TURNING INSERTS...7 TURNING TOOLS...89 PARTING & GROOVING TURNING THREADING CARTRIDGES OTHER TOOLS GENERAL INFORMATION...

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2 / TABLE OF CONTENTS INSERTS...7 TOOLS...89 PARTING & GROOVING THREADING CARTRIDGES OTHER TOOLS GENERAL INFORMATION Customer Service - Tel.: +33 (0) Fax: +33 (0)

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4 / INSERTS / TABLE OF CONTENTS Introduction to carbide inserts...primary grades...9 Top orm geometry overview Carbide insert designation Grade designation Geometry designation selection metod templates Carbide inserts...21 Introduction to advanced material inserts...edge preparation designation...37 Advanced materials grade selection Advanced materials inserts...ceramic...39 CBN PCD Tecnical Inormation...Grade description...45 Geometry application Grade selection/application guide dimensions Wiper guidelines ailure modes Turning ormulae Horsepower calculation PCD - Polycrystalline diamond CBN & ceramic Ceramic Customer Service - Tel.: +33 (0) Fax: +33 (0)

5 / INSERTS NOTES 8 General Catalog

6 / INSERTS / INTRODUCTION TO CARBIDE INSERTS PRIMARY GRADES ISO group PVD Coated grades Carbide CVD Ceramics CBN PCD Uncoated grades Carbide Cermet Wear resistance P Tougness Wear resistance M Tougness Wear resistance K Tougness Wear resistance N Tougness Wear resistance S Tougness Wear resistance H Tougness P01 P05 P10 P15 P20 P25 P30 P35 P40 P45 P50 M01 M05 M10 M15 M20 M25 M30 M35 M40 K01 K05 K10 K15 K20 K25 K30 K35 K40 N01 N05 N10 N15 N20 N25 N30 S01 S05 S10 S15 S20 S25 S30 H01 H05 H10 H15 H20 H25 H KR KX20 KX TC 100 TC 100 TC 100 SN 100 WS 500 C225 PC30 D720 SY3 KX2 KX2 N N NTB 10 Customer Service - Tel.: +33 (0) Fax: +33 (0)

7 / INSERTS / INTRODUCTION TO CARBIDE INSERTS TOP FORM GEOMETRY OVERVIEW Increasing edge strengt PF2 PF4 PF5 Finising Positive Medium macining PM2 PM3 PM4 PM5 F2 F4 F5 Finising M2 M3 M4 M5 M7 M8 Negative Medium macining R3 R6 R7 R9 Rouging Increasing eed rate 10 General Catalog

8 / INSERTS / INTRODUCTION TO CARBIDE INSERTS TOP FORM GEOMETRY OVERVIEW Complementary geometries Increasing edge strengt RP5 Positive rounds Complementary 25 3C 1L 2L 5G Double sided JR JZ JQ Special geometries 6W Hig productivity wipers Increasing eed rate Customer Service - Tel.: +33 (0) Fax: +33 (0)

9 / INSERTS / INTRODUCTION TO CARBIDE INSERTS CARBIDE INSERT DESIGNATION 1 Sape 2 Clearance angle 4 Clamping - Cutting geometry C D E K L R S T N 0 B 5 C 7 D 15 E 20 P 11 A F G H M N P Q R T 40 to to to to 60 s o non-equilateral sape or wit dimensions, particular details V W U W X C N M G Tolerance ISO (mm) d Symbol (Inscribed Circle) s (Tickness) C ± ± ± E ± ± ± F ± ± ± G ± ± 0.13 ± H ± ± ± M* ± ±0.15 ± 0.13 ± ±0.20 U* ± ±0.25 ± 0.13 ± ±0.38 *Exact tolerance is determined by size o insert m 12 General Catalog

10 / INSERTS / INTRODUCTION TO CARBIDE INSERTS CARBIDE INSERT DESIGNATION 6 Tickness 7 Radius 8 Edge inis 10 Geometry OPTIONAL OPTIONAL Symbol (ISO) T T Symbol (ISO) F E T Identiication o cutting geometry, speciic to te manuacturer S M Inscribed circle and cutting edge lengt IC mm C D R S T V W 3.97 S S Hand o tool OPTIONAL R N L Customer Service - Tel.: +33 (0) Fax: +33 (0)

