T20P CD16-S16 T20P-7L Please check availability in current price and stock-list 28

29 SecoCaptoDStyle.fm Page 29 Thursday, February 11, :19 PM Seco-Capto Toolholders, external Toolholders for inserts TNGA, TNMA, TNMG, TNMM and TNMP DTFNR/L..-M Inserts, please see pages γ o = Cutting rake, γ p = Back rake Right-hand version shown Application 90 Insert I.C. D 5m f 1 l 1 D m1 D m2 γ o γ p Gage insert 3/8 C4-DTFNR M TNMG 332 C4-DTFNL M TNMG 332 1/2 C4-DTFNR M TNMG 432 C4-DTFNL M TNMG 432 3/8 C5-DTFNR M TNMG 332 C5-DTFNL M TNMG 332 1/2 C5-DTFNR M TNMG 432 C5-DTFNL M TNMG 432 3/8 C6-DTFNR M TNMG 332 C6-DTFNL M TNMG 332 1/2 C6-DTFNR M TNMG 432 C6-DTFNL M TNMG 432 5/8 C6-DTFNR M TNMG 543 C6-DTFNL M TNMG 543 Spare Parts, Parts included in delivery Anvil Anvil screw Clamp set Key Toolholder/ Insert dimension -16 DTN C03007-T09P CD09-S09 T09P-2-22 DTN 444 C04008-T15P CD12-S12 T15P-2-27 DTN 534 C05010-T20P CD16-S16 T20P-7L Please check availability in current price and stock-list 29

30 SecoCaptoDStyle.fm Page 30 Thursday, February 11, :19 PM Seco-Capto Toolholders, external Toolholders for inserts VNMU PVJNR/L Inserts, please see page 83 γ o = Cutting rake, γ p = Back rake Right-hand version shown Application 93 Insert I.C. D 5m f 1 l 1 D m1 D m2 γ o γ p Gage insert 5/16 C4-PVJNR VNMU C4-PVJNL VNMU C5-PVJNR VNMU C5-PVJNL VNMU Spare Parts, Parts included in delivery Anvil Pin/ Key Toolholder/ Insert dimension -13 PVN PL1403-T09P T09P-2 Please check availability in current price and stock-list 30

31 SecoCaptoDStyle.fm Page 31 Thursday, February 11, :19 PM Seco-Capto Toolholders, external Toolholders for inserts VNGA, VNGP, VNGM, VNMA, VNMP and VNMG DVJNR/L..-M Inserts, please see pages 82-83, γ o = Cutting rake, γ p = Back rake Right-hand version shown Application 93 Insert I.C. D 5m f 1 l 1 D m1 D m2 γ o γ p Gage insert 3/8 C4-DVJNL VNMG 332 C4-DVJNR VNMG 332 C5-DVJNR VNMG 332 C5-DVJNL VNMG 332 C6-DVJNR VNMG 332 C6-DVJNL VNMG 332 Spare Parts, Parts included in delivery Anvil Anvil screw Clamp set Key Toolholder/ Insert dimension -16 DVN C03508-T15P CD19-V16 T15P-2 Please check availability in current price and stock-list 31

32 SecoCaptoDStyle.fm Page 32 Thursday, February 11, :19 PM Seco-Capto Toolholders, external Toolholders for inserts WNGP, WNMA, WNMG, WNMP and WNMM DWLNR/L Inserts, please see pages 85-87, γ o = Cutting rake, γ p = Back rake Right-hand version shown Application 95 Insert I.C. D 5m f 1 l 1 D m1 D m2 γ o γ p Gage insert 3/8 C4-DWLNR WNMG 332 C4-DWLNL WNMG 332 1/2 C4-DWLNR WNMG 432 C4-DWLNL WNMG 432 3/8 C5-DWLNR WNMG 332 C5-DWLNL WNMG 332 1/2 C5-DWLNR WNMG 432 C5-DWLNL WNMG 432 3/8 C6-DWLNR WNMG 332 C6-DWLNL WNMG 332 1/2 C6-DWLNR WNMG 432 C6-DWLNL WNMG 432 Spare Parts, Parts included in delivery Anvil Anvil screw Clamp set Key Optional anvil* Toolholder/ Insert dimension -06 WAE 323 C03007-T09P CD09-S09 T09P-2-08 WAE 433* C04008-T15P CD12-S12 T15P-2 WAI 423 Please check availability in current price and stock-list *Anvil WAI 423 for insert WN..44., to be ordered separately 32

33 SecoCaptoDStyle.fm Page 33 Thursday, February 11, :19 PM Seco-Capto Toolholders, external Toolholders for inserts WNGA, WNGP, WNMA, WNMG, WNMP and WNMM PWLNR/L Inserts, please see pages 85-87, γ o = Cutting rake, γ p = Back rake Right-hand version shown Application 95 Insert I.C. D 5m f 1 l 1 D m1 D m2 γ o γ p Gage insert 3/8 C4-PWLNR WNMG 332 C4-PWLNL WNMG 332 1/2 C4-PWLNR WNMG 432 C4-PWLNL WNMG 432 3/8 C5-PWLNR WNMG 332 C5-PWLNL WNMG 332 1/2 C5-PWLNR WNMG 432 C5-PWLNL WNMG 432 C6-PWLNR WNMG 432 C6-PWLNL WNMG 432 Spare Parts, Parts included in delivery Anvil Pin/ Key* Wedge Locking screw/ Key Screw Toolholder/ Insert dimension -06 WAE 323 PP2109-T09P T09P-2 WNW06HD WS1920-T20P T20P-7 L82511-T07P -08 WAE 433** PP T15P T15P-2 WNW08HD*** WS2325-T25P T25P-7 L82511-T07P Please check availability in current price and stock-list *To be ordered separately **Anvil WAI 423 for insert WN..44., to be ordered separately ***Wedge WNW08 for insert WNMM 4.. to be ordered separately 33

34 Turning Turning Inserts Beauty.indd 34 2/12/2010 7:34:06 AM

35 TP0500 Inserts.fm Page 35 Thursday, February 11, :31 PM Turning Inserts CCGT Tolerances: I.C = ±.001 s = ±.005 rε = ±.004 Size I.C. s h rε /4 3/ /512-1/ /8 5/ /64-1/ /2 3/ /64-1/32 Grades Coated Uncoated Cermet Inserts CCGT-AL TP0500 TP1000 TP1500 TP2000 TP2500 TP3000 TP3500 TP200 TP40 TM2000 TM4000 TS2000 TS2500 TK1000 TK2000 CP25 CP200 CP250 CP500 HX KX S25M CCGT F-AL [ 21.51F-AL [ CMP CM CCGT AL [ 32.51F-AL [ 32.52F-AL [ CCGT-F1 CCGT 431F-AL [ 432F-AL [ CCGT F1 [ F1 [ CCGT F1 [ CCGT-UX Right-hand version shown CCGT 21.51L-UX [ 21.51R-UX [ CCGT 32.51L-UX [ 32.51R-UX [ [ Stock standard Subject to change refer to current price and stock-list 35

36 TP0500 Inserts.fm Page 36 Thursday, February 11, :31 PM Turning Inserts CCMT Tolerances: s = ±.005 rε = ±.004 Size I.C. s h rε /4 3/ /128-1/ /8 1/ / /8 5/ /128-1/ /2 3/ /64-3/ /8 7/ /32-3/ / /32 Grades Coated Uncoated Cermet Inserts CCMT-FF1 CCMT-F1 CCMT FF1 [ FF1 [ [ TP0500 TP1000 TP1500 TP2000 TP2500 TP3000 TP3500 TP200 TP40 TM2000 TM4000 TS2000 TS2500 TK1000 TK2000 CP25 CP200 CP250 CP500 HX KX S25M CCMT FF1 [ [ FF1 [ FF1 [ CCMT F1 [ [ [ [ [ [ [ [ [ [ [ F1 [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ F1 [ [ [ [ [ [ [ [ [ [ [ [ CMP CM CCMT F1 [ [ [ [ [ [ [ [ [ [ [ F1 [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ F1 [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ CCMT...W-F1 CCMT 431-F1 [ [ [ [ [ [ [ 432-F1 [ [ [ [ [ [ [ [ [ [ 433-F1 [ [ [ [ CCMT 21.51W-F1 [ [ [ [ CCMT 32.51W-F1 [ [ [ [ 32.52W-F1 [ [ [ [ CCMT-F2 CCMT 431W-F1 [ [ 432W-F1 [ [ CCMT F2 [ [ [ [ [ [ [ [ [ [ F2 [ [ [ [ [ [ [ [ [ [ [ [ [ F2 [ [ [ [ [ [ [ [ [ [ [ [ [ CCMT 321-F2 [ [ CCMT F2 [ [ [ [ [ [ F2 [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ F2 [ [ [ [ [ [ [ [ [ [ [ [ [ CCMT F2 [ [ CCMT 431-F2 [ [ [ [ [ [ [ [ [ [ [ 432-F2 [ [ [ [ [ [ [ [ [ [ [ [ [ 433-F2 [ [ [ [ [ [ [ [ CCMT F2 [ [ [ [ F2 [ [ CCMT 866-F2 [ [ [ Stock standard Subject to change refer to current price and stock-list 36

37 TP0500 Inserts.fm Page 37 Thursday, February 11, :31 PM Turning Inserts CCMT Inserts CCMT...W-F2 Grades Coated Uncoated Cermet TP0500 TP1000 TP1500 TP2000 TP2500 TP3000 TP3500 TP200 TP40 TM2000 TM4000 TS2000 TS2500 TK1000 TK2000 CP25 CP200 CP250 CP500 HX KX S25M CCMT 32.52W-F2 [ [ [ CMP CM CCMT 432W-F2 [ 433W-F2 [ [ Stock standard Subject to change refer to current price and stock-list 37

38 TP0500 Inserts.fm Page 38 Thursday, February 11, :31 PM Turning Inserts CDCB Tolerances: I.C. = ±.001 s = ±.001 rε = ±.001 Size I.C. s h rε 1.2 5/ /512-1/64 Grades Coated Uncoated Cermet Inserts CDCB TP0500 TP1000 TP1500 TP2000 TP2500 TP3000 TP3500 TP200 TP40 TM2000 TM4000 TS2000 TS2500 TK1000 TK2000 CP25 CP200 CP250 CP500 HX KX S25M CDCB [ [ [ [ [ [ [ [ [ CMP CM CNGP Tolerances: I.C. = ±.001 s = ±.005 rε = ±.004 Size I.C. s h rε 43 1/2 3/ /512-1/32 Grades Coated Uncoated Cermet Inserts CNGP-MF1 CNGP-M1 TP0500 TP1000 TP1500 TP2000 TP2500 TP3000 TP3500 TP200 TP40 TM2000 TM4000 TS2000 TS2500 TK1000 TK2000 CP25 CP200 CP250 CP500 HX KX S25M CNGP MF1 [ CNGP 430-MF1 [ 430F-MF1 [ MF1 [ [ 430.5F-MF1 [ [ 431-MF1 [ [ 431F-MF1 [ [ 432-MF1 [ [ 432F-MF1 [ [ CNGP 430.5F-M1 [ M1 [ [ 431-M1 [ [ 432F-M1 [ 432-M1 [ CMP CM [ Stock standard Subject to change refer to current price and stock-list 38

39 TP0500 Inserts.fm Page 39 Thursday, February 11, :31 PM Turning Inserts CNMA, CNMG, CNMM, CNMP Tolerances: s = ±.005 rε = ±.004 Size I.C. s h rε 32 3/8 1/ / /2 3/ /64-1/ /2 1/ /32-1/ /8 1/ /32-1/ /4 1/ /32-3/ / /32 Grades Coated Uncoated Cermet Inserts CNMA TP0500 TP1000 TP1500 TP2000 TP2500 TP3000 TP3500 TP200 TP40 TM2000 TM4000 TS2000 TS2500 TK1000 TK2000 CP25 CP200 CP250 CP500 HX KX S25M CNMA 431 [ 432 [ [ 432F [ 433 [ [ 434 [ [ CMP CM CNMA 542 [ 543 [ [ 544 [ CNMG-FF1 CNMA 643 [ [ 643F [ 644 [ CNMG 431-FF1 [ [ 432-FF1 [ [ [ [ CNMG-MF2 CNMG...W-MF2 CNMG-MF3 CNMG-MF4 CNMG 321-MF2 [ 322-MF2 [ CNMG 431-MF2 [ [ [ [ [ [ [ [ [ 432-MF2 [ [ [ [ [ [ [ [ [ 433-MF2 [ [ [ [ [ [ CNMG 431W-MF2 [ [ [ [ [ [ 432W-MF2 [ [ [ [ [ [ 433W-MF2 [ CNMG 431-MF3 [ [ [ 432-MF3 [ [ [ [ [ 433-MF3 [ [ [ [ CNMG 543-MF3 [ [ CNMG 431-MF4 [ [ [ [ [ 432-MF4 [ [ [ [ [ [ [ [ 433-MF4 [ [ [ [ [ [ 434-MF4 [ [ CNMG 542-MF4 [ [ 543-MF4 [ [ CNMG 643-MF4 [ [ [ Stock standard Subject to change refer to current price and stock-list 39

40 TP0500 Inserts.fm Page 40 Thursday, February 11, :31 PM Turning Inserts CNMA, CNMG, CNMM, CNMP Grades Coated Uncoated Cermet Inserts CNMG-MF5 TP0500 TP1000 TP1500 TP2000 TP2500 TP3000 TP3500 TP200 TP40 TM2000 TM4000 TS2000 TS2500 TK1000 TK2000 CP25 CP200 CP250 CP500 HX KX S25M CNMG 432-MF5 [ [ [ [ [ [ [ [ [ [ 433-MF5 [ [ [ [ [ [ [ [ [ [ 434-MF5 [ [ [ [ CMP CM CNMG...W-MF5 CNMG 432W-MF5 [ [ [ [ [ [ CNMG-M2 CNMG 432-M2 [ [ [ CNMG-M3 CNMG 321-M3 [ [ 322-M3 [ [ [ CNMG 431-M3 [ [ [ [ [ [ [ [ 431-M3(O) [ 432-M3 [ [ [ [ [ [ [ [ [ 432-M3(O) [ 433-M3 [ [ [ [ [ [ [ [ [ 433-M3(O) [ 434-M3 [ [ [ [ CNMG 542-M3 [ [ [ [ [ [ 543-M3 [ [ [ [ [ [ 544-M3 [ [ [ CNMG...W-M3 CNMG 642-M3 [ [ [ [ [ [ 643-M3 [ [ [ [ [ [ 644-M3 [ [ [ CNMG 432W-M3 [ [ [ [ [ [ 433W-M3 [ [ [ [ CNMG-M5 CNMG 431-M5 [ [ [ [ [ [ [ [ 432-M5 [ [ [ [ [ [ [ [ [ [ [ [ [ 433-M5 [ [ [ [ [ [ [ [ [ [ [ [ [ 434-M5 [ [ [ [ [ [ [ [ CNMG 542-M5 [ [ [ [ [ [ [ 543-M5 [ [ [ [ [ [ [ [ [ [ [ [ [ 544-M5 [ [ [ [ [ [ [ [ [ [ [ [ CNMG-MR3 CNMG 642-M5 [ [ [ [ [ [ [ 643-M5 [ [ [ [ [ [ [ [ [ [ [ 644-M5 [ [ [ [ [ [ [ [ [ [ [ CNMG 432-MR3 [ [ [ [ 433-MR3 [ [ [ [ [ Stock standard Subject to change refer to current price and stock-list 40

41 TP0500 Inserts.fm Page 41 Thursday, February 11, :31 PM Turning Inserts CNMA, CNMG, CNMM, CNMP Grades Coated Uncoated Cermet Inserts CNMG-MR4 TP0500 TP1000 TP1500 TP2000 TP2500 TP3000 TP3500 TP200 TP40 TM2000 TM4000 TS2000 TS2500 TK1000 TK2000 CP25 CP200 CP250 CP500 HX KX S25M CNMG 431-MR4 [ [ 432-MR4 [ [ [ 433-MR4 [ [ [ 434-MR4 [ [ [ CMP CM CNMG 542-MR4 [ [ [ 543-MR4 [ [ [ CNMG 643-MR4 [ [ [ 644-MR4 [ CNMG-MR6 CNMG 866-MR4 [ CNMG 432-MR6 [ [ [ [ 433-MR6 [ [ [ [ 434-MR6 [ [ [ [ 442-MR6 [ [ [ 443-MR6 [ 444-MR6 [ [ [ [ CNMG 543-MR6 [ [ [ [ 544-MR6 [ [ [ [ 546-MR6 [ [ [ [ CNMG-MR7 CNMG 643-MR6 [ [ [ [ 644-MR6 [ [ [ 646-MR6 [ [ [ CNMG 432-MR7 [ [ [ [ [ [ [ [ [ 433-MR7 [ [ [ [ [ [ [ [ [ 434-MR7 [ [ [ [ [ [ [ [ CNMG 542-MR7 [ [ [ [ 543-MR7 [ [ [ [ [ [ [ [ [ [ 544-MR7 [ [ [ [ [ [ [ [ [ [ 546-MR7 [ [ CNMG 642-MR7 [ [ [ 643-MR7 [ [ [ [ [ [ [ [ [ [ 644-MR7 [ [ [ [ [ [ [ [ [ 646-MR7 [ [ CNMM-MR6 CNMG 866-MR7 [ [ [ [ [ [ CNMM 543-MR6 [ [ [ [ 544-MR6 [ [ [ [ 546-MR6 [ [ [ [ CNMM 643-MR6 [ [ [ 644-MR6 [ [ [ 646-MR6 [ [ [ [ Stock standard Subject to change refer to current price and stock-list 41

42 TP0500 Inserts.fm Page 42 Thursday, February 11, :31 PM Turning Inserts CNMA, CNMG, CNMM, CNMP Grades Coated Uncoated Cermet Inserts CNMM-R4 TP0500 TP1000 TP1500 TP2000 TP2500 TP3000 TP3500 TP200 TP40 TM2000 TM4000 TS2000 TS2500 TK1000 TK2000 CP25 CP200 CP250 CP500 HX KX S25M CNMM 432-R4 [ [ [ [ [ [ [ 433-R4 [ [ [ [ [ [ [ [ [ 434-R4 [ [ [ [ CMP CM CNMM 543-R4 [ [ [ [ [ [ [ [ 544-R4 [ [ [ [ [ [ [ CNMM...W-R4 CNMM-R5 CNMM-R6 CNMM 643-R4 [ [ [ [ [ [ [ 644-R4 [ [ [ [ [ [ [ [ 646-R4 [ [ [ [ [ [ [ CNMM 432W-R4 [ [ [ [ 433W-R4 [ [ [ [ 434W-R4 [ [ [ CNMM 544W-R4 [ [ CNMM 544-R5 [ [ [ [ [ [ CNMM 643-R5 [ 644-R5 [ [ [ [ [ [ 646-R5 [ [ [ [ [ CNMM 432-R6 [ [ [ [ 433-R6 [ [ CNMM 543-R6 [ [ [ CNMM-R7 CNMM...W-R7 CNMM 643-R6 [ [ [ 644-R6 [ CNMM 543-R7 [ [ [ [ 544-R7 [ [ [ [ 546-R7 [ [ [ CNMM 643-R7 [ [ [ [ [ 644-R7 [ [ [ [ [ [ 646-R7 [ [ [ [ [ CNMM 644W-R7 [ [ [ [ [ 646W-R7 [ [ CNMM-R8 CNMM 433-R8 [ CNMM 644-R8 [ [ [ Stock standard Subject to change refer to current price and stock-list 42

43 TP0500 Inserts.fm Page 43 Thursday, February 11, :31 PM Turning Inserts CNMA, CNMG, CNMM, CNMP Grades Coated Uncoated Cermet Inserts CNMM-RR6 CNMM 432-RR6 [ [ [ 433-RR6 [ [ TP0500 TP1000 TP1500 TP2000 TP2500 TP3000 TP3500 TP200 TP40 TM2000 TM4000 TS2000 TS2500 TK1000 TK2000 CP25 CP200 CP250 CP500 HX KX S25M CMP CM CNMM 543-RR6 [ [ [ 544-RR6 [ [ [ [ [ CNMM-RR9 CNMM 643-RR6 [ [ [ [ 644-RR6 [ [ [ [ [ [ 646-RR6 [ [ [ CNMM 644-RR9 [ CNMM-57 CNMM [ [ [ [ [ [ CNMP-MF1 CNMP 431-MF1 [ [ [ [ [ [ 432-MF1 [ [ [ [ [ [ CNMP-M1 CNMP 431-M1 [ [ [ 432-M1 [ [ [ 433-M1 [ CNMP 542-M1 [ 543-M1 [ CNMP 642-M1 [ [ 643-M1 [ [ Stock standard Subject to change refer to current price and stock-list 43

44 TP0500 Inserts.fm Page 44 Thursday, February 11, :31 PM Turning Inserts CPMT Tolerances: s = ±.005 rε = ±.004 Size I.C. s h rε /4 3/ /256-1/ /8 5/ /256-1/32 Grades Coated Uncoated Cermet Inserts CPMT-F1 TP0500 TP1000 TP1500 TP2000 TP2500 TP3000 TP3500 TP200 TP40 TM2000 TM4000 TS2000 TS2500 TK1000 TK2000 CP25 CP200 CP250 CP500 HX KX S25M CPMT F1 [ F1 [ F1 [ [ [ F1 [ [ CMP CM CPMT F1 [ F1 [ F1 [ [ [ F1 [ [ [ Stock standard Subject to change refer to current price and stock-list 44

45 TP0500 Inserts.fm Page 45 Thursday, February 11, :31 PM Turning Inserts DCGT Tolerances: I.C. =.001 s = ±.005 rε = ±.004 Size I.C. s h rε /4 3/ /512-1/ /8 5/ /256-1/32 Grades Coated Uncoated Cermet Inserts DCGT-AL DCGT-F1 TP0500 TP1000 TP1500 TP2000 TP2500 TP3000 TP3500 TP200 TP40 TM2000 TM4000 TS2000 TS2500 TK1000 TK2000 CP25 CP200 CP250 CP500 HX KX S25M DCGT AL [ 21.51F-AL [ DCGT F-AL [ 32.51F-AL [ 32.52F-AL [ DCGT F1 [ F1 [ CMP CM DCGT F1 [ [ Stock standard Subject to change refer to current price and stock-list 45

46 TP0500 Inserts.fm Page 46 Thursday, February 11, :31 PM Turning Inserts DCMT Tolerances: s = ±.005 rε = ±.004 Size I.C. s h rε /4 3/ /128-1/ /8 5/ /128-1/ /2 3/ /64-3/64 Grades Coated Uncoated Cermet Inserts DCMT-FF1 DCMT-F1 DCMT-F2 TP0500 TP1000 TP1500 TP2000 TP2500 TP3000 TP3500 TP200 TP40 TM2000 TM4000 TS2000 TS2500 TK1000 TK2000 CP25 CP200 CP250 CP500 HX KX S25M DCMT FF1 [ [ DCMT FF1 [ FF1 [ FF1 [ [ DCMT F1 [ [ [ [ [ [ [ [ F1 [ [ [ [ [ [ [ [ [ [ [ [ [ [ F1 [ [ [ [ [ [ [ [ DCMT F1 [ [ [ [ [ [ F1 [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ F1 [ [ [ [ [ [ [ [ [ [ [ [ [ F1 [ [ [ [ DCMT F2 [ [ [ [ [ [ [ [ F2 [ [ [ [ [ [ [ [ [ [ [ F2 [ [ [ [ [ [ [ [ [ [ CMP CM DCMT F2 [ [ [ [ [ F2 [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ F2 [ [ [ [ [ [ [ [ [ [ [ [ [ DCMT 431-F2 [ [ [ [ [ [ [ [ [ 432-F2 [ [ [ [ [ [ [ [ [ [ 433-F2 [ [ [ [ [ [ Stock standard Subject to change refer to current price and stock-list 46

47 TP0500 Inserts.fm Page 47 Thursday, February 11, :31 PM Turning Inserts DCMX Tolerances: I.C. =.002 s = ±.005 rε = ±.004 Size I.C. s h rε /8 5/ /64-1/32 Grades Coated Uncoated Cermet Inserts DCMX...W-F1 TP0500 TP1000 TP1500 TP2000 TP2500 TP3000 TP3500 TP200 TP40 TM2000 TM4000 TS2000 TS2500 TK1000 TK2000 CP25 CP200 CP250 CP500 HX KX S25M DCMX 32.51W-F1 [ [ [ [ 32.52W-F1 [ [ [ [ [ CMP CM [ Stock standard Subject to change refer to current price and stock-list 47

48 TP0500 Inserts.fm Page 48 Thursday, February 11, :31 PM Turning Inserts DNGM, DNGP, DNMA, DNMG, DNMM, DNMP, DNMU Tolerances: s = ±.005 rε = ±.004 Size I.C. s h rε 33 3/8 3/ /64-3/ /2 3/ /128-3/ /2 1/ /64-1/ /8 1/ /32-3/64 Grades Coated Uncoated Cermet Inserts DNGM-MF1 TP0500 TP1000 TP1500 TP2000 TP2500 TP3000 TP3500 TP200 TP40 TM2000 TM4000 TS2000 TS2500 TK1000 TK2000 CP25 CP200 CP250 CP500 HX KX S25M DNGM 431-MF1 [ 432-MF1 [ [ 442-MF1 [ [ 442F-MF1 [ [ CMP CM DNGP-M1 DNMA DNMG-FF1 DNGP M1 [ 430.5F-M1 [ 431-M1 [ [ 432-M1 [ 432F-M1 [ DNMA 432 [ [ 433 [ 442 [ 443 [ 444 [ DNMG 431-FF1 [ 441-FF1 [ DNMG-MF2 DNMG-MF3 DNMG 431-MF2 [ [ [ [ [ [ [ 432-MF2 [ [ [ [ [ [ [ [ 433-MF2 [ [ [ [ 441-MF2 [ [ [ [ [ [ [ [ 441-MF2(O) 442-MF2 [ [ [ [ [ [ [ [ [ 442-MF2(O) 443-MF2 [ [ [ [ [ [ DNMG 431-MF3 [ [ 432-MF3 [ [ [ 433-MF3 [ [ [ DNMG 441-MF3 [ [ 442-MF3 [ [ [ [ Stock standard Subject to change refer to current price and stock-list 48

49 TP0500 Inserts.fm Page 49 Thursday, February 11, :31 PM Turning Inserts DNGM, DNGP, DNMA, DNMG, DNMM, DNMP, DNMU Grades Coated Uncoated Cermet Inserts DNMG-MF4 DNMG-MF5 TP0500 TP1000 TP1500 TP2000 TP2500 TP3000 TP3500 TP200 TP40 TM2000 TM4000 TS2000 TS2500 TK1000 TK2000 CP25 CP200 CP250 CP500 HX KX S25M DNMG 431-MF4 [ 432-MF4 [ [ [ 433-MF4 [ DNMG 441-MF4 [ [ 442-MF4 [ [ [ [ [ [ 443-MF4 [ [ [ [ DNMG 432-MF5 [ [ [ [ [ [ CMP CM DNMG 433-MF5 [ [ [ [ [ [ 442-MF5 [ [ [ [ [ [ [ [ DNMG 443-MF5 [ [ [ [ [ [ [ [ DNMG-M3 DNMG-M5 DNMG-MR3 DNMG-MR4 DNMG 431-M3 [ [ [ [ [ 431-M3(O) [ 432-M3 [ [ [ [ [ [ [ [ 432-M3(O) [ 433-M3 [ [ [ [ [ [ 441-M3 [ [ [ [ [ [ [ [ [ 442-M3 [ [ [ [ [ [ [ [ [ 443-M3 [ [ [ [ [ [ [ [ [ 444-M3 [ [ [ DNMG 431-M5 [ [ [ 432-M5 [ [ [ [ [ [ [ 433-M5 [ [ [ [ [ [ [ 441-M5 [ [ [ 442-M5 [ [ [ [ [ [ [ [ [ [ 443-M5 [ [ [ [ [ [ [ [ [ 444-M5 [ [ [ [ [ [ [ [ DNMG 542-M5 [ [ 543-M5 [ [ [ 543-M5(0) [ DNMG 432-MR3 [ [ [ 433-MR3 [ [ 442-MR3 [ [ [ [ 443-MR3 [ [ DNMG 432-MR4 [ [ [ 433-MR4 [ DNMG 542-MR4 [ 543-MR4 [ [ Stock standard Subject to change refer to current price and stock-list 49

50 TP0500 Inserts.fm Page 50 Thursday, February 11, :31 PM Turning Inserts DNGM, DNGP, DNMA, DNMG, DNMM, DNMP, DNMU Grades Coated Uncoated Cermet Inserts DNMG-MR6 DNMG-MR7 DNMG-UX DNMG 432-MR6 [ [ [ 433-MR6 [ [ [ 442-MR6 [ [ [ [ 443-MR6 [ [ [ [ 444-MR6 [ [ [ TP0500 TP1000 TP1500 TP2000 TP2500 TP3000 TP3500 TP200 TP40 TM2000 TM4000 TS2000 TS2500 TK1000 TK2000 CP25 CP200 CP250 CP500 HX KX S25M DNMG 432-MR7 [ [ [ 433-MR7 [ [ 442-MR7 [ [ [ [ [ 443-MR7 [ [ [ [ [ [ [ [ DNMG 441L-UX [ [ [ 441R-UX [ [ [ 442L-UX [ [ [ 442R-UX [ [ [ CMP CM Right-hand version shown DNMM-R4 DNMM 442-R4 [ [ [ [ [ [ 443-R4 [ [ [ [ [ [ 444-R4 [ [ [ [ DNMM-R6 DNMM 442-R6 [ [ 444-R6 [ DNMP-MF1 DNMP-M1 DNMP 431-MF1 [ [ [ 432-MF1 [ [ [ 441-MF1 [ [ [ [ [ [ 442-MF1 [ [ [ [ [ [ DNMP 431-M1 [ [ 432-M1 [ [ 433-M1 [ DNMP 543-M1 [ [ Stock standard Subject to change refer to current price and stock-list 50

51 TP0500 Inserts.fm Page 51 Thursday, February 11, :31 PM Turning Inserts DNGM, DNGP, DNMA, DNMG, DNMM, DNMP, DNMU Grades Coated Uncoated Cermet Inserts DNMU-MF1 TP0500 TP1000 TP1500 TP2000 TP2500 TP3000 TP3500 TP200 TP40 TM2000 TM4000 TS2000 TS2500 TK1000 TK2000 CP25 CP200 CP250 CP500 HX KX S25M DNMU 331-MF1 [ [ [ 332-MF1 [ CMP CM DNMU-MF2 DNMU 331-MF2 [ [ [ [ [ [ [ 332-MF2 [ [ [ [ [ [ [ [ DNMU-MF4 DNMU 331-MF4 [ [ 332-MF4 [ [ DNMU-MF5 DNMU 331-MF5 [ [ 332-MF5 [ [ 333-MF5 [ DNMU-M3 DNMU-M5 DNMU M3 [ 331-M3 [ [ [ [ [ [ 332-M3 [ [ [ [ [ [ [ 333-M3 [ [ [ [ DNMU 332-M5 [ [ [ 333-M5 [ [ [ [ Stock standard Subject to change refer to current price and stock-list 51

52 TP0500 Inserts.fm Page 52 Thursday, February 11, :31 PM Turning Inserts DNMX Tolerances: s = ±.005 rε = ±.004 Size I.C. s h rε 33 3/8 3/ /64-1/ /2 3/ / /2 1/ /32-3/64 Grades Coated Uncoated Cermet Inserts DNMX...W-MF2 TP0500 TP1000 TP1500 TP2000 TP2500 TP3000 TP3500 TP200 TP40 TM2000 TM4000 TS2000 TS2500 TK1000 TK2000 CP25 CP200 CP250 CP500 HX KX S25M DNMX 331W-MF2 [ [ [ [ 332W-MF2 [ [ [ [ CMP CM DNMX...W-M3 DNMX 442W-M3 [ [ [ 443W-M3 [ [ [ [ Stock standard Subject to change refer to current price and stock-list 52

53 TP0500 Inserts.fm Page 53 Thursday, February 11, :31 PM Turning Inserts DPMT Tolerances: s = ±.005 rε = ±.004 Size I.C. s h r /8 5/ /128-1/32 Grades Coated Uncoated Cermet Inserts DPMT TP0500 TP1000 TP1500 TP2000 TP2500 TP3000 TP3500 TP200 TP40 TM2000 TM4000 TS2000 TS2500 TK1000 TK2000 CP25 CP200 CP250 CP500 HX KX S25M DPMT F1 [ F1 [ CMP CM [ Stock standard Subject to change refer to current price and stock-list 53

54 TP0500 Inserts.fm Page 54 Thursday, February 11, :31 PM Turning Inserts RCGS Tolerance: I.C. = ±.001 Size I.C. s 1.5 3/16 1/4 2 1/4 23/64 3 3/8 33/64 4 1/2 21/32 Grades Coated Uncoated Cermet Inserts RCGS-46 TP0500 TP1000 TP1500 TP2000 TP2500 TP3000 TP3500 TP200 TP40 TM2000 TM4000 TS2000 TS2500 TK1000 TK2000 CP25 CP200 CP250 CP500 HX KX S25M RCGS [ [ [ [ [ 1.5F-46 [ CMP CM RCGS 2-46 [ [ [ [ [ 2F-46 [ RCGS 3-46 [ [ [ [ [ 3F-46 [ RCGS-PS RCGS 4-46 [ [ [ [ [ 4F-46 [ RCGS 1.5-PS [ [ [ 1.5F-PS [ RCGS 2-PS [ [ [ 2F-PS [ [ RCGS 3-PS [ [ [ 3F-PS [ RCGS 4F-PS [ [ Stock standard Subject to change refer to current price and stock-list 54

55 TP0500 Inserts.fm Page 55 Thursday, February 11, :31 PM Turning Inserts RCMM, RCMT Tolerance: s = ±.005 Size I.C. s h / / / / T / / / F / / / / /4.313 Grades Coated Uncoated Cermet Inserts RCMM-46 TP0500 TP1000 TP1500 TP2000 TP2500 TP3000 TP3500 TP200 TP40 TM2000 TM4000 TS2000 TS2500 TK1000 TK2000 CP25 CP200 CP250 CP500 HX KX S25M RCMM [ [ [ [ CMP CM RCMM [ RCMM [ [ [ [ RCMT-F1 RCMM [ [ RCMT 22-F1(O) [ [ RCMT 32.5-F1 [ 32.5-F1(O) [ [ RCMT 43-F1 [ 43-F1(O) [ RCMT 0602M0-F1 [ [ [ RCMT 0803M0-F1 [ [ [ RCMT 10T3M0-F1 [ [ [ [ [ RCMT 1204M0-F1 [ [ [ [ [ RCMT-F2 RCMT 1606M0-F1 [ [ [ [ RCMT 0602M0-F2 [ [ [ [ [ [ [ [ RCMT 0803M0-F2 [ [ [ [ [ [ [ [ [ [ RCMT 10T3M0-F2 [ [ [ [ [ [ [ [ [ [ RCMT 1204M0-F2 [ [ [ [ [ [ [ [ [ [ [ [ RCMT 1606M0-F2 [ [ [ [ [ [ [ [ [ Stock standard Subject to change refer to current price and stock-list 55

56 TP0500 Inserts.fm Page 56 Thursday, February 11, :31 PM Turning Inserts RCMX Tolerance: s = ±.005 Size I.C. s h / / / / / /8.374 Grades Coated Uncoated Cermet Inserts RCMX RCMX [ [ [ TP0500 TP1000 TP1500 TP2000 TP2500 TP3000 TP3500 TP200 TP40 TM2000 TM4000 TS2000 TS2500 TK1000 TK2000 CP25 CP200 CP250 CP500 HX KX S25M CMP CM RCMX [ [ [ [ [ RCMX [ [ RCMX [ [ [ [ [ [ [ [ RCMX [ [ [ [ [ [ [ [ [ RCMX [ [ [ [ [ [ [ [ [ [ Stock standard Subject to change refer to current price and stock-list 56