11 / INSERTS / INTRODUCTION TO CARBIDE INSERTS GRADE DESIGNATION 5635 Material to be cut Application ISO Range 1 - Cast irons 2 - Hardened steels > 45 HRC 3 - (Reserved) 4 - Titanium 5 - Steels and alloyed steels 0 - Milling 1 - Milling 2 - Drilling 3 - Drilling 4 - Treading Finising Semi-inising General cutting Rouging Heavy rouging 6 - Low carbon (Cermet) 5 - Turning 7 - Non-errous metals 6 - Turning 8 - Stainless steels 7 - Grooving 9 - Hig temperature alloys 8 - Grooving 9 - (Reserved) 14 General Catalog

12 / INSERTS / INTRODUCTION TO CARBIDE INSERTS GEOMETRY DESIGNATION Positive inserts Negative inserts P M 2 M 7 Operation Cutting edge strengt Operation Cutting edge strengt Positive F - Finising M - Medium Strengt and eed F - Finising M - Medium R - Rouging C - Complementary Strengt and eed Summary table Positive inserts Negative inserts Negative inserts Designation Application Designation Application Designation Application PF2 6W Wiper R3 PF4 Finising F2 R6 Rouging PF5 F4 Finising R7 PM2 F5 R9 PM3 M2 25 Medium PM4 M3 3C Complementary PM5 M4 5G Medium 1L M5 2L M7 JR Complementary M8 JQ JZ Customer Service - Tel.: +33 (0) Fax: +33 (0)

13 / INSERTS / INTRODUCTION TO CARBIDE INSERTS INSERT SELECTION METHOD Step1: Answer te ollowing tree questions to elp you Step 2: Coose te correct tool rom tis catalog Example: Steel Question 1: Wat material are you cutting? Answer: CK45 steel Question 2: Wat is te ardness o te material? Answer: 600 N/mm² Question 3: Wat is your operation? Answer: Finising Use te guide to Guide to Workpiece Material cart on page 586 to locate your workpiece material or closest to it. Note te material group (color) and category or your workpiece. Example: CK45 is a steel (blue) in te medium carbon & ig carbon steels category. Turn to te Carbide grade selection/application guide or steel on page 56, (Note: pages are color coded or eac material group). Coose te grade wose mid-point is closest to your operation (eavy rouging, rouging, general purpose or inising). I more tan one grade is applicable, coose te irst grade displayed. Example: Locate te grade you cose in te last step. Find te column or te category o steel being cut. At te intersection were te grade and te category meet, you will ind te recommended cutting speed (Vc) and geometry (cipbreaker). Bold and red lettering indicates irst coice or cipbreaker. Example or ISO: 494 m/min and an F2 geometry. To determine Dept o Cut (DOC), go back to te irst column in te Application guide. A range is given. To select a DOC, start at mid-point or a 12.7 mm I.C. insert (suc as SNMG ). Reduce or smaller inserts (SNMG ) or increase or larger inserts (SNMG ). Example: 0.9 mm Note: DOC sould never exceed ½ o te insert I.C. or cutting edge lengt. To determine te eed rate (millimeter per revolution), go back to te second column. A range is given. In general, ligter eed is used or inising operations and eavier eed rate or rouging or eavy stock removal. Example: 0.1 mm/rev You now ave your starting parameters (Vc, DOC, and Feed) and te recommended grade and geometry. You may increase/decrease cutting conditions to optimize your application depending on many actors including: - Work piece ardness, - Surace inis required, - size, sape and nose radius, - Lead angle, cipbreaker, - Cycle time required, - Desired tool lie, - Desired ailure mode and reason or indexing. See GENERAL INFORMATION on page 342 & 577 to optimize your application. 16 General Catalog

14 / INSERTS / INTRODUCTION TO CARBIDE INSERTS INSERT TEMPLATES Instructions or using insert templates ISO standard part numbers (insert identiication) usually ave 4 letters and 6 digits. Example: CNMG To determine te part number or a given insert Step 1: Determine insert sape (1st letter o part number), size (1st and 2nd digit o part number) and corner radius (5t and 6t digit o part number). Lay te insert lat on te appropriate template sape (square, rombic, trigon, etc.), size and corner radius. Sides (perimeter) o insert sould line up to lines o correct template. Pay special attention to te corner radius area. Wen you ave te correct template, write down te inormation. sape C size Corner radius Step 2: Determine insert relie angle (2nd letter o part number). Stand insert on edge and line up to appropriate template. Add te appropriate letter to te 2nd position o te part number. C N Clearance angle Step 3: Determine insert tickness (3rd and 4t digit o part number). Stand insert on edge and line up to appropriate template. Add te correct number to te second digit o te part number. C N tickness Letters 3 and 4 reer to tolerances and insert caracteristics suc as ole and/or cipbreaker. See ISO codiication page 12 or more details. Customer Service - Tel.: +33 (0) Fax: +33 (0)