57 TP0500 Inserts.fm Page 57 Thursday, February 11, :31 PM Turning Inserts RNMA, RNMG Tolerance: s = ±.005 Size I.C. s h 32 3/8 1/ /2 3/ /4 1/ /8.363 Grades Coated Uncoated Cermet Inserts RNMA RNMG-M3 TP0500 TP1000 TP1500 TP2000 TP2500 TP3000 TP3500 TP200 TP40 TM2000 TM4000 TS2000 TS2500 TK1000 TK2000 CP25 CP200 CP250 CP500 HX KX S25M RNMA 43 [ [ RNMA 64 [ 64F [ RNMG 43-M3 [ [ [ [ CMP CM RNMG-M5(O) RNMG 43-M5(O) [ RNMG-MR4 RNMG 32-MR4 [ RNMG 43-MR4 [ [ [ [ RNMG 64-MR4 [ [ [ RNMG 86-MR4 [ [ [ [ Stock standard Subject to change refer to current price and stock-list 57

58 TP0500 Inserts.fm Page 58 Thursday, February 11, :31 PM Turning Inserts SCMT Tolerances: s = ±.005 rε = ±.004 Size I.C. s h rε /4 3/ / /16 1/ / /8 5/ /64-1/ /2 3/ /32-3/ / /32 Grades Coated Uncoated Cermet Inserts SCMT-F1 SCMT-F2 TP0500 TP1000 TP1500 TP2000 TP2500 TP3000 TP3500 TP200 TP40 TM2000 TM4000 TS2000 TS2500 TK1000 TK2000 CP25 CP200 CP250 CP500 HX KX S25M SCMT F1 [ [ [ [ [ F1 [ [ [ [ [ [ [ [ [ [ [ F1 [ [ [ [ SCMT 432-F1 [ [ [ [ [ [ [ 433-F1 [ [ [ [ [ SCMT F2 [ [ [ [ CMP CM SCMT F2 [ [ SCMT F2 [ [ [ [ [ [ F2 [ [ [ [ [ [ [ [ [ [ [ [ SCMT 432-F2 [ [ [ [ [ [ [ [ [ [ [ [ 433-F2 [ [ SCMT 866-F2 [ [ SCMT 866T-F2 [ [ Stock standard Subject to change refer to current price and stock-list 58

59 TP0500 Inserts.fm Page 59 Thursday, February 11, :31 PM Turning Inserts SNMA, SNMG, SNMM, SNMP Tolerances: s = ±.005 rε = ±.004 Size I.C. s h rε 32 3/8 1/ /32-3/ /2 3/ /64-1/ /2 1/ /32-1/ /8 1/ /32-3/ /4 1/ /32-3/ / / / /32 Grades Coated Uncoated Cermet Inserts SNMA TP0500 TP1000 TP1500 TP2000 TP2500 TP3000 TP3500 TP200 TP40 TM2000 TM4000 TS2000 TS2500 TK1000 TK2000 CP25 CP200 CP250 CP500 HX KX S25M SNMA 322 [ 322F [ CMP CM SNMA 432 [ [ 432F [ 433 [ [ 434 [ [ 434F [ SNMA 543 [ SNMG-MF2 SNMG-MF3 SNMA 643 [ 644 [ SNMG 321-MF2 [ 322-MF2 [ [ [ SNMG 432-MF2 [ [ [ [ [ [ [ [ 433-MF2 [ [ [ [ [ [ SNMG 432-MF3 [ [ 433-MF3 [ SNMG-MF4 SNMG 432-MF4 [ [ 433-MF4 [ [ SNMG-M3 SNMG 431-M3 [ [ [ [ 432-M3 [ [ [ [ [ [ [ [ 432-M3(O) [ 433-M3 [ [ [ [ [ [ [ [ 433-M3(O) [ 434-M3 [ [ [ [ SNMG 543-M3 [ [ 544-M3 [ SNMG 643-M3 [ [ [ 644-M3 [ [ [ Stock standard Subject to change refer to current price and stock-list 59

60 TP0500 Inserts.fm Page 60 Thursday, February 11, :31 PM Turning Inserts SNMA, SNMG, SNMM, SNMP Grades Coated Uncoated Cermet Inserts SNMG-M5 SNMG 322-M5 [ [ TP0500 TP1000 TP1500 TP2000 TP2500 TP3000 TP3500 TP200 TP40 TM2000 TM4000 TS2000 TS2500 TK1000 TK2000 CP25 CP200 CP250 CP500 HX KX S25M CMP CM SNMG 432-M5 [ [ [ [ [ [ [ [ [ [ [ [ 433-M5 [ [ [ [ [ [ [ [ [ [ [ 434-M5 [ [ [ [ [ [ SNMG 542-M5 [ [ 543-M5 [ [ [ [ [ [ [ 544-M5 [ [ [ [ [ [ [ [ SNMG-MR3 SNMG 643-M5 [ [ [ [ [ [ [ [ [ [ 644-M5 [ [ [ [ [ [ [ [ [ [ SNMG 432-MR3 [ [ [ [ 433-MR3 [ [ [ SNMG 644-MR3 [ [ [ SNMG-MR4 SNMG 322-MR4 [ [ SNMG 432-MR4 [ [ [ 433-MR4 [ [ [ 434-MR4 [ [ [ SNMG 543-MR4 [ [ [ SNMG 643-MR4 [ [ [ 644-MR4 [ SNMG-MR6 SNMG-MR7 SNMG 866-MR4 [ SNMG 432-MR6 [ [ [ [ 433-MR6 [ [ [ [ 434-MR6 [ [ [ 442-MR6 [ [ [ 443-MR6 [ 444-MR6 [ [ [ SNMG 543-MR6 [ [ [ [ 544-MR6 [ [ [ 546-MR6 [ [ [ [ SNMG 432-MR7 [ [ [ [ [ [ 433-MR7 [ [ [ [ [ [ [ [ [ 434-MR7 [ [ [ SNMG 543-MR7 [ [ [ [ [ [ 544-MR7 [ [ [ [ [ SNMG 643-MR7 [ [ [ [ [ 644-MR7 [ [ [ [ [ [ [ [ [ [ 646-MR7 [ SNMM-MR6 SNMG 866-MR7 [ [ [ [ [ [ SNMM 543-MR6 [ [ [ [ 544-MR6 [ [ [ 546-MR6 [ [ [ [ [ Stock standard Subject to change refer to current price and stock-list 60

61 TP0500 Inserts.fm Page 61 Thursday, February 11, :31 PM Turning Inserts SNMA, SNMG, SNMM, SNMP Grades Coated Uncoated Cermet Inserts SNMM-R4 SNMM 432-R4 [ [ [ [ [ 433-R4 [ [ [ 434-R4 [ TP0500 TP1000 TP1500 TP2000 TP2500 TP3000 TP3500 TP200 TP40 TM2000 TM4000 TS2000 TS2500 TK1000 TK2000 CP25 CP200 CP250 CP500 HX KX S25M CMP CM SNMM 543-R4 [ [ [ [ 544-R4 [ [ [ SNMM...W-R4 SNMM 643-R4 [ [ [ [ [ 644-R4 [ [ [ [ [ [ [ [ [ 646-R4 [ [ [ [ [ [ [ SNMM 544W-R4 [ [ SNMM-R5 SNMM 644-R5 [ [ [ 646-R5 [ [ SNMM-R6 SNMM-R7 SNMM 432-R6 [ 433-R6 [ SNMM 643-R6 [ [ [ 644-R6 [ [ [ SNMM 543-R7 [ 544-R7 [ SNMM 643-R7 [ [ [ 644-R7 [ [ [ [ 646-R7 [ [ [ [ [ SNMM...W-R7 SNMM 856-R7 [ [ [ [ [ 866-R7 [ [ [ [ [ SNMM 644W-R7 [ [ [ 646W-R7 [ [ [ SNMM-R8 SNMM 433-R8 [ SNMM 644-R8 [ [ [ SNMM-RR6 SNMM 643-RR6 [ [ [ 644-RR6 [ [ [ [ [ [ Stock standard Subject to change refer to current price and stock-list 61

62 TP0500 Inserts.fm Page 62 Thursday, February 11, :31 PM Turning Inserts SNMA, SNMG, SNMM, SNMP Grades Coated Uncoated Cermet Inserts SNMM-RR9 TP0500 TP1000 TP1500 TP2000 TP2500 TP3000 TP3500 TP200 TP40 TM2000 TM4000 TS2000 TS2500 TK1000 TK2000 CP25 CP200 CP250 CP500 HX KX S25M SNMM 644-RR9 [ CMP CM SNMM 856-RR9 [ [ [ SNMM-56 SNMM [ SNMM [ [ SNMM-57 SNMP-M1 SNMM [ [ SNMM [ [ [ [ [ [ [ [ [ [ [ [ [ SNMM [ [ [ [ [ [ [ SNMP 432-M1 [ [ SNMP 543-M1 [ [ SNMP-MF1 SNMP 644-M1 [ SNMP 432-MF1 [ [ [ [ [ [ 433-MF1 [ [ [ [ [ Stock standard Subject to change refer to current price and stock-list 62

63 TP0500 Inserts.fm Page 63 Thursday, February 11, :31 PM Turning Inserts SNG, SNU Tolerances: s = ±.005 rε = ±.004 Size I.C. s rε 32 3/8 1/8 1/ /2 3/16 3/64-1/ /4 3/16 3/64-1/16 Grades Coated Uncoated Cermet Inserts SNG SNG 322 [ TP0500 TP1000 TP1500 TP2000 TP2500 TP3000 TP3500 TP200 TP40 TM2000 TM4000 TS2000 TS2500 TK1000 TK2000 CP25 CP200 CP250 CP500 HX KX S25M CMP CM SNG 634 [ SNU SNU 433 [ [ [ SNU 433 [ [ [ SNU 434 [ [ SNU 633 [ SPMM Tolerances: s = ±.005 rε = ±.004 Size I.C. s h rε 32 3/8 1/ / /2 3/ /32-3/ /8 1/ / /4 1/ /32-1/16 Grades Coated Uncoated Cermet Inserts SPMM-46 TP0500 TP1000 TP1500 TP2000 TP2500 TP3000 TP3500 TP200 TP40 TM2000 TM4000 TS2000 TS2500 TK1000 TK2000 CP25 CP200 CP250 CP500 HX KX S25M SPMM [ CMP CM SPMM [ [ [ SPMM [ [ SPMM [ [ [ Stock standard Subject to change refer to current price and stock-list 63

64 TP0500 Inserts.fm Page 64 Thursday, February 11, :31 PM Turning Inserts SPG, SPMR, SPU Tolerances: s = ±.005 rε = ±.004 Size I.C. s rε 32 3/8 1/8 1/64-3/ /2 1/8 1/64-1/ /2 3/16 3/ /8 3/16 3/ /4 3/16 1/32-1/16 Grades Coated Uncoated Cermet Inserts SPG TP0500 TP1000 TP1500 TP2000 TP2500 TP3000 TP3500 TP200 TP40 TM2000 TM4000 TS2000 TS2500 TK1000 TK2000 CP25 CP200 CP250 CP500 HX KX S25M SPG 321F [ 323F [ CMP CM SPG 421F [ [ 422 [ [ 422F [ [ [ 423F [ 424F [ 433F [ SPMR-FF1 SPG 633 [ 634 [ 634F [ SPMR 322-FF1 [ SPMR-F1 SPMR-F2 SPMR 321-F1 [ 322-F1 [ [ SPMR 421-F1 [ [ 422-F1 [ [ 423-F1 [ SPMR 422-F2 [ [ 423-F2 [ [ Stock standard Subject to change refer to current price and stock-list 64

65 TP0500 Inserts.fm Page 65 Thursday, February 11, :31 PM Turning Inserts SPG, SPMR, SPU Inserts SPU Grades Coated Uncoated Cermet TP0500 TP1000 TP1500 TP2000 TP2500 TP3000 TP3500 TP200 TP40 TM2000 TM4000 TS2000 TS2500 TK1000 TK2000 CP25 CP200 CP250 CP500 HX KX S25M SPU 321 [ 322 [ [ CMP CM SPU 421 [ [ 422 [ [ [ [ [ 423 [ SPU 533 [ SPU 633 [ [ 634T [ [ Stock standard Subject to change refer to current price and stock-list 65

66 TP0500 Inserts.fm Page 66 Thursday, February 11, :31 PM Turning Inserts TCGT Tolerances: I.C. =.001 s = ±.005 rε = ±.004 Size I.C. s h rε /32 3/ /128-1/ /4 3/ /256-1/ /8 5/ /64-1/32 Grades Coated Uncoated Cermet Inserts TCGT-AL TP0500 TP1000 TP1500 TP2000 TP2500 TP3000 TP3500 TP200 TP40 TM2000 TM4000 TS2000 TS2500 TK1000 TK2000 CP25 CP200 CP250 CP500 HX KX S25M TCGT F-AL [ F-AL [ CMP CM TCGT F-AL [ 21.51F-AL [ 21.52F-AL [ TCGT-F1 TCGT 32.51F-AL [ 32.52F-AL [ TCGT F1 [ TCGT-UX TCGT L-UX [ R-UX [ 21.51L-UX [ 21.51R-UX [ Right-hand version shown [ Stock standard Subject to change refer to current price and stock-list 66

67 TP0500 Inserts.fm Page 67 Thursday, February 11, :31 PM Turning Inserts TCMT Tolerances: s = ±.005 rε = ±.004 Size I.C. s h rε /4 3/ /128-1/ /8 5/ /128-3/ /2 3/ /64-1/32 Grades Coated Uncoated Cermet Inserts TCMT-F1 TCMT-F2 TP0500 TP1000 TP1500 TP2000 TP2500 TP3000 TP3500 TP200 TP40 TM2000 TM4000 TS2000 TS2500 TK1000 TK2000 CP25 CP200 CP250 CP500 HX KX S25M TCMT F1 [ [ [ [ [ F1 [ [ [ [ [ [ [ [ [ [ F1(O) [ F1 [ [ [ [ [ [ [ [ [ [ [ F1(O) [ TCMT F1 [ [ [ F1 [ [ [ [ [ [ [ [ [ [ [ F1 [ [ [ [ [ [ [ [ [ [ [ [ [ [ F1 [ [ [ [ TCMT F2 [ [ [ [ [ [ [ [ [ [ F2 [ [ [ [ [ [ [ [ [ [ [ [ CMP CM TCMT 431-F2 [ [ 432-F2 [ [ [ [ [ [ [ Stock standard Subject to change refer to current price and stock-list 67

68 TP0500 Inserts.fm Page 68 Thursday, February 11, :31 PM Turning Inserts TCMX Tolerances: I.C.= ±.002 s = ±.005 rε = ±.004 Size I.C. s h rε / /64-1/32 Grades Coated Uncoated Cermet Inserts TCMX...W-F1 TP0500 TP1000 TP1500 TP2000 TP2500 TP3000 TP3500 TP200 TP40 TM2000 TM4000 TS2000 TS2500 TK1000 TK2000 CP25 CP200 CP250 CP500 HX KX S25M TCMX 32.51W-F1 [ 32.52W-F1 [ [ [ CMP CM [ Stock standard Subject to change refer to current price and stock-list 68

69 TP0500 Inserts.fm Page 69 Thursday, February 11, :31 PM Turning Inserts TDAB Tolerances: I.C. = ±.001 s = ±.001 rε = ±.001 Size I.C. s h rε / /256-1/64 Grades Coated Uncoated Cermet Inserts TDAB TP0500 TP1000 TP1500 TP2000 TP2500 TP3000 TP3500 TP200 TP40 TM2000 TM4000 TS2000 TS2500 TK1000 TK2000 CP25 CP200 CP250 CP500 HX KX S25M TDAB [ [ [ [ [ [ CMP CM TDCH Tolerances: s = ±.001 I.C. = ±.001 rε = ±.001 Size I.C. s h rε / /128-1/164 Grades Coated Uncoated Cermet Inserts TDCH TP0500 TP1000 TP1500 TP2000 TP2500 TP3000 TP3500 TP200 TP40 TM2000 TM4000 TS2000 TS2500 TK1000 TK2000 CP25 CP200 CP250 CP500 HX KX S25M TDCH L [ R [ L [ R [ CMP CM Right-hand shown [ Stock standard Note: R.H. inserts used in L.H bars, L.H. inserts used in R.H. bars. Subject to change refer to current price and stock-list 69

70 TP0500 Inserts.fm Page 70 Thursday, February 11, :31 PM Turning Inserts TNG Tolerances: s = ±.005 rε = ±.004 Size I.C. s rε 32 3/8 1/8 1/32 Grades Coated Uncoated Cermet Inserts TNG TP0500 TPP100 TP1500 TP2000 TP2500 TP3000 TP3500 TP200 TP40 TM2000 TM4000 TS2000 TS2500 TK1000 TK2000 CP25 CP200 CP250 CP500 HX KX S25M TNG 322F [ CMP CM [ Stock standard Subject to change refer to current price and stock-list 70

71 TP0500 Inserts.fm Page 71 Thursday, February 11, :31 PM Turning Inserts TNMA, TNMG, TNMM, TNMP Tolerances: s = ±.005 rε = ±.004 Size I.C. s h rε 22 1/4 1/ /128-1/ /8 1/ /64-3/ /8 3/ /64-1/ /2 3/ /64-1/8 54 5/8 1/ /32-1/8 66 3/4 3/ /32 Grades Coated Uncoated Cermet Inserts TNMA TP0500 TP1000 TP1500 TP2000 TP2500 TP3000 TP3500 TP200 TP40 TM2000 TM4000 TS2000 TS2500 TK1000 TK2000 CP25 CP200 CP250 CP500 HX KX S25M TNMA 222F [ CMP CM TNMA 321F [ 322 [ 322F [ 323F [ 331 [ 332 [ [ 333 [ [ 334 [ TNMA 431F [ 432 [ 432F [ 433 [ [ 434 [ [ 438 [ TNMG-FF1 TNMA 544F [ TNMG 331-FF1 [ [ [ [ 332-FF1 [ [ TNMG-MF2 TNMG 221-MF2 [ 222-MF2 [ TNMG 331-MF2 [ [ [ [ [ [ [ [ 332-MF2 [ [ [ [ [ [ [ [ 333-MF2 [ [ [ [ [ [ TNMG-MF3 TNMG 431-MF2 [ [ [ [ 432-MF2 [ [ [ [ [ 433-MF2 [ [ [ TNMG 322-MF3 [ [ 331-MF3 [ [ 332-MF3 [ [ [ [ [ 333-MF3 [ TNMG 431-MF3 [ [ 432-MF3 [ [ 433-MF3 [ [ Stock standard Subject to change refer to current price and stock-list 71

72 TP0500 Inserts.fm Page 72 Thursday, February 11, :31 PM Turning Inserts TNMA, TNMG, TNMM, TNMP Grades Coated Uncoated Cermet Inserts TNMG-MF4 TNMG-MF5 TP0500 TP1000 TP1500 TP2000 TP2500 TP3000 TP3500 TP200 TP40 TM2000 TM4000 TS2000 TS2500 TK1000 TK2000 CP25 CP200 CP250 CP500 HX KX S25M TNMG 331-MF4 [ [ 332-MF4 [ [ [ [ [ [ 333-MF4 [ [ [ [ 432-MF4 [ [ 433-MF4 [ [ TNMG 332-MF5 [ [ [ [ [ [ 333-MF5 [ [ [ [ [ CMP CM TNMG-M2 TNMG 433-M2 [ TNMG 543-M2 [ 544-M2 [ TNMG-M3 TNMG 331-M3 [ [ [ [ [ [ [ [ [ 332-M3 [ [ [ [ [ [ [ [ [ 332-M3(O) [ 333-M3 [ [ [ [ [ [ 333-M3(O) [ TNMG 432-M3 [ [ [ [ [ [ [ [ 433-M3 [ [ [ [ [ [ 434-M3 [ TNMG-M5 TNMG 543-M3 [ [ [ [ [ TNMG 322-M5 [ [ [ [ 331-M5 [ [ [ 332-M5 [ [ [ [ [ [ [ [ [ [ [ [ [ 333-M5 [ [ [ [ [ [ [ [ 334-M5 [ TNMG 431-M5 [ [ [ [ 432-M5 [ [ [ [ [ [ [ [ [ [ 433-M5 [ [ [ [ [ [ [ [ [ [ 434-M5 [ [ [ [ [ [ [ [ TNMG-MR3 TNMG 542-M5 [ [ [ [ 543-M5 [ [ [ [ [ [ [ [ 544-M5 [ [ [ [ [ [ [ [ TNMG 333-MR3 [ [ TNMG 433-MR3 [ [ [ 434-MR3 [ [ Stock standard Subject to change refer to current price and stock-list 72

73 TP0500 Inserts.fm Page 73 Thursday, February 11, :31 PM Turning Inserts TNMA, TNMG, TNMM, TNMP Grades Coated Uncoated Cermet Inserts TNMG-MR4 TP0500 TP1000 TP1500 TP2000 TP2500 TP3000 TP3500 TP200 TP40 TM2000 TM4000 TS2000 TS2500 TK1000 TK2000 CP25 CP200 CP250 CP500 HX KX S25M TNMG 221-MR4 [ [ 222-MR4 [ [ CMP CM TNMG 321-MR4 [ [ [ 322-MR4 [ [ [ 324-MR4 [ 332-MR4 [ [ [ TNMG 431-MR4 [ [ 432-MR4 [ [ [ [ 433-MR4 [ [ [ 434-MR4 [ [ [ 436-MR4 [ [ [ 438-MR4 [ [ TNMG 542-MR4 [ [ [ [ 543-MR4 [ [ 544-MR4 [ [ 548-MR4 [ TNMG-MR6 TNMG-MR7 TNMG 666-MR4 [ [ TNMG 332-MR6 [ [ [ [ 333-MR6 [ [ [ TNMG 432-MR6 [ [ [ [ 433-MR6 [ [ [ TNMG 332-MR7 [ [ [ [ [ 333-MR7 [ [ [ TNMG 432-MR7 [ [ [ [ [ 433-MR7 [ [ [ 434-MR7 [ [ 436-MR7 [ TNMG 543-MR7 [ [ [ [ [ 544-MR7 [ [ [ [ [ TNMG-UX Right-hand version shown TNMM-R4 TNMG 666-MR7 [ [ [ [ [ [ TNMG 331L-UX [ [ [ 331R-UX [ [ [ 332L-UX [ [ [ 332R-UX [ [ [ TNMM 332-R4 [ [ [ [ 333-R4 [ [ [ [ TNMM 432-R4 [ [ [ [ [ 433-R4 [ [ [ [ [ [ 434-R4 [ [ [ [ [ [ [ [ Stock standard Subject to change refer to current price and stock-list 73

74 TP0500 Inserts.fm Page 74 Thursday, February 11, :31 PM Turning Inserts TNMA, TNMG, TNMM, TNMP Grades Coated Uncoated Cermet Inserts TNMM-R6 TNMP-MF1 TNMP-M1 TP0500 TP1000 TP1500 TP2000 TP2500 TP3000 TP3500 TP200 TP40 TM2000 TM4000 TS2000 TS2500 TK1000 TK2000 CP25 CP200 CP250 CP500 HX KX S25M TNMM 331-R6 [ [ 332-R6 [ TNMM 432-R6 [ [ 433-R6 [ 434-R6 [ [ TNMP 331-MF1 [ [ [ [ 332-MF1 [ [ [ [ [ [ 333-MF1 [ [ [ TNMP 321-M1 [ 322-M1 [ 332-M1 [ CMP CM TNMP 432-M1 [ [ [ 433-M1 [ 434-M1 [ TNMP 666-M1 [ [ Stock standard Subject to change refer to current price and stock-list 74

75 TP0500 Inserts.fm Page 75 Thursday, February 11, :31 PM Turning Inserts TNMX Tolerances: I.C. = ±.002 s = ±.005 rε = ±.004 Size I.C. s h rε 33 3/ /32-3/64 Grades Coated Uncoated Cermet Inserts TNMX...W-M3 TP0500 TP1000 TP1500 TP2000 TP2500 TP3000 TP3500 TP200 TP40 TM2000 TM4000 TS2000 TS2500 TK1000 TK2000 CP25 CP200 CP250 CP500 HX KX S25M TNMX 332W-M3 [ [ [ 333W-M3 [ [ [ CMP CM [ Stock standard Subject to change refer to current price and stock-list 75

76 TP0500 Inserts.fm Page 76 Thursday, February 11, :31 PM Turning Inserts TPG, TPGA, TPU Tolerances: s = ±.005 rε = ±.004 Size I.C. s h rε 21 1/4 3/32-1/ /4 1/8-1/64-1/ /8 1/8-1/256-1/ /2 3/16-1/256-1/16 TPGA 211 1/4 3/ /64 TPGA 322 3/8 1/ /32 Grades Coated Uncoated Cermet Inserts TPG TP0500 TP1000 TP1500 TP2000 TP2500 TP3000 TP3500 TP200 TP40 TM2000 TM4000 TS2000 TS2500 TK1000 TK2000 CP25 CP200 CP250 CP500 HX KX S25M TPG 211 [ 221F [ 222 [ 222F [ [ CMP CM TPG 320F [ 321 [ [ [ 321F [ [ [ [ 322 [ [ [ [ 322F [ [ [ [ 323F [ 324F [ TPGA TPG 430F [ 431 [ 431F [ [ [ TPG 431F [ [ [ TPG 432 [ [ [ 432F [ [ 433 [ 433F [ 434 [ 434F [ TPGA 211F [ TPGA 322F [ TPU TPU 212 [ 221 [ [ [ 222 [ TPU 321 [ [ [ [ [ [ TPU 321 [ [ [ [ [ [ TPU 322 [ [ [ [ [ [ TPU 322 [ [ [ [ [ [ TPU 322F [ 323 [ [ TPU 431 [ 432 [ [ [ [ [ [ TPU 432 [ [ [ [ [ [ TPU 433 [ [ [ Stock standard Subject to change refer to current price and stock-list 76

77 TP0500 Inserts.fm Page 77 Thursday, February 11, :31 PM Turning Inserts TPMM Tolerances: s = ±.005 rε = ±.004 Size I.C. s h rε /16 1/ /64-1/ /8 1/ /64-1/ /2 3/ /64-1/16 Grades Coated Uncoated Cermet Inserts TPMM-46 TP0500 TP1000 TP1500 TP2000 TP2500 TP3000 TP3500 TP200 TP40 TM2000 TM4000 TS2000 TS2500 TK1000 TK2000 CP25 CP200 CP250 CP500 HX KX S25M TPMM [ [ [ [ CMP CM TPMM [ [ [ [ [ [ [ TPMM [ [ [ [ [ [ [ [ Stock standard Subject to change refer to current price and stock-list 77

78 TP0500 Inserts.fm Page 78 Thursday, February 11, :31 PM Turning Inserts TPMR Tolerances: s = ±.005 rε = ±.004 Size I.C. s rε 22 1/4 1/8 1/64-1/ /8 1/8 1/64-3/ /2 3/16 1/32-3/64 Grades Coated Uncoated Cermet Inserts TPMR-F1 TPMR-F2 TP0500 TP1000 TP1500 TP2000 TP2500 TP3000 TP3500 TP200 TP40 TM2000 TM4000 TS2000 TS2500 TK1000 TK2000 CP25 CP200 CP250 CP500 HX KX S25M TPMR 221-F1 [ [ [ [ [ [ [ 222-F1 [ [ [ [ [ [ TPMR 321-F1 [ [ [ [ [ [ 322-F1 [ [ [ [ [ [ 322T-F1 [ 323-F1 [ TPMR 222-F2 [ CMP CM TPMR 321-F2 [ [ 322-F2 [ [ [ 432-F2 [ 433-F2 [ [ Stock standard Subject to change refer to current price and stock-list 78

79 TP0500 Inserts.fm Page 79 Thursday, February 11, :31 PM Turning Inserts TPMT Tolerances: s = ±.005 rε = ±.004 Size I.C. s h rε /4 3/ /64-1/ /8 5/ /64-1/32 Grades Coated Uncoated Cermet Inserts TPMT-F1 TP0500 TP1000 TP1500 TP2000 TP2500 TP3000 TP3500 TP200 TP40 TM2000 TM4000 TS2000 TS2500 TK1000 TK2000 CP25 CP200 CP250 CP500 HX KX S25M TPMT F1 [ [ F1 [ [ CMP CM TPMT F1 [ F1 [ [ Stock standard Subject to change refer to current price and stock-list 79

80 TP0500 Inserts.fm Page 80 Thursday, February 11, :31 PM Turning Inserts VBGT Tolerances: I.C.= ±.001 s = ±.005 rε = ±.001 Size I.C. s h rε /4 3/ / /8 3/ /256 Grades Coated Uncoated Cermet Inserts VBGT-F1 TP0500 TP1000 TP1500 TP2000 TP2500 TP3000 TP3500 TP200 TP40 TM2000 TM4000 TS2000 TS2500 TK1000 TK2000 CP25 CP200 CP250 CP500 HX KX S25M VBGT F1 [ CMP CM VBGT 330-F1 [ VBMT Tolerances: s = ±.005 rε = ±.004 Size I.C. s h rε /4 3/ /128-1/ /8 3/ /128-3/64 Grades Coated Uncoated Cermet Inserts VBMT-F1 VBMT-F2 TP0500 TP1000 TP1500 TP2000 TP2500 TP3000 TP3500 TP200 TP40 TM2000 TM4000 TS2000 TS2500 TK1000 TK2000 CP25 CP200 CP250 CP500 HX KX S25M VBMT F1 [ [ [ [ [ [ F1 [ [ [ [ [ [ [ [ F1 [ [ [ [ VBMT F1 [ [ [ 331-F1 [ [ [ [ [ [ [ [ [ [ [ [ [ 332-F1 [ [ [ [ [ [ [ [ [ [ [ [ [ 333-F1 [ [ [ [ VBMT 331-F2 [ [ [ [ [ [ [ [ [ [ [ [ [ 332-F2 [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ 333-F2 [ [ [ [ [ [ [ CMP CM [ Stock standard Subject to change refer to current price and stock-list 80

81 TP0500 Inserts.fm Page 81 Thursday, February 11, :31 PM Turning Inserts VCGR Tolerances: s = ±.005 rε = ±.004 Size I.C. s rε 33 3/8 3/16 1/64-1/32 Grades Coated Uncoated Cermet Inserts VCGR TP0500 TP1000 TP1500 TP2000 TP2500 TP3000 TP3500 TP200 TP40 TM2000 TM4000 TS2000 TS2500 TK1000 TK2000 CP25 CP200 CP250 CP500 HX KX S25M VCGR 331 [ 331F 332 [ 332F [ [ CMP CM VCGT Tolerances: I.C. =.001 s = ±.005 rε = ±.004 Size I.C. s h rε 22 1/ /512-1/ / /64-3/64 Grades Coated Uncoated Cermet Inserts VCGT-AL TP0500 TP1000 TP1500 TP2000 TP2500 TP3000 TP3500 TP200 TP40 TM2000 TM4000 TS2000 TS2500 TK1000 TK2000 CP25 CP200 CP250 CP500 HX KX S25M VCGT 220.5F-AL [ 221F-AL [ CMP CM VCGT AL [ 331F-AL [ 332F-AL [ 333F-AL [ [ Stock standard Subject to change refer to current price and stock-list 81

82 TP0500 Inserts.fm Page 82 Thursday, February 11, :31 PM Turning Inserts VNGM, VNGP, VNMG, VNMP, VNMU Tolerances: s = ±.005 rε = ±.004 Size I.C. s h rε /16 3/ /128-3/ /8 3/ /128-3/ /2 3/ /64-1/ /2 3/ /64-1/16 Grades Coated Uncoated Cermet Inserts VNGM-MF1 VNGP-M1 TP0500 TP1000 TP1500 TP2000 TP2500 TP3000 TP3500 TP200 TP40 TM2000 TM4000 TS2000 TS2500 TK1000 TK2000 CP25 CP200 CP250 CP500 HX KX S25M VNGM 331-MF1 [ [ 331F-MF1 [ [ 332-MF1 [ [ 332F-MF1 [ [ VNGP 330.5F-M1 [ [ 331F-M1 [ [ 332F-M1 [ [ CMP CM VNGP M1 [ [ VNGP 331-M1 [ [ VNGP 332-M1 [ [ VNMG-FF1 VNGP 432-M1 [ [ 432F-M1-203 [ VNMG 331-FF1 [ [ VNMG-MF2 VNMG 331-MF2 [ 332-MF2 [ 333-MF2 [ [ VNMG-MF3 VNMG 331-MF3 [ [ 332-MF3 [ [ VNMG 432-MF3-203 [ VNMG-MF4 VNMG 331-MF4 [ [ [ [ 332-MF4 [ [ [ [ VNMG-M3 VNMG 331-M3 [ [ [ [ [ [ [ 332-M3 [ [ [ [ [ [ [ [ [ Stock standard Subject to change refer to current price and stock-list 82

83 TP0500 Inserts.fm Page 83 Thursday, February 11, :31 PM Turning Inserts VNGM, VNGP, VNMG, VNMP, VNMU Grades Coated Uncoated Cermet Inserts VNMG-MR4 VNMP-M1 TP0500 TP1000 TP1500 TP2000 TP2500 TP3000 TP3500 TP200 TP40 TM2000 TM4000 TS2000 TS2500 TK1000 TK2000 CP25 CP200 CP250 CP500 HX KX S25M VNMG 332-MR4 [ [ [ 333-MR4 [ [ [ VNMG 431-MR4 [ [ 432-MR4 [ [ 432-MR4-203 [ [ 433-MR4 [ 434-MR4 [ VNMP 331-M1 [ [ [ 332-M1 [ [ [ CMP CM VNMU-M3 VNMU M3 [ [ [ [ M3 [ [ [ [ [ Stock standard Subject to change refer to current price and stock-list 83

84 TP0500 Inserts.fm Page 84 Thursday, February 11, :31 PM Turning Inserts WCMT Tolerances: s = ±.004 rε = ±.004 Size I.C. s h rε /8 5/ /128-1/64 Grades Coated Uncoated Cermet Inserts WCMT-F1 WCMT F1 [ F1 [ TP0500 TP1000 TP1500 TP2000 TP2500 TP3000 TP3500 TP200 TP40 TM2000 TM4000 TS2000 TS2500 TK1000 TK2000 CP25 CP200 CP250 CP500 HX KX S25M CMP CM [ Stock standard Subject to change refer to current price and stock-list 84

85 TP0500 Inserts.fm Page 85 Thursday, February 11, :31 PM Turning Inserts WNGP, WNMA, WNMG, WNMM, WNMP Tolerances: s = ±.005 rε = ±.004 Size I.C. s h rε 33 3/8 3/ / /2 3/ /128-3/ /2 1/ /32-1/16 Grades Coated Uncoated Cermet Inserts WNGP-MF1 WNMA WNMG-MF2 WNMG...W-MF2 WNMG-MF3 WNMG-MF4 TP0500 TP1000 TP1500 TP2000 TP2500 TP3000 TP3500 TP200 TP40 TM2000 TM4000 TS2000 TS2500 TK1000 TK2000 CP25 CP200 CP250 CP500 HX KX S25M WNGP MF1 [ [ [ [ WNGP MF1 [ 431-MF1 [ 432-MF1 [ WNMA 332 [ [ 333 [ [ WNMA 432 [ [ 433 [ [ WNMG 331-MF2 [ [ [ [ [ [ [ [ [ 332-MF2 [ [ [ [ [ [ [ [ [ 333-MF2 [ [ [ WNMG 431-MF2 [ [ [ [ [ 432-MF2 [ [ [ [ [ [ [ 433-MF2 [ [ [ [ WNMG 331W-MF2 [ [ [ 332W-MF2 [ [ [ [ [ WNMG 431W-MF2 [ [ [ [ 432W-MF2 [ [ [ [ [ 433W-MF2 [ [ WNMG 332-MF3 [ [ [ WNMG 431-MF3 [ [ [ 432-MF3 [ [ [ [ 433-MF3 [ WNMG 331-MF4 [ [ 332-MF4 [ [ [ [ [ 333-MF4 [ [ CMP CM WNMG 431-MF4 [ [ 432-MF4 [ [ [ [ [ [ [ [ 433-MF4 [ [ [ [ [ [ [ Stock standard Subject to change refer to current price and stock-list 85