15 / INSERTS / INTRODUCTION TO CARBIDE INSERTS INSERT TEMPLATES sape C size Corner radius C C C C C C C C C C C C C C C C C C C C C C C C C D D D D D D D D D D D D D D E E E Relie angle = Second letter o part number N B C P D E E E E Tickness = Middle digit o part number T General Catalog

16 / INSERTS / INTRODUCTION TO CARBIDE INSERTS INSERT TEMPLATES sape C size Corner radius S S S S S S S S S S S S S S S T T T T T T T T T T T T T T T T T T T T T T T T T T T T T T Customer Service - Tel.: +33 (0) Fax: +33 (0)

17 / INSERTS / INTRODUCTION TO CARBIDE INSERTS INSERT TEMPLATES sape C size Corner radius V V V V V V V V V V V V V V V K K R O R MO R O R MO R R MO R O R MO R O R MO R O R MO R MO W W W W W W W W W W General Catalog

18 / INSERTS CARBIDE INSERTS Cipbreaker MTCVD grades PVD grades Uncoated grades Cermet KX20 KR20 KX05 KX2 N S1S S4 SY3 NTB10 CCGT 1L CCGT L CCGT L CCGT L CCGT L CCGT 09T302-1L CCGT 09T304-1L CCGT 09T308-1L CCGT L CCGT 09T302-PF4 CCGT PF4 CCGT PM2 CCGT PM2 CCGT PM2 CCGT 09T304-PM2 CCGT 09T308-PM2 CCMT PF4 CCMT PF4 CCMT PF4 CCMT PF4 CCMT PF4 CCMT PF4 CCMT 09T304-PF4 CCMT 09T308-PF4 CCMT PM3 CCMT PM3 CCMT PM3 CCMT 09T304-PM3 CCMT 09T308-PM3 CCMT PM4 CCMT PM4 CCMT PM4 CCMT 09T308-PM4 CCMT PM4 CCMT PM5 CCMT PM5 CCMT PM5 CCMT PM5 CCMT PM5 CCMT PM5 CCMT 09T304-PM5 CCMT 09T308-PM5 CCMT PM5 CCMT PM5 CCMT PM5 CCMX L/R RC CCMX RC L CCMX RC R CCMX RC L CCMX RC R : Article wic can be ordered Ordering example: CCGT L 9605 Customer Service - Tel.: +33 (0) Fax: +33 (0)

19 / INSERTS CARBIDE INSERTS CNGG M2 Cipbreaker MTCVD grades PVD grades Uncoated grades Cermet CNGG M2 CNGG M KX20 KR20 KX05 KX2 N S1S S4 SY3 NTB10 CNMA CNMA CNMA CNMA CNMA CNMA CNMA CNMA CNMG CNMG 25 CNMG 6W CNMG W CNMG W CNMG F2 CNMG F2 CNMG F2 CNMG F4 CNMG F4 CNMG F4 CNMG F4 CNMG F5 CNMG F5 CNMG F5 CNMG L/R 5G CNMG L-5G CNMG R-5G CNMG L-5G CNMG R-5G CNMG M2 CNMG M2 CNMG M2 CNMG M2 CNMG M2 CNMG M2 CNMG M3 CNMG M3 CNMG M3 : Article wic can be ordered Ordering example: CNGG M2 KX20 22 General Catalog