86 TP0500 Inserts.fm Page 86 Thursday, February 11, :31 PM Turning Inserts WNGP, WNMA, WNMG, WNMM, WNMP Grades Coated Uncoated Cermet Inserts WNMG-MF5 TP0500 TP1000 TP1500 TP2000 TP2500 TP3000 TP3500 TP200 TP40 TM2000 TM4000 TS2000 TS2500 TK1000 TK2000 CP25 CP200 CP250 CP500 HX KX S25M WNMG 332-MF5 [ [ [ [ [ [ 333-MF5 [ [ [ [ [ CMP CM WNMG 432-MF5 [ [ [ [ [ [ [ [ [ [ 433-MF5 [ [ [ [ [ [ [ [ [ [ 434-MF5 [ [ [ [ WNMG...W-MF5 WNMG 432W-MF5 [ WNMG-M3 WNMG...W-M3 WNMG-M5 WNMG-MR3 WNMG M3 [ 331-M3 [ [ [ [ [ [ [ [ 332-M3 [ [ [ [ [ [ [ [ [ 332-M3(O) [ 333-M3 [ [ [ [ [ [ [ 333-M3(O) [ WNMG 431-M3 [ [ [ [ [ [ [ 432-M3 [ [ [ [ [ [ [ [ [ 432-M3(O) [ 433-M3 [ [ [ [ [ [ [ [ [ 434-M3 [ [ [ WNMG 332W-M3 [ [ [ [ 333W-M3 [ [ [ [ [ WNMG 432W-M3 [ [ [ [ [ 433W-M3 [ [ [ [ [ [ WNMG 332-M5 [ [ [ [ [ [ [ [ [ [ 333-M5 [ [ [ [ [ [ [ WNMG 432-M5 [ [ [ [ [ [ [ [ [ [ [ [ [ 433-M5 [ [ [ [ [ [ [ [ [ [ [ [ [ 434-M5 [ [ [ [ [ [ [ [ 442-M5 [ [ 443-M5 [ [ [ [ [ 444-M5 [ [ [ [ [ [ WNMG 332-MR3 [ [ [ [ 333-MR3 [ [ [ WNMG-MR6 WNMG-MR7 WNMG 432-MR6 [ [ [ [ 433-MR6 [ [ [ [ 434-MR6 [ [ [ 443-MR6 [ [ [ [ 444-MR6 [ [ [ WNMG 432-MR7 [ [ [ [ [ [ [ 433-MR7 [ [ [ [ [ [ [ [ 434-MR7 [ [ [ [ [ [ [ Stock standard Subject to change refer to current price and stock-list 86

87 TP0500 Inserts.fm Page 87 Thursday, February 11, :31 PM Turning Inserts WNGP, WNMA, WNMG, WNMM, WNMP Grades Coated Uncoated Cermet Inserts WNMM-R6 TP0500 TP1000 TP1500 TP2000 TP2500 TP3000 TP3500 TP200 TP40 TM2000 TM4000 TS2000 TS2500 TK1000 TK2000 CP25 CP200 CP250 CP500 HX KX S25M WNMM 432-R6 [ [ [ 433-R6 [ CMP CM WNMM-R7 WNMM 443-R7 [ 444-R7 [ WNMP-MF1 WNMP-M1 WNMP 331-MF1 [ [ [ [ [ [ 332-MF1 [ [ [ [ [ [ 333-MF1 [ WNMP 431-MF1 [ [ [ [ 432-MF1 [ [ [ [ WNMP 431-M1 [ 432-M1 [ 433-M1 [ [ Stock standard Subject to change refer to current price and stock-list 87

88 Turning - Grades, CBN060K PCBN grade CBN060K CBN060K is intended for finish machining of case hardened steel when the cut is continuous to moderately interrupted and the depth of cut is on the order of or less. This grade features a unique PVD coating that features increased adhesion, increased wear resistance, and a lower coefficient of friction compared to other PcBN coatings. (Ti,Si,Al)N Cutting data recommendations D.O.C. <.02 in Finishing Cutting speed, vc (sf/min) Feed rate (inch/rev) Case hardened steel (55-62 HRC) - Turning CBN060K Tech.indd 88 2/12/2010 7:35:24 AM

89 PCBN Inserts.fm Page 89 Thursday, February 11, :36 PM Secomax PCBN, Inserts CCGW Tolerances: s = ±.005 rε = ±.004 Size I.C. s h rε /4 3/ /128-1/ /8 5/ /64-3/ /2 3/ /64-1/32 Uncoated Grades Coated Toolholders Inserts CCGW CCGW...-B CBN10 CBN100 CBN150 CBN200 CCGW S LF [ 21.51S LF [ [ 21.52S LF [ CBN300 CBN350 CCGW 21.51E-L1-B [ CCGW 21.51S L1-B [ 21.52S L1-B [ CBN050C CBN060K CBN100P CBN160C CBN300P CBN400C External SCFCR/L..2 SCGCR/L..2 SCLCR/L..2 SCMCN..2 Internal..-SCFCR/L..2..-SCLCR/L..2 CCGW...-LF CCGW 32.51S LF [ [ 32.52S LF [ [ CCGW 32.52S-L0-B [ SCFCR/L..3 SCGCR/L..3 SCLCR/L..3 SCMCN..3..-SCFCR/L..3..-SCLCR/L..3 CCGW 32.51E-L1-B [ 32.52E-L1-B [ E = Honed S = Chamfered and honed B = Multi-corner WZ = Wiper geometry LF = Complete top layer CCGW 32.51S L1-B [ [ 32.52S L1-B [ [ 32.53S L1-B [ CCGW 32.51E-L0-WZ [ SCLCR/L..3..-SCLCR/L..3 For tip sizes see MN Turning CCGW 32.51S-L0-WZ [ [ 32.51S L1-WZ-B [ CCGW 431S-L0 [ 432S-L0 [ SCLCR/L..4 CCGW 432S-L1-B [ [ Stock standard Subject to change refer to current price and stock-list 89

90 PCBN Inserts.fm Page 90 Thursday, February 11, :36 PM Secomax PCBN, Inserts CCMW Tolerances: s = ±.005 rε = ±.004 Size I.C. s h rε /4 3/ / /4 3/ / /8 5/ / /8 5/ / /8 5/ /64 Uncoated Grades Coated Toolholders Inserts CCMW CBN10 CCMW 21.51E-L0 [ 21.52E-L0 [ CCMW 21.51S-L0 [ 21.52S-L0 [ CBN100 CBN150 CBN200 CBN300 CBN350 CBN050C CBN060K CBN100P CBN160C CBN300P CBN400C External SCLCR/L..2 SCGCR/L..2 SCFCR/L..2 SCRGR/L..2 SCNCN..2 Internal..-SCFCR/L 2..-SCLCR/L..2 CCMW 32.51E-L0 [ 32.52E-L0 [ CCMW 32.51S-L0 [ 32.52S-L0 [ 32.53S-L0 [ SCLCR/L..3 SCRCR/L..3 SCFCR/L..3 SCGCR/L..3 SCMCN SCLCR/L 3 -..SCFCR/L 3 CCMW...-B CCMW 21.51E-L0-B [ 21.52E-L0-B [ CCMW 21.52S-L0-B [ SCLCR/L..2 SCGCR/L..2 SCFCR/L..2 SCRGR/L..2 SCNCN..2..-SCFCR/L 2..-SCLCR/L..2 E = Honed S = Chamfered and honed B = Multi-corner For tip sizes see MN Turning CCMW 32.51S-L0-B [ [ 32.52S-L0-B [ CCMW 32.51E-L0-B [ 32.52E-L0-B [ 32.51E-L1-B [ 32.52E-L1-B [ SCLCR/L..3 SCRCR/L..3 SCFCR/L..3 SCGCR/L..3 SCMCN SCLCR/L 3 -..SCFCR/L 3 CCMW 32.52S-L1-B [ [ Stock standard Subject to change refer to current price and stock-list 90

91 PCBN Inserts.fm Page 91 Thursday, February 11, :36 PM Secomax PCBN, Inserts CNGA Tolerances: s = ±.005 rε = ±.004 Size I.C. s h rε 431 1/2 3/ / /2 3/ / /2 3/ /64 Uncoated Grades Coated Toolholders Inserts CNGA CBN10 CNGA 432E-L0 [ CBN100 CBN150 CBN200 CNGA 432E-L1-B [ CBN300 CBN350 CBN050C CBN060K CBN100P CBN160C CBN300P CBN400C External MCLNR/L..4 MCFNR/L..4 MCGNR/L..4 Internal..-MCLNR/L 4 CNGA...-B CNGA 431S-L0 [ 432S-L0 [ 433S-L0 [ E = Honed S = Chamfered and honed WZ = Wiper geometry B = Multi-corner For tip sizes see MN Turning CNGA 431S-L0-B [ 432S-L0-B [ [ [ 433S-L0-B [ [ CNGA 432S L0-B [ 433S L0-B [ CNGA 431S-L1 [ 432S-L1 [ 433S-L1 [ CNGA 432S-L1-B [ CNGA 431S L1-B [ 432S L1-B [ [ [ [ 433S L1-B [ [ [ [ CNGA 432S-L1-WZ [ [ MCLNR/L..4..-MCLNR/L 4 CNGA 432S-L1-WZN-B [ CNGA 432S-L1-WZP-B [ CNGA 432S L1-WZ-B [ [ [ 433S L1-WZ-B [ [ 432S L1-WZN-B [ 432S L1-WZP-B [ [ Stock standard Subject to change refer to current price and stock-list 91

92 PCBN Inserts.fm Page 92 Thursday, February 11, :36 PM Secomax PCBN, Inserts CNGN Tolerances: s = ±.005 rε = ±.004 Size I.C. s rε 321 3/8 1/8 1/ /8 1/8 1/ /8 1/8 3/64 Uncoated Grades Coated Toolholders Inserts CNGN CBN10 CBN100 CNGN 321S [ 322S [ 323S [ CBN150 CBN200 CBN300 CBN350 CBN050C CBN060K CBN100P CBN160C CBN300P CBN400C External Internal CCLNR/L..3 S = Chamfered and honed WZ = Wiper geometry CNGN 321S-WZ [ Solid [ Stock standard Subject to change refer to current price and stock-list *See MN Turning for optional parts 92

93 PCBN Inserts.fm Page 93 Thursday, February 11, :36 PM Secomax PCBN, Inserts CNMA Tolerances: s = ±.005 rε = ±.004 Size I.C. s rε 434 1/2 3/16 1/16 Uncoated Grades Coated Toolholders Inserts CNMA S = Chamfered and honed CBN10 CBN100 CBN150 CBN200 CBN300 CBN350 CBN050C CBN060K CNMA 434S [ CBN100P CBN160C CBN300P CBN400C External MCFNR/L..4 MCLNR/L..4 MCGNR/L..4 MCKNR/L..4 MCMNN..4 MCRNR/L..4 Internal..-MCLNR/L-4 Solid with hole CNMN Tolerances: s = ±.005 rε = ±.004 Size d s rε 32. 3/8 1/8 1/32-1/ /2 3/16 1/32-1/16 Uncoated Grades Coated Toolholders Inserts CNMN CBN10 CBN100 CBN150 CBN200 CBN300 CBN350 CBN050C CBN060K CBN100P CBN160C CBN300P CBN400C CNMN 322S [ [ [ [ 322S-WZ [ 323S [ [ [ 324S [ [ [ External CCLNR/L..3 Internal..-MCLNR/L-3 E = Honed S = Chamfered and honed WZ = Wiper geometry Solid CNMN 433S [ [ [ 434S [ [ [ CNMN 434E [ MCFNR/L..4* MCLNR/L..4* MCGNR/L..4* MCKNR/L..4* MCMNN..4* MCRNR/L..4*..-MCLNR/L-4* CNMN 432S-WZ [ [ MCLNR/L..4*..-MCLNR-4* [ Stock standard Subject to change refer to current price and stock-list *See MN Turning for optional parts 93

94 PCBN Inserts.fm Page 94 Thursday, February 11, :36 PM Secomax PCBN, Inserts DCGW Tolerances: d = ±.001 s = ±.005 rε = ±.004 Size I.C. s h rε /4 3/ /128-1/ /8 5/ /64-3/64 Uncoated Grades Coated Toolholders Inserts DCGW-L1 CBN10 DCGW S L1-B [ 21.51S L1-B [ [ 21.52S L1-B [ CBN100 CBN150 CBN200 CBN300 CBN350 CBN050C CBN060K CBN100P CBN160C CBN300P CBN400C External SDJCR/L-2 SDPCN-2 Internal..-SDUCR/L-2..-SDQCR/L-2 DCGW 21.51E-L1-B [ E = Honed S = Chamfered and honed B = Multi-corner DCGW 32.51S L1-B [ [ 32.52S L1-B [ [ 32.53S L1-B [ DCGW 32.51E-L1-B [ SDJCR/L..3 SDPCN..3..-SDQCR/L..3..-SDUCR/L..3 For tip sizes see MN Turning [ Stock standard Subject to change refer to current price and stock-list 94

95 PCBN Inserts.fm Page 95 Thursday, February 11, :36 PM Secomax PCBN, Inserts DCMW Tolerances: s = ±.005 rε = ±.004 Size I.C. s h rε /4 3/ /128-1/ /8 5/ /128-1/32 Uncoated Grades Coated Toolholders Inserts DCMW CBN10 DCMW S-L0 [ 32.51S-L0 [ 32.52S-L0 [ CBN100 CBN150 CBN200 CBN300 CBN350 CBN050C CBN060K CBN100P CBN160C CBN300P CBN400C External SDJCR/L-3 SDPCN-3 Internal..-SDQCR/L-3..-SDUCR/L-3 DCMW...-B DCMW E-L0-B [ 21.51E-L0-B [ [ 21.52E-L0-B [ SDJCR/L-2 SDPCN-2..-SDUCR/L-2..-SDQCR/L-2 E = Honed S = Chamfered and honed B = Multi-corner For tip sizes see MN Turning DCMW S-L0-B [ [ 21.51S-L0-B [ [ [ [ 21.52S-L0-B [ [ [ DCMW 32.51E-L0-B [ 32.52E-L0-B [ DCMW 32.51S-L0-B [ [ 32.52S-L0-B [ [ SDJCR/L..3 SDPCN..3..-SDQCR/L..3..-SDUCR/L..3 DCMW E-L1-B [ 32.51S-L1-B [ 32.52S-L1-B [ [ Stock standard Subject to change refer to current price and stock-list 95

96 PCBN Inserts.fm Page 96 Thursday, February 11, :36 PM Secomax PCBN, Inserts DNGA Tolerances: s = ±.005 rε = ±.004 Size I.C. s h rε 43. 1/2 3/ /64-3/ /2 1/ /64-3/64 Uncoated Grades Coated Toolholders Inserts DNGA DNGA...-B CBN10 DNGA 431S-L0 [ 432S-L0 [ CBN100 CBN150 CBN200 CBN300 CBN350 DNGA 431S-L0-B [ [ 432S-L0-B [ [ CBN050C CBN060K CBN100P CBN160C CBN300P CBN400C External MDJNR/L..4* MDPNN..4* MDQNR/L..4* Internal..-MDUNR/L 4* DNGA 431S L0-B [ 432S L0-B [ E = Honed S = Chamfered and honed B = Multi-corner For tip sizes see MN Turning DNGA 432S-L1 [ 433S-L1 [ DNGA 432S-L1-B [ DNGA 431S L1-B [ 432S L1-B [ [ [ 433S L1-B [ DNGA 441S-L0 [ 442S-L0 [ DNGA 441S-L0-B [ 442S-L0-B [ [ DNGA 442S L0-B [ DNGA 441S-L1 [ 442S-L1 [ 443S-L1 [ DNGA 442S-L1-B [ 441S L1-B [ 442S L1-B [ [ [ 443S L1-B [ [ [ Stock standard* *See MN Turning for optional parts Subject to change refer to current price and stock-list 96

97 PCBN Inserts.fm Page 97 Thursday, February 11, :36 PM Secomax PCBN, Inserts DNGN Tolerances: s = ±.005 rε = ±.004 Size I.C. s rε 322 3/8 1/8 1/ /8 1/8 3/64 Uncoated Grades Coated Toolholders Inserts DNGN CBN10 CBN100 DNGN 322E25 [ DNGN 322S [ 323S [ CBN150 CBN200 CBN300 CBN350 CBN050C CBN060K CBN100P CBN160C CBN300P CBN400C External MDJNR/L..3* MDQNR/L..3* MDPNN..3* Internal -..MDUNR/L 3* E = Honed S = Chamfered and honed Solid DNMA Tolerances: s = ±.005 rε = ±.004 Size *See MN Turning for optional parts I.C. s h rε 33 3/8 ±.002 3/ /32-1/ /2 ±.003 3/ /32-1/16 Uncoated Grades Coated Toolholders Inserts DNMA CBN10 CBN100 CBN150 CBN200 CBN300 CBN350 CBN050C CBN060K DNMA 332S [ 334S [ CBN100P CBN160C CBN300P CBN400C External MDJNR/L..3 MDPNN..3 MDQNR/L..3 Internal MDUNR/L-3 S = Chamfered and honed Solid with hole DNMA 432S [ 434S [ MDJNR/L..4 MDPNN..4 MDQNR/L..4 MDUNR/L-4 [ Stock standard Subject to change refer to current price and stock-list 97

98 PCBN Inserts.fm Page 98 Thursday, February 11, :36 PM Secomax PCBN, Inserts DNMN Tolerances: s = ±.005 rε = ±.004 Size d s rε 322 3/8 1/8 1/ /8 1/8 3/ /8 1/8 1/16 Uncoated Grades Coated Toolholders Inserts DNMN CBN10 CBN100 CBN150 CBN200 CBN300 DNMN 322S [ 323S [ 324S [ CBN350 CBN050C CBN060K CBN100P CBN160C CBN300P CBN400C External MDJNR/L..3* MDQNR/L..3* MDPNN..3* Internal -..MDUNR/L 3* S = Chamfered and honed Solid [ Stock standard Subject to change refer to current price and stock-list *See MN Turning for optional parts 98

99 PCBN Inserts.fm Page 99 Thursday, February 11, :36 PM Secomax PCBN, Inserts RCGN Tolerances: D = ±.0001 s = ±.005 Size D s 0803M Uncoated Grades Coated Toolholders Inserts RCGN-LF CBN10 CBN100 CBN150 CBN200 CBN300 CBN350 CBN050C RCGN 0803M0S-LF [ 0803M0S LF [ CBN060K CBN100P CBN160C CBN300P CBN400C External Internal *** S = Chamfered and honed LF = Complete top layer ***For information, contact your local Seco office RCGS Tolerance: s = ±.005 Size D s 2 1/4.359 Uncoated Grades Coated Toolholders Inserts RCGS RCGS 2S-LF [ CBN10 CBN100 CBN150 CBN200 CBN300 CBN350 CBN050C CBN060K CBN100P CBN160C CBN300P CBN400C External TRAOR/L..2 TRGOR/L..2 TROON..2 Internal S = Chamfered and honed LF = Complete top layer [ Stock standard Subject to change refer to current price and stock-list 99

100 PCBN Inserts.fm Page 100 Thursday, February 11, :36 PM Secomax PCBN, Inserts RNGN-LF Tolerance: s = ±.005 Size I.C. s 22 1/4 1/8 32 3/8 1/8 43 1/2 3/16 Uncoated Grades Coated Toolholders Inserts RNGN-LF S = Chamfered and honed LF = Complete top layer CBN10 RNGN 22S-LF [ [ 22S LF [ [ 32S-LF [ [ 32S LF [ [ 43S-LF [ CBN100 CBN150 CBN200 CBN300 CBN350 CBN050C CBN060K CBN100P CBN160C CBN300P CBN400C External CRDNN..2 CRDNN..3 CRDNN..4** CRGNR/L..2 CRGNR/L..3 CRGNR/L..4** MRGNR/L..3 MRGNR/L..4* MRGOR/L..4* Internal..-CRGNR/L 2..-CRGNR/L 3..-CRGNR/L..4* *See MN Turning for optional parts ** Anvil for RNGN 43, must be ordered separately. RNGN Tolerance: s = ±.005 Size I.C. s 22 1/4 1/8 32 3/8 1/8 42 1/2 1/8 Uncoated Grades Coated Toolholders Inserts RNGN E = Honed S = Chamfered and honed Solid CBN10 CBN100 CBN150 CBN200 CBN300 CBN350 CBN050C CBN060K CBN100P CBN160C RNGN 22E [ 22S [ [ 32E [ 32E25 [ RNGN 22S [ [ 32S [ [ [ 32S [ [ 42S [ CBN300P CBN400C External CRDNN..2 CRDNN..3 CRDNN..4 CRGNR/L..2 CRGNR/L..3 CRGNR/L..4 MRGNR/L..3 MRGNR/L..4* MRGOR/L..4* Internal..-CRGNR/L 2..-CRGNR/L 3..-CRGNR/L 4 [ Stock standard Subject to change refer to current price and stock-list *See MN Turning for optional parts 100

101 PCBN Inserts.fm Page 101 Thursday, February 11, :36 PM Secomax PCBN, Inserts RNMN Tolerance: s = ±.005 Size I.C. s 22 1/4 1/8 32 3/8 1/8 42 1/2 1/8 43 1/2 3/ / /4 Uncoated Grades Coated Toolholders Inserts RNMN E = Honed S = Chamfered and honed Solid CBN10 CBN100 RNMN 32E [ [ 42E [ [ RNMN 22S [ [ 32S [ [ [ [ 42S [ [ [ [ 43S [ [ [ [ 43S [ [ [ 63S [ 83S [ 84S [ CBN150 CBN200 CBN300 CBN350 CBN050C CBN060K CBN100P CBN160C CBN300P CBN400C External CRDNN..2 CRDNN..3 CRDNN..4 CRDNN..8 CRGNR/L..2 CRGNR/L..3 CRGNR/L..4** MRGNR/L..3 MRGNR/L..4* MRGNR/L..6 MRGOR/L..4* MRGOR/L..6 MRGOR/L..8 Internal..CRGNR/L 2..CRGNR/L 3..CRGNR/L 4 [ Stock standard Subject to change refer to current price and stock-list *See MN Turning for optional parts. **Alternate anvil for RNMN43 to be ordered separately. 101

102 PCBN Inserts.fm Page 102 Thursday, February 11, :36 PM Secomax PCBN, Inserts SCGW Tolerances: I.C. = ±.001 s = ±.005 rε = ±.004 Size I.C. s h rε 21. 1/4 3/ / /8 5/ /64-1/32 Uncoated Grades Coated Toolholders Inserts SCGW CBN10 CBN100 CBN150 CBN200 SCGW 21.52S LF [ CBN300 CBN350 CBN050C CBN060K CBN100P CBN160C CBN300P CBN400C External Internal SCGW 32.51S LF [ 32.52S LF [ S = Chamfered and honed LF = Complete top layer SCMN Tolerances: s = ±.005 rε = ±.004 Size I.C. s rε 332 3/8 3/16 1/32 Uncoated Grades Coated Toolholders Inserts SCMN CBN10 CBN100 CBN150 CBN200 CBN300 CBN350 CBN050C CBN060K SCMN 332S-WZ-85 [ CBN100P CBN160C CBN300P CBN400C External Internal S = Chamfered and honed WZ = Wiper geometry 85 = For holder with setting angle 85 Solid [ Stock standard Subject to change refer to current price and stock-list 102

103 PCBN Inserts.fm Page 103 Thursday, February 11, :36 PM Secomax PCBN, Inserts SNGA Tolerances: s = ±.005 rε = ±.004 Size I.C. s h rε 432 1/2 3/ /32 Uncoated Grades Coated Toolholders Inserts SNGA CBN10 CBN100 CBN150 CBN200 CBN300 CBN350 CBN050C SNGA 432S-L1-D [ 432S L1-D [ CBN060K CBN100P CBN160C CBN300P CBN400C External MSSNR/L..4 MSRNR/L..4 MSDNN..4 MSKNR/L..4 CSKNR/L..4 Internal..-MSKNR/L 4..-CSKNR 4 D = Multi-corner S = Chamfered and honed For tip sizes see MN Turning SNGF Tolerances: s = ±.005 rε ±.004 Size I.C. s rε 322 3/8 1/8 1/32 Uncoated Grades Coated Toolholders Inserts SNGF CBN10 CBN100 CBN150 CBN200 CBN300 CBN350 CBN050C CBN060K CBN100P CBN160C CBN300P CBN400C SNGF 322E [ [ 323E [ External Internal E = Honed Solid [ Stock standard Subject to change refer to current price and stock-list 103

104 PCBN Inserts.fm Page 104 Thursday, February 11, :36 PM Secomax PCBN, Inserts SNGN-LF Tolerances: s = ±.005 rε ±.004 Size I.C. s rε 432 1/2 3/16 1/32 Uncoated Grades Coated Toolholders Inserts SNGN-LF S = Chamfered and honed LF = Complete top layer SNGN 432S-LF [ CBN10 CBN100 CBN150 CBN200 CBN300 CBN350 CBN050C CBN060K CBN100P CBN160C CBN300P CBN400C External CSDNN..4** CSKNR/L..4** MSDNN..4* MSKNR/L..4* MSRNR/L..4* MSSNR/L..4* Internal..CSKNR/..4**..MSKNR/L..4* *See MN Turning for optional parts **Alternate anvil for SNMN43 to be ordered separately SNGN Tolerances: s = ±.005 rε ±.004 Size I.C. s rε 222 1/4 1/8 1/ /8 1/8 1/ /8 1/8 1/ /8 1/8 3/64 Uncoated Grades Coated Toolholders Inserts SNGN CBN10 CBN100 CBN150 CBN200 CBN300 CBN350 CBN050C CBN060K SNGN 222S [ [ CBN100P CBN160C CBN300P CBN400C External Internal S = Chamfered and honed SNGN 321S [ 322S [ 323S [ MSDNN..3 MSKNR/L..3 MSRNR/L..3..-CSKNR/L 3 Solid [ Stock standard Subject to change refer to current price and stock-list 104

105 PCBN Inserts.fm Page 105 Thursday, February 11, :36 PM Secomax PCBN, Inserts SNMA Tolerances: s = ±.005 rε ±.004 Size I.C. s h rε 33. 3/8 3/ / /2 3/ /32-1/16 Uncoated Grades Coated Toolholders Inserts SNMA CBN10 CBN100 CBN150 CBN200 CBN300 CBN350 CBN050C CBN060K SNMA 332S-WZ-85 [ CBN100P CBN160C CBN300P CBN400C External Internal S = Chamfered and honed WZ = Wiper geometry 85 = For holder with setting angle 85 SNMA 434S [ MSSNR/L..4 MSRNR/L..4 MSDNN..4 MSKNR/L..4 CSKNR/L..4..-MSKNR/L..4..-CSKNR/L..4 Solid with hole [ Stock standard Subject to change refer to current price and stock-list 105

106 PCBN Inserts.fm Page 106 Thursday, February 11, :36 PM Secomax PCBN, Inserts SNMN Tolerances: s = ±.005 rε ±.004 Size I.C. s rε 22. 1/4 1/8 1/ /8 1/8 1/32-1/ /2 1/8 1/ /2 3/16 1/32-1/16 Uncoated Grades Coated Toolholders Inserts SNMN E = Honed S = Chamfered and honed WZ = Wiper geometry CBN10 CBN100 SNMN 222E [ [ SNMN 322E [ [ [ 323E [ [ SNMN 433E [ CBN150 CBN200 CBN300 SNMN 222S [ CBN350 CBN050C CBN060K CBN100P CBN160C CBN300P CBN400C External MSKNR/L..3 MSKNR/L..4* MSRNR/L..3 MSRNR/L..4* CSDNN..4** CSKNR/L..4** Internal..-CSKNR/L 3..-CSKNR/L 4**..-MSKNR/L 4* 85 = For holder with setting angle 85 Solid SNMN 322S [ [ [ 323S [ [ [ 324S [ 322S-WZ [ 322S-WZ-85 [ MSDNN..3 MSDNN..4* MSSNR/L..4* SNMN 423S [ SNMN 432S-WZ-85 [ [ 433S [ [ [ 434S [ [ [ 434S [ [ Stock standard Subject to change refer to current price and stock-list *See MN Turning for optional parts **Alternate anvil for SNMN43 to be ordered separately 106

107 PCBN Inserts.fm Page 107 Thursday, February 11, :36 PM Secomax PCBN, Inserts SPGW Tolerances: l = ±.001 s = ±.005 rε = ±.004 Size I.C. s h rε 22. 1/4 1/ / /16 1/ /32 Uncoated Grades Coated Toolholders Inserts SPGW SPGW 220.5S LF [ CBN10 CBN100 CBN150 CBN200 CBN300 CBN350 CBN050C CBN060K CBN100P CBN160C CBN300P CBN400C External Internal SPGW S LF [ S = Chamfered and honed LF = Complete top layer TCGN Tolerances: s = ±.005 rε ±.004 Size I.C. s rε 1.2 5/32 3/64 1/64 Uncoated Grades Coated Toolholders Inserts TCGN TCGN 1.211E-LF [ CBN10 CBN100 CBN150 CBN200 CBN300 CBN350 CBN050C CBN060K CBN100P CBN160C CBN300P CBN400C External CTLNR/L..1.2 CTLCR/L..1.2 Internal E = Honed LF = Complete top layer [ Stock standard Subject to change refer to current price and stock-list 107

108 PCBN Inserts.fm Page 108 Thursday, February 11, :36 PM Secomax PCBN, Inserts TCGW Tolerances: d = ±.001 s = ±.005 rε = ±.004 Size I.C. s h rε /32 3/ /64-1/ /4 3/ /64-1/32 Uncoated Grades Coated Toolholders Inserts TCGW CBN10 CBN100 CBN150 CBN200 TCGW S LF [ [ S LF [ [ CBN300 CBN350 CBN050C CBN060K CBN100P CBN160C CBN300P CBN400C External Internal TCGW...-C TCGW...-LF TCGW 21.51S LF [ [ 21.52S LF [ [ TCGW 21.51S L1 [ 21.51S L1-C [ 21.52S L1 [ 21.52S L1-C [ [ STFCR/L..2 STGCR/L..2 STDCR/L..2..STFCR/L-2..STUCR/L-2..STFCR/L-2 TCGW 21.51E-L1 [ 21.51E-L1-C [ E = Honed S = Chamfered and honed C = Multi-corner LF= Complete top layer For tip sizes see MN Turning [ Stock standard Subject to change refer to current price and stock-list 108

109 PCBN Inserts.fm Page 109 Thursday, February 11, :36 PM Secomax PCBN, Inserts TCMW Tolerances: s = ±.005 rε ±.004 Size I.C. s h rε /4 3/ /64-1/ /4 3/ /64-1/32 Uncoated Grades Coated Toolholders Inserts TCMW CBN10 TCMW 21.51E-L0 [ 21.52E-L0 [ 21.51S-L0 [ 21.52S-L0 [ CBN100 CBN150 CBN200 CBN300 CBN350 CBN050C CBN060K CBN100P CBN160C CBN300P CBN400C External STGCR/L..2 STFCR/L..2 STDCR/L..2 Internal..-STFCR/L 2..-STUCR/L 2 TCMW...-C TCMW 21.51E-L0-C [ 21.52E-L0-C [ 21.51S-L0-C [ [ 21.52S-L0-C [ [ E = Honed S = Chamfered and honed C = Multi-corner For tip sizes see MN Turning TCMW 21.51S-L1-C [ 21.52S-L1-C [ 21.51S L1-C [ 21.52S L1-C [ [ Stock standard Subject to change refer to current price and stock-list 109

110 PCBN Inserts.fm Page 110 Thursday, February 11, :36 PM Secomax PCBN, Inserts TNGA-L0/L1 Tolerances: s = ±.005 rε = ±.004 Size I.C. s h rε 33. 3/8 3/ /64-3/ /2 3/ /32 Uncoated Grades Coated Toolholders Inserts TNGA TNGA...-C S = Chamfered and honed C = Multi-corner For tip sizes see MN Turning CBN10 CBN100 CBN150 CBN200 CBN300 CBN350 TNGA 331S-L0 [ 332S-L0 [ 331S-L0-C [ 332S-L0-C [ [ 332S L0-C [ TNGA 331S-L1 [ 331S L1 [ 331S L1-C [ 332S-L1 [ 332S-L1-C [ TNGA 332S L1-C [ [ 333S L1-C [ TNGA 432S-L1 [ CBN050C CBN060K CBN100P CBN160C CBN300P CBN400C External MTJNRS..3 MTJNLS..3 MTGNR/L..3 MTFNR/L..3 MTENNS..3 MTRNR/L..3 MTJNRS..4 MTJNLS..4 MTGNR/L..4 MTFNR/L..4 MTENNS..4 MTLNR/L..4 MTRNR/L..4 MTWNR/L..4 Internal..-MTFNR/L 3..-MTKNR/L 3..-MTUNR/L 3..-MTFNR/L 4..-MTKNR/L 4..-MTUNR/L 4 [ Stock standard Subject to change refer to current price and stock-list 110

111 PCBN Inserts.fm Page 111 Thursday, February 11, :36 PM Secomax PCBN, Inserts TNGA Tolerances: s = ±.005 rε = ±.004 Size I.C. s h rε 22 1/4 1/ /32 Uncoated Grades Coated Toolholders Inserts CBN10 CBN100 CBN150 CBN200 CBN300 CBN350 CBN050C CBN060K CBN100P CBN160C CBN300P CBN400C External Internal TNGA 222S [ MTGNR/L..2 MTFNR/L..2 MTENNS..2 S = Chamfered and honed WZ = Wiper geometry Solid with hole TNGN-LF Tolerances: s = ±.005 rε = ±.004 Size d s rε 221 1/4 1/8 1/ /4 1/8 1/ /4 1/8 3/64 Uncoated Grades Coated Toolholders Inserts TNGN S = Chamfered and honed LF = Complete top layer TNGN 221S-LF [ 222S-LF [ 222S LF [ 223S-LF [ 223S LF [ CBN10 CBN100 CBN150 CBN200 CBN300 CBN350 CBN050C CBN060K CBN100P CBN160C CBN300P TNGN 223S LF [ CBN400C External CTFNR..2 CTJNR/L..2 Internal [ Stock standard Subject to change refer to current price and stock-list *See MN Turning for optional parts 111

112 PCBN Inserts.fm Page 112 Thursday, February 11, :36 PM Secomax PCBN, Inserts TNGN Tolerances: s = ±.005 rε ±.004 Size I.C. s rε 22. 1/4 1/8 1/64-3/ /8 1/8 1/ /8 3/16 1/32 Uncoated Grades Coated Toolholders Inserts TNGN E = Honed S = Chamfered and honed WZ = Wiper geometry Solid CBN10 CBN100 CBN150 CBN200 CBN300 CBN350 TNGN 221E [ [ 222E [ [ 222E25 [ 221S [ [ 222S [ [ 222S [ [ 222S WZ [ 223S [ [ 223S [ [ TNGN 321S [ CBN050C CBN060K CBN100P CBN160C CBN300P CBN400C External CTJNR/L..2 CTFNR/L..2 MTGNR/L..3** MTFNR/L..3** MTRNR/L..3** MTCNN..3** Internal [ Stock standard Subject to change refer to current price and stock-list **See MN Turning for optional parts **Anvil ITSN 333 for insert TNGN 32.., to be ordered separately 112

113 PCBN Inserts.fm Page 113 Thursday, February 11, :36 PM Secomax PCBN, Inserts TNGX Tolerances: I.C. = ±.001 s = ±.005 rε = ±.004 Size I.C. s rε 221 1/4 1/8 1/ /4 1/8 1/32 Uncoated Grades Coated Toolholders Inserts TNGX...-WZ CBN10 CBN100 CBN150 CBN200 CBN300 CBN350 TNGX 221S-WZ [ [ 221S WZ [ 222S-WZ [ [ 222S WZ [ CBN050C CBN060K CBN100P CBN160C CBN300P CBN400C External CTJNR/L..2 MTGNR/L..2* MTFNR/L..2* Internal S = Chamfered and honed WZ = Wiper geometry Solid TNGX...L/R-WZ Crossbill TNGX 222S-R-WZ [ TNGX 222S-L-WZ [ CTJNR/L..2 S = Chamfered and honed WZ = Wiper geometry Solid Right-hand version shown [ Stock standard Subject to change refer to current price and stock-list *See MN Turning for optional parts 113

114 PCBN Inserts.fm Page 114 Thursday, February 11, :36 PM Secomax PCBN, Inserts TNMN Tolerances: s = ±.005 rε = ±.004 Size I.C. s rε 22. 1/4 1/8 1/64-3/ /8 3/16 3/64 Uncoated Grades Coated Toolholders Inserts TNMN E = Honed S = Chamfered and honed CBN10 CBN100 CBN150 CBN200 CBN300 TNMN 221E [ 222E [ 223E [ TNMN 221S [ 222S [ [ 223S [ [ CBN350 CBN050C CBN060K CBN100P CBN160C CBN300P CBN400C External CTJNR/L..2 CTFNR/L..2 MTFNR/L..2* MTGNR/L..2* Internal Solid TNMN 333S [ [ MTRNR/L..3* MTCNN..3* MTGNR/L..3* MTFNR/L..3* -..MTUNR/L 3* -..MTFNR/L 3* -..MTKNR/L 3* [ Stock standard Subject to change refer to current price and stock-list *See MN Turning for optional parts 114

115 PCBN Inserts.fm Page 115 Thursday, February 11, :36 PM Secomax PCBN, Inserts TNMX Tolerances: s = ±.005 rε = ±.004 Size I.C. s rε 222 1/4 1/8 1/32 Uncoated Grades Coated Toolholders Inserts TNMX...-WZ CBN10 CBN100 CBN150 CBN200 CBN300 CBN350 CBN050C CBN060K TNMX 222S-WZ [ CBN100P CBN160C CBN300P CBN400C External Internal CTJNR/L..2 S = Chamfered and honed WZ = Wiper geometry Solid TPGN Tolerances: s = ±.005 rε ±.004 Size I.C. s rε 22. 1/4 1/8 1/64-1/32 Uncoated Grades Coated Toolholders Inserts TPGN TPGN 222E [ TPGN 221S [ 222S [ CBN10 CBN100 CBN150 CBN200 CBN300 CBN350 CBN050C CBN060K CBN100P CBN160C CBN300P CBN400C External CTGPR/L..2 CTFPR/L..2 CTRPR/L..2 CTWPR/L..2 Internal E = Honed S = Chamfered and honed Solid [ Stock standard Subject to change refer to current price and stock-list 115

116 PCBN Inserts.fm Page 116 Thursday, February 11, :36 PM Secomax PCBN, Inserts VBGW Tolerances: s = ±.005 rε ±.004 Size d s h rε 33. 3/8 3/ /128-1/32 Uncoated Grades Coated Toolholders Inserts VBGW CBN10 VBGW 330.5S-L0 [ VBGW 332E-L2 [ CBN100 CBN150 CBN200 CBN300 CBN350 CBN050C CBN060K CBN100P CBN160C CBN300P CBN400C External SVLBR/L..3 SVVBN..3 Internal For tip sizes see MN Turning VBGW 331S-L2 [ 332S-L2 [ VBGW...-B VBGW 331S-L0-B [ 331S L0-B [ 332S-L0-B [ 332S L0-B [ E = Honed S = Chamfered and honed B = Multi Tipped VBGW 330.5E-L1-B [ 331E-L1-B [ 332E-L1-B [ For tip sizes see MN Turning VBGW 330.5S L1-B [ [ 331S L1-B [ [ 332S L1-B [ [ [ Stock standard Subject to change refer to current price and stock-list 116

117 PCBN Inserts.fm Page 117 Thursday, February 11, :36 PM Secomax PCBN, Inserts VNGA Tolerances: s = ±.005 rε ±.004 Size d s h rε 33. 3/8 3/ /128-1/32 Uncoated Grades Coated Toolholders Inserts VNGA CBN10 VNGA 330.5S-L0 [ 331S-L0 [ 332S-L0 [ CBN100 CBN150 CBN200 CBN300 CBN350 CBN050C CBN060K CBN100P CBN160C CBN300P CBN400C External MVJNR/L..3 MVTNR/L..3 Internal..-MVPNR/L 3..-MVLNR/L 3..-MVUNR 3 VNGA...-B VNGA 331S-L0-B [ 331S L0-B [ 332S-L0-B [ 332S L0-B [ S = Chamfered and honed B = Multi-corner For tip sizes see MN Turning VNGA 330.5S L1-B [ 331S-L1-B [ 331S L1-B [ 332S-L1-B [ VNGA 332S L1-B [ VNGA 331S-L2 [ 332S-L2 [ [ Stock standard Subject to change refer to current price and stock-list 117

118 PCBN Inserts.fm Page 118 Thursday, February 11, :36 PM Secomax PCBN, Inserts VNMA Tolerances: d = ±.002 s = ±.005 rε ±.004 Size I.C. s h rε /16 3/ /32-1/ /8 3/ /32-1/16 Uncoated Grades Coated Toolholders Inserts VNMA CBN10 CBN100 CBN150 CBN200 CBN300 VNMA 2.532S [ 2.534S [ CBN350 CBN050C CBN060K CBN100P CBN160C CBN300P CBN400C External PVJNR/L..2.5 Internal..-PVJNR/L-2.5 E = Honed S = Chamfered and honed VNMA 332S [ 334S [ MVJNR/L..3 MVTNR/L..3..-MVPNR/L-3..-MVLNR/L-3..-MVUNR-3 Solid with hole WNGA Tolerances: d = ±.001 s = ±.005 rε = ±.004 Size I.C. s h rε 33 3/8 3/ /64-3/64 Uncoated Grades Coated Toolholders Inserts WNGA CBN10 CBN100 CBN150 CBN200 CBN300 CBN350 CBN050C CBN060K WNGA 331S [ 331S [ CBN100P CBN160C CBN300P CBN400C External MWLNR/L..3 Internal..-MWLNR/L-3 S = Chamfered and honed WZ = Wiper Solid with hole WNGA 332S [ 332S [ WNGA 333S [ 333S [ WNGA 332S-WZ [ 332S WZ [ [ Stock standard Subject to change refer to current price and stock-list 118

119 PCBN Inserts.fm Page 119 Thursday, February 11, :36 PM Secomax PCBN, Inserts WNGA-L0/L1 Tolerances: s = ±.005 rε = ±.004 Size d s h rε 33 3/8 3/ / /2 3/ /64-7/128 Uncoated Grades Coated Toolholders Inserts WNGA WNGA 332S-L1-C [ CBN10 CBN100 CBN150 CBN200 CBN300 CBN350 CBN050C CBN060K CBN100P CBN160C CBN300P CBN400C External MWLNR/L..3 Internal..-MWLNR/L-3 S = Chamfered and honed C = Multi Tipped WZ = Wiper geometry For tip sizes see MN Turning WNGA 431S-L0-C [ 432S-L0-C [ 432S-L0-WZ-C [ 433S L0-WZ-C [ WNGA 432S L1-C [ [ 432S L1-WZ-C [ 433S L1-WZ-C [ 433.5S-L1-C [ MWLNR/L..4 MWLNR/L..4..-MWLNR-4 WNMA Tolerances: d = ±.003 s = ±.005 rε = ±.004 Size d s h rε 33 3/8 3/ /32-1/ /2 3/ /32-1/16 Uncoated Grades Coated Toolholders Inserts WNMA CBN10 CBN100 CBN150 CBN200 CBN300 CBN350 CBN050 WNMA 332S [ 334S [ CBN060K CBN100 CBN160 CBN300 CBN400 External MWLNR/L..3 Internal..-MWLNR/L-3 S = Chamfered and honed WNMA 432S [ 434S [ MWLNR/L..4..-MWLNR-4 Solid with hole [ Stock standard Subject to change refer to current price and stock-list 119

120 MDT Code keys External toolholders C 1 F 2 I 3 R D R Insert clamping 2. Toolholder setting angle C Clamp = G = 0 R = 15 T = 30 S = 45 W = 60 K = 75 F = 90 B = 105 E = 120 D = 135 I = 90 (no offset) 3. Maximum grooving/turning depth 4. Version E = 1.0 x a p F = 1.5 x a p G = 2.0 x a p H = 2.5 x a p I = 3.0 x a p J = 3.5 x a p K = 4.0 x a p L = 4.5 x a p M = 5.0 x a p N = 5.5 x a p O = 6.0 x a p S = 8.0 x a p X = Special R L 5. Shank height/width 6. Seat size Seat Size Metric Insert 3 mm 4 mm 5 mm 6 mm 8 mm Inch Insert = = = = = = MDT Tech.indd 120 2/12/2010 1:31:50 PM

121 MDT Code keys External toolholders 7. Tool length 8. Tang curvature direction L A = 4 B = 4.5 C = 5 D = 6 E = 7 Additional information for axial machining R 9. Maximum diameter 10. Minimum diameter 4.00 = 4.00 in (D 1 ) 2.75 = 2.75 in (D 2 ) Additional information for axial machining Additional information for axial machining MDT Tech.indd 121 2/12/2010 1:31:51 PM

122 MDT Code keys Internal toolholders A C G G R Toolholder type 2. Shank diameter 3. Insert clamping A = Steel with coolant passage S = Solid steel C 10 = = = = = 1.5 Clamp 4. Toolholder setting angle 5. Maximum grooving/turning depth = G = 0 R = 15 T = 30 S = 45 W = 60 K = 75 F = 90 B = 105 E = 120 D = 135 E = 1.0 x a p F = 1.5 x a p G = 2.0 x a p H = 2.5 x a p I = 3.0 x a p J = 3.5 x a p K = 4.0 x a p L = 4.5 x a p M = 5.0 x a p N = 5.5 x a p X = Special 6. Version 7. Seat size Seat Size Metric Insert 3 mm 4 mm 5 mm 6 mm Inch Insert R L MDT Tech.indd 122 2/12/2010 1:31:52 PM

123 MDT Code keys Inserts, inch L 1 C 2 M 3 F A MT Shape 3. Tolerances L Rectangular 2. Front clearance angle A = 3 B = 5 C = 7 D = 15 E = 20 Tol. class Tolerance ± inch For insert width a p inch a p d r m l M Insert type 6. Insert gauge width 7. Corner radius R Single Ended with Chipbreaker Seat size 03 = 3.0 mm 04 = 4.0 mm 05 = 5.0 mm 06 = 6.0 mm 02 =.008 (0.2 mm) 05 =.020 (0.5 mm) F Double Ended with Chipbreakers 8. Inch Size 10. Insert type code N A 5. Insert gauge length Single Ended without Chipbreaker Double Ended without Chipbreakers 9. Insert width 125 = = =.250 FT = Chipbreaker for Fine turning GG = Ground grooving GS = Ground sharp grooving MC = Chipbreaker for deep grooving and cut- off MG = Chipbreaker for Medium grooving MP = Chipbreaker for Medium profiling MT = Chipbreaker for Medium turning FG = For lockrings DY = For dynamic o-rings ST = For static o-rings R = For radius D76 = For thread undercuts MCR/L = Right or left hand version with a specified setting angle MDT Tech.indd 123 2/12/2010 1:31:53 PM

124 MDT Code keys Inserts, metric L 1 C 2 M 3 F MT Shape 3. Tolerances L Rectangular 2. Front clearance angle C = 7 Tol. class G M Tolerance ± mm For insert width a p mm a p d r l Insert type 6. Insert gauge width 7. Corner radius R Single ended with chipbreaker Seat size F N Double ended with chipbreaker Single ended without chipbreaker 9. Insert width M0,00 = Round 02 = = = = = = =.047 A 5. Insert gauge length 8. Side clearance radius L Double ended without chipbreaker R 10. Version 0300 =.118 (3 mm) 0400 =.157 (4 mm) 0500 =.197 (5 mm) 0600 =.236 (6 mm) 0800 =.315 (8 mm) R L 11. Insert type code FT = Chipbreaker for Fine turning GG = Ground grooving GS = Ground sharp grooving MC = Chipbreaker for deep grooving and cut- off MG = Chipbreaker for Medium grooving MP = Chipbreaker for Medium profiling MT = Chipbreaker for Medium turning FG = For lockrings DY = For dynamic o-rings ST = For static o-rings R = For radius D76 = For thread undercuts MCR/L = Right or left hand version with a specified setting angle MDT Tech.indd 124 2/12/2010 1:31:54 PM

125 MDT MDT Tech.indd 125 2/12/2010 1:32:15 PM

126 MDT Inserts Grades The application area for each grade is shown in the charts below. The black areas in the chart indicate a grade s main ISO application groups and the white areas indicate other supplementary application groups. Grades MDT Secolor Easy conditions Grooving Difficult conditions Easy conditions Turning Difficult conditions Easy conditions: pre-machined surface, shallow grooves etc. Difficult conditions: raw surface, deep grooves etc MDT Tech.indd 126 2/12/2010 1:32:30 PM

127 MDT Inserts Grades TGP25 New Grade, New Technology, Impressive Results Not only does this grade feature DURATOMIC coating technology, it also marks the begininng of a new generation for grooving and cut-off. Although TGP25 was intended for steel machining it can also be used in cast iron and stainless steel with impressive results. TGP25 CP200 CP500 CVD-coated grade for steel, stainless steel and cast iron. Use high cutting speed. Ti(C,N) + Al2O3 DURATOMIC First choice for high-strength steel, martensitic stainless steel, cast iron with low hardness and aerospace alloys. First choice for high cutting speeds. Hard micrograin with sharp edge, highly resistant to plastic deformation. PVD-coated grade. (Ti, Al) N + TiN Basic choice. PVD -coated micrograin grade. (Ti, Al) N + TiN CP600 TP200 First choice for general machining in steel and stainless steel with MC chipbreaker. Also suitable for superalloys. PVD-coated grade. (Ti, Al) N + TiN For higher cutting speeds. CVD-coated grade. Ti (C, N) + Al 2O3 + TiN 883 For roughing operations in superalloys. 890 For machining in superalloys. Also suitable for hardened steel and cast iron. 127 TK150 Basic choice for grey cast iron and nodular cast iron. Ti (C, N) + Al 2 O 3 TGP25 The New Grade For Groove Turning The unique and secure clamping system of Seco Multi Directional Turning (MDT) allows high speeds and feeds while securing long and consistent tool life. The rigidity of Seco MDT can be used to fully exploit the extended cutting data capability of TGP25. Available in all widths, corner radii and chipbreakers, TGP25 gives outstanding performance over a large application area and its superior edge integrity ensures an excellent surface finish too MDT Tech.indd 127 2/12/2010 1:32:34 PM

128 MDT - Cutting data Cutting speed Classify the workpiece material into a Seco Material Group to get a cutting speed recommendation based on workpiece material insert width and grade feed rate For workpiece material classification see pages Seco Material Group No Cutting speed, vc (sf/min) CP500 CP600 TP200/CP /890 TK150 TGP25 Insert width, ap (mm) Feed f in/rev MDT Tech.indd 128 2/12/2010 1:32:35 PM

129 MDT - Cutting data Cutting speed Seco Material Group No Cutting speed, vc (sf/min) CP500 CP600 TP200/CP /890 TK150 TGP25 Insert width, ap (mm) Feed f in/rev Cutting data for grade 883, 890 CP200 and CP500 for superalloys and titanium alloys Machinability factor Type of application Initial values D.O.C ap (in) Feed f (in/rev) Cutting speed, vc (sf/min) Machinability factor F M R F M R F M R F M R The machinability factor for specific materials is found in the table on page MDT Tech.indd 129 2/12/2010 1:32:35 PM

130 MDT Inserts LCMF Basic choice Double-ended Economy (cutting edges at both ends) Size 13 For machining in small bore sizes and axial machining at small diameters Size 16 For general machining Size 30 For heavy machining MDT13 MDT16 MDT30 LCMR Single-ended Flexibility Reach (full length clearance) Size 13 For machining in small bore sizes and axial machining at small diameters Size 16 For general machining Size 30 For heavy machining MDT13 MDT16 MDT30 LCG_ Special applications Standard and (customer specified) tailor made profiles Double or single ended With or without chipbreaker Size 13 For machining in small bore sizes and axial machining at small diameters Size 16 For general machining Size 30 For heavy machining MDT13 MDT16 MDT30 MDT16 MDT30 Select narrow inserts if small cutting depths and feed rates are to be used. Select wide inserts if large cutting depths and feed rates are to be used MDT Tech.indd 130 2/12/2010 1:32:37 PM

131 MDT Inserts FT (Fine Turning) For fine turning For deep grooving MT (Medium Turning) For medium turning For shallow grooving MG (Medium Grooving) For deep grooving For Cut-off For medium turning Improves the chipbreaking MP (Medium Profiling) For medium profiling For medium turning For medium grooving Good accessibility MC (Medium Cut-off) For parting off thin walled pipes and small diameter workpieces For deep grooving For turning Reduces vibration risk A55/A60 G55/G60 For threading applications GG (Ground Grooving) Grooving Super Alloys and Steel Positive rake GS (Ground Sharp Grooving) Grooving Non-ferrous materials Positive rake MDT Tech.indd 131 2/12/2010 1:32:39 PM

132 MDT Application tecnhnique Modular holders, calculation of dimensions after mounting Example, left hand version (L) Blade holder GL (alternative Seco Capto GL). Blade type V21-C.R130.L.. l 1 = l 1 holder + f 1 blade f 1 = f 1 holder + l 1 blade Example, right hand version (R) Blade holder GR (alternative Seco Capto GR). Blade type V21-C.L130.R.. l 1 = l 1 holder + f 1 blade f 1 = f 1 holder + l 1 blade Example, right hand version (R) Blade holder FR (alternative Seco Capto FR). Blade type V21-C.R130.L.. l 1 = l 1 holder + l 1 blade f 1 = f 1 holder + f 1 blade Example, left hand version (L) Blade holder FL (alternative Seco Capto FL). Blade type V21-C.L130.R.. l 1 = l 1 holder + l 1 blade f 1 = f 1 holder + f 1 blade For more detailed application information regarding new tools please see the Face Machining Calculator on MDT Tech.indd 132 2/12/2010 1:32:49 PM

133 MDT Application tecnhnique Modular holders, calculation of dimensions after mounting Example, left hand version (L) Blade holder FL (alternative Seco Capto FL). Blade type V21-C.L130.L.. l 1 = l 1 holder + l 1 blade f 1 = f 1 holder + f 1 blade Example, right hand version (R) Blade holder FR (alternative Seco Capto FR). Blade type V21-C.R130.R.. l 1 = l 1 holder + l 1 blade f 1 = f 1 holder + f 1 blade Example, left hand version (L) Blade holder A..FL (alternative Seco Capto A..FL). Blade type V21-C.L130.L.. l 1 = l 1 holder + l 1 blade f 1 = f 1 holder + f 1 blade Example, right hand version (R) Blade holder A..FR (alternative Seco Capto A..FR). Blade type V21-C.R130.R.. l 1 = l 1 holder + l 1 blade f 1 = f 1 holder + f 1 blade For more detailed application information regarding new tools please see the Face Machining Calculator on MDT Tech.indd 133 2/12/2010 1:32:56 PM

134 134 MDT External.fm Page 134 Thursday, February 11, :41 PM MDT - Toolholders, external Toolholders for inserts LCMF, LCMR and LCGN CFSR/L Long reach toolholders Inserts, please see pages Right-hand version shown Application h b l 1 f 1 l 3 a r * D m2 Seat size Spare Parts, Parts included in delivery Clamp screw 3 CFSR D LC D LC CFSL D LC D LC CFSR E LC E LC CFSL E LC E LC CFSR E LC E LC CFSL E LC E LC CFSR F LC F LC CFSL F LC F LC CFSR F LC CFSL F LC *Max depth of cut for LCMF16.. =.550 in., LCMF30.. = in. Key Toolholder/ Insert dimension CF TCEI SMS795 CF TCEI SMS795 CF TCEI SMS795 CF TCEI SMS795 CF TCEI SMS795 Please check availability in current price and stock-list 134

135 135 MDT Internal.fm Page 135 Thursday, February 11, :26 PM MDT - Toolholders, internal Toolholders for inserts LCGN, LCMF and LCMR CG.R/L Inserts, please see pages Right-hand version shown Application dm m l 1 l 3 f 1 a r min Seat size Spare Parts, Parts included in delivery 03 A20 -CGIR LC CGIL LC A24 -CGGR LC CGGL LC A20 -CGGR LC CGGL LC A24 -CGGR LC CGGL LC A20 -CGFR LC CGFL LC A24 -CGGR LC CGGL LC A20 -CGFR LC CGFL LC A24 -CGGR LC CGGL LC Clamp screw Key Coolant adaptor* Toolholder/ Insert dimension A L85011-T15P T15P-3 SEAL32 A20..04/05 L85011-T15P T15P-3 SEAL32 A L86015-T20P T20P-3 SEAL32 A MC6S 4x14 3 SMS795 SEAL40 A /05 MC6S 5x14 4 SMS795 SEAL40 A TCEI SMS795 SEAL40 Please check availability in current price and stock-list *To be ordered separately 135

136 MDT JetStream Ext.fm Page 136 Thursday, February 11, :50 PM Jetstream Tooling, MDT Toolholders, external Toolholders for inserts LCMF, LCMR and LCGN CFIR/L..-Jet Face machining toolholders Inserts, please see pages Initial plunge range e.g. 9.0/5.5 inch face groove diameter Right-hand version with right-hand blade shown Application Initial plunge* h b l 1 f 1 f 2 l 3 a r a r1 Seat size /2.17 CFIR D-R JET LC / D-R JET LC / D-R JET LC / D-R JET LC /2.17 CFIL D-L JET LC / D-L JET LC / D-L JET LC / D-L JET LC /2.17 CFIR D-R JET LC / D-R JET LC / D-R JET LC / D-R JET LC / D-R JET LC /2.17 CFIL D-L JET LC / D-L JET LC / D-L JET LC / D-L JET LC / D-L JET LC Spare Parts, Parts included in delivery Clamp screw Key *Initial plunge relates to face groove diameter Toolholder/ Insert dimension CF TCEI SMS795 CF TCEI SMS795 Please check availability in current price and stock-list 136

137 MDT JetStream Ext.fm Page 137 Thursday, February 11, :50 PM Jetstream Tooling, MDT Toolholders, external Toolholders for inserts LCMF, LCMR and LCGN CFIR/L..-Jet Face machining toolholders Inserts, please see pages Initial plunge range e.g. 9.0/5.5 inch face groove diameter Right-hand version with right-hand blade shown Application Initial plunge* h b l 1 f 1 f 2 l 3 a r a r1 Seat size /2.17 CFIR D-R JET LC / D-R JET LC / D-R JET LC / D-R JET LC / D-R JET LC CFIL D-L JET LC / D-L JET LC / D-L JET LC / D-L JET LC / D-L JET LC /2.17 CFIR D-R JET LC / D-R JET LC / D-R JET LC / D-R JET LC / D-R JET LC /2.17 CFIL D-L JET LC / D-L JET LC / D-L JET LC / D-L JET LC / D-L JET LC Spare Parts, Parts included in delivery Clamp screw Key *Initial plunge relates to face groove diameter Toolholder/ Insert dimension CF TCEI SMS795 CF TCEI SMS795 Please check availability in current price and stock-list 137

138 MDT JetStream Ext.fm Page 138 Thursday, February 11, :50 PM Jetstream Tooling, MDT Toolholders, external Toolholders for inserts LCMF, LCMR and LCGN CFIR/L..-Jet Face machining toolholders Inserts, please see pages , 161 Initial plunge range e.g. 9.0/5.5 inch face groove diameter Right-hand version with right-hand blade shown Application Initial plunge* h b l 1 f 1 f 2 l 3 a r a r1 Seat size /3.50 CFIR E-R JET LC / E-R JET LC / E-R JET LC / E-R JET LC /3.50 CFIL E-L JET LC / E-L JET LC / E-L JET LC / E-R JET LC Spare Parts, Parts included in delivery Clamp screw Key *Initial plunge relates to face groove diameter Toolholder/ Insert dimension CF TCEI SMS795 Please check availability in current price and stock-list 138

139 MDT JetStream Ext.fm Page 139 Thursday, February 11, :50 PM Jetstream Tooling, MDT Toolholders, external Toolholders for inserts LCMF, LCMR and LCGN CFOR/L..-Jet Face machining toolholders Inserts, please see pages Initial plunge range e.g. 9.0/5.5 inch face groove diameter Right-hand version with left-hand blade shown Application Initial plunge* h b l 1 f 1 l 3 a r Seat size /2.17 CFOR D-L JET LC / D-L JET LC / D-L JET LC / D-L JET LC / D-L JET LC / D-L JET LC /2.17 CFOL D-R JET LC / D-R JET LC / D-R JET LC / D-R JET LC / D-R JET LC / D-R JET LC /2.17 CFOR D-L JET LC / D-L JET LC / D-L JET LC / D-L JET LC / D-L JET LC / D-L JET LC /2.17 CFOL D-R JET LC / D-R JET LC / D-R JET LC / D-R JET LC / D-R JET LC / D-R JET LC Spare Parts, Parts included in delivery Clamp screw Key *Initial plunge relates to face groove diameter CFOR Toolholder/ Insert dimension CF TCEI SMS795 CF TCEI SMS795 CFOL Please check availability in current price and stock-list 139

140 MDT JetStream Ext.fm Page 140 Thursday, February 11, :50 PM Jetstream Tooling, MDT Toolholders, external Toolholders for inserts LCMF, LCMR and LCGN CFOR/L..-Jet Face machining toolholders Inserts, please see pages Initial plunge range e.g. 9.0/5.5 inch face groove diameter Right-hand version with left-hand blade shown Application Initial plunge* h b l 1 f 1 l 3 a r Seat size /2.17 CFOR D-L JET LC / D-L JET LC / D-L JET LC / D-L JET LC / D-L JET LC / D-L JET LC /2.17 CFOL D-R JET LC / D-R JET LC / D-R JET LC / D-R JET LC / D-R JET LC / D-R JET LC /2.17 CFOR D-L JET LC / D-L JET LC / D-L JET LC / D-L JET LC / D-L JET LC / D-L JET LC /2.17 CFOL D-R JET LC / D-R JET LC / D-R JET LC / D-R JET LC / D-R JET LC / D-R JET LC Spare Parts, Parts included in delivery Clamp screw Key *Initial plunge relates to face groove diameter CFOR Toolholder/ Insert dimension CF TCEI SMS795 CF TCEI SMS795 CFOL Please check availability in current price and stock-list 140

141 MDT JetStream Ext.fm Page 141 Thursday, February 11, :50 PM Jetstream Tooling, MDT Toolholders, external Toolholders for inserts LCMF, LCMR and LCGN CFOR/L..-Jet Face machining toolholders Inserts, please see pages , 161 Initial plunge range e.g. 9.0/5.5 inch face groove diameter Right-hand version with left-hand blade shown Application Initial plunge* h b l 1 f 1 l 3 a r Seat size /3.50 CFOR E-L JET LC / E-L JET LC / E-L JET LC / E-L JET LC /3.50 CFOL E-R JET LC / E-R JET LC / E-R JET LC / E-R JET LC Spare Parts, Parts included in delivery Clamp screw Key *Initial plunge relates to face groove diameter CFOR Toolholder/ Insert dimension CF TCEI SMS795 Please check availability in current price and stock-list CFOL 141

142 MDT JetStream Ext.fm Page 142 Thursday, February 11, :50 PM Jetstream Tooling, MDT Toolholders, external Toolholders for inserts LCMF, LCMR and LCGN CFOR/L..-Jet Face machining toolholders Inserts, please see pages Initial plunge range e.g. 9.0/5.5 inch face groove diameter Right-hand version with right-hand blade shown Application Initial plunge* h b l 1 f 1 f 2 l 3 a r a r1 Seat size /2.17 CFOR D-R JET LC / D-R JET LC / D-R JET LC / D-R JET LC / D-R JET LC / D-R JET LC /2.17 CFOL D-L JET LC / D-L JET LC / D-L JET LC / D-L JET LC / D-L JET LC / D-L JET LC /2.17 CFOR D-R JET LC / D-R JET LC / D-R JET LC / D-R JET LC / D-R JET LC / D-R JET LC /2.17 CFOL D-L JET LC / D-L JET LC / D-L JET LC / D-L JET LC / D-L JET LC / D-L JET LC Spare Parts, Parts included in delivery Clamp screw Key *Initial plunge relates to face groove diameter CFOL Toolholder/ Insert dimension CF TCEI SMS795 CF TCEI SMS795 CFOR Please check availability in current price and stock-list 142

143 MDT JetStream Ext.fm Page 143 Thursday, February 11, :50 PM Jetstream Tooling, MDT Toolholders, external Toolholders for inserts LCMF, LCMR and LCGN CFOR/L..-Jet Face machining toolholders Inserts, please see pages Initial plunge range e.g. 9.0/5.5 inch face groove diameter Right-hand version with right-hand blade shown Application Initial plunge* h b l 1 f 1 f 2 l 3 a r a r1 Seat size /2.17 CFOR D-R JET LC / D-R JET LC / D-R JET LC / D-R JET LC / D-R JET LC / D-R JET LC /2.17 CFOL D-L JET LC / D-L JET LC / D-L JET LC / D-L JET LC / D-L JET LC / D-L JET LC /2.17 CFOR D-R JET LC / D-R JET LC / D-R JET LC / D-R JET LC / D-R JET LC / D-R JET LC /2.17 CFOL D-L JET LC / D-L JET LC / D-L JET LC / D-L JET LC / D-L JET LC / D-L JET LC Spare Parts, Parts included in delivery Clamp screw Key *Initial plunge relates to face groove diameter CFOL Toolholder/ Insert dimension CF TCEI SMS795 CF TCEI SMS795 CFOR Please check availability in current price and stock-list 143

144 MDT JetStream Ext.fm Page 144 Thursday, February 11, :50 PM Jetstream Tooling, MDT Toolholders, external Toolholders for inserts LCMF, LCMR and LCGN CFOR/L..-Jet Face machining toolholders Inserts, please see pages , 161 Initial plunge range e.g. 9.0/5.5 inch face groove diameter Right-hand version with right-hand blade shown Application Initial plunge* h b l 1 f 1 f 2 l 3 a r a r1 Seat size /3.50 CFOR E-R JET LC / E-R JET LC / E-R JET LC / E-R JET LC /3.50 CFOL E-L JET LC / E-L JET LC / E-L JET LC / E-L JET LC Spare Parts, Parts included in delivery Clamp screw Key *Initial plunge relates to face groove diameter CFOL Toolholder/ Insert dimension CF TCEI SMS795 CFOR Please check availability in current price and stock-list 144

145 MDT Mod Ext Holders.fm Page 145 Friday, February 12, :31 AM MDT - Holders, external for modular holders Toolholders GR/L FR/L Blades, please see pages How to assemble, see pages Right-hand version shown Application 0 90 h b l 1 f 1 l 3 GR063B-V GL063B-V GR075B-V GL075B-V GR100D-V GL100D-V GR125D-V GL125D-V FR063B-V FL063B-V FR075B-V FL075B-V FR100D-V FL100D-V FR125D-V FL125D-V Spare Parts, Parts included in delivery Locking screw Screw Key Toolholder/ Insert dimension..-v21 C46017-T20P F85015-T20P T20P-7L Please check availability in current price and stock-list 145

146 MDT Mod Ext Holders.fm Page 146 Friday, February 12, :31 AM MDT - Holders, external for modular holders Toolholders SR/L Blades, please see pages How to assemble, see pages Right-hand version shown Application 45 h b l 1 f s1 l 3 SR075B-V SL075B-V SR100D-V SL100D-V SR125D-V SL125D-V Spare Parts, Parts included in delivery Locking screw Screw Key Toolholder/ Insert dimension..-v21 C46017-T20P F85015-T20P T20P-7L Please check availability in current price and stock-list 146

147 147 MDT Mod Int Bars.fm Page 147 Friday, February 12, :34 AM MDT - Holders, internal for modular holders Toolholders FR/L Blades, please see pages How to assemble, see pages Right-hand version shown Application dm m l 1 l 3 f 1 A16-FR-V A16-FL-V A20-FR-V A20-FL-V A24-FR-V A24-FL-V Locking screw Screw Key Coolant adaptor* Toolholder/ Insert dimension A16- C46017-T20P F85015-T20P T20P-7L SEAL25 A20- C46017-T20P F85015-T20P T20P-7L SEAL32 A24- C46017-T20P F85015-T20P T20P-7L SEAL40 Please check availability in current price and stock-list 147

148 MDT Mod Blades.fm Page 148 Friday, February 12, :49 AM MDT - Blades, modular Blades C.R/L Holders, please see pages How to assemble, see pages Inserts, please see pages Right-hand version shown Application l 1 f 1 a r 3 V21-CIR LC V21-CIL LC V21-CMR LC V21-CML LC V21-CIR LC V21-CIL LC V21-CMR LC V21-CML LC V21-CML LC V21-CMR LC V21-CMR LC V21-CML LC V21-CIR LC V21-CIL LC V21-CMR LC V21-CML LC V21-CIR LC V21-CIL LC V21-CMR LC V21-CML LC Please check availability in current price and stock-list 148

149 MDT Mod Blades.fm Page 149 Friday, February 12, :49 AM MDT - Blades, modular Blades C.R/L Face machining blades Holders, please see pages How to assemble, see pages Inserts, please see pages Initial plunge range e.g (1.18 inch/.670 inch) Right-hand version with left-hand blade shown Application Initial plunge* Inch Metric l 1 f 1 a r /.670 V21-CJR 1303L L LC / L L LC /1.30 V21-CKR 1303L L LC / L L LC / L L LC /.670 V21-CJL 1303R R LC / R R LC /1.30 V21-CKL 1303R R LC / R R LC / R R LC /.670 V21-CHR 1304L L LC / L L LC /1.02 V21-CIR 1304L L LC / L L LC / L L LC / L L LC / L L LC /.670 V21-CHL 1304R R LC / R R LC /1.02 V21-CIL 1304R R LC / R R LC / R R LC / R R LC / R R LC Please check availability in current price and stock-list 149

150 MDT Mod Blades.fm Page 150 Friday, February 12, :49 AM MDT - Blades, modular Blades C.R/L Face machining blades Holders, please see pages How to assemble, see pages Inserts, please see pages Initial plunge range e.g (1.18 inch/.670 inch) Right-hand version with left-hand blade shown Application Initial plunge* Inch Metric l 1 f 1 a r /0.67 V21-COR 1303L L LC / L L LC / L L LC / L L LC / L L LC / L L LC / L L LC / L L LC /0.67 V21-COL 1303R R LC / R R LC / R R LC / R R LC / R R LC / R R LC / R R LC / R R LC /0.67 V21-CMR 1304L L LC / L L LC / L L LC / L L LC / L L LC / L L LC / L L LC / L L LC / L L LC /0.67 V21-CML 1304R R LC / R R LC / R R LC / R R LC / R R LC / R R LC / R R LC / R R LC / R R LC Please check availability in current price and stock-list 150

151 MDT Mod Blades.fm Page 151 Friday, February 12, :49 AM MDT - Blades, modular Blades C.R/L Face machining blades Holders, please see pages How to assemble, see pages Inserts, please see pages Initial plunge range e.g (1.18 inch/.670 inch) Right-hand version with right-hand blade shown Application Initial plunge* Metric l 1 f 1 a r /.670 V21-CJR 1303R R LC / R R LC /1.30 V21-CKR 1303R R LC / R R LC / R R LC /.670 V21-CJL 1303L L LC / L L LC /1.30 V21-CKL 1303L L LC / L L LC / L L LC /.670 V21-CHR 1304R R LC / R R LC /1.02 V21-CIR 1304R R LC / R R LC / R R LC / R R LC / R L LC /.670 V21-CHL 1304L L LC / L L LC /1.02 V21-CIL 1304L L LC / L L LC / L L LC / L L LC / L L LC Please check availability in current price and stock-list 151

152 MDT Mod Blades.fm Page 152 Friday, February 12, :49 AM MDT - Blades, modular Blades C.R/L Face machining blades Holders, please see pages How to assemble, see pages Inserts, please see pages Initial plunge range e.g (1.18 inch/.670 inch) Right-hand version with right-hand blade shown Application Initial plunge* Metric l 1 f 1 a r /0.67 V21-COR 1303R R LC / R R LC / R R LC / R R LC / R R LC / R R LC / R R LC / R R LC /0.67 V21-COL 1303L L LC / L L LC / L L LC / L L LC / L L LC / L L LC / L L LC / L L LC /0.67 V21-CMR 1304R R LC / R R LC / R R LC / R R LC / R R LC / R R LC / R R LC / R R LC / R R LC /0.67 V21-CML 1304L L LC / L L LC / L L LC / L L LC / L L LC / L L LC / L L LC / L L LC / L L LC Please check availability in current price and stock-list 152

153 MDT Inserts.fm Page 153 Friday, February 12, :34 AM MDT - Inserts LCMF and LCMR Tolerances: a p = ±.002 l = ±.003 s = ±.002 l = Distance cutting edge-rear support Size a p (mm) l s rε FT.118 (3) MP.118 (3) FT.157 (4) MP.157 (4) Grades Coated Inserts LCMF-FT TP200 CP500 CP600 TGP25 LCMF FT [ FT [ [ [ LCMF FT [ FT [ [ [ LCMF-MP LCMF 1303M MP [ [ [ LCMF 1304M MP [ [ [ LCMR-FT LCMR FT [ LCMR FT [ LCMR-MP LCMR 1303M MP [ LCMR 1304M MP [ [ Stock standard Subject to change refer to current price and stock-list 153