20 / INSERTS CARBIDE INSERTS CNMG M4 Cipbreaker CNMG M4 CNMG M4 CNMG M4 CNMG M4 CNMG M4 MTCVD grades PVD grades Uncoated grades Cermet KX20 KR20 KX05 KX2 N S1S S4 SY3 NTB10 CNMG M5 CNMG M5 CNMG M5 CNMG M5 CNMG M5 CNMG M5 CNMG M5 CNMG M5 CNMG M5 CNMG M5 CNMG M5 CNMG M5 CNMG M5 CNMG M7 CNMG M7 CNMG M7 CNMG M7 CNMG M7 CNMG M7 CNMG M7 CNMG M7 CNMG M7 CNMG M8 CNMG M8 CNMG M8 CNMG M8 CNMG M8 CNMG M8 CNMG M8 CNMG R3 CNMG R3 CNMG R3 CNMG R3 CNMG R3 CNMG R3 CNMG R3 CNMG R3 CNMM R3 CNMM R3 CNMM R6 CNMM R6 CNMM R6 CNMM R6 CNMM R6 CNMM R6 CNMM R6 CNMM R6 : Article wic can be ordered Ordering example: CNMG M Customer Service - Tel.: +33 (0) Fax: +33 (0)

21 / INSERTS CARBIDE INSERTS Cipbreaker MTCVD grades PVD grades Uncoated grades Cermet KX20 KR20 KX05 KX2 N S1S S4 SY3 NTB10 CNMM R7 CNMM R7 CNMX S1 CNMX S1 CPGX L/R JQ CPGX FL-JQ CPGX FR-JQ CPGX 09T304FL-JQ CPGX L/R JR CPGX FL-JR CPGX FR-JR CPGX FL-JR CPGX FR-JR CPGX L/R JZ CPGX FL-JZ CPGX FR-JZ DCGT 1L DCGT L DCGT L DCGT 11T302-1L DCGT 11T304-1L DCGT 11T308-1L DCGT L DCGT 2L DCGT PF4 DCGT PF4 DCGT 11T302-PF4 DCGT PM2 DCGT PM2 DCGT 11T304-PM2 DCGT 11T308-PM2 DCMT PF4 DCMT PF4 DCMT PF4 DCMT PF4 DCMT 11T304-PF4 DCMT 11T308-PF4 : Article wic can be ordered Ordering example: CNMM R General Catalog

22 / INSERTS CARBIDE INSERTS Cipbreaker MTCVD grades PVD grades Uncoated grades Cermet KX20 KR20 KX05 KX2 N S1S S4 SY3 NTB10 DCMT PM3 DCMT 11T304-PM3 DCMT 11T308-PM3 DCMT PM4 DCMT PM4 DCMT 11T304-PM4 DCMT 11T308-PM4 DCMT 11T312-PM4 DCMT PM4 DNMA DNMA DNMA DNMA DNMG 3C DNMG C DNMG C DNMG 6W DNMG W DNMG W DNMG F2 DNMG F2 DNMG F2 DNMG F2 DNMG F2 DNMG F4 DNMG F4 DNMG F4 DNMG F4 DNMG F5 DNMG F5 DNMG F5 DNMG L/R 5G DNMG L-5G DNMG R-5G DNMG L-5G DNMG R-5G DNMG M2 DNMG M2 DNMG M2 DNMG M2 : Article wic can be ordered Ordering example: DCMT 11T304-PM Customer Service - Tel.: +33 (0) Fax: +33 (0)

23 / INSERTS CARBIDE INSERTS DNMG M3 Cipbreaker DNMG M3 DNMG M3 DNMG M3 MTCVD grades PVD grades Uncoated grades Cermet KX20 KR20 KX05 KX2 N S1S S4 SY3 NTB10 DNMG M4 DNMG M4 DNMG M4 DNMG M5 DNMG M5 DNMG M5 DNMG M5 DNMG M5 DNMG M5 DNMG M5 DNMG M5 DNMG M5 DNMG M8 DNMG M8 DNMG M8 DNMG R3 DNMG R3 DNMG R3 DNMG R3 DPMW 11T308 DPMW ECGT 1L ECGT L ECGT L ECGT 2L ECGT L ECGT L ECGT L ECGT L ECMT PM3 ECMT PM3 : Article wic can be ordered Ordering example: DNMG M2 KX20 26 General Catalog