154 MDT Inserts.fm Page 154 Friday, February 12, :34 AM MDT - Inserts LCMF Tolerances: a p = ±.002 l = ±.003 s = ±.002 l = Distance cutting edge-rear support Size a p (mm) l s rε (3) (4) Grades Coated Inserts LCMF-MC TP200 CP500 CP600 TGP25 LCMF MC [ [ [ LCMF MC [ [ [ [ Stock standard Subject to change refer to current price and stock-list 154

155 MDT Inserts.fm Page 155 Friday, February 12, :34 AM MDT - Inserts LCGF Tolerances: a p = ±.001 l = ±.001 s = ±.002 l = Distance cutting edge-rear support Size a p (mm) l s rε (3) (4) Coated Grades Uncoated Inserts LCGF-GG TP200 CP200 CP500 TK150 LCGF GG [ TGP LCGF GG [ LCGF-GS LCGF GS [ LCGF GS [ [ Stock standard Subject to change refer to current price and stock-list 155

156 MDT Inserts.fm Page 156 Friday, February 12, :34 AM MDT - Inserts LCGA Size a p l s rε a r Inserts Standard For lock-ring Note LCGA-FG DIN 471 DIN 472 SMS 1581 SMS 1582 CP500 1,0 mm LCGA FG * [ 1,2 mm FG * [ 1,5 mm FG * [ 1,75 mm FG * [ 2,0 mm FG * [ 2,5 mm FG [ FG [ LCGA FG [ Grades Coated [ Stock standard *Note! Toolholders have to be modified Subject to change refer to current price and stock-list 156

157 MDT Inserts.fm Page 157 Friday, February 12, :34 AM MDT - Inserts LCMF and LCMR Tolerances: a p = ±.002 l = ±.003 s = ±.0015 l = Distance cutting edge-rear support Size a p (mm) l s rε mm-version (3) (4) (5) (6) (8) (10) inch-version Coated Grades Uncoated Inserts LCMF-FT TP200 CP200 CP500 TK150 TGP25 LCMF FT [ [ [ [ FT [ [ [ [ LCMF FT [ [ FT [ [ [ [ FT [ [ [ LCMF FT [ [ [ [ FT [ [ [ LCMF FT [ [ [ FT [ [ [ [ [ FT [ [ [ LCMF FT [ [ [ [ FT [ [ [ [ [ FT [ [ [ FT [ [ [ [ FT [ LCMF-MT inch-version LCMF A125-FT [ A187-FT [ [ A250-FT [ [ [ LCMF MT [ [ [ MT [ [ [ [ [ LCMF MT [ [ [ [ MT [ [ [ [ [ LCMF MT [ [ [ [ MT [ [ [ [ LCMF MT [ [ [ MT [ [ [ [ [ MT [ [ [ inch-version LCMF A125-MT [ [ A187-MT [ [ A250-MT [ [ [ Stock standard Subject to change refer to current price and stock-list 157

158 MDT Inserts.fm Page 158 Friday, February 12, :34 AM MDT - Inserts LCMF and LCMR Coated Grades Uncoated Inserts LCMF-MG LCMR-FT LCMR-MT TP200 CP200 CP500 TK150 TGP25 LCMF MG [ [ [ LCMF MG [ [ [ LCMF MG [ [ [ LCMF MG [ [ [ LCMR FT [ [ [ [ LCMR FT [ [ FT [ [ [ [ LCMR FT [ [ [ [ LCMR FT [ [ [ [ 883 LCMR FT [ [ [ [ FT [ FT [ [ FT [ LCMR MT [ [ [ [ LCMR MT [ [ [ MT [ LCMR MT [ [ [ MT [ LCMR MT [ [ [ MT [ 890 [ Stock standard Subject to change refer to current price and stock-list 158

159 MDT Inserts.fm Page 159 Friday, February 12, :34 AM MDT - Inserts LCMF and LCMR Tolerances: a p = ±.002 l = ±.003 s = ±.0015 l = Distance cutting edge-rear support Size a p (mm) l s rε mm-version 1603M0.118 (3) M0.157 (4) M0.197 (5) M0.236 (6) M (8) M (10) inch-version Coated Grades Uncoated Inserts LCMF-MP TP200 CP200 CP500 TK150 TGP LCMF 1603M MP [ [ [ [ [ [ LCMF 1604M MP [ [ [ [ [ [ LCMF 1605M MP [ [ [ [ [ [ LCMF 1606M MP [ [ [ [ [ [ LCMF 3008M MP [ [ [ [ [ 3008M MP [ [ [ inch-version A125-MP [ [ [ [ LCMF A187-MP [ [ [ [ LCMR-MP LCMF A250-MP [ [ [ [ LCMR 1603M MP [ [ [ [ [ LCMR 1604M MP [ [ [ [ [ LCMR 1605M MP [ [ [ [ [ LCMR 1606M MP [ [ [ [ [ LCMR 3008M MP [ [ [ [ 3008M MP [ [ [ [ Stock standard Subject to change refer to current price and stock-list 159

160 MDT Inserts.fm Page 160 Friday, February 12, :34 AM MDT - Inserts LCMF and LCMR Tolerances: a p = ±.002 l = ±.003 s = ±.0015 l = Distance cutting edge-rear support Size a p (mm) l s rε (3) (4) (5) (6) Grades Coated Inserts Lead Angle (κ) LCMF-MC LCMF MC [ [ MC [ [ [ [ MCR6 6 [ [ MCL6 6 [ [ MCR15 15 [ MCL15 15 [ LCMF MC [ [ MCR6 6 [ [ MCL6 6 [ MCR15 15 [ MCL15 15 [ MC [ [ [ [ LCMF MC [ [ [ [ TP200 CP500 CP600 TGP25 LCMR-MC LCMF MC [ [ [ [ MC [ [ [ LCMR MC [ LCMR MC [ LCMR MC [ LCMR MC [ [ Stock standard Subject to change refer to current price and stock-list 160

161 MDT Inserts.fm Page 161 Friday, February 12, :34 AM MDT - Inserts LCGF Tolerances: a p = ±.001 l = ±.001 s = ±.002 l = Distance cutting edge-rear support Size a p (mm) l s rε (3) (4) (5) (6) (8) Coated Grades Uncoated Inserts LCGF-GG TP200 CP200 CP500 TK150 LCGF GG [ TGP LCGF GG [ LCGF GG [ LCGF GG [ LCGF-GS LCGF GG [ LCGF GS [ LCGF GS [ LCGF GS [ LCGF GS [ LCGF GS [ [ Stock standard Subject to change refer to current price and stock-list 161

162 MDT Inserts.fm Page 162 Friday, February 12, :34 AM MDT - Inserts LCG.-FG - Radial grooves Size a p l s rε a r A A A Inserts Standard For lock-ring Note LCGN-FG LCGF-FG DIN 471 DIN 472 SMS 1581 SMS 1582 CP mm LCGN FG * [ 1.2 mm FG * [ 1.5 mm FG * [ 1.75 mm FG * [ 2.0 mm FG * [ 2.5 mm FG [ FG [ 3.0 mm FG [ FG [ FG [ 4.0 mm FG [ FG [ FG [ 5.0 mm FG [ FG [ FG [ LCGF FG [ Grades Coated LCGN-FG LCGN A031RH-FG * [ A031LH-FG * [ A063RH-FG * [ A063LH-FG * [ A094RH-FG * [ A094LH-FG * [ Right hand shown [ Stock standard *Note! Toolholders have to be modified Subject to change refer to current price and stock-list 162

163 MDT Inserts.fm Page 163 Friday, February 12, :34 AM MDT - Inserts LCGN - O-ring Size a p l s t rε r a r 0240-DY DY DY DY ST ST ST ST Grades Coated Inserts LCGN-DY O-ring, dynamic LCGN-ST Standard SMS 1588 BS 4518 ISO 3601 DIN 3771 BS 1806 SMS 1588 BS 4518 For O-ring mm For O-ring inch CP LCGN DY [ DY [ LCGN DY [ DY [ LCGN ST [ ST [ ST [ O-ring, static ISO 3601 DIN 3771 BS LCGN ST [ [ Stock standard Subject to change refer to current price and stock-list 163

164 MDT Inserts.fm Page 164 Friday, February 12, :34 AM MDT - Inserts LCGN - Full radius grooving Size l s rε a a Inserts For radius inch (mm) LCGN-R CP (1.0 mm) LCGN 1603M0-0100R-R* [.039 (1.0 mm) 1603M0-0100L-R* [.047 (1.2 mm) 1603M0-0120R-R* [.047 (1.2 mm) 1603M0-0120L-R* [.059 (1.5 mm) 1603M R [.079 (2.0 mm) LCGN 1604M R [.118 (3.0 mm) LCGN 1606M R [ Grades Coated *Note! Toolholders have to be modified. LCGN - DIN 76 Right-hand version shown Size t l s rε Inserts For Max T.P.I. (mm) LCGN-D76 CP (1.0 ) LCGN R-D76* [ 24 (1.0 ) L-D76* [ 16 (1.5) LCGN R-D76 [ 16 (1.5) L-D76 [ 12 (2.0) LCGN R-D76 [ 12 (2.0) L-D76 [ Grades Coated [ Stock standard *Note! Toolholders have to be modified Subject to change refer to current price and stock-list 164

165 MDT Inserts.fm Page 165 Friday, February 12, :34 AM MDT - Inserts LCGN - Partial profile 55 Size l s rε 1603-A G Tolerances: l = ±.001 re = ±.001 Grades Coated Inserts TPI Pitch mm LCGN CP LCGN 1603-A55* [ LCGN 1603-G55* [ LCGN - Partial profile 60 Size *Note! Toolholders have to be modified. l s rε 1603-A G Tolerances: l = ±.001 re = ±.001 Grades Coated Inserts TPI Pitch mm LCGN CP LCGN 1603-A60* [ LCGN 1603-G60* [ [ Stock standard *Note! Toolholders have to be modified Subject to change refer to current price and stock-list 165

166 Threading Toolholders HD Threading Clamp System Larger/Stronger Clamp Screw Carbide pin = no pocket deformation Heavy duty clamp = total insert secutity (anti-twist) Toolholder Modifications to Thread Small IDs It is often necessary to cut internal threads which are too small to be made with a standard toolholder. Several standard internal toolholders can be modified by a simple reworking so that threads can be cut in approximately 30% smaller bores. This modification work can be made on any lathe with a four jaw chuck. In the dimension table Internal Threading (selection Toolholders and Spare parts) you will find the dimensions required for the alteration. On request, these internal toolholders can also be supplied as a special design. For some holders it is possible to work inside smaller bores than indicated by the D mod dimension, here it is necessary to back off the bottom corner of the insert (possible also the anvil). f 1 and l 3 dimensions can be found in the internal threading data charts. C = f 1 - l 3 + r - D mod C = Centerpoint displacement when modifying the tool. D = Minimum bore diameter of standard tool. D mod = Minimum bore diameter with a modified tool HD Min Mod 3.indd 166 2/12/2010 7:44:28 AM

167 Threading Int AHD.fm Page 167 Thursday, February 11, :37 PM Threading - Toolholders, internal Toolholders for S- inserts SNR...09A SNR/L Snap Tap Inserts, see Machining Navigator Turning Right-hand version shown Application Insert I.C. Min. Hole Dia. Min. Hole Dia. Mod.* dm m l 1 l 3 f 1 7/32 SNR A NR 1/4 SNR NR NR SNL NL NL 3/8 SNR NR SNL NL 1/2 SNR NR SNL NL 1/4 Heavy metal shank SNR H NR 3/8 SNR H NR 1/2 SNR H NR Spare Parts, Parts included in delivery Locking screw/ Key Coolant adaptor* *Holder can be modified to accommodate smaller bore size, see page 166. Toolholder/ Insert dimension...09a C02205-T07P T07P-2 SEAL20 (20 mm)...11 C02506-T07P T07P C03508-T15P T15P C04011-T15P T15P-2 Please check availability in current price and stock-list *To be ordered separately 167

168 Threading Int AHD.fm Page 168 Thursday, February 11, :37 PM Threading - Toolholders, internal Toolholders for S- inserts CNR/L Snap Tap Inserts, see Machining Navigator Turning Right-hand version shown Application Insert I.C. Min. Hole Dia. Min. Hole Dia. Mod.* dm m l 1 l 3 f 1 3/8 CNR AHD NR AHD NR AHD NR AHD NR AHD NR AHD NR CNL AHD NL AHD NL AHD NL AHD NL AHD NL AHD NL Spare Parts, Parts included in delivery Anvil for insert type S Anvil for insert type M* *Holder can be modified to accommodate smaller bore size, see page 166. Anvil screw/ Key* Clamp Clamp screw Spring Key Toolholder/ Insert dimension 00075/ AHD GX 16-1 MX S3507-T09P T09P-2 CSP16HD-T15P T15P / AHD GX 16-1 MX S3507-T09P T09P-2 CHD16 L85020-T15P S6912 T15P / AHD GX 16-1 MX S3507-T09P T09P-2 CHD16 L85020-T15P S6912 T15P-2 Please check availability in current price and stock-list *To be ordered separately 168

169 Threading Int AHD.fm Page 169 Thursday, February 11, :37 PM Threading - Toolholders, internal Toolholders for S- inserts CNR/L Snap Tap Inserts, see Machining Navigator Turning Right-hand version shown Application Insert I.C. Min. Hole Dia. Min. Hole Dia. Mod.* dm m l 1 l 3 f 1 1/2 CNR AHD NR AHD NR AHD NR AHD NR AHD NR AHD NR CNL AHD NL AHD NL AHD NL AHD NL AHD NL AHD NL 5/8 CNR AHD NR AHD NR AHD NR CNL AHD NL AHD NL AHD NL Spare Parts, Parts included in delivery Anvil for insert type S Anvil for insert type M* *Holder can be modified to accommodate smaller bore size, see page 166. Anvil screw/ Key* Clamp Clamp screw Spring Key Toolholder/ Insert dimension AHD NX 22-1 MX S4009-T15P T15P-2 CSP22HD-T15P T15P / AHD NX 22-1 MX S4009-T15P T15P-2 CHD22 L86025-T20P S7616 T20P-7L 00175/ AHD NX 22-1 MX S4009-T15P T15P-2 CHD22 L86025-T20P S7616 T20P-7L AHD NX 22-1 MX S4009-T15P T15P-2 CHD22 L86025-T20P S7616 T20P-7L..27AHD VX 27-1 MX 27-1 C05012-T15P T15P-2 CHD27 L86025-T20P S7616 T20P-7L Please check availability in current price and stock-list *To be ordered separately 169

170 Threading Int AHD.fm Page 170 Thursday, February 11, :37 PM Threading - Toolholders, internal Toolholders for API S-inserts CNR...APIHD Snap Tap Inserts, see Machining Navigator Turning Right-hand version shown Application Insert I.C. Min. Hole Dia. Min. Hole Dia. Mod. dm m l 1 l 3 f 1 1/2 CNR T22APIHD NR T22APIHD NR CNL T22APIHD NL T22APIHD NL 5/8 CNR T27APIHD NR T27APIHD NR CNL T27APIHD NL T27APIHD NL Spare Parts, Parts included in delivery Anvil for insert type S Anvil screw/ Key* Clamp Clamp screw Spring Key Toolholder/ Insert dimension...22qhd NX 22-1 CS4009-T15P T15P-2 CHD22 L86025-T20P S7616 T20P-7L...27QHD VX27-1 C05012-T15P T15P-2 CHD27 L86025-T20P S7616 T20P-7L Please check availability in current price and stock-list *To be ordered separately 170

171 Threading Int AHD.fm Page 171 Thursday, February 11, :37 PM Threading - Toolholders, internal Toolholders for K-inserts CNR/L Snap Tap Inserts, see Machining Navigator Turning Right-hand version shown Application Insert I.C. Min. Hole Dia. Min. Hole Dia. Mod.* dm m l 1 l 3 f 1 1/2 CNR AHD AHD AHD CNL AHD AHD /8 CNR AHD AHD AHD AHD AHD CNL AHD AHD AHD Spare Parts, Parts included in delivery Anvil for insert type K *Holder can be modified to accommodate smaller bore size, see page 166. Anvil screw/ Key* Clamp Clamp screw Spring Key Toolholder/ Insert dimension...20ahd KX 20-2 CS4009-T15P T15P-2 CHD22 L86025-T20P S7616 T20P-7L...26AHD KX 26-2 C05012-T15P T15P-2 CHD27 L86025-T20P S7616 T20P-7L Please check availability in current price and stock-list *To be ordered separately 171

172 Milling Milling Beauty.indd 172 2/12/2010 7:45:43 AM

173 173 Double Octo Normal.fm Page 173 Thursday, February 11, :46 PM Face milling cutters Double Octomill S For insert selection and cutting data recommendations, see page 175. For complete insert program, see page 176. Tool angles: γ o = -11 γ p = - 8 γ f = -8 Pitch Normal R S ONMU S ONMU S ONMU S ONMU S ONMU S ONMU S** ONMU S** ONMU 09 **Non stocked standard *Max. a p " depending upon insert geometry, see page 175. Spare parts Locking screw Dimensions in Inch D c D c2 l 1 a p * Max. Key For cutter R C05013-T20P T20P-4 Mounting dimensions Locking screw torque value 53 in/lbs. Dynamomentic keys are available, see page 261. For cutter dm m B kw c d hc1 d hc2 R R R R R R R R Please check availability in current price and stock-list. 173

174 174 Double Octo Close.fm Page 174 Thursday, February 11, :48 PM Face milling cutters Double Octomill M For insert selection and cutting data recommendations, see page 175. For complete insert program, see page 176. Tool angles: γ o = -11 γ p = - 8 γ f = -8 Dimensions in Inch Pitch Close D c D c2 l 1 a p * Max. R M ONMU M ONMU M ONMU M ONMU M** ONMU M** ONMU M** ONMU 09 **Non stocked standard *Max. a p " depending upon insert geometry, see page 175. Spare parts Wedge Wedge screw Key For cutter R CW0816 LD8025-T25P T25P-4 Mounting dimensions Wedge screw torque value in/lbs. Dynamomentic keys are available, see page 261. For cutter dm m B kw c d hc1 d hc2 R R R R R R R Please check availability in current price and stock-list. 174

175 175 Double Octo Data.fm Page 175 Thursday, February 11, :50 PM Face milling cutters Insert selection Double Octomill Seco Material Group No. Cutting data Recom. feed f z in/tooth First choice Difficult operations ONMU ANTN-M13 MP2500 ONMU ANTN-M14 T350M ONMU ANTN-M13 MP2500 ONMU ANTN-M14 T350M ONMU ANTN-M14 MP2500 ONMU ANTN-M14 T350M ONMU ANTN-M14 MP2500 ONMU ANTN-M14 T350M ONMU ANTN-M14 MP2500 ONMU ANTN-M14 T350M ONMU ANTN-M14 MP1500 ONMU ANTN-MD16 MP ONMU ANTN-M14 MP1500 ONMU ANTN-MD16 MP ONMU ANTN-M13 MP2500 ONMU ANTN-M14 T350M ONMU ANTN-M13 MP2500 ONMU ANTN-M14 T350M ONMU ANTN-M14 T350M ONMU ANTN-MD16 T350M ONMU ANTN-MD16 T350M ONMU ANTN-MD16 T350M ONMU ANTN-M14 MK1500 ONMU ANTN-M14 MK ONMU ANTN-M14 MK1500 ONMU ANTN-M14 MK ONMU ANTN-MD16 MK1500 ONMU ANTN-MD16 MK ONMU ANTN-MD16 MP1500 ONMU ANTN-MD16 MK ONMU ANTN-M13 F40M ONMU ANTN-M13 F40M ONMU ANTN-M13 F40M ONMU ANTN-M13 F40M Seco Material Group No. Grades Universal insert: ONMU ANTN-M14 MP2500 MP1500 MP2500 MP3000/MK2000 T350M F40M MK1500 MK3000 Feed, f z (in/tooth) Cutting speed, v c (sf/min) Surface finish Type of insert Feed/ rev < = R a µin Insert geometry Max D.O.C. a p Wiper flat width B M M M M M M MD MD MD MD Finish of the milled surface is determined by feed/rev used. 175

176 176 ONMU Inserts.fm Page 176 Thursday, February 11, :51 PM Milling Inserts ONMU 09 Tolerances (± inch) l s ONMU Size l s ONMU Prot. Chamfer Coated Grades Uncoated Inserts M13 Cutting rake Width inch Angle MH1000 MK1500 MK2000 MK3000 MP1500 MP2500 MP3000 T150M T200M T25M T250M T350M F15M F17M F20M F25M F30M F40M S60M HX H15 H25 ONMU ANTN-M13 20 [ [ [ [ [ [ [ [ ONMU ANTN-M14 15 [ [ [ [ [ [ [ [ M14/M15 ONMU ANTN-M15 15 [ [ [ [ [ [ [ [ ONMU ANTN-MD16 0 [ [ [ [ [ [ ONMU ANTN-MD17 0 [ [ [ [ [ [ MD16/MD17 [ Stock standard Subject to change refer to current price and stock-list 176

177 177 Sq 6 Combi.fm Page 177 Thursday, February 11, :53 PM Square shoulder and slot milling cutters Square 6 R A Cylindrical/Weldon Combimaster For insert selection and cutting data recommendations, see pages For complete insert program, see page 181. For plunging, see page 180. Tool angles: γ o = -15 γ p = -8.4 γ f = Dimensions in Inch D c dm m D 5m l 1 l 2 l p l 3 l c M a p Type of mounting R A Cyl/Weldon XNEX R RE-08-3A Combimaster XNEX Spare parts, included in delivery. Locking screw Key* *For Combimaster shanks and dimensions, see MN Milling book 2, pages For cutter R C04011-T15P T15P-4 Please check availability in current price and stock-list. *Key torque value 31 in/lbs. Dynamomentic keys are available, see page

178 178 Sq 6 Data 001.fm Page 178 Thursday, February 11, :55 PM Square shoulder and slot milling cutters Insert selection 217/ Seco Material Group No. Recom. feed f z in/tooth First choice Difficult operations XNEX TR-ME09 F40M XNEX TR-ME09 T350M XNEX TR-ME09 F40M XNEX TR-ME09 T350M XNEX TR-M13 MP2500 XNEX TR-M13 T350M XNEX TR-M13 MP2500 XNEX TR-M13 T350M XNEX TR-M13 MP2500 XNEX TR-M13 T350M XNEX TR-MD15 MP1500 XNEX TR-MD15 MP XNEX TR-MD15 MP1500 XNEX TR-MD15 MP XNEX TR-ME09 F40M XNEX TR-M13 T350M XNEX TR-ME09 F40M XNEX TR-M13 T350M XNEX TR-ME09 F40M XNEX TR-M13 F40M XNEX TR-ME09 F40M XNEX TR-M13 F40M XNEX TR-M13 MK1500 XNEX TR-MD15 MK XNEX TR-M13 MK1500 XNEX TR-MD15 MK XNEX TR-M13 MK1500 XNEX TR-MD15 MK XNEX TR-M13 MP1500 XNEX TR-MD15 MP XNEX TR-ME09 F40M XNEX TR-ME09 F40M XNEX TR-ME09 F40M XNEX TR-ME09 F40M XNEX TR-ME09 T350M XNEX TR-ME09 F40M XNEX TR-ME09 F40M XNEX TR-ME09 MP XNEX TR-ME09 F40M XNEX TR-ME09 F40M Cutting data - Full engagement width (a e /D c = 100%) Seco Material Group No. Grades MP1500 MP2500 MP3000 T350M F40M Feed, f z (in/tooth) Cutting speed, v c (sf/min) Universal insert: XNEX M13 MP2500 Cutting data - Side milling Operations a e /D c feed f z in/tooth Recommended Speed factor Full engagement 100% Side milling 25% % % Average chip thickness h m Choose suitable feed. Multiply speed value from basic cutting data by speed factor. Insert size l Max D.O.C. a p Wiper flat width B 178

179 179 Sq 6 Data 002.fm Page 179 Thursday, February 11, :57 PM Square shoulder and slot milling cutters Insert selection 217/ Seco Material Group No. Recom. feed f z in/tooth First choice Difficult operations XNEX TR-ME09 F40M XNEX TR-ME09 T350M XNEX TR-ME09 F40M XNEX TR-ME09 T350M XNEX TR-M13 MP2500 XNEX TR-M13 T350M XNEX TR-M13 MP2500 XNEX TR-M13 T350M XNEX TR-M13 MP2500 XNEX TR-M13 T350M XNEX TR-MD15 MP1500 XNEX TR-MD15 MP XNEX TR-MD15 MP1500 XNEX TR-MD15 MP XNEX TR-ME09 F40M XNEX TR-M13 T350M XNEX TR-ME09 F40M XNEX TR-M13 T350M XNEX TR-ME09 F40M XNEX TR-M13 F40M XNEX TR-ME09 F40M XNEX TR-M13 F40M XNEX TR-M13 MK1500 XNEX TR-MD15 MK XNEX TR-M13 MK1500 XNEX TR-MD15 MK XNEX TR-M13 MK1500 XNEX TR-MD15 MK XNEX TR-M13 MP1500 XNEX TR-MD15 MP XNEX TR-ME09 F40M XNEX TR-ME09 F40M XNEX TR-ME09 F40M XNEX TR-ME09 F40M XNEX TR-ME09 T350M XNEX TR-ME09 F40M XNEX TR-ME09 F40M XNEX TR-ME09 MP XNEX TR-ME09 F40M XNEX TR-ME09 F40M Cutting data - Full engagement width (a e /D c = 100%) Seco Material Group No. MK1500 MK2000 MK Grades Feed, f z (in/tooth) Cutting speed, v c (sf/min) Universal insert: XNEX M13 MP2500 Cutting data - Side milling Operations a e /D c feed f z in/tooth Recommended Speed factor Full engagement 100% Side milling 25% % % Average chip thickness h m Choose suitable feed. Multiply speed value from basic cutting data by speed factor. Insert size l Max D.O.C. a p Wiper flat width B 179

180 Plunge milling The insert design and the insert clamping system determines the tool s suitability for plunging. Maximum cutting depth recommendations for suitable tools are in the tables below. Note that the definition of ap is different for plunge milling. Use the cutting speeds and feed rates recommended for normal operations. Milling cutters designed for plunge milling only can be found in the MN Milling book 2. Plunging ap Type of cutter W 217/ SA/07S / / / / H/15.xH 217/ / / / / / / Plunging - Axial feed direction ap max inch ** % of ap max Slotting - Axial feed direction Overhang ratio Dc ap max can normally be used if the overhang ratio is up to 4 but should be reduced at higher ratios as shown in the graph. Type of cutter Type of cutter W W 217/ SA/07S 217/ SA/07S / / / / / / H/15.xH 217/ H/15.xH 217/ / / / / / / / / / / / / ap max ap inch max mm.197* 5*.275* 7*.275* 7*.138* 3,5*.157* 4*.275* 7*.413* 10*.394* ** Type of cutter Type of cutter W W 217/ SA/07S 217/ SA/07S / / / / / / H/15.xH 217/ H/15.xH 217/ / / / / / / / / / / / / * To create a flat bottom surface, ap max = the wiper flat width. Dimensions to be found on the cutting data pages. ** Max. a p for Seco Material Groups is.295. ap max ap inch max mm.197* 5*.275* 7 *.275* 7*.138* 3,5*.157* 4*.275* 7* *.394* ** Sq 6 Plunge Data.indd 180 2/12/2010 7:46:37 AM

181 181 XNEX Inserts.fm Page 181 Thursday, February 11, :59 PM Milling Inserts XNEX 0806 Tolerances (± inch) l s XNEX Size l s Coated Grades Uncoated Inserts Part no. r ε rake Cutting ME09/M13/MD15 MH1000 MK1500 MK2000 MK3000 MP1500 MP2500 MP3000 T150M T25M T250M T350M MS2500 F15M F17M F20M F25M F30M F40M S60M HX H15 H25 XNEX TR-ME [ [ [ [ [ [ [ [ TR-M [ [ [ [ [ [ [ [ TR-MD [ [ [ [ [ [ [ [ XNEX TR-ME [ [ [ [ [ TR-M [ [ [ [ [ [ TR-MD [ [ [ [ XNEX TR-ME [ [ [ [ [ [ [ [ TR-M [ [ [ [ [ [ [ [ TR-MD [ [ [ [ [ [ [ [ [ Stock standard Subject to change refer to current price and stock-list 181

182 182 Power Turbo.fm Page 182 Thursday, February 11, :06 PM Square shoulder and slot milling cutters Power Turbo R A Cyl/Weldon Cylindrical Seco/Weldon For insert selection and cutting data recommendations, see MN Turning. For complete insert program, see MN Turning For ramping and helical interpolation, see page 184. Tool angles: γ o = γ p = γ f = Dimensions in Inch D c dm m l 2 l 3 l c a p Type of mounting R AN Cyl/Weldon XO.X A Cyl/Weldon XO.X A Cyl/Weldon XO.X A Cyl/Weldon 9900 XO.X A Cyl/Weldon 9900 XO.X 1806 R LAN Cylindrical XO.X LA Cylindrical XO.X LA Cylindrical XO.X LA Cylindrical 9900 XO.X LA Cylindrical 9900 XO.X LA Cylindrical 8900 XO.X 1806 R S-18-2AN Seco/Weldon XO.X S-18.2A Seco/Weldon XO.X S-18.3A Seco/Weldon 9900 XO.X 1806 R S-18-2LAN Seco/Weldon XO.X 1806 When using inserts with corner radius >.157 inch, the cutter body must be modified. Spare parts, included in delivery. Locking screw Key For cutter R C04508-T20P T20P-3 R /1.50/2.00 C04510-T20P T20P-3 Please check availability in current price and stock-list. Locking screw torque value 44 in/lbs. Dynamomentic keys are available, see page

183 183 Power Turbo Combi.fm Page 183 Thursday, February 11, :03 PM Square shoulder and slot milling cutters Power Turbo R A For small depth of cut For insert selection and cutting data recommendations, see MN Turning. For complete insert program, see MN Turning. For ramping and helical interpolation, see page 184. Tool angles: γ o = γ p = γ f = Dimensions in Inch D c l 1 M a p Type of mounting R RE-18-2AN M Combimaster* XO RE-18-2A M Combimaster* XO RE-18-3A M Combimaster* XO RE-18-3A M Combimaster* 9900 XO RE-18-4A M Combimaster* 9900 XO Spare parts, included in delivery. Locking screw Key *For Combimaster shanks and dimensions, see MN Milling book 2, pages When using inserts with corner radius >.157 inch, the cutter body must be modified. For cutter R C04508-T20P T20P-3 R /1.50 C04510-T20P T20P-3 Please check availability in current price and stock-list. Locking screw torque value 44 in/lbs. Dynamomentic keys are available, see page

184 Ramping & Helical interpolation ramping Ramping The milling cutter design and the clearance on the bottom side of the chosen insert determines the tool s suitability for ramping. Maximum ramping angle and cutting depth recommendations for suitable tools are found in the tables below. Use the cutting speeds and feed rates recommended for normal operations. 217/ * Cutter dia Ø Dc inch ap max in. max *When changing ramping direction, using max. ramping angle, retract the cutter.075 in. Helical interpolation ramping The milling cutter design and the clearance on the bottom side of the chosen insert determines the tool s suitability for helical interpolation ramping. Maximum and minimum hole diameters and maximum cutting depth per revolution recommendations for suitable tools are in the tables below. Use the cutting speeds and feed rates recommended for normal operations. 217/ Cutter dia Ø Dc inch C min/ap max C min Ø ap max in. C max/ap max C max Ø ap max in Power Ramp+Tech.indd 184 2/12/2010 7:47:47 AM

185 JaBro-soLiD 2 VersatiLitY and PerForManCe in square shoulder MiLLing MaKing it easy in all MateriaL groups Seco s new family of solid carbide milling cutters, Jabro-Solid², is designed to meet the challenges of the General machining market. These easy to use and fully versatile square end mills give you complete flexibility and an excellent price-performance ratio in all material groups. two types For all Your needs Js510 series easy to use flutes means you have optimum choice and complete flexibility Increased core diameters per cutting length gives added stability Siron-A coating for longer tool life Js550 series increased PerForManCe The double core provides excellent stability Differential tooth pitch for chatter free machining Polished Siron-A gives better chip flow and superior tool life Jabro Solid 2 US G5.indd 185 2/12/ :48:19 AM

186 Positioning & Features HPM JHP992 JHP950 JHP760 JHP992 JHP950 JHP490 JHP750 JHP170 JS553 & 554 JABRO-SOLID 2 JS512, 513 & 514 (L & XL) Steel Stainless Steel Cast Iron Nonferrous Superalloys Hardened Steel JS512, 513 & 514 Versatile tools with good price / performance ratio These cutters are designed to give fully flexible & efficient machining with an excellent price / performance ratio in a wide range of materials. Increased core diameter flutes in a full range of diameters and lengths SIRON-A coating Improves stability, allowing larger cuts, thus reducing cycle times and costs. Gives optimum choice per application and full flexibility, reducing tool inventory & costs. Improves tool life, reducing tool costs. S553 and 554 Universal Performance Cutters Both 3 and 4 flute end mill cutters are designed with additional features to give improved performance and increased productivity. Double core Edge preparation Differential pitch Polished coating For stability, reduced tool deflection higher MRR. Strong cutting edge & increased tool life. Reduces chatter, allowing increased cutting data to reduce cycle times & increase throughput Smooth surface allows the chip to flow freely across the cutting face, reducing friction & increasing tool life Jabro Solid 2 US G5.indd 186 2/12/ :48:19 AM

187 Jabro-Solid2 Tool Selection based on workpiece material Name Pages JS JS JS JS JS Cylindrical [ [ [ [ [ [ [ Weldon ] ] ] [ ] [ [ Type of cutter Shank Number of flutes Diameter range /8-1 (1-25 mm) 1/8-1 (1-25 mm) 1/8-1 (1-25 mm) 3 1/8-1 (2-25 mm) 4 1/4-1 (6-25 mm) Lengths Operation Seco Material Group 1-2 Steel<450 N/mm <700 N/mm2 700<1200 N/mm2 7 Hardened steel 8-9 Stainless steel Stainless steel Cast iron Cast iron 16 Aluminum 17 Aluminum 22 Titanium [ In stock ] Weldon available, delivery time is 3 days Preferred choice Alternative choice Jabro Solid 2 US G5.indd 187 2/12/ :48:24 AM

188 Jabro-Solid 2 JS512 Material 188 E 1-2 E 3-4 E 5-6 a p x D c a e x D c v c (sf/min) 425 ( ) 395 ( ) 330 ( ) M/A/D 7a 48>52HRc ( ) E 8-9 E E E E E 22 Material A/D/E 1-2 A/D/E 3-4 A/D/E a p x D c a e x D c ( ) 165 ( ) 490 ( ) 425 ( ) 1315 ( ) 195 ( ) v c (sf/min) 540 ( ) 490 ( ) 410 ( ) M/A/D 7a 48>52HRc ( ) E/A 8-9 E/A A/D/E A/D/E E E ( ) 215 ( ) 625 ( ) 540 ( ) 1640 ( ) 245 ( ) D c (inch) 1/8 3/16 1/4 5/16 3/8 1/2 5/8 3/4 1 n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) D c (inch) 1/8 3/16 1/4 5/16 3/8 1/2 5/8 3/4 1 n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) For more detailed information see pages 208, 266. E=emulsion A=air D=dry M=mist spray All cutting data are target values Jabro Solid 2 US G5.indd 188 2/12/ :48:25 AM

189 Jabro-Solid 2 - JS512 Inch Tolerances: dm m = h5, D c = e8 c = D c 3/16 = , 3/16 < D c 3/8 = , 3/8 < D c 1/2 = , 1/2 < D c 5/8 = , 5/8 < D c 3/4 = , 3/4 < D c 1 = Run-out JS512 =.0008 JS512L =.0012 JS512XL =.0012 Type JS512 D c dm m l 2 a p c x Z2.0-SIRON-A 1/8 1/8 1 1/2 1/ [ Z2.0-SIRON-A 3/16 3/16 1 1/2 3/ [ Z2.0-SIRON-A 1/4 1/4 2 1/ [ Z2.0-SIRON-A 5/16 5/16 2 1/4 5/ [ Z2.0-SIRON-A 3/8 3/8 2 3/4 3/ [ Z2.3-SIRON-A 1/2 1/2 3 1/ [ Z2.0-SIRON-A 1/2 1/2 3 1/ [ Z2.3-SIRON-A 5/8 5/8 3 1/2 1 1/ [ Z2.0-SIRON-A 5/8 5/8 3 1/2 1 1/ [ Z2.3-SIRON-A 3/4 3/ / [ Z2.0-SIRON-A 3/4 3/ / [ Z2.3-SIRON-A / [ Z2.0-SIRON-A / [ 2 512L0125Z2.0-SIRON-A 1/8 1/8 2 7/ [ 2 512L0187Z2.0-SIRON-A 3/16 3/16 2 5/ [ 2 512L0250Z2.0-SIRON-A 1/4 1/4 3 7/ [ 2 512L0312Z2.0-SIRON-A 5/16 5/ [ 2 512L0375Z2.0-SIRON-A 3/8 3/8 3 1/2 1 1/ [ 2 512L0500Z2.3-SIRON-A 1/2 1/ / [ 2 512L0500Z2.0-SIRON-A 1/2 1/ / [ 2 512L0625Z2.3-SIRON-A 5/8 5/8 4 1/2 2 1/ [ 2 512L0625Z2.0-SIRON-A 5/8 5/8 4 1/2 2 1/ [ 2 512L0750Z2.3-SIRON-A 3/4 3/ / [ 2 512L0750Z2.0-SIRON-A 3/4 3/ / [ 2 512L1000Z2.3-SIRON-A / [ 2 512L1000Z2.0-SIRON-A / [ 2 512XL0125Z2.0-SIRON-A 1/8 1/8 2 1/2 5/ [ 2 512XL0187Z2.0-SIRON-A 3/16 3/ [ 2 512XL0250Z2.0-SIRON-A 1/4 1/ / [ 2 512XL0312Z2.0-SIRON-A 5/16 5/ / [ 2 512XL0375Z2.0-SIRON-A 3/8 3/ [ 2 512XL0500Z2.3-SIRON-A 1/2 1/ / [ 2 512XL0500Z2.0-SIRON-A 1/2 1/ / [ 2 512XL0625Z2.3-SIRON-A 5/8 5/ / [ 2 512XL0625Z2.0-SIRON-A 5/8 5/ / [ 2 512XL0750Z2.3-SIRON-A 3/4 3/ [ 2 512XL0750Z2.0-SIRON-A 3/4 3/ [ 2 512XL1000Z2.3-SIRON-A [ 2 512XL1000Z2.0-SIRON-A [ 2 Cylindrical Weldon z n ] Weldon available for cylindrical shanks (delivery time is 3 days). Add W after the when ordering: 512L100Z2.0-SIRON-AW. Picture key symbols please see page in Solid End Mills MN Jabro Solid 2 US G5.indd 189 2/12/ :48:26 AM

190 Jabro-Solid 2 JS512 Material 190 E 1-2 E 3-4 E 5-6 a p x D c a e x D c v c (sf/min) 425 ( ) 395 ( ) 330 ( ) M/A/D 7a 48>52HRc ( ) E 8-9 E E E E E 22 Material A/D/E 1-2 A/D/E 3-4 A/D/E a p x D c a e x D c ( ) 165 ( ) 490 ( ) 425 ( ) 1315 ( ) 195 ( ) v c (sf/min) 540 ( ) 490 ( ) 410 ( ) M/A/D 7a 48>52HRc ( ) E/A 8-9 E/A A/D/E A/D/E E E ( ) 215 ( ) 625 ( ) 540 ( ) 1640 ( ) 245 ( ) D c (mm) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) D c (mm) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) For more detailed information see pages 208, 266. E=emulsion A=air D=dry M=mist spray All cutting data are target values Jabro Solid 2 US G5.indd 190 2/12/ :48:27 AM

191 Jabro-Solid 2 - JS512 Metric Type A Type B Tolerances: dm m = h5, Dc = e8 c = D c 3=+0.01, 3<D c 6=+0.02, 6<D c 10=+0.03, 10<D c 14=+0.04, 14<D c 18=+0.05, 18<D c 24=+0.06, 24<D c 30=+0.07 Run-out JS512 = 0.02 JS512L = 0.03 JS512XL = 0.03 Dimensions in mm Type Type D c dm m l 2 a p c x 45 z n JS Z2.0-SIRON-A A [ Z2.0-SIRON-A A [ Z2.0-SIRON-A A [ Z2.0-SIRON-A A [ ] Z2.0-SIRON-A B [ Z2.0-SIRON-A A [ ] Z2.0-SIRON-A B [ Z2.0-SIRON-A A [ ] Z2.0-SIRON-A B [ Z2.0-SIRON-A A [ ] Z2.0-SIRON-A B [ ] Z2.0-SIRON-A B [ ] Z2.0-SIRON-A B [ ] Z2.0-SIRON-A B [ ] Z2.0-SIRON-A B [ ] Z2.0-SIRON-A B [ ] Z2.0-SIRON-A B [ ] 2 512L010Z2.0-SIRON-A A [ 2 512L015Z2.0-SIRON-A A [ 2 512L020Z2.0-SIRON-A A [ ] 2 512L030Z2.0-SIRON-A A [ ] 2 512L040Z2.0-SIRON-A A [ ] 2 512L050Z2.0-SIRON-A A [ ] 2 512L060Z2.0-SIRON-A B [ ] 2 512L080Z2.0-SIRON-A B [ ] 2 512L100Z2.0-SIRON-A B [ ] 2 512L120Z2.0-SIRON-A B [ ] 2 512L160Z2.0-SIRON-A B [ ] 2 512L200Z2.0-SIRON-A B [ ] 2 512L250Z2.0-SIRON-A B [ ] 2 512XL020Z2.0-SIRON-A A [ ] 2 512XL030Z2.0-SIRON-A A [ ] 2 512XL040Z2.0-SIRON-A A [ ] 2 512XL050Z2.0-SIRON-A A [ ] 2 512XL060Z2.0-SIRON-A B [ ] 2 512XL080Z2.0-SIRON-A B [ ] 2 512XL100Z2.0-SIRON-A B [ ] 2 512XL120Z2.0-SIRON-A B [ ] 2 512XL160Z2.0-SIRON-A B [ ] 2 512XL200Z2.0-SIRON-A B [ ] 2 512XL250Z2.0-SIRON-A B [ ] 2 ] Weldon available for cylindrical shanks (delivery time is 3 days). Add W after the when ordering: 512L100Z2.0-SIRON-AW. Picture key symbols please see page in Solid End Mills MN2008. Cylindrical Weldon Jabro Solid 2 US G5.indd 191 2/12/ :48:28 AM

192 Jabro-Solid 2 JS513 Material E 1-2 E 3-4 E 5-6 a p x D c a e x D c v c (sf/min) 425 ( ) 395 ( ) 330 ( ) M/A/D 7a 48>52HRc ( ) E 8-9 E E E E E ( ) 165 ( ) 490 ( ) 425 ( ) ( ) D c (inch) 1/8 3/16 1/4 5/16 3/8 1/2 5/8 3/4 1 n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) Material 192 A/D/E 1-2 A/D/E 3-4 A/D/E 5-6 a p x D c a e x D c v c (sf/min) 540 ( ) 490 ( ) 410 ( ) M/A/D 7a 48>52HRc ( ) E/A 8-9 E/A A/D/E A/D/E E E ( ) 215 ( ) 625 ( ) 540 ( ) 1640 ( ) 245 ( ) D c (inch) 1/8 3/16 1/4 5/16 3/8 1/2 5/8 3/4 1 n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) For more detailed information see pages 208, 266. E=emulsion A=air D=dry M=mist spray All cutting data are target values Jabro Solid 2 US G5.indd 192 2/12/ :48:29 AM

193 Jabro-Solid 2 - JS513 Inch Tolerances: dm m = h5, D c = e8 c = D c 3/16 = , 3/16 < D c 3/8 = , 3/8 < D c 1/2 = , 1/2 < D c 5/8 = , 5/8 < D c 3/4 = , 3/4 < D c 1 = Run-out JS512 =.0008 JS512L =.0012 JS512XL =.0012 Type JS513 D c dm m l 2 a p c x Z3.0-SIRON-A 1/8 1/8 1 1/2 1/ [ Z3.0-SIRON-A 3/16 3/16 1 1/2 3/ [ Z3.0-SIRON-A 1/4 1/4 2 1/ [ Z3.0-SIRON-A 5/16 5/16 2 1/4 5/ [ Z3.0-SIRON-A 3/8 3/8 2 3/4 3/ [ Z3.3-SIRON-A 1/2 1/2 3 1/ [ Z3.0-SIRON-A 1/2 1/2 3 1/ [ Z3.3-SIRON-A 5/8 5/8 3 1/2 1 1/ [ Z3.0-SIRON-A 5/8 5/8 3 1/2 1 1/ [ Z3.3-SIRON-A 3/4 3/ / [ Z3.0-SIRON-A 3/4 3/ / [ Z3.3-SIRON-A / [ Z3.0-SIRON-A / [ 3 513L0125Z3.0-SIRON-A 1/8 1/8 2 7/ [ 3 513L0187Z3.0-SIRON-A 3/16 3/16 2 5/ [ 3 513L0250Z3.0-SIRON-A 1/4 1/4 3 7/ [ 3 513L0312Z3.0-SIRON-A 5/16 5/ [ 3 513L0375Z3.0-SIRON-A 3/8 3/8 3 1/2 1 1/ [ 3 513L0500Z3.3-SIRON-A 1/2 1/ / [ 3 513L0500Z3.0-SIRON-A 1/2 1/ / [ 3 513L0625Z3.3-SIRON-A 5/8 5/8 4 1/2 2 1/ [ 3 513L0625Z3.0-SIRON-A 5/8 5/8 4 1/2 2 1/ [ 3 513L0750Z3.3-SIRON-A 3/4 3/ / [ 3 513L0750Z3.0-SIRON-A 3/4 3/ / [ 3 513L1000Z3.3-SIRON-A / [ 3 513L1000Z3.0-SIRON-A / [ 3 513XL0125Z3.0-SIRON-A 1/8 1/8 2 1/2 5/ [ 3 513XL0187Z3.0-SIRON-A 3/16 3/ [ 3 513XL0250Z3.0-SIRON-A 1/4 1/ / [ 3 513XL0312Z3.0-SIRON-A 5/16 5/ / [ 3 513XL0375Z3.0-SIRON-A 3/8 3/ [ 3 513XL0500Z3.3-SIRON-A 1/2 1/ / [ 3 513XL0500Z3.0-SIRON-A 1/2 1/ / [ 3 513XL0625Z3.3-SIRON-A 5/8 5/ / [ 3 513XL0625Z3.0-SIRON-A 5/8 5/ / [ 3 513XL0750Z3.3-SIRON-A 3/4 3/ [ 3 513XL0750Z3.0-SIRON-A 3/4 3/ [ 3 513XL1000Z3.3-SIRON-A [ 3 513XL1000Z3.0-SIRON-A [ 3 Cylindrical Weldon z n ] Weldon available for cylindrical shanks (delivery time is 3 days). Add W after the when ordering: 512L100Z2.0-SIRON-AW. Picture key symbols please see page in Solid End Mills MN Jabro Solid 2 US G5.indd 193 2/12/ :48:30 AM

194 Jabro-Solid 2 JS513 Material E 1-2 E 3-4 E 5-6 a p x D c a e x D c v c (sf/min) 425 ( ) 395 ( ) 330 ( ) M/A/D 7a 48>52HRc ( ) E 8-9 E E E E E ( ) 165 ( ) 490 ( ) 425 ( ) ( ) D c (mm) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) Material 194 A/D/E 1-2 A/D/E 3-4 A/D/E 5-6 a p x D c a e x D c v c (sf/min) 540 ( ) 490 ( ) 410 ( ) M/A/D 7a 48>52HRc ( ) E/A 8-9 E/A A/D/E A/D/E E E ( ) 215 ( ) 625 ( ) 540 ( ) 1640 ( ) 245 ( ) D c (mm) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) For more detailed information see pages 208, 266. E=emulsion A=air D=dry M=mist spray All cutting data are target values Jabro Solid 2 US G5.indd 194 2/12/ :48:31 AM

195 Jabro-Solid 2 - JS513 Metric Type A Type B Tolerances: dm m = h5, D c = e8 c = D c 3=+0.01, 3<D c 6=+0.02, 6<D c 10=+0.03, 10<D c 14=+0.04, 14<D c 18=+0.05, 18<D c 24=+0.06, 24<D c 30=+0.07 Run-out JS512 = 0.02 JS512L = 0.03 JS512XL = 0.03 Dimensions in mm Type Type D c dm m l 2 a p c x 45 z n JS Z3.0-SIRON-A A [ Z3.0-SIRON-A A [ Z3.0-SIRON-A A [ Z3.0-SIRON-A A [ ] Z3.0-SIRON-A B [ Z3.0-SIRON-A A [ ] Z3.0-SIRON-A B [ Z3.0-SIRON-A A [ ] Z3.0-SIRON-A B [ Z3.0-SIRON-A A [ ] Z3.0-SIRON-A B [ ] Z3.0-SIRON-A B [ ] Z3.0-SIRON-A B [ ] Z3.0-SIRON-A B [ ] Z3.0-SIRON-A B [ ] Z3.0-SIRON-A B [ ] Z3.0-SIRON-A B [ ] 3 513L010Z3.0-SIRON-A A [ 3 513L015Z3.0-SIRON-A A [ 3 513L020Z3.0-SIRON-A A [ ] 3 513L030Z3.0-SIRON-A A [ ] 3 513L040Z3.0-SIRON-A A [ ] 3 513L050Z3.0-SIRON-A A [ ] 3 513L060Z3.0-SIRON-A B [ ] 3 513L080Z3.0-SIRON-A B [ ] 3 513L100Z3.0-SIRON-A B [ ] 3 513L120Z3.0-SIRON-A B [ ] 3 513L160Z3.0-SIRON-A B [ ] 3 513L200Z3.0-SIRON-A B [ ] 3 513L250Z3.0-SIRON-A B [ ] 3 513XL020Z3.0-SIRON-A A [ ] 3 513XL030Z3.0-SIRON-A A [ ] 3 513XL040Z3.0-SIRON-A A [ ] 3 513XL050Z3.0-SIRON-A A [ ] 3 513XL060Z3.0-SIRON-A B [ ] 3 513XL080Z3.0-SIRON-A B [ ] 3 513XL100Z3.0-SIRON-A B [ ] 3 513XL120Z3.0-SIRON-A B [ ] 3 513XL160Z3.0-SIRON-A B [ ] 3 513XL200Z3.0-SIRON-A B [ ] 3 513XL250Z3.0-SIRON-A B [ ] 3 ] Weldon available for cylindrical shanks (delivery time is 3 days). Add W after the when ordering: 512L100Z2.0-SIRON-AW. Picture key symbols please see page in Solid End Mills MN2008. Cylindrical Weldon Jabro Solid 2 US G5.indd 195 2/12/ :48:32 AM

196 Jabro-Solid 2 JS514 Material 196 A/D/E 1-2 A/D/E 3-4 A/D/E 5-6 a p x D c Roughing a e x D c v c (sf/min) 540 ( ) 490 ( ) 410 ( ) M/A/D 7a 48>52HRc ( ) E/A 8-9 E/A A/D/E A/D/E E E 22 Material A/D/E 1-2 A/D/E 3-4 A/D/E a p x D c Finishing a e x D c ( ) 215 ( ) 625 ( ) 540 ( ) 1640 ( ) 245 ( ) v c (sf/min) 590 ( ) 540 ( ) 460 ( ) M/A/D 7a 48>52HRc ( ) E/A 8-9 E/A A/D/E A/D/E E E ( ) 230 ( ) 690 ( ) 590 ( ) 1805 ( ) 280 ( ) D c (inch) 1/8 3/16 1/4 5/16 3/8 12 5/8 3/4 1 n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) D c (inch) 1/8 3/16 1/4 5/16 3/8 1/2 5/8 3/4 1 n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) For more detailed information see pages 208, 266. E=emulsion A=air D=dry M=mist spray All cutting data are target values Jabro Solid 2 US G5.indd 196 2/12/ :48:33 AM

197 Jabro-Solid 2 - JS514 Inch Tolerances: dm m = h5, D c = e8 c = D c 3/16 = , 3/16 < D c 3/8 = , 3/8 < D c 1/2 = , 1/2 < D c 5/8 = , 5/8 < D c 3/4 = , 3/4 < D c 1 = Run-out JS512 =.0008 JS512L =.0012 JS512XL =.0012 Type JS514 D c dm m l 2 a p c x Z4.0-SIRON-A 1/8 1/8 1 1/2 1/ [ Z4.0-SIRON-A 3/16 3/16 1 1/2 3/ [ Z4.0-SIRON-A 1/4 1/4 2 1/ [ Z4.0-SIRON-A 5/16 5/16 2 1/4 5/ [ Z4.0-SIRON-A 3/8 3/8 2 3/4 3/ [ Z4.3-SIRON-A 1/2 1/2 3 1/ [ Z4.0-SIRON-A 1/2 1/2 3 1/ [ Z4.3-SIRON-A 5/8 5/8 3 1/2 1 1/ [ Z4.0-SIRON-A 5/8 5/8 3 1/2 1 1/ [ Z4.3-SIRON-A 3/4 3/ / [ Z4.0-SIRON-A 3/4 3/ / [ Z4.3-SIRON-A / [ Z4.0-SIRON-A / [ 4 514L0125Z4.0-SIRON-A 1/8 1/8 2 7/ [ 4 514L0187Z4.0-SIRON-A 3/16 3/16 2 5/ [ 4 514L0250Z4.0-SIRON-A 1/4 1/4 3 7/ [ 4 514L0312Z4.0-SIRON-A 5/16 5/ [ 4 514L0375Z4.0-SIRON-A 3/8 3/8 3 1/2 1 1/ [ 4 514L0500Z4.3-SIRON-A 1/2 1/ / [ 4 514L0500Z4.0-SIRON-A 1/2 1/ / [ 4 514L0625Z4.3-SIRON-A 5/8 5/8 4 1/2 2 1/ [ 4 514L0625Z4.0-SIRON-A 5/8 5/8 4 1/2 2 1/ [ 4 514L0750Z4.3-SIRON-A 3/4 3/ / [ 4 514L0750Z4.0-SIRON-A 3/4 3/ / [ 4 514L1000Z4.3-SIRON-A / [ 4 514L1000Z4.0-SIRON-A / [ 4 514XL0125Z4.0-SIRON-A 1/8 1/8 2 1/2 5/ [ 4 514XL0187Z4.0-SIRON-A 3/16 3/ [ 4 514XL0250Z4.0-SIRON-A 1/4 1/ / [ 4 514XL0312Z4.0-SIRON-A 5/16 5/ / [ 4 514XL0375Z4.0-SIRON-A 3/8 3/ [ 4 514XL0500Z4.3-SIRON-A 1/2 1/ / [ 4 514XL0500Z4.0-SIRON-A 1/2 1/ / [ 4 514XL0625Z4.3-SIRON-A 5/8 5/ / [ 4 514XL0625Z4.0-SIRON-A 5/8 5/ / [ 4 514XL0750Z4.3-SIRON-A 3/4 3/ [ 4 514XL0750Z4.0-SIRON-A 3/4 3/ [ 4 514XL1000Z4.3-SIRON-A [ 4 514XL1000Z4.0-SIRON-A [ 4 Cylindrical Weldon z n ] Weldon available for cylindrical shanks (delivery time is 3 days). Add W after the when ordering: 512L100Z2.0-SIRON-AW. Picture key symbols please see page in Solid End Mills MN Jabro Solid 2 US G5.indd 197 2/12/ :48:34 AM

198 Jabro-Solid 2 JS514 Material 198 A/D/E 1-2 A/D/E 3-4 A/D/E 5-6 a p x D c Roughing a e x D c v c (sf/min) 540 ( ) 490 ( ) 410 ( ) M/A/D 7a 48>52HRc ( ) E/A 8-9 E/A A/D/E A/D/E E E 22 Material A/D/E 1-2 A/D/E 3-4 A/D/E a p x D c Finishing a e x D c ( ) 215 ( ) 625 ( ) 540 ( ) 1640 ( ) 245 ( ) v c (sf/min) 590 ( ) 540 ( ) 460 ( ) M/A/D 7a 48>52HRc ( ) E/A 8-9 E/A A/D/E A/D/E E E ( ) 230 ( ) 690 ( ) 590 ( ) 1805 ( ) 280 ( ) D c (mm) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) D c (mm) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) For more detailed information see pages 208, 266. E=emulsion A=air D=dry M=mist spray All cutting data are target values Jabro Solid 2 US G5.indd 198 2/12/ :48:35 AM

199 Jabro-Solid 2 - JS514 Metric Type A Type B Tolerances: dm m = h5, D c = e8 c = D c 3=+0.01, 3<D c 6=+0.02, 6<D c 10=+0.03, 10<D c 14=+0.04, 14<D c 18=+0.05, 18<D c 24=+0.06, 24<D c 30=+0.07 Run-out JS512 = 0.02 JS512L = 0.03 JS512XL = 0.03 Dimensions in mm Type Type D c dm m l 2 a p c x 45 z n JS Z4.0-SIRON-A A [ Z4.0-SIRON-A A [ Z4.0-SIRON-A A [ Z4.0-SIRON-A A [ ] Z4.0-SIRON-A B [ Z4.0-SIRON-A A [ ] Z4.0-SIRON-A B [ Z4.0-SIRON-A A [ ] Z4.0-SIRON-A B [ Z4.0-SIRON-A A [ ] Z4.0-SIRON-A B [ ] Z4.0-SIRON-A B [ ] Z4.0-SIRON-A B [ ] Z4.0-SIRON-A B [ ] Z4.0-SIRON-A B [ ] Z4.0-SIRON-A B [ ] Z4.0-SIRON-A B [ ] 4 514L010Z4.0-SIRON-A A [ 4 514L015Z4.0-SIRON-A A [ 4 514L020Z4.0-SIRON-A A [ ] 4 514L030Z4.0-SIRON-A A [ ] 4 514L040Z4.0-SIRON-A A [ ] 4 514L050Z4.0-SIRON-A A [ ] 4 514L060Z4.0-SIRON-A B [ ] 4 514L080Z4.0-SIRON-A B [ ] 4 514L100Z4.0-SIRON-A B [ ] 4 514L120Z4.0-SIRON-A B [ ] 4 514L160Z4.0-SIRON-A B [ ] 4 514L200Z4.0-SIRON-A B [ ] 4 514L250Z4.0-SIRON-A B [ ] 4 514XL020Z4.0-SIRON-A A [ ] 4 514XL030Z4.0-SIRON-A A [ ] 4 514XL040Z4.0-SIRON-A A [ ] 4 514XL050Z4.0-SIRON-A A [ ] 4 514XL060Z4.0-SIRON-A B [ ] 4 514XL080Z4.0-SIRON-A B [ ] 4 514XL100Z4.0-SIRON-A B [ ] 4 514XL120Z4.0-SIRON-A B [ ] 4 514XL160Z4.0-SIRON-A B [ ] 4 514XL200Z4.0-SIRON-A B [ ] 4 514XL250Z4.0-SIRON-A B [ ] 4 ] Weldon available for cylindrical shanks (delivery time is 3 days). Add W after the when ordering: 512L100Z2.0-SIRON-AW. Picture key symbols please see page in Solid End Mills MN2008. Cylindrical Weldon Jabro Solid 2 US G5.indd 199 2/12/ :48:36 AM

200 Jabro-Solid 2 JS553 Material 200 E 1-2 E 3-4 E 5-6 a p x D c a e x D c v c (sf/min) 490 ( ) 460 ( ) 395 ( ) M/A/D 7a 48>52HRc ( ) E 8-9 E E E E E 22 Material A/D/E 1-2 A/D/E 3-4 A/D/E a p x D c a e x D c ( ) 180 ( ) 525 ( ) 460 ( ) 1970 ( ) 230 ( ) v c (sf/min) 625 ( ) 575 ( ) 490 ( ) M/A/D 7a 48>52HRc ( ) E/A 8-9 E/A A/D/E A/D/E E E ( ) 215 ( ) 655 ( ) 575 ( ) 2460 ( ) 295 ( ) D c (inch) 1/8 3/16 1/4 5/16 3/8 1/2 5/8 3/4 1 n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) D c (inch) 1/8 3/16 1/4 5/16 3/8 1/2 5/8 3/4 1 n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) For more detailed information see pages 208, 266. E=emulsion A=air D=dry M=mist spray All cutting data are target values Jabro Solid 2 US G5.indd 200 2/12/ :48:37 AM

201 Jabro-Solid 2 - JS553 Inch Tolerances: dm m = h5, D c = e8, r ³1 = +/ c = D c 3/16 = , 3/16 < D c 3/8 = , 3/8 < D c 1/2 = , 1/2 < D c 5/8 = , 5/8 < D c 3/4 = , 3/4 < D c 1 = Run-out JS512 =.0004 JS512L =.0004 JS512XL =.0004 Type JS553 D c dm m l 2 a p r e1 c x Z3.0-SIRON-A 1/8 1/8 2 1/ [ Z3.0-SIRON-A 3/16 3/16 2 3/ [ Z3.0-SIRON-A 1/4 1/4 2 1/2 1/ [ R015Z3.0-SIRON-A 1/4 1/4 2 1/2 1/ [ Z3.0-SIRON-A 5/16 5/16 2 1/2 5/ [ R015Z3.0-SIRON-A 5/16 5/16 2 1/2 5/ [ Z3.0-SIRON-A 3/8 3/8 3 3/ [ R015Z3.0-SIRON-A 3/8 3/8 3 3/ [ R030Z3.0-SIRON-A 3/8 3/8 3 3/ [ Z3.3-SIRON-A 1/2 1/2 3 1/ [ Z3.0-SIRON-A 1/2 1/2 3 1/ [ R015Z3.3-SIRON-A 1/2 1/2 3 1/ [ R015Z3.0-SIRON-A 1/2 1/2 3 1/ [ R030Z3.3-SIRON-A 1/2 1/2 3 1/ [ R030Z3.0-SIRON-A 1/2 1/2 3 1/ [ Z3.3-SIRON-A 5/8 5/8 3 3/4 1 1/ [ Z3.0-SIRON-A 5/8 5/8 3 3/4 1 1/ [ R030Z3.3-SIRON-A 5/8 5/8 3 3/4 1 1/ [ R030Z3.0-SIRON-A 5/8 5/8 3 3/4 1 1/ [ R060Z3.3-SIRON-A 5/8 5/8 3 3/4 1 1/ [ R060Z3.0-SIRON-A 5/8 5/8 3 3/4 1 1/ [ Z3.3-SIRON-A 3/4 3/ / [ Z3.0-SIRON-A 3/4 3/ / [ R030Z3.3-SIRON-A 3/4 3/ / [ R030Z3.0-SIRON-A 3/4 3/ / [ R060Z3.3-SIRON-A 3/4 3/ / [ R060Z3.0-SIRON-A 3/4 3/ / [ Z3.3-SIRON-A [ Z3.0-SIRON-A [ R030Z3.3-SIRON-A [ R030Z3.0-SIRON-A [ R060Z3.3-SIRON-A [ R060Z3.0-SIRON-A [ 3 Cylindrical Weldon z n ] Weldon available for cylindrical shanks (delivery time is 3 days). Add W after the when ordering: 512L100Z2.0-SIRON-AW. Picture key symbols please see page in Solid End Mills MN Jabro Solid 2 US G5.indd 201 2/12/ :48:38 AM

202 Jabro-Solid 2 JS553 Material 202 E 1-2 E 3-4 E 5-6 a p x D c a e x D c v c (sf/min) 490 ( ) 460 ( ) 395 ( ) M/A/D 7a 48>52HRc ( ) E 8-9 E E E E E 22 Material A/D/E 1-2 A/D/E 3-4 A/D/E a p x D c a e x D c ( ) 180 ( ) 525 ( ) 460 ( ) 1970 ( ) 230 ( ) v c (sf/min) 625 ( ) 575 ( ) 490 ( ) M/A/D 7a 48>52HRc ( ) E/A 8-9 E/A A/D/E A/D/E E E ( ) 215 ( ) 655 ( ) 575 ( ) 2460 ( ) 295 ( ) D c (mm) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) D c (mm) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) For more detailed information see pages 208, 266. E=emulsion A=air D=dry M=mist spray All cutting data are target values Jabro Solid 2 US G5.indd 202 2/12/ :48:39 AM

203 Jabro-Solid 2 - JS553 Metric Type A Type B Tolerances: dm m = h5, D c = e7, r ³1 = +/-0.02 c = D c 3=+0.01, 3<D c 6=+0.02, 6<D c 10=+0.03, 10<D c 14=+0.04, 14<D c 18=+0.05, 18<D c 24=+0.06, 24<D c 30=+0.07 Run-out JS512 = 0.01 JS512L = 0.01 JS512XL = 0.01 Dimensions in mm Type Type D c dm m l 2 a p r e1 c x 45 z n JS Z3.0-SIRON-A A [ ] Z3.0-SIRON-A A [ ] Z3.0-SIRON-A A [ ] Z3.0-SIRON-A A [ ] Z3.0-SIRON-A A [ ] Z3.0-SIRON-A A [ ] Z3.0-SIRON-A A [ ] R020Z3.0-SIRON-A A [ ] Z3.0-SIRON-A A [ ] Z3.3-SIRON-A B [ Z3.0-SIRON-A B [ R020Z3.0-SIRON-A B [ ] Z3.3-SIRON-A B [ Z3.0-SIRON-A B [ R050Z3.0-SIRON-A B [ ] Z3.3-SIRON-A B [ Z3.0-SIRON-A B [ R050Z3.0-SIRON-A B [ ] R100Z3.0-SIRON-A B [ ] Z3.3-SIRON-A B [ Z3.0-SIRON-A B [ R050Z3.0-SIRON-A B [ ] R100Z3.0-SIRON-A B [ ] Z3.3-SIRON-A B [ Z3.0-SIRON-A B [ R050Z3.0-SIRON-A B [ ] R100Z3.0-SIRON-A B [ ] Z3.3-SIRON-A B [ Z3.0-SIRON-A B [ R050Z3.0-SIRON-A B [ ] R100Z3.0-SIRON-A B [ ] Z3.3-SIRON-A B [ Z3.0-SIRON-A B [ R050Z3.0-SIRON-A B [ ] R100Z3.0-SIRON-A B [ ] 3 Cylindrical Weldon ] Weldon available for cylindrical shanks (delivery time is 3 days). Add W after the when ordering: 512L100Z2.0-SIRON-AW. Picture key symbols please see page in Solid End Mills MN Jabro Solid 2 US G5.indd 203 2/12/ :48:40 AM

204 Jabro-Solid 2 JS554 Material E 1-2 E 3-4 E 5-6 a p x D c a e x D c v c (sf/min) 490 ( ) 460 ( ) 395 ( ) M/A/D 7a 48>52HRc ( ) E 8-9 E E E E E ( ) 165 ( ) 525 ( ) 460 ( ) ( ) D c (inch) 1/4 5/16 3/8 1/2 5/8 3/4 1 n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) Material 204 A/D/E 1-2 A/D/E 3-4 A/D/E 5-6 a p x D c a e x D c v c (sf/min) 625 ( ) 575 ( ) 490 ( ) M/A/D 7a 48>52HRc ( ) E/A 8-9 E/A A/D/E A/D/E E E ( ) 215 ( ) 655 ( ) 575 ( ) 2460 ( ) 295 ( ) D c (inch) 1/4 5/16 3/8 1/2 5/8 3/4 1 n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) For more detailed information see pages 208, 266. E=emulsion A=air D=dry M=mist spray All cutting data are target values Jabro Solid 2 US G5.indd 204 2/12/ :48:41 AM

205 Jabro-Solid 2 - JS554 Inch Tolerances: dm m = h5, D c = e8, r ³1 = +/ c = D c 3/16 = , 3/16 < D c 3/8 = , 3/8 < D c 1/2 = , 1/2 < D c 5/8 = , 5/8 < D c 3/4 = , 3/4 < D c 1 = Run-out JS512 =.0004 JS512L =.0004 JS512XL =.0004 Type JS554 D c dm m l 2 a p r e1 c x Z4.0-SIRON-A 1/4 1/4 2 1/2 1/ [ R015Z4.0-SIRON-A 1/4 1/4 2 1/2 1/ [ Z4.0-SIRON-A 5/16 5/16 2 1/2 5/ [ R015Z4.0-SIRON-A 5/16 5/16 2 1/2 5/ [ Z4.0-SIRON-A 3/8 3/8 3 3/ [ R015Z4.0-SIRON-A 3/8 3/8 3 3/ [ R030Z4.0-SIRON-A 3/8 3/8 3 3/ [ Z4.3-SIRON-A 1/2 1/2 3 1/ [ Z4.0-SIRON-A 1/2 1/2 3 1/ [ R015Z4.3-SIRON-A 1/2 1/2 3 1/ [ R015Z4.0-SIRON-A 1/2 1/2 3 1/ [ R030Z4.3-SIRON-A 1/2 1/2 3 1/ [ R030Z4.0-SIRON-A 1/2 1/2 3 1/ [ Z4.3-SIRON-A 5/8 5/8 3 3/4 1 1/ [ Z4.0-SIRON-A 5/8 5/8 3 3/4 1 1/ [ R015Z4.3-SIRON-A 5/8 5/8 3 3/4 1 1/ [ R015Z4.0-SIRON-A 5/8 5/8 3 3/4 1 1/ [ R030Z4.3-SIRON-A 5/8 5/8 3 3/4 1 1/ [ R030Z4.0-SIRON-A 5/8 5/8 3 3/4 1 1/ [ Z4.3-SIRON-A 3/4 3/ / [ Z4.0-SIRON-A 3/4 3/ / [ R030Z4.3-SIRON-A 3/4 3/ / [ R030Z4.0-SIRON-A 3/4 3/ / [ R060Z4.3-SIRON-A 3/4 3/ / [ R060Z4.0-SIRON-A 3/4 3/ / [ Z4.3-SIRON-A [ Z4.0-SIRON-A [ R030Z4.3-SIRON-A [ R030Z4.0-SIRON-A [ R060Z4.3-SIRON-A [ R060Z4.0-SIRON-A [ 4 Cylindrical Weldon z n ] Weldon available for cylindrical shanks (delivery time is 3 days). Add W after the when ordering: 512L100Z2.0-SIRON-AW. Picture key symbols please see page in Solid End Mills MN Jabro Solid 2 US G5.indd 205 2/12/ :48:42 AM

206 Jabro-Solid 2 JS554 Material E 1-2 E 3-4 E 5-6 a p x D c a e x D c v c (sf/min) 490 ( ) 460 ( ) 395 ( ) M/A/D 7a 48>52HRc ( ) E 8-9 E E E E E ( ) 165 ( ) 525 ( ) 460 ( ) ( ) D c (mm) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) Material 206 A/D/E 1-2 A/D/E 3-4 A/D/E 5-6 a p x D c a e x D c v c (sf/min) 625 ( ) 575 ( ) 490 ( ) M/A/D 7a 48>52HRc ( ) E/A 8-9 E/A A/D/E A/D/E E E ( ) 215 ( ) 655 ( ) 575 ( ) 2460 ( ) 295 ( ) D c (mm) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) n (rev/min) f z (in) v f (in/min) For more detailed information see pages 208, 266. E=emulsion A=air D=dry M=mist spray All cutting data are target values Jabro Solid 2 US G5.indd 206 2/12/ :48:43 AM

207 Jabro-Solid 2 - JS554 Metric Tolerances: dm m = h5, D c = e7, r ³1 = +/-0.02 c = D c 3=+0.01, 3<D c 6=+0.02, 6<D c 10=+0.03, 10<D c 14=+0.04, 14<D c 18=+0.05, 18<D c 24=+0.06, 24<D c 30=+0.07 Run-out JS512 = 0.01 JS512L = 0.01 JS512XL = 0.01 Type Dimensions in mm D c dm m l 2 a p r e1 c x 45 z n JS Z4.3-SIRON-A [ Z4.0-SIRON-A [ R020Z4.3-SIRON-A [ R020Z4.0-SIRON-A [ Z4.3-SIRON-A [ Z4.0-SIRON-A [ R050Z4.3-SIRON-A [ R050Z4.0-SIRON-A [ Z4.3-SIRON-A [ Z4.0-SIRON-A [ R050Z4.3-SIRON-A [ R050Z4.0-SIRON-A [ R100Z4.3-SIRON-A [ R100Z4.0-SIRON-A [ Z4.3-SIRON-A [ Z4.0-SIRON-A [ R050Z4.3-SIRON-A [ R050Z4.0-SIRON-A [ R100Z4.3-SIRON-A [ R100Z4.0-SIRON-A [ Z4.3-SIRON-A [ Z4.0-SIRON-A [ R050Z4.3-SIRON-A [ R050Z4.0-SIRON-A [ R100Z4.3-SIRON-A [ R100Z4.0-SIRON-A [ Z4.3-SIRON-A [ Z4.0-SIRON-A [ R050Z4.3-SIRON-A [ R050Z4.0-SIRON-A [ R100Z4.3-SIRON-A [ R100Z4.0-SIRON-A [ Z4.3-SIRON-A [ Z4.0-SIRON-A [ R050Z4.3-SIRON-A [ R050Z4.0-SIRON-A [ R100Z4.3-SIRON-A [ R100Z4.0-SIRON-A [ 4 Cylindrical Weldon ] Weldon available for cylindrical shanks (delivery time is 3 days). Add W after the when ordering: 512L100Z2.0-SIRON-AW. Picture key symbols please see page in Solid End Mills MN Jabro Solid 2 US G5.indd 207 2/12/ :48:43 AM