24 / INSERTS CARBIDE INSERTS MTCVD grades PVD grades Uncoated grades Cermet Cipbreaker KX20 KR20 KX05 KX2 N S1S S4 SY3 NTB10 ECMT PM4 ECMT PM4 ECMT PM4 ECMT PM4 ECMW ECMW ECMW ECMW EPGX FL-JZ EPGX FR-JZ EPGX L/R JZ EPMT PM5 EPMT PM5 KNUX L/R 22 KNUX L-22 KNUX R-22 KNUX L-22 KNUX R-22 KNUX L/R 32 KNUX L-32 KNUX R-32 KNUX L-32 KNUX R-32 RCMT PM5 RCMT 0803MO-PM5 RCMT 10T3MO-PM5 RCMT 1204MO-PM5 RCMT 1605MO-PM5 RCMT 2006MO-PM5 RCMT 2507MO-PM5 RCMT RP5 RCMT 0803M0-RP5 RCMT 10T3M0-RP5 RCMT 1204M0-RP5 RCMT 1605M0-RP5 RCMT 2006M0-RP5 RNMG M7 RNMG M7 SCGT 1L SCGT 09T304-1L SCGT 09T308-1L : Article wic can be ordered Ordering example: ECMT PM Customer Service - Tel.: +33 (0) Fax: +33 (0)

25 / INSERTS CARBIDE INSERTS MTCVD grades PVD grades Uncoated grades Cermet Cipbreaker KX20 KR20 KX05 KX2 N S1S S4 SY3 NTB10 SCGT PM2 SCGT 09T308-PM2 SCGT PM2 SCMT PF4 SCMT 09T304-PF4 SCMT 09T308-PF4 SCMT PM3 SCMT PM3 SCMT PM4 SCMT 09T304-PM4 SCMT 09T308-PM4 SCMT PM5 SCMT PM5 SCMT PM5 SNMA SNMA SNMA SNMA SNMA SNMA SNMA SNMA SNMA SNMG F2 SNMG F2 SNMG F4 SNMG F4 SNMG F5 SNMG F5 : Article wic can be ordered Ordering example: SCGT 09T308-PM General Catalog

26 / INSERTS CARBIDE INSERTS MTCVD grades PVD grades Uncoated grades Cermet Cipbreaker KX20 KR20 KX05 KX2 N S1S S4 SY3 NTB10 SNMG M2 SNMG M2 SNMG M3 SNMG M3 SNMG M3 SNMG M4 SNMG M4 SNMG M4 SNMG M4 SNMG M5 SNMG M5 SNMG M5 SNMG M5 SNMG M5 SNMG M5 SNMG M5 SNMG M5 SNMG M7 SNMG M7 SNMG M7 SNMG M7 SNMG M7 SNMG M7 SNMG M7 SNMG M7 SNMG M7 SNMG M8 SNMG M8 SNMG M8 SNMG R3 SNMG R3 SNMG R3 SNMG R3 SNMG R3 SNMG R3 SNMG R3 SNMG R3 SNMM R6 SNMM R6 SNMM R6 SNMM R6 SNMM R7 SNMM R7 SNMM R7 SNMM R7 : Article wic can be ordered Ordering example: SNMG M Customer Service - Tel.: +33 (0) Fax: +33 (0)

27 / INSERTS CARBIDE INSERTS MTCVD grades PVD grades Uncoated grades Cermet Cipbreaker KX20 KR20 KX05 KX2 N S1S S4 SY3 NTB10 SNMM T2-R9 SNMM T2-R9 SNMM T2-R9 SNMM T2-R9 SNMM T2-R9 SNMM T2-R9 SNUN SNUN SPMR PF2 SPMR PF2 SPMR PF5 SPMR PF5 SPMR PF5 SPMR PF5 SPUN SPUN SPUN SPUN TCGT 1L TCGT L TCGT L TCGT 16T304-1L TCGT 16T308-1L TCGT PF4 TCGT 06T102-PF4 TCGT PF4 TCGT PM2 TCGT PM2 TCMT PF4 TCMT 06T102-PF4 TCMT 06T104-PF4 TCMT PF4 TCMT PF4 TCMT PF4 TCMT 16T304-PF4 TCMT 16T308-PF4 TCMT 16T312-PF4 : Article wic can be ordered Ordering example: SNMM T2-R General Catalog