208 Jabro-Solid and 550 series parameters re-calculated from the original parameters Note dimensions in mm Use original standard version side rough cutting data then re-calculate parameters! Use original standard version slotting cutting data then re-calculate parameters! Slotting Side Rough Side Finish Ramping Helical Drilling*** all values are percentages of original (100%) cutting data JS512 Standard L** XL** a p f z a e f z a p v c a e (% of D c ) f z a p f z f z f z f z f z f z x x x x x xx 30 xx 30 xx 40 xx 40 xx 40 xx 20 xx 120 x x a p / hole a p 360 ø (% of (% of D c ) (% of D c ) f z D c ) JS513 Standard L** XL** x x x x x x x x x x x x x x 30 xx 40 xx 40 xx 10 xx 130 x x 10 xx 30 xx JS514 Standard L** XL** x x x x x x x x x x x x x x x x x x 5* 5* x x *use original standard version side rough cutting data JS553 Standard x x JS554 Standard x x x x x x x x = Not recommended, ** L and XL versions not recommended in Seco material group 7a and 20-21, *** = Drilling is not recommended in Seco material group 7a, 10-11, Example: Helical interpolation with JS513: V c =org. N=orig. Hole diameter=130% of D c fz=40% *orig slotting cutting data a p =( 10% of D c ) /360 Regrind and Custom Design RECONDITIONING A cost effective way to regrind and recoat Jabro solid carbide tooling Seco-Jabro offers a service where the tool is reconditioned back to the original Jabro solid geometry and coating. You receive a reconditioned as new tool that guarantees 100% performance. PROCEDURE Modified Tools Seco-Jabro offers a quick delivery solution for standard tools requiring modification to meet specific geometrical requirements. Weldon/Whistle notch OD reduction (full) Radius/facet/chamfer/concave Cutting diameter 208 External, coolant channels OD reduction, increased length Chip breakers Custom design: code) Other modifications on request (via ZYN) Jabro Solid 2 US G5.indd 208 2/12/ :48:45 AM

209 Feedmax_SD245ASD265A.fm Page 209 Friday, February 12, :57 AM Seco Feedmax For specific applications Problem solver when extra stability is needed Drill IT 7 holes in one shot. SD245A 4 land margins Special point geometry - Less radial forces - Improved centering - Strong 90 degree corner SD265A 6 land margins Less back taper Very tight manufacturing tolerances Improved centering Features: Advantages: Benefits: Optimized design - cutting edges - land margins Low friction cooling Hole quality - tolerance Application security Cost reduction - less machining time - less tool cost Seco Feedmax For specific applications 209

210 Feedmax_SD245ASD265A.fm Page 210 Friday, February 12, :57 AM Seco Feedmax SD245A Drilling depth ~ 5 x D Seco Feedmax SD245A Cylindrical shank DIN 6537A A=Internal through coolant. For cutting and machining data see page. Coating: TiAlN + TiN. Hole tolerance: IT 8. Drill dia. D c (inch) Drill dia. D c (mm) Max drilling depth l 4 (inch) * l 4 l 2 l 1 l c l 6 dm m SD245A R SD245A R / SD245A R SD245A R / SD245A R SD245A R SD245A R / SD245A R SD245A R / SD245A R SD245A R SD245A R SD245A R SD245A R / SD245A R SD245A R SD245A R / SD245A R SD245A R SD245A R / SD245A R SD245A R SD245A R SD245A R / SD245A R SD245A R / SD245A R SD245A R SD245A R * For intermediate diameters see the Custom Design software. 210

211 Feedmax_SD245ASD265A.fm Page 211 Friday, February 12, :57 AM Seco Feedmax SD265A Drilling depth ~ 5 x D Seco Feedmax SD265A Cylindrical shank DIN 6537A A=Internal through coolant. For cutting and machining data see page. Coating: TiAlN + TiN. Hole tolerance: IT 7. Drill dia. D c (inch) Drill dia. D c (mm) Max drilling depth l 4 (inch) Dimensiond in inch l 4 l 2 l 1 l c l 6 dm m SD265A R SD265A R SD265A R SD265A R SD265A R SD265A R / SD265A R1* / SD265A R1* / SD265A R1* / SD265A R1* *Dowel pin standard ANSI / ASME B

212 Feedmax_SD245ASD265A.fm Page 212 Friday, February 12, :57 AM Seco Feedmax Cutting data SD245 and SD265 The recommended start values for general applications are marked bold. Reduce the values in case of poor stability in the application, high hardness of the workpiece or low coolant pressure in combination with drilling deep holes (> 3 x D). Seco Material group No. Recommended cutting speed v c (sfpm) Recommended feed f, (in/rev) Internal coolant supply * * Max drilling depth 5 x D with external coolant supply. Seco Feedmax Cutting data 212

213 Feedmax_SD245ASD265A.fm Page 213 Friday, February 12, :57 AM Seco Feedmax Regrinding instructions Regrinding instructions for SD203, SD203A, SD205A, SD207A and SD265A 1. Conical flank 2. Web thinning Chisel edge length L Drill dia. D c (inch) L (inch) Lip height distance (axial run-out) to be within.0008" (0.02 mm) Grinding of flat X 4. Edge preparation Workpiece material Drill dia. <.394 b n (inch) Drill dia. >.394 Steel Stainless steel Cast iron Max. allowed flank wear before regrinding is " ( mm) measured at the largest point. Specifications For steps 13 use: Diamond grinding wheel shape: Grain size: Concentration: For step 4 use: Diamond file Grain size roughing: Grain size finishing: 1A1 or 1V1 10 D76 (230 mesh) D76 (230 mesh) D46 (400 mesh) Important! The cutting edges must be uniform and have the same size of edge preparation. The edge preparation must be applied on the whole length of the cutting edges. Regrinding will decrease drilling depth. Please review the current Material Data Safety Sheet which can be found at under the Safety section. Seco Feedmax Regrinding instructions 213

214 CrownLoc.fm Page 214 Thursday, February 11, :12 PM Crownloc Exchangeable tip drills Reduce your drilling costs with Seco Crownloc High Cutting Data: Optimized geometry No adjustment for reground tools TiAlN coating No Regrinding Costs: Direct (cost of regrinding) Indirect (logistics, large inventory) Less Tool Inventory: Geometries for all materials - ISO -P, -M, -K Custom Design Several diameters of crowns per drill body Range: Drill diameters.3748" " ( mm) Drill depths 1.5 x D, 3 x D, 5 x D and 7 x D Crownloc Exchangeable tip drills 214

215 SD103.fm Page 215 Friday, February 12, :04 AM Crownloc SD103 Drilling depth ~ 3 x D Inch Crownloc SD103 SD103 ISO9766 fits holders: Weldon 1835B, ISO 5414, DIN Internal through coolant. For cutting and machining data see page -. For drill dia. D c (inch) For drill dia. D c (mm) Max drilling depth l 4 (inch) Dimensions in Inch l 2 l 1s l c l 3s D cby dm m D 5m SD / R SD / R SD / R SD / R SD / R SD / R SD / R SD / R SD / R SD / R SD / R SD / R SD / R SD / R SD / R SD / R SD / R Spare Parts Accessories* Key Locking screw Dynamomentic key** Replacement Blade For drill dia. (inch) For drill dia. (mm) Torque value (Nm) Torque value (in/lbs) H1.5-2D MP6SS3x12 H H H2.0-2D MP6SS4x12 H H H2.5-2D MP6SS5x16 H H H2.5-2D MP6SS5x16 H H *To be ordered separately. ** Including blade. 215

216 CrownLoc.fm Page 216 Thursday, February 11, :12 PM Crownloc Crowns Make your choice of geometry; P=steel, M=stainless steel, K=cast iron. Crownloc Crowns Crown P-geometry for steel Reamer size* M-geometry for stainless steel Reamer size* K-geometry for cast iron Reamer size* D (inch) D (mm) a Tolerances a= ± 0.004" (0.1 mm) SD P SD M SD P SD M SD K SD P SD P SD M SD K SD P SD P SD M SD P SD P SD M SD K SD P SD P SD M SD P 11 H6/11 H7 SD M SD K 11 H6/11 H SD P 11 H6/11 H7 SD M 11 H6/11 H SD P SD M SD K SD P SD M SD P SD M SD P SD P SD K SD P SD M SD P SD P 12 H6/12 H7 SD M SD K 12 H6/12 H SD P 12 H6/12 H7 SD M 12 H6/12 H SD P SD M SD K SD P SD P SD P SD M SD K SD P SD M SD K SD P SD M SD K SD P SD P SD M SD K 13 H SD P 13 H6/13 H7 SD M SD K 13 H6/13 H SD P 13 H6/13 H7 SD M 13 H6/13 H SD P SD M SD K SD P SD M SD K SD P SD P SD M SD K SD P SD M SD K SD P SD M SD K 14 H SD P 14 H6/14 H7 SD M SD K 14 H6/14 H SD P 14 H6/14 H7 SD M 14 H6/14 H7 SD K SD P SD M SD K SD P SD P SD M SD K SD P SD M SD K SD P SD P SD M SD K SD P SD M SD K SD P SD M SD K 15 H SD P 15 H6/15 H7 SD M SD K 15 H6/15 H SD P 15 H6/15 H7 SD M 15 H6/15 H SD P SD M SD K SD P SD M SD K SD P SD P SD P SD M SD K SD P SD M SD K SD P SD M SD K SD P SD M SD K 16 H SD P 16 H6/16 H7 SD M SD K 16 H6/16 H SD P 16 H6/16 H7 SD M 16 H6/16 H7 SD K 16 H6/16 H SD P SD M SD K * For further information on what reamer to use and how to use it, see MN Holemaking. 216

217 CrownLoc.fm Page 217 Thursday, February 11, :12 PM Crownloc Crowns Make your choice of geometry; P=steel, M=stainless steel, K=cast iron. Crown P-geometry for steel Reamer size* M-geometry for stainless steel Reamer size* K-geometry for cast iron Reamer size* D (inch) D (mm) a Tolerances a= ± 0.004" (0.1 mm) SD P SD P SD P SD P SD M SD K SD P SD K SD P SD M SD K SD P SD M SD K SD P SD M SD K 17 H SD P 17 H6/17 H7 SD M SD K 17 H6/17 H SD P 17 H6/17 H7 SD M 17 H6/17 H SD P SD M SD K SD P SD M SD K SD P SD P SD K SD K SD P SD M SD K SD P SD M SD K SD P SD M SD K 18 H SD P 18 H6/18 H7 SD M SD K 18 H6/18 H SD P 18 H6/18 H7 SD M SD K 18 H6/18 H SD P 18 H6/18 H7 SD M 18 H6/18 H SD P SD M SD K SD P SD P SD P SD M SD K SD P SD M SD K SD P SD M SD K SD P SD M SD K 19 H6/19 H SD P 19 H6/19 H7 SD M SD K 19 H6/19 H SD P 19 H6/19 H7 SD M 19 H6/19 H SD P SD M SD K SD P SD M SD K SD P SD P SD M SD K SD P SD P SD M SD K SD P SD M SD K SD P SD M SD K 20 H SD P 20 H6/20 H7 SD M SD K 20 H6/20 H SD P 20 H6/20 H7 SD M SD K 20 H6/20 H SD P 20 H6/20 H7 SD M 20 H6/20 H SD P SD P SD M SD K SD P SD P SD M SD K SD P SD M SD P 21 H6/21 H7 SD M SD K 21 H6/21 H SD P 21 H6/21 H7 SD M 21 H6/21 H SD P SD M SD K SD P SD P SD P SD P SD M SD P SD M SD K SD P 22 H6/22 H7 SD M SD K 22 H6/22 H SD P 22 H6/22 H SD P SD M 22 H6/22 H SD P SD M SD K SD P SD M SD P SD M SD K * For further information on what reamer to use and how to use it, see MN Holemaking. 217

218 CrownLoc.fm Page 218 Thursday, February 11, :12 PM Crownloc Crowns Make your choice of geometry; P=steel, M=stainless steel, K=cast iron. Crown P-geometry for steel Reamer size* M-geometry for stainless steel Reamer size* K-geometry for cast iron Reamer size* D (inch) D (mm) a Tolerances a= ± 0.004" (0.1 mm) SD P SD P 23 H6/23 H7 SD M SD K 23 H6/23 H SD P 23 H6/23 H7 SD M 23 H6/23 H SD P SD M SD K SD P SD P SD M SD K SD P 24 H6/24 H7 SD M SD K 24 H6/24 H SD P 24 H6/24 H7 SD M 24 H6/24 H SD P SD M SD K SD P SD P SD M SD K SD P SD P 25 H6/25 H7 SD M SD K 25 H6/25 H SD P 25 H6/25 H7 SD M 25 H6/25 H7 SD K SD P SD M SD K SD P SD M SD K SD P SD P SD M SD P 26 H6/26 H7 SD M SD K 26 H6/26 H SD P 26 H6/26 H7 SD M 26 H6/26 H7 SD K SD P SD K L-geometry SD L For long chipping materials * For further information on what reamer to use and how to use it, see MN Holemaking. 218

219 CrownLoc.fm Page 219 Thursday, February 11, :12 PM Crownloc Cutting data SD101, SD103 and SD105 The start values for general applications are marked bold. Seco Material group No. Geometry Cutting Speed v c (sf/min) Feed f (inch/rev) for drill diameter Ø Ø Ø Ø Ø P P P * P * M * P * M * M K K K M M * When drilling in high strength steels and stainless steels with 5 x D drills (SD105), it may be necessary to reduce the feed during entrance in order to achieve a better centering function. Or use a SD101 drill as a pre drill. Note! For safety reasons, maximum allowed rpm for Seco Crownloc Drill diameter Drill diameter Max rpm , , ,000 Crownloc Cutting data 219

220 CrownLoc.fm Page 220 Thursday, February 11, :12 PM Crownloc Cutting data for superalloys Superalloys The recommendations are only valid for Crownloc M-geometry. 1. The machinability of the actual material expressed in percent is given in the tables on page. 2. Read the recommended cutting speed and feed with regard to the relevant machinability. Start value for feed is marked with bold figures and given for each diameter. Machinability % Geometry Recommended cutting speed v c (sf/min) Internal coolant supply Feed f (inch/rev) for drill diameter Ø Ø Ø Ø M M M M M M M M M M M M Coolant flow at different pressures Flow (gal/min) Recommended coolant flow D x 1 gal/min. Minimum coolant flow D/2 gal/min. D = Drill diameter. Minimum recommended coolant pressure 150 psi with < 3 x D. Minimum recommended coolant pressure 300 psi with > 3 x D. Coolant mix When drilling in stainless and high strength steels a mix of 10% is recommended. Coolant pressure (psi) Crownloc Cutting data for superalloys 220

221 221 Perfo_cover.fm Page 221 Thursday, February 11, :14 PM Perfomax indexable insert drills Reduce your drilling costs with Seco Perfomax High Cutting Data: Strong square inserts High drill body stability Wiper geometry User friendly: Unique chip flute design Low noise level Long and predictable tool life: Optimized chip evacuation - Low friction coating Strong drill body and insert design Modern grades Range: 2 x D, 3 x D, 4 x D and 5 x D Drill diameters.590" - 3.5" (15-85 mm) Rotating and non-rotating Perfomax indexable insert drills 221

222 222 Perfo SD503_C6_1.fm Page 222 Thursday, February 11, :16 PM Perfomax SD503 Drilling depth 3 x D Perfomax SD503 Seco Capto C6 shank For insert information see, MN Holemaking. For cutting data, see pages Drill dia. D c (inch) Drill dia. D c (mm) Drill depth l 4 (mm) Dimensions in mm Insert types Radial adjustment l 1s l 3s D 5m Center insert Periph insert SD C6 [ SPGX 0502-C1 SCGX SD C6 [ SPGX 0502-C1 SCGX SD C6 [ SPGX 0502-C1 SCGX SD C6 [ SPGX 0502-C1 SCGX SD C6 [ SPGX 0502-C1 SCGX SD C6 [ SPGX 0602-C1 SCGX SD C6 [ SPGX 0602-C1 SCGX SD C6 [ SPGX 0602-C1 SCGX SD C6 [ SPGX 0602-C1 SCGX SD C6 [ SPGX 0602-C1 SCGX SD C6 [ SPGX 0602-C1 SCGX SD C6 [ SPGX 0602-C1 SCGX SD C6 [ SPGX 0703-C1 SCGX SD C6 [ SPGX 0703-C1 SCGX SD C6 [ SPGX 0703-C1 SCGX SD C6 [ SPGX 0703-C1 SCGX SD C6 [ SPGX 0703-C1 SCGX SD C6 [ SPGX 0703-C1 SCGX SD C6 [ SPGX 0903-C1 SCGX SD C6 [ SPGX 0903-C1 SCGX SD C6 [ SPGX 0903-C1 SCGX SD C6 [ SPGX 0903-C1 SCGX 09T SD C6 [ SPGX 0903-C1 SCGX 09T SD C6 [ SPGX 0903-C1 SCGX 09T SD C6 [ SPGX 0903-C1 SCGX 09T SD C6 [ SPGX11T3-C1 SCGX 09T SD C6 [ SPGX11T3-C1 SCGX 09T SD C6 [ SPGX11T3-C1 SCGX 09T SD C6 [ SPGX11T3-C1 SCGX 09T SD C6 [ SPGX11T3-C1 SCGX SD C6 [ SPGX11T3-C1 SCGX SD C6 [ SPGX11T3-C1 SCGX SD C6 [ SPGX 12T3-C1 SCGX SD C6 [ SPGX 12T3-C1 SCGX SD C6 [ SPGX 12T3-C1 SCGX

223 223 Perfo SD503_C6_2.fm Page 223 Thursday, February 11, :18 PM Perfomax SD503 Drilling depth 3 x D Perfomax SD503 Seco Capto C6 shank Drill dia. D c (inch) Drill dia. D c (mm) Drill depth l 4 (mm) Dimensions in mm Insert types Radial adjustment l 1s l 3s D 5m Center insert Periph insert - + Spare Parts Accessories* Locking screw Key Dynamomentic key** Replacement Blade For drill dia. (mm) Center insert Periph insert Torque value (Nm) Torque value (in/lbs) C02245-T07P C02245-T07P T07P-2 T00-07P09 T00-07P C02205-T07P C02245-T07P T07P-2 T00-07P09 T00-07P C02205-T07P C02205-T07P T07P-2 T00-07P09 T00-07P C02506-T08P C02506-T08P T08P-2 T00-08P12 T00-08P C02507-T08P C03007-T08P T08P-2 T00-08P12 T00-08P C03007-T09P C03007-T09P T09P-2 T00-09P20 T00-09P C03007-T09P C03009-T09P T09P-2 T00-09P20 T00-09P C03508-T15P C03508-T15P T15P-2 T00-15P30 T00-15P C03508-T15P C05012-T15P T15P-2 T00-15P30 T00-15P C04011-T15P C05012-T15P T15P-2 T00-15P30 T00-15P [ Stock standard \ Non stock standard * Not included in delivery. ** Including blade. 223

224 224 Perfo SD504_C6_1.fm Page 224 Thursday, February 11, :20 PM Perfomax SD504 Drilling depth 4 x D Perfomax SD504 Seco Capto C6 shank For insert information see, MN Holemaking. For cutting data, see pages Dimensions in mm Insert types Radial adjustment Drill dia. D c (inch) Drill dia. D c (mm) Drill depth l 4 (mm) l 1s l 3s D 5m Center insert Periph insert SD C6 [ SPGX 0502-C1 SCGX SD C6 [ SPGX 0602-C1 SCGX SD C6 [ SPGX 0602-C1 SCGX SD C6 [ SPGX 0602-C1 SCGX SD C6 [ SPGX 0602-C1 SCGX SD C6 [ SPGX 0602-C1 SCGX SD C6 [ SPGX 0602-C1 SCGX SD C6 [ SPGX 0602-C1 SCGX SD C6 [ SPGX 0703-C1 SCGX SD C6 [ SPGX 0703-C1 SCGX SD C6 [ SPGX 0703-C1 SCGX SD C6 [ SPGX 0703-C1 SCGX SD C6 [ SPGX 0703-C1 SCGX SD C6 [ SPGX 0703-C1 SCGX SD C6 [ SPGX 0903-C1 SCGX SD C6 [ SPGX 0903-C1 SCGX SD C6 [ SPGX 0903-C1 SCGX SD C6 [ SPGX 0903-C1 SCGX 09T SD C6 [ SPGX 0903-C1 SCGX 09T SD C6 [ SPGX 0903-C1 SCGX 09T SD C6 [ SPGX 0903-C1 SCGX 09T SD C6 [ SPGX 11T3-C1 SCGX 09T SD C6 [ SPGX 11T3-C1 SCGX 09T SD C6 [ SPGX 11T3-C1 SCGX 09T SD C6 [ SPGX 11T3-C1 SCGX 09T SD C6 [ SPGX 11T3-C1 SCGX SD C6 [ SPGX 11T3-C1 SCGX SD C6 [ SPGX 11T3-C1 SCGX SD C6 [ SPGX 12T3-C1 SCGX SD C6 [ SPGX 12T3-C1 SCGX SD C6 [ SPGX 12T3-C1 SCGX

225 225 Perfo SD504_C6_2.fm Page 225 Thursday, February 11, :22 PM Perfomax SD504 Drilling depth 4 x D Perfomax SD504 Seco Capto C6 shank Drill dia. D c (inch) Drill dia. D c (mm) Drill depth l 4 (mm) Dimensions in mm Insert types Radial adjustment l 1s l 3s D 5m Center insert Periph insert - + Spare Parts Accessories* Locking screw Key Dynamomentic key** Replacement Blade For drill dia. (mm) Center insert Periph insert Torque value (Nm) Torque value (in/lbs) 17 C02245-T07P C02245-T07P T07P-2 T00-07P09 T00-07P C02205-T07P C02245-T07P T07P-2 T00-07P09 T00-07P C02205-T07P C02205-T07P T07P-2 T00-07P09 T00-07P C02506-T08P C02506-T08P T08P-2 T00-08P12 T00-08P C02507-T08P C03007-T08P T08P-2 T00-08P12 T00-08P C03007-T09P C03007-T09P T09P-2 T00-09P20 T00-09P C03007-T09P C03009-T09P T09P-2 T00-09P20 T00-09P C03508-T15P C03508-T15P T15P-2D T00-15P30 T00-15P C03508-T15P C05012-T15P T15P-2D T00-15P30 T00-15P [ Stock standard \ Non stock standard * Not included in delivery. ** Including blade. 225

226 Perfo_Cutdata1.fm Page 226 Thursday, February 11, :24 PM Perfomax Cutting data SD502 2 x D, SD503 3 x D Seco Material group No. Periphery grade Recommended geometry, grade and cutting speed v c (sf/min) v c sf/min Periphery geometry Center grade/geometry The recommended first choice for general applications are marked bold. Recommended feed f in inch/rev for drill diameter Ø Ø Ø Ø Ø Ø T2000D P1 -P2 T400D -C T2000D T3000D P1 -P2 T400D -C T2000D Wiper T400D -C T1000D T2000D T3000D P1 -P2 T400D T3000D -C T2000D Wiper T400D -C T1000D T2000D T3000D P1 -P2 T400D T3000D -C T2000D Wiper T400D -C T250D T3000D P1 -P2 T400D -C T2000D Wiper T400D -C T2000D T3000D P1 -P2 T400D -C T2000D Wiper T400D -C T250D T3000D P1 -P2 T400D -C T250D T3000D P1 -P2 T400D -C T1000D T2000D P1 -P2 T400D T3000D -C T2000D Wiper T400D -C T1000D T2000D P1 -P2 T400D T3000D -C T2000D Wiper T400D -C T1000D T2000D T3000D P1 -P2 T400D T3000D -C T250D T3000D P1 T400D -C T250D T3000D P1 T400D -C Tool life Inserts should not be used with flank wear exceeding " ( mm) measured at the largest point. Cutting speed recommendations above are based upon peripheral insert tool life of 23 feet (7 m) drilled hole or (2030 minutes). Perfomax Cutting data 226

227 Perfo_Cutdata1.fm Page 227 Thursday, February 11, :24 PM Perfomax Cutting data SD504 4 x D The recommended first choice for general applications are marked bold. Seco Material group No. Periphery grade Recommended geometry, grade and cutting speed v c (sf/min) v c sf/min Periphery geometry Center grade/geometry Recommended feed f in inch/rev for drill diameter Ø Ø Ø Ø Ø T2000D P1 -P2 T400D -C T2000D T3000D P1 -P2 T400D -C T1000D T2000D T3000D P1 -P2 T400D -C T1000D T2000D T3000D P1 -P2 T400D -C T1000D T250D T3000D P1 -P2 T400D -C T2000D T3000D P1 -P2 T400D -C T250D T3000D P1 -P2 T400D -C T250D T3000D P1 -P2 T400D -C T1000D T2000D P1 -P2 T400D -C T1000D T2000D P1 -P2 T400D -C T1000D T2000D T3000D P1 -P2 T400D -C T250D T3000D P1 T400D -C T250D T3000D P1 T400D -C Tool life Inserts should not be used with flank wear exceeding " ( mm) measured at the largest point. Cutting speed recommendations above are based upon peripheral insert tool life of 23 feet (7 m) drilled hole or (2030 minutes). 227

228 228 Perfo_Cutdata2.fm Page 228 Thursday, February 11, :25 PM Perfomax Cutting data for superalloys Selection of inserts and cutting data Superalloys The recommendations are only valid for SD502 (2 x D), SD503 (3 x D) and SD542 (2.5 x D). 1. The machinability of the actual material is given in the tables on page Start values for cutting speed are marked bold. Cutting data for superalloys v c Recommended cutting speed vc (sf/min) Periphery geometry/grade Center geometry/grade Machinability * Feed f (inch/rev) for drill diameter P1 T250D C1 T400D P1 T250D C1 T400D P1 T250D C1 T400D P1 T250D C1 T400D P1 T250D C1 T400D P1 T250D C1 T400D P1 T250D C1 T400D P1 T250D C1 T400D P1 T250D C1 T400D P1 T250D C1 T400D P1 T250D C1 T400D 0, P1 T250D C1 T400D 0, * For drill diameter periphery geometry - P2 should be used. Perfomax Cutting data for superalloys 228

229 Precimaster.fm Page 229 Friday, February 12, :41 AM Precimaster Heads/Shanks Heads for blind and through holes.1476" to.3937" (3.75 to 10 mm) Precimaster Heads/Shanks Heads for through holes (can also be used for blind bore: Reaming depth Max 1 x D, V c reduced %) Geometry Grades Head PM20 Dia. D c inch (mm) Drill size* l 1s dm m inch (mm) l 4 D 5m Body size inch version.1873/ PM /01875-EB (8) PM08B-XX [ [.1880/ PM /01882-EB (8) PM08B-XX [ [.2497/ PM /02500-EB (8) PM08B-XX [ [.2505/ PM /02508-EB (8) PM08B-XX [ [.3122/ PM /03125-EB (8) PM08B-XX [ [.3130/ PM /03133-EB (8) PM08B-XX [ [ EB45 EB845 EB25 H15 CP20 RX2000 RX1500 mm version.157 ( 4).153 PM20-04H7-EB (8) PM08B-XX [ [ ] ] [.197 ( 5).193 PM20-05H7-EB (8) PM08B-XX [ [ ] ] [.236 (6).232 PM20-06H7-EB (8) PM08B-XX [ [ ] ] [.276 ( 7).272 PM20-07H7-EB (8) PM08B-XX [ [ ] ] [.315 ( 8).311 PM20-08H7-EB (8) PM08B-XX [ [ ] ] [.354 ( 9).350 PM20-09H7-EB (8) PM08B-XX [ [ ] ] [.394 (10 ).386/.390 PM20-10H7-EB (8) PM08B-XX [ [ ] ] [ Intermediate diameters PM20-XXX±XXX-E (8) PM08B-XX ] ] ] ] ] * For further information on drill range see 2008 MN Holemaking page 15. Heads for blind holes PM (4).153 PM25-04H7-EB (8) PM08B-XX [ [ ] ] [.197 (5).193 PM25-05H7-EB (8) PM08B-XX [ [ ] ] [.236 (6).232 PM25-06H7-EB (8) PM08B-XX [ [ ] ] [.276 (7).272 PM25-07H7-EB (8) PM08B-XX [ [ ] ] [.315 (8).311 PM25-08H7-EB (8) PM08B-XX [ [ ] ] [.354 (9).350 PM25-09H7-EB (8) PM08B-XX [ [ ] ] [.394 (10).386/.390 PM25-10H7-EB (8) PM08B-XX [ [ ] ] [ Intermediate diameters PM25-XXX±XXX-E (8) PM08B-XX ] ] ] ] ] [= Stock standard, ] = Non Stock standard. Subject to change refer to current price and stock-list. Note: When ordering Precimaster reamers for intermediate diameters, please state diameter and tolerance of hole to be reamed. Ordering example: PM "+.0004"-EB45 CP20 (PM P7-EB45 CP20). 229

230 Precimaster.fm Page 230 Friday, February 12, :41 AM Precimaster Heads/Shanks Heads for through holes.3748" to " (9.520 to mm) Heads for through holes (can also be used for blind bore: Reaming depth Max 1 x D, Vc reduced %) Geometry Grades Dia. D c d Head inch Drill size* a inch (mm) Body size PM / /.371 PM /03750-EB (6) PM06-XX [ [.3755 / /.371 PM /03758-EB (6) PM06-XX [ [.4371 / /.434 PM /04375-EB (7) PM07-XX [ [.4380 / /.434 PM /04384-EB (7) PM07-XX [ [.4996 / /.496 PM /05000-EB (7) PM07-XX [ [.5005 / /.496 PM /05009-EB (7) PM07-XX [ [.6246 / /.620 PM /06250-EB (7) PM07-XX [ [.6255 / /.620 PM /06259-EB (7) PM07-XX [ [.7496 / /.746 PM /07500-EB (8) PM08-XX [ [.7506 / /.746 PM /07510-EB (8) PM08-XX [ [.8746 / /.870 PM /08750-EB (11) PM11-XX [ [.8756 / /.870 PM /08760-EB (11) PM11-XX [ [.9996 / /.996 PM /10000-EB (11) PM11-XX [ [ / /.996 PM /10010-EB (11) PM11-XX [ [ / / PM /11260-EB (15) PM15-XX [ [ / / PM /12512-EB (15) PM15-XX [ [ EB45 EB845 EB25 H15 CP20 RX2000 RX1500 * For further information on drill range see 2008 MN Holemaking page 15. [ = Stock standard, ] = Non Stock standard. Subject to change refer to current price and stock-list. Note: When ordering Precimaster reamers for intermediate diameters, please state diameter and tolerance of hole to be reamed. Ordering example: PM "±.0004"-EB845 CP

231 Precimaster.fm Page 231 Friday, February 12, :41 AM Precimaster Heads/Shanks Heads for through holes.3748" to " (9.520 to mm) Heads for through holes (can also be used for blind bore: Reaming depth Max 1 x D, Vc reduced %) Geometry Grades Dia. D c d Head inch (mm) Drill size* a inch (mm) Body size PM (1 0).386/.390 PM50-10H7-EB (6) PM06-XX [ [ ] ] [ ] ].433 (11).425/.429 PM50-11H7-EB (6) PM06-XX [ [ ] ] [ ] ].472 (12).465/.469 PM50-12H7-EB (7) PM07-XX [ [ ] ] [ ] ].512 (1 3).504/.508 PM50-13H7-EB (7) PM07-XX [ [ ] ] [ ] ].551 (1 4).543/.547 PM50-14H7-EB (7) PM07-XX [ [ ] ] [ ] ].590 (15).583/.587 PM50-15H7-EB (7) PM07-XX [ [ ] ] [ ] ].630 (1 6).622/.626 PM50-16H7-EB (8) PM08-XX [ [ ] ] [ ] ].669 (17).661/.665 PM50-17H7-EB (8) PM08-XX [ [ ] ] [ ] ].709 (18).701/.705 PM50-18H7-EB (8) PM08-XX [ [ ] ] [ ] ].748 (19).740/.744 PM50-19H7-EB (8) PM08-XX [ [ ] ] [ ] ].787 (2 0).780/.783 PM50-20H7-EB (8) PM08-XX [ [ ] ] [ ] ].827 (2 1).819/.823 PM50-21H7-EB (8) PM08-XX [ [ ] ] [ ] ].866 (2 2).858/.862 PM50-22H7-EB (11) PM11-XX [ [ ] ] [ ] ].905 (2 3).898/.902 PM50-23H7-EB (11) PM11-XX [ [ ] ] [ ] ].945 (2 4).938/.941 PM50-24H7-EB (11) PM11-XX [ [ ] ] [ ] ].984 (2 5).976/.980 PM50-25H7-EB (11) PM11-XX [ [ ] ] [ ] ] (26) 1.016/1.020 PM50-26H7-EB (11) PM11-XX [ [ ] ] [ ] ] (27) PM50-27H7-EB (15) PM15-XX [ [ ] ] [ ] ] (28) PM50-28H7-EB (15) PM15-XX [ [ ] ] [ ] ] (29) PM50-29H7-EB (15) PM15-XX [ [ ] ] [ ] ] (30) PM50-30H7-EB (15) PM15-XX [ [ ] ] [ ] ] (31) PM50-31H7-EB (15) PM15-XX [ [ ] ] [ ] ] (32) PM50-32H7-EB (15) PM15-XX [ [ ] ] [ ] ] Intermediate diameters PM50-XXX±XXX-EB (6) PM06-XX ] ] ] ] ] ] ] PM50-XXX±XXX-EB (7) PM07-XX ] ] ] ] ] ] ] PM50-XXX±XXX-EB (8) PM08-XX ] ] ] ] ] ] ] PM50-XXX±XXX-EB (11) PM11-XX ] ] ] ] ] ] ] PM50-XXX±XXX-EB (15) PM15-XX ] ] ] ] ] ] ] EB45 EB845 EB25 H15 CP20 CF C200R * For further information on drill range see 2008 MN Holemaking page 15. [ = Stock standard, ] = Non Stock standard. Subject to change refer to current price and stock-list. Note: When ordering Precimaster reamers for intermediate diameters, please state diameter and tolerance of hole to be reamed. Ordering example: PM "±.0004"-EB845 CP

232 Precimaster.fm Page 232 Friday, February 12, :41 AM Precimaster Heads/Shanks Heads for blind holes.3748" to " (9.520 to mm) Geometry Grades Dia. D c d Head inch (mm) Drill size* a inch (mm) Body size PM / /.371 PM /03750-EB (6) PM06-XX [ [.3755 / /.371 PM /03758-EB (6) PM06-XX [ [.4371 / /.434 PM /04375-EB (7) PM07-XX [ [.4380 / /.434 PM /04384-EB (7) PM07-XX [ [.4996 / /.496 PM /05000-EB (7) PM07-XX [ [.5005 / /.496 PM /05009-EB (7) PM07-XX [ [.6246 / /.620 PM /06250-EB (7) PM07-XX [ [.6255 / /.620 PM /06259-EB (7) PM07-XX [ [.7496 / /.746 PM /07500-EB (8) PM08-XX [ [.7506 / /.746 PM /07510-EB (8) PM08-XX [ [.8746 / /.870 PM /08750-EB (11) PM11-XX [ [.8756 / /.870 PM /08760-EB (11) PM11-XX [ [.9996 / /.996 PM /10000-EB (11) PM11-XX [ [ / /.996 PM /10010-EB (11) PM11-XX [ [ EB45 EB845 EB25 H15 CP20 RX2000 RX1500 * For further information on drill range see 2008 MN Holemaking page 15. [ = Stock standard, ] = Non Stock standard. Subject to change refer to current price and stock-list. Note: When ordering Precimaster reamers for intermediate diameters, please state diameter and tolerance of hole to be reamed. Ordering example: PM "±.0004"-EB845 CP

233 Precimaster.fm Page 233 Friday, February 12, :41 AM Precimaster Heads/Shanks Heads for blind holes.3748" to " (9.520 to mm) Geometry Grades Dia. D c d Head inch (mm) Drill size* a inch (mm) Body size PM (10).386/.390 PM55-10H7-EB (6) PM06B-XX [ [ ] ] [ ] ].433 (1 1).425/.429 PM55-11H7-EB (7) PM06B-XX [ [ ] ] [ ] ].472 (1 2).465/.469 PM55-12H7-EB (7) PM07B-XX [ [ ] ] [ ] ].512 (1 3).504/.508 PM55-13H7-EB (7) PM07B-XX [ [ ] ] [ ] ].551 (1 4).543/.547 PM55-14H7-EB (7) PM07B-XX [ [ ] ] [ ] ].590 (15).583/.587 PM55-15H7-EB (7) PM07B-XX [ [ ] ] [ ] ].630 (1 6).622/.626 PM55-16H7-EB (8) PM08B-XX [ [ ] ] [ ] ].669 (1 7).661/.665 PM55-17H7-EB (8) PM08B-XX [ [ ] ] [ ] ].709 (1 8).701/.705 PM55-18H7-EB (8) PM08B-XX [ [ ] ] [ ] ].748 (1 9).740/.744 PM55-19H7-EB (8) PM08B-XX [ [ ] ] [ ] ].787 (20).780/.783 PM55-20H7-EB (8) PM08B-XX [ [ ] ] [ ] ].827 (21).819/.823 PM55-21H7-EB (8) PM08B-XX [ [ ] ] [ ] ].866 (2 2).858/.862 PM55-22H7-EB (11) PM11B-XX [ [ ] ] [ ] ].905 (2 3).898/.902 PM55-23H7-EB (11) PM11B-XX [ [ ] ] [ ] ].945 (2 4).938/.941 PM55-24H7-EB (11) PM11B-XX [ [ ] ] [ ] ].984 (2 5).976/.980 PM55-25H7-EB (11) PM11B-XX [ [ ] ] [ ] ] (26) 1.016/1.020 PM55-26H7-EB (11) PM11B-XX [ [ ] ] [ ] ] (27) PM55-27H7-EB (15) PM15B-XX [ [ ] ] [ ] ] (28) PM55-28H7-EB (15) PM15B-XX [ [ ] ] [ ] ] (29) PM55-29H7-EB (15) PM15B-XX [ [ ] ] [ ] ] (30) PM55-30H7-EB (15) PM15B-XX [ [ ] ] [ ] ] (31) PM55-31H7-EB (15) PM15B-XX [ [ ] ] [ ] ] (32) PM55-32H7-EB (15) PM15B-XX [ [ ] ] [ ] ] EB45 EB845 EB25 H15 CP20 CF C200R Intermediate diameters PM55-XXX±XXX-EB (6) PM06B-XX ] ] ] ] ] ] ] PM55-XXX±XXX-EB (7) PM07B-XX ] ] ] ] ] ] ] PM55-XXX±XXX-EB (8) PM08B-XX ] ] ] ] ] ] ] PM55-XXX±XXX-EB (11) PM11B-XX ] ] ] ] ] ] ] PM55-XXX±XXX-EB (15) PM15B-XX ] ] ] ] ] ] ] * For further information on drill range see 2008 MN Holemaking page 15. [ = Stock standard, ] = Non Stock standard. Subject to change refer to current price and stock-list. Note: When ordering Precimaster reamers for intermediate diameters, please state diameter and tolerance of hole to be reamed. Ordering example: PM "±.0004"-EB845 CP

234 Precimaster.fm Page 234 Friday, February 12, :41 AM Precimaster Geometry choice Applications EB45 Chip control +++ Surface Finish + (R a μin) Verstatile EB845 Chip control ++ Surface Finish +++ (R a 8-32 μin) EB25 Chip control + Surface finish ++ (R a μin) Feed performance +++ Precimaster Geometry choice 234

235 Precimaster Cutting Data Cutting data The recommended start values for general applications are marked bold. In case of a new reaming application, we recommend to use lower cutting data range values for initial cuts. Cutting data to be increased gradually for optimization. When using a Long range toolholder, reduce cutting speed values by 50-80%. Seco Material Group No Geometry Cutting Speed sf/min Feed f in/rev for reamer diameter inch Machining allowance on Ø RX2000 RX teeth 6 teeth Reamer Ø inch Ø Ø Ø EB EB845 EB EB EB EB EB EB EB EB EB EB EB EB EB EB EB EB25 EB EB845 EB25 EB EB845 EB EB EB EB25 EB EB845 EB25 EB EB845 EB25 EB EB EB EB EB EB EB EB EB EB EB EB EB EB845 EB EB EB845 EB EB EB845 EB25 EB EB845 EB25 EB EB EB Preci Data.indd 235 2/12/2010 7:53:05 AM

236 XFIX.fm Page 236 Thursday, February 11, :36 PM Xfix Productivity and precision for large diameters with Seco Xfix Cost effectiveness: Indexable inserts 8 cutting edges Multi-teeth for high feed performance Flexibility: 3 toolholders to cover " ( mm) diameter range Insert geometries for different applications Extension range for long reach applications Accuracy: Adjustable for maximum precision (IT6) Stable clamping system Integrated run-out adapter Pre-loaded guiding pads Xfix 236

237 XFIX.fm Page 237 Thursday, February 11, :36 PM Xfix Tooling overview Diameter inch Diameter mm Max dia./length ratio x D x D x D ,5-154, x D Note: For diameters > 3.394" (100 mm) or L > 3 x D check max tool weight acceptable in the machine. Xfix Tooling overview 237

238 XFIX.fm Page 238 Thursday, February 11, :36 PM Xfix Range overview Xfix Range Reaming depth Hole tolerance Intermediate diameters Surface finish Xfix 1.555" 6.083" ( mm) x D IT 6 X R a 3248 μin Page - Xfix is a specially developed Seco Reaming program, dedicated for large diameters " to " (39.5 to mm). Design includes adjustable and indexable inserts to achieve IT 6 accurate tolerance, as well as a built in adjustable run-out adapter to guarantee component quality. Multi-teeth construction and patented pre-loaded guiding pads offering maximum stability and productivity for large diameter reaming operations. Xfix Range overview 238

239 XFIX.fm Page 239 Thursday, February 11, :36 PM Xfix Features details - 8 cutting edges for economy - Stable clamping system - Easy adjustment with 1 adjusting screw for easy setting - Grade and geometry choice for different applications - Patended pre-loaded guiding pads system for application stability - Pads lubrication for performance and safety - Integrated adjustable adapter for perfect run-out control - Shanks and extension program from Seco - System catalog illustrates maximum modularity Xfix Features details 239

240 XFIX.fm Page 240 Thursday, February 11, :36 PM Xfix Code key Code key Adapters Flange size D Length L Shank type Code key Standard heads Head type Diameter and tolerance Number of teeth Flange size D Code key Intermediate diameter heads Head type Diameter & tolerance Number of teeth Flange size D Intermediate diameters example: metric / metric /-12 Inches / Code key Inserts Insert size Lead geometry Rake angle Grade: Xfix Code key 240

241 XFIX.fm Page 241 Thursday, February 11, :36 PM Xfix Insert Xfix Insert for to " (39.5 to ) RNAX Dia. D c (inch) Blade type D s h RX2000 RX1500 Rake Insert clamping screw RNAX [ [ 3 C03010-T09P Lead geometries Grades RX2000 High performance coated carbide grade suitable for all materials RX1500 -Wear resistant coated cermet grade for performance optimization in steel and cast iron 241

242 XFIX.fm Page 242 Thursday, February 11, :36 PM Xfix Geometry choice Applications Chip control +++ Surface finish μinch First choice for geometry Chip control ++ Surface finish 832 μinch Chip control ++ Surface finish μinch Stability for long reach application +++ Xfix Geometry choice 242

243 XFIX.fm Page 243 Thursday, February 11, :36 PM Xfix Heads/Shanks Heads for diameters " ( ) Xfix Heads/Shanks For inserts, see page 241 Geometries Grade max Dia. Dc (inch) Dia. D c (mm) A D Insert type EB45 EB845 EB1570 RX2000 RX HF RNAX HF RNAX HF RNAX HF RNAX [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ Spare Parts Insert clamping screw Cartridge clamping screw Cylindrical cartridge Clamping wedge Cartridge adjusting screw Adapter adjusting screw C03010-T09P LDH4010 CARTCY-HF16 B6027 SD4075S HcM4 x 08 T00-09P20 H2.0-2D H2.0-2D 2.0SMS795 clamping torque (in/lbs) clamping torque (in/lbs)

244 XFIX.fm Page 244 Thursday, February 11, :36 PM Xfix Heads/Shanks Seco Capto shank for diameters " ( ) D A A inch Custom design A min A max Taper D max Reamer holders HF C3 [ C HF32-...HSKA63 ] HSK-A HF32-...HSKA80 ] HSK-A HF32-...HSKA100 ] HSK-A HF32-...DIN40 ADB ] ISO40 ADB HF32-...DIN50 ADB ] ISO50 ADB HF32-...BT40 ADB ] BT40 ADB HF32-...BT50 ADB ] BT50 ADB Shanks and extensions for HF C3 (see Seco Capto catalog for more details). Seco max A Capto Shanks inch Taper size C C [ HSK-A63 C3 3 C A [ HSK-A100 C3 8.4 C [ DIN40 AD C3 1.8 C [ DIN40 AD C3 6.2 C [ DIN40 B C3 1.8 C [ DIN40 B C3 2.2 C [ DIN40 AD C3 2 C [ BT40 AD C3 2.2 C [ BT40 AD C3 2.6 C [ BT40 B C3 2.2 C [ BT40 AD C3 2.2 C [ DIN50 AD C3 5.7 C [ DIN50 AD C3 6.2 C [ DIN50 B C3 5.7 C [ DIN50 B C3 6.2 C A [ DIN50 ADB C3 6.2 C [ BT50 AD C3 5.5 C [ BT50 AD C3 6 C [ BT50 B C3 5.5 Shank C A [ C3 C3 0.9 C A [ C3 C3 1.1 C A [ C4 C3 1.1 C A [ C4 C3 1.3 C A [ C5 C3 1.5 C A [ C6 C3 2.4 C A [ C8 C3 3.7 C [ C3 C3 4.4 C [ C5 C3 1.1 C [ C6 C3 2 [= Stock standard, ]= Non Stock standard. Subject to change refer to current price and stock-list. See Seco Capto catalog. Extension 244

245 XFIX.fm Page 245 Thursday, February 11, :36 PM Xfix Heads/Shanks Graflex shank for diameters " ( ) D A A inch Custom design A min A max Taper D max Reamer holders HF G3 [ Graflex HF32-...HSKA63 ] HSK-A HF32-...HSKA80 ] HSK-A HF32-...HSKA100 ] HSK-A HF32-...DIN40 ADB ] DIN40 ADB 32 - HF32-...DIN50 ADB ] DIN50 ADB 32 - HF32-...BT40 ADB ] BT40 ADB 32 - HF32-...BT50 ADB ] BT50 ADB 32 - Shanks and extensions for HF G3 (see Seco Tooling System catalog for more details). Seco max A Graflex Shanks inch Taper size EM [ HSK-A EM [ HSK-A EM [ DIN40 AD EM [ DIN40 AD 3 2 EM [ DIN40 AD/ EM [ BT40 ADB EM [ BT40 ADB 3 3 EM [ DIN50 ADB EM [ DIN50 ADB EM [ BT50 ADB EM [ BT50 ADB 3 9 Shank M [ Graflex M [ Graflex Extension [= Stock standard, ]= Non Stock standard. Subject to change refer to current price and stock-list. See Seco Capto catalog. 245

246 XFIX.fm Page 246 Thursday, February 11, :36 PM Xfix Heads/Shanks Heads for diameters " ( ) For inserts, see page 241 Geometries Grade max Dia. D c (inch) Dia. D c (mm) A D Insert type EB45 EB845 EB1570 RX2000 RX HF RNAX HF RNAX HF RNAX HF RNAX HF RNAX [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ Spare Parts Insert clamping screw Cartridge clamping screw Cylindrical cartridge Clamping wedge Cartridge adjusting screw Adapter adjusting screw C03010-T09P LHD4012 CARTCY-HF20 B6027 SH40275 HcM8 x 12 T00-09P20 H2.0-2D H2.0-2D 4.0SMS795 clamping torque (in/lbs) clamping torque (in/lbs) Seco Capto shank for diameters " ( ) 246

247 XFIX.fm Page 247 Thursday, February 11, :36 PM Xfix Heads/Shanks D A A inch Custom design A min A max Taper D max Reamer holders HF C5 [ C HF55-...HSKA63 ] HSK-A HF55-...HSKA80 ] HSK-A HF55-...HSKA100 ] HSK-A HF55-...DIN69871/40 ] DIN69871/ HF55-...DIN69871/50 ] DIN69871/ HF55-...BT40 ] BT HF55-...BT50 ] BT Shanks and extensions for HF C5 (see Seco Capto catalog for more details). Seco max A Capto Shanks inch Taper size C C [ HSK-A63 C5 3.1 C A [ HSK-A100 C5 8.4 C [ DIN40 AD C5 1.8 C [ DIN40 AD C5 3.3 C [ DIN40 B C5 2.0 C [ DIN40 B C5 3.3 C [ DIN40 AD C5 2.4 C [ BT40 AD C5 2.0 C [ BT40 AD C5 3.3 C [ BT40 B C5 4.0 C [ BT40 AD C5 2.6 C [ DIN50 AD C5 5.7 C [ DIN50 AD C5 6.8 C [ DIN50 B C5 6.4 C [ DIN50 B C5 7.5 C A [ DIN50 ADB C5 6.2 C [ BT50 AD C5 7.7 C [ BT50 AD C5 8.8 C [ BT50 B C5 7.0 C [ BT50 AD C5 7.7 Shank Extension C [ C5 1.5 C A [ C5 C5 2.4 C5-391, A [ C5 C5 3.1 C5-391, [ C6 C5 2.2 C A [ C6 C5 3.3 C A [ C6 C5 4.8 C [ C8 C5 4.2 C A [ C8 C5 5.1 [= Stock standard, ]= Non Stock standard. Subject to change refer to current price and stock-list. See Seco Capto catalog. 247

248 XFIX.fm Page 248 Thursday, February 11, :36 PM Xfix Heads/Shanks Graflex shank for diameters " ( ) D A A inch Custom design A min A max Taper D max Reamer holders HF G5 [ Graflex HF55-...HSKA63 ] HSK-A HF55-...HSKA80 ] HSK-A HF55-...HSKA100 ] HSK-A HF55-...DIN69871/40 ] DIN69871/ HF55-...DIN69871/50 ] DIN HF55-...BT40 ] BT HF55-...BT50 ] BT Shanks and extensions for HF G5 (see Seco Tooling System catalog for more details). Seco max A Graflex Shanks inch Taper size EM [ HSK-A EM [ HSK-A EM [ HSK-A EM [ HSK-A EM [ HSK-A EM [ HSK-A EM [ HSK-A EM [ DIN40 ADB EM [ DIN40 ADB EM [ DIN40 ADB EM [ DIN40 AD/ EM [ DIN40 AD/ EM [ DIN40 AD/ EM [ BT40 ADB EM [ BT40 ADB EM [ BT40 ADB EM [ DIN50 ADB EM [ DIN50 ADB EM [ DIN50 ADB EM [ DIN50 AD/ EM [ DIN50 AD/ EM [ DIN50 AD/ EM [ BT50 ADB EM [ BT50 ADB EM [ BT50 ADB Shank Extension M [ Graflex M [ Graflex M [ Graflex [= Stock standard, ]= Non Stock standard. Subject to change refer to current price and stock-list. See Seco Capto catalog. 248

249 XFIX.fm Page 249 Thursday, February 11, :36 PM Xfix Heads/Shanks Heads for diameters " ( ) For inserts, see page 241 Geometries Grade max Dia. D c (inch) Dia. D c (mm) A D Insert type EB45 EB845 EB1570 RX2000 RX HF RNAX HF RNAX HF RNAX HF RNAX HF RNAX HF RNAX HF RNAX [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ Spare Parts Insert clamping screw Cartridge clamping screw Cylindrical cartridge Clamping wedge Cartridge adjusting screw Adapter adjusting screw C03010-T09P LDH4012 CARTCY-HF20 B6027 SH4075S HcM8 x 16 T00-09P20 H2.0-2D H2.0-2D 4.0SMS795 clamping torque (in/lbs) clamping torque (in/lbs)

250 XFIX.fm Page 250 Thursday, February 11, :36 PM Xfix Heads/Shanks Seco Capto shank for diameters " ( ) D A A inch Custom design A min A max Taper D max Reamer holders HF C6 [ C HF80-...HSKA80 ] HSK-A HF80-...HSKA100 ] HSK-A HF80-...DIN69871/50 ] DIN69871/ HF80-...BT50 ] BT Shanks and extensions for HF C6 (see Seco Capto catalog for more details). Seco max A Capto Shanks inch Taper size C A [ HSK-A100 C6 2.2 C [ DIN40 AD C6 3.3 C [ DIN40 B C6 5.0 C [ DIN40 AD C6 3.2 C [ DIN50 AD C6 5.1 C [ DIN50 AD C6 6.6 C [ DIN50 B C6 7.9 C [ DIN50 B C6 1.8 C A [ DIN50 ADB C6 3.4 C [ BT40 AD C6 4.6 C [ BT50 AD C6 2.0 C [ BT50 AD C6 3.2 C [ BT50 AD C6 4.5 C [ BT50B C6 2.4 C [ BT50 AD C6 3.4 Shank Extension C A [ C6 C6 3.2 C A [ C6 C6 3.4 C [ C6 C6 1.9 C A [ C8 C6 5.0 C [ C8 C6 3.2 [= Stock standard, ]= Non Stock standard. Subject to change refer to current price and stock-list. See Seco Capto catalog. 250

251 XFIX.fm Page 251 Thursday, February 11, :36 PM Xfix Heads/Shanks Graflex shank for diameters " ( ) D A A inch Custom design A min A max Taper D max Reamer holders HF G6 [ Graflex HF80-...HSKA80 ] HSK-A HF80-...HSKA100 ] HSK-A HF80-...DIN69871/50 ] DIN50 ADB HF80-...BT50 ] BT50 ADB Shanks and extensions for HF G6 (see Seco Tooling System catalog for more details). Seco max A Graflex Shanks inch Taper size EM [ HSK-A EM [ HSK-A EM [ HSK-A EM [ HSK-A EM [ HSK-A EM [ HSK-A EM [ DIN40 ADB EM [ DIN40 ADB EM [ DIN40 AD/ EM [ BT40 ADB EM [ BT40 ADB EM [ DIN50 ADB EM [ DIN50 ADB EM [ DIN50 ADB EM [ DIN50 AD/ EM [ DIN50 AD/ EM [ DIN50 AD/ EM [ BT50 ADB EM [ BT50 ADB EM [ BT50 ADB Shank Extension M [ Graflex M [ Graflex M [ Graflex [= Stock standard, ]= Non Stock standard. Subject to change refer to current price and stock-list. See Seco Capto catalog. 251

252 XFIX.fm Page 252 Thursday, February 11, :36 PM Xfix Heads/Shanks Heads for diameters " ( ) For inserts, see page 241 Geometries Grade max Dia. D c (inch) Dia. D c (mm) A D Insert type EB45 EB845 EB1570 RX2000 RX HF RNAX HF RNAX HF RNAX HF RNAX HF RNAX HF RNAX HF RNAX [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ Spare Parts Insert clamping screw Cartridge clamping screw Cylindrical cartridge Clamping wedge Cartridge adjusting screw Adapter adjusting screw C03010-T09P LDH4012 CARTCY-HF20 B6027 SH4075S HcM8 x 20 T00-09P20 H2.0-2D H2.0-2D 4.0SMS795 clamping torque (in/lbs) clamping torque (in/lbs)

253 XFIX.fm Page 253 Thursday, February 11, :36 PM Xfix Heads/Shanks Seco Capto shank for diameters " ( ) D A A inch Custom design A min A max Taper D max Reamer holders HF C8 [ C HF HSKA80 ] C HF HSKA100 ] C HF DIN69871/50 ] C HF BT50 ] C Shanks and extensions for HF C8 (see Seco Capto catalog for more details). Seco max A Capto Shanks inch Taper size C A [ HSK-A100 C C [ DIN50 AD C8 8.6 C [ DIN50 AD C C [ DIN50 B C8 8.6 C [ DIN50 B C C A [ DIN50 ADB C8 8.6 C [ BT50 AD C8 9.0 C [ BT50 AD C C [ BT50 B C8 9.0 C [ BT50 AD C8 9.2 Shank Extension C A [ C8 C8 8.1 C A [ C8 C C A [ C8 C8 9.0 C [ C8 C8 5.1 [= Stock standard, ]= Non Stock standard. Subject to change refer to current price and stock-list. See Seco Capto catalog. 253

254 XFIX.fm Page 254 Thursday, February 11, :36 PM Xfix Heads/Shanks Graflex shank for diameters 119,5-154,499 D A A inch Custom design A min A max Taper D max Reamer holders HF G7 [ Graflex HF HSKA80 ] HSK-A HF HSKA100 ] HSK-A HF DIN69871/50 ] DIN50 ADB HF BT50 ] BT50 ADB Shanks and extensions for HF G7 (see Seco Tooling System catalog for more details). Seco max A Graflex Shanks inch Taper size EM [ HSK-A EM [ HSK-A EM [ HSK-A EM [ DIN50 ADB EM [ DIN50 ADB EM [ DIN50 ADB EM [ DIN50 AD/ EM [ BT50 ADB EM [ BT50 ADB EM [ BT50 ADB Shank Extension M [ Graflex M [ Graflex M [ Graflex [= Stock standard, ]= Non Stock standard. Subject to change refer to current price and stock-list. See Seco Capto catalog. 254

255 XFIX.fm Page 255 Thursday, February 11, :36 PM Xfix Adjusting Instructions - Loosen cartridge clamping screw - Index or replace insert - Unclamp adjusting screw by 1/4 of a turn and push cartridge back -Gently re-clamp cartridge clamping screw approx 4.4 in/lbs (0.5 Nm) Cartridge clamping screw Adjusting screw - Set clock to "zero" on reference pad. - Make sure measuring point is positioned after the lead angle. "0" Pre-loaded guiding pad Reference pad for adjustment -Set insert.00098" (0.025 mm) above reference pad using adjusting screw - Repeat adjusting process for all inserts " (0.025 mm) Adjusting screw " (0.025 mm) above reference pad - Final clamp cartridge clamping screw 16.7 in/lbs (2 Nm). Cartridge clamping screw Note: It is normal that pre-loaded pads are above inserts. Xfix Adjusting Instructions 255

256 XFIX.fm Page 256 Thursday, February 11, :36 PM Xfix Adjusting instruction adapter Indexing pin Clamping screws (4) Radial adjusting screws (4) 1. Assembly - Thoroughly clean flange contact surface. - Loosen 4 radial adjusting screws so they do not interfere for assembly. - Put reaming head onto adapter (indexing pin) and tighten the 4 clamping screws. Setting operation in the machine spindle " Max (3-5 μm Max) Setting TIR control ring - Mount tool in the machine spindle. - Place μm clock as shown on sketch 2. - Unlock spindle so it can rotate freely by hand. - Start run-out correction using in sketch 4 adjusting screws (sketch 3). - Max run-out.0002" (5 μm). - When run-out values gets lower than.0004 (10 μm), proceed to final clamping (sketch 1) see clamping torque table for torque recommended values. - Finalize run-out adjustment Max.0002" (5 μm). Clamping screws 1. Radial adjustment 3. Clamping torque table Diameters inch Diameters mm Adapter size Clamping screw Clamping torque in/lbs HF32 CHC M3 x HF55 CHC M5 x HF80 CHC M6 x HF100 CHC M8 x Xfix Adjusting instruction adapter 256

257 XFIX.fm Page 257 Thursday, February 11, :36 PM Xfix Setting Fixture Setting fixture SFXF-300 Setting fixture Setting fixture for Xfix reamers Ø " ( mm) Setting fixture Addtional center point included in delivery Complete Setting fixture...sfxf-300 Position 1: To adjust diameters " (39.5 to 90 mm) Position 2: To adjust diameters " (90 to mm) Xfix Setting Fixture 257

258 XFIX.fm Page 258 Thursday, February 11, :36 PM Xfix Cutting data With new reaming applications, we recommend using lower cutting data range values for initial runs. Cutting data to be increased gradually for optimization. Seco Material Group No. Geometry Cutting speed, v c (in/min) RX2000 RX1500 Feed f in in/rev for reamer diameter HF85 03 HF85 05 HF85 07 HF85 09 Ø Ø Ø Ø Machining allowance on Ø for reamer size (inch) Z = 3 Z = 5 Z = 7 Z = 9 EB EB EB EB EB EB EB EB EB EB EB EB EB EB EB EB EB EB Xfix Cutting data 258

259 259 EPB_CAT.fm Page 259 Thursday, February 11, :42 PM EPB Monobloc holders CAT Type 584 Side lock holders, Weldon INCH EPB Monobloc holders CAT Design 1 Design 2 ANSI B5.50 ADB Direct run-out.00015" maximum. Taper CAT 40 ADB d inch A D L l 3 A 1 Design Balancing E E E E E E E E E E E E E Spare parts Locking screw (1) For d Qty S CNC / CNC / CNC / CNC / CNC / / CNC /8 Please check availability in current price and stock-list. 259

260 260 EPB_BT.fm Page 260 Thursday, February 11, :45 PM EPB Monobloc holders BT JIS Type 584 Side lock holders, Weldon INCH EPB Monobloc holders BT JIS Design 1 Design 2 BT JIS B 6339-AD Direct run-out.00015" maximum. Taper BT40 AD BT40 ADB BT50 AD d inch A D L l 3 M A 1 Design Balancing E /8"UNC E /16"UNC E /16"UNC E /8"UNC E /4"UNC E /4"UNC E / E /8"UNC E /16"UNC ,625 E /16"UNC E /8"UNC E /8"UNC E /4"UNC E /4"UNC E /4"UNC E "UNS Spare parts Locking screw (1) For d Qty S CNC / CNC / CNC / CNC / CNC / /1.25/ CNC / CNS /2 Please check availability in current price and stock-list. 260

261 Dynamomentic keys The range of dynamomentic keys with fixed torque values are available in combinations of key grip/torque value for insert locking for most of the Seco milling products. By using a dynamomentic key you always ensure the correct tightening force when mounting the insert. The torque values are provided in the tables below. Dynamomentic keys are calibrated according to ISO Code key: T00-15P35 T00 = Dynamomentic screw driver type for Torx Plus blade T00T = Dynamomentic T-handle type for Torx Plus blade H00 = Dynamomentic screw driver type for hexagonal blade H00T = Dynamomentic T-handle type for hexagonal blade 15P = Torx Plus size 35 = Torque value in/lbs (3.5 Nm) Dynamomentic key* Replaceable blade Dynamomentic key* Replaceable blade Torx Plus size Torque value in/lbs (Nm) Torx Plus size Torque value in/lbs (Nm) T00-06P05 T00-07P09 T00-08P12 T00-09P12 T00-09P20 T00-10P20 T00-10P30 T00-15P20 T00-15P30 T00-15P35 T00-15P50 T00-20P50 T00-06P T00-07P T00-08P T00-09P T00-09P T00-10P T00-10P T00-15P T00-15P T00-15P T00-15P T00-20P T06P T07P T08P T09P T09P T10P T10P T15P T15P T15P T15P T20P 4.4 (0.5 Nm) 8.0 (0.9 Nm) 10.6 (1.2 Nm) 10.6 (1.2 Nm) 17.7 (2.0 Nm) 17.7 (2.0 Nm) 26.6 (3.0 Nm) 17.7 (2.0 Nm) 26.6 (3.0 Nm) 31.0 (3.5 Nm) 44.3 (5.0 Nm) 44.3 (5.0 Nm) T00T-15P50 T00T-20P50 T00T-20P80 T00T-25P60 T00T-25P80 T00T-30P80 Dynamomentic key* T00T-15P T00T-20P T00T-20P T00T-25P T00T-25P T00T-30P Replaceable blade T15P T20P T20P T25P T25P T30P Hexagonal size 44 (5.0 Nm) 44 (5.0 Nm) 70.8 (8.0 Nm) 53 (6.0 Nm) 70.8 (8.0 Nm) 70.8 (8.0 Nm) Torque value in/lbs (Nm) Please observe that the blades are not interchangeable between screw driver type and T-handle type. Torx Plus is a registered trade mark belonging to Camcar-Textron (USA) H00T-3050 H00T-4050 H00T-4060 H00T-5080 H00T Dynamomentic key* H00T-3.0 H00T-4.0 H00T-4.0 H00T-5.0 H00T-6.0 Replaceable blade 3 mm 4 mm 4 mm 5 mm 6 mm 44 (5.0 Nm) 44 (5.0 Nm) 53 (6.0 Nm) 70.8 (8.0 Nm) 88.5 (10.0 Nm) Hexagonal size Torque value in/lbs (Nm) Maximum RPM and balancing H H H * Including blade H H H mm 2.0 mm 2.5 mm 8 (0.9 Nm) 18 (2.0 Nm) 18 (2.0 Nm) Recommended maximum RPM for all Seco cutters are shown on each catalog page. Normally there is no need for blancing tools for RPM up to 10,000. However in some cases balancing is necessary, for instance when using heavy tools and toolholders in small machines. Over 10,000 RPM: We recommend blancing of tool and toolholders at least separately. Over 20,000 RPM: Both tool and toolholders must be blanced at least separately. Over 30,000 RPM: Tool and tool holders must be balanced as a unit. The max RPM in the tables should never be exceeded Dyno And Max RPM.indd 261 2/12/2010 7:54:13 AM

262 Insert Wear Failure Modes 1. NORMAL FLANK WEAR Normal Flank Wear, since it is predictable and dependable, is the most desirable wear condition. Rapid Flank Wear looks the same, but happens much quicker than the target 15 minutes of time in cut. Cause Abrasive wear. Hard microscopic inclusions of carbide or work-hardened material in the workpiece cut into the insert. Small pieces of coating break off and cut into the insert. The cobalt eventually wears out of the matrix, the carbide grains no longer have sufficient adhesion, and they break off. What to look for Relatively uniform abrasion along the cutting edge Occasionally, metal from the workpiece that is smeared over the cutting edge can exaggerate the apparent size of the wear scar Duratomic inserts will wear black and smooth Non-Duratomic inserts will have shiny abrasions An all black condition is the under-coating showing through the top coating When to expect it In all materials, an insert will fail due to normal wear if it doesn t fail from something else first. Corrective Actions (to Rapid Flank Wear) Reduce the cutting speed (RPM or SFPM) Select a more wear resistant, harder, or coated carbide grade. Apply coolant correctly 2. CRATERING Cause A combination of diffusion, decomposition and abrasive wear causes cratering. The heat from workpiece chips decomposes the tungsten carbide grains in the substrate, and carbon leeches into the chips (diffusion), wearing a crater on the top of the insert. The crater will eventually grow large enough to cause the insert flank to chip, or may cause rapid flank wear. What to look for Craters or pits on top of inserts Chipbreaking may improve after cratering starts When to expect it Iron or titanium-based alloys Corrective Actions (to Rapid Flank Wear) Use a coated grade Coatings containing relatively thick layers of aluminum oxide are best TiAlN is the most crater resistant PVD coating Apply coolant Use a freer cutting geometry to reduce heat Reduce the cutting speed (RPM or SFPM) Reduce feed rate Increasing the lead angle will have a small, but positive, effect Failure Modes.indd 262 2/12/2010 7:55:26 AM

263 Insert Wear Failure Modes 3. BUILT UP EDGE Cause Material adhesion. BUE is a result of the workpiece material being pressure welded to the cutting edge. This occurs when there is chemical affinity, high pressure, and sufficient temperature in the cutting zone. Eventually, the built up edge breaks off and takes pieces of the insert with it, leading to chippage and rapid flank wear. What to look for Shiny material on the top or flank of the insert edge Erratic changes in part size or finish When to expect it Gummy materials At low speeds High temp alloys and stainless steel Threading operations Drilling Non-ferrous materials Corrective Actions Any coating, especially a nitride coating, will reduce built-up edge Increase the cutting speed (RPM or SFPM) Select an insert with a sharper cutting edge geometry Increase the feed rate Apply coolant correctly, perhaps increasing the concentration Use an insert with a smoother (polished) surface 4. CHIPPING Cause Mechanical instability. Chipping of the insert edge is often a result of vibrations in the workpiece or spindle. Hard inclusions in the surface of the material being cut and interrupted cuts result in local stress concentrations that can cause chipping. f = V/(5 x WL) f = vibration frequency (cycles per second) V = cutting speed (feet per minute) WL = wave length of vibration (inches) What to look for Chips along the edge of the insert When to expect it Non-rigid set-ups (bad bearings, worn spindles, etc.) Hard spots in work material Powdered Metal (PM) materials Corrective Actions Ensure proper (rigid) machine tool setup Minimize deflection Select a tougher insert grade Select a stronger cutting edge geometry Reduce the feed rate (especially at the entrance or exit of the cut) Use honed inserts See also corrective actions for built-up edge Failure Modes.indd 263 2/12/2010 7:55:28 AM

264 Insert Wear Failure Modes 5. thermal mechanical failure Cause A combination of Thermal Cycling (changing the temperature of the insert very rapidly), Thermal Load (temperature differences between warm and cold zones), and Mechanical Shock causes thermal mechanical failure. Stress cracks form along the insert edge, eventually causing sections of carbide to pull out and appear to be chipping. Seen mostly in milling and interrupted cut turning. What to look for Multiple cracks perpendicular to cutting edge Need to identify before chipping When to expect it Milling Facing operations when a large number of parts are machined Operations with intermittent coolant flow Corrective Actions Apply coolant correctly or remove completely Select a tougher insert grade (higher cobalt content) Reduce the cutting speed (RPM or SFPM) Reduce the feed rate Use a freer cutting geometry to reduce heat 6. edge deformation Cause Thermal Overloading. Excessive heat causes the carbide binder (cobalt) to soften. Mechanical Overloading. Pressure of the insert against the workpiece makes the insert deform or sag at the tip, eventually breaking off or leading to rapid flank wear. What to look for Deformation at the cutting edge The dimensions of the workpiece may not be as expected When to expect it High heat operations High speed Hard steels or work-hardened surfaces High temperature alloys High feed rates Corrective Actions Apply coolant correctly Reduce the cutting speed (RPM or SFPM) Reduce the feed rate Select an insert with a larger nose radius. Use a harder, more wear resistant grade with a lower binder Using a freer cutting insert geometry will have a small but positive effect Use a coated carbide grade Failure Modes.indd 264 2/12/2010 7:55:30 AM

265 Insert Wear Failure Modes 7. NOTCHING What to look for Notching or chipping at the depth of cut area on the insert When to expect it Materials with surface scale or oxidation Work hardened materials Cast or irregular surfaces (see also Built Up Edge) Corrective Actions Reduce the feed rate Vary the depth of cut when using multiple passes Use a tool with a larger lead angle Increase cutting speed if machining a high temp alloy NOTE: This will generate more flank wear Select a tougher insert grade Carefully increase the hone in the DOC area Use a chipbreaker designed for high feed rates Prevent build-up edge, especially in stainless and high temp alloys Cause Differences in hardness or abrasiveness within the workpiece. Notching is caused when the surface of the workpiece is harder or more abrasive than the material deeper in the cut, e.g. surface hardening from previous cuts, forged or cast surfaces, or surface scale. This causes the insert to wear more rapidly in that part of the cutting zone. Local Stress Concentration can also lead to notching. As a result of the compressive stress along the cutting edge and lack of the same behind the cutting edge the insert is particularly stressed at the depth of cut line. Impact of any sort, such as hard micro inclusions in the workpiece material or slight interruptions, can cause a notch. 8. MECHANICAL FRACTURE Cause Excessive wear of any type can cause mechanical fracture. Mechanical overload. The mechanical load is so great that the insert breaks during the first moments of a cut. What to look for Fracture of insert Corrective Actions Correct for all other failure mechanisms besides normal flank wear Reduce the feed rate Reduce the depth of cut Verify set-up rigidity Select a tougher insert grade (higher content of cobalt) Select an insert with a more secure cutting edge Select an insert with a chipbreaker geometry for higher feed rates Select a thicker insert Check the workpiece for hard inclusions or difficult entry Failure Modes.indd 265 2/12/2010 7:55:32 AM