28 / INSERTS CARBIDE INSERTS MTCVD grades PVD grades Uncoated grades Cermet Cipbreaker KX20 KR20 KX05 KX2 N S1S S4 SY3 NTB10 TCMT 16T304-PM3 TCMT PM3 TCMT PM4 TCMT PM4 TCMT PM4 TCMT 16T308-PM4 TCMT PM5 TCMT 16T304-PM5 TCMT 16T308-PM5 TCMX 16T304 RCL TCMX 16T304 RCR TCMX L/R RC TNMA TNMA TNMA TNMA TNMA TNMG TNMG 25 TNMG C TNMG 3C TNMG F2 TNMG F2 TNMG F2 TNMG F4 TNMG F4 TNMG F4 TNMG F4 TNMG F5 TNMG F5 TNMG F5 : Article wic can be ordered Ordering example: TCMT 16T304-PM Customer Service - Tel.: +33 (0) Fax: +33 (0)

29 / INSERTS CARBIDE INSERTS MTCVD grades PVD grades Uncoated grades Cermet Cipbreaker KX20 KR20 KX05 KX2 N S1S S4 SY3 NTB10 TNMG L/R 5G TNMG L-5G TNMG R-5G TNMG L-5G TNMG R-5G TNMG M2 TNMG M2 TNMG M2 TNMG M3 TNMG M3 TNMG M3 TNMG M3 TNMG M4 TNMG M4 TNMG M5 TNMG M5 TNMG M5 TNMG M5 TNMG M5 TNMG M5 TNMG M5 TNMG M5 TNMG M7 TNMG M7 TNMG M7 TNMG M7 TNMG M7 TNMG M7 TNMG M7 TNMG M7 TNMG M7 TNMG M7 TNMG M7 TNMG M7 TNMG M7 TNMG M8 TNMG M8 TNMG R3 TNMG R3 TNMG R3 TNMG R3 : Article wic can be ordered Ordering example: TNMG L-5G General Catalog

30 / INSERTS CARBIDE INSERTS MTCVD grades PVD grades Uncoated grades Cermet Cipbreaker KX20 KR20 KX05 KX2 N S1S S4 SY3 NTB10 TNMM R6 TNMM R6 TPGX L/R JQ TPGX FL-JQ TPGX FL-JQ TPGX FR-JQ TPGX 16T304FL-JR TPGX L/R JR TPGX FL-JZ TPGX L/R JZ TPGX FR-JZ TPMR PF2 TPMR PF2 TPMR PF2 TPMR PF2 TPMR PF5 TPMR PF5 TPMR PF5 TPMR PF5 TPMR PF5 TPUN TPUN TPUN TPUN TPUN TPUN TPUN TPUX L/R RC TPUX RC L TPUX RC R TPUX RC R VBMT PF4 VBMT PF4 VBMT PM3 VBMT PM3 : Article wic can be ordered Ordering example: TNMM R Customer Service - Tel.: +33 (0) Fax: +33 (0)

31 / INSERTS CARBIDE INSERTS VBMT PM4 Cipbreaker VBMT PM4 VBMT PM4 VBMT PM4 MTCVD grades PVD grades Uncoated grades Cermet KX20 KR20 KX05 KX2 N S1S S4 SY3 NTB10 VCGT 1L VCGT L VCGT L VCGT L VCGT L VCGT L VCGT L VCGT L VCGT L VCGT L VCGT L VCGT 2L VCGT L VCGT L VCGT L VCGT PF4 VCGT PF4 VCGT PF4 VCGT PF4 VCGT PF4 VCGT PF4 VCGT PM4 VCGT PM4 VCGT PM5 VCGT PM5 VCGT PM5 VCGT PM5 VCGW VCGW VCGW VCGW VCGX L/R PF4 VCGX FL-PF4 VCGX FR-PF4 VCGX FR-PF4 VCGX FL-PF4 VCGX FR-PF4 VNMG C VNMG 3C : Article wic can be ordered Ordering example: VBMT PM General Catalog

32 / INSERTS CARBIDE INSERTS MTCVD grades PVD grades Uncoated grades Cermet Cipbreaker KX20 KR20 KX05 KX2 N S1S S4 SY3 NTB10 VNMG F5 VNMG F5 VNMG M2 VNMG M2 VNMG M2 VNMG M5 VNMG M5 VNMG M5 WCGT PF4 WCGT PF4 WCGT PF4 WCGX FL-JZ WCGX FL-JZ WCGX L/R JZ WNMA WNMA WNMA WNMG W WNMG 6W WNMG F2 WNMG F2 WNMG F2 WNMG F5 WNMG F5 WNMG F5 WNMG L/R 5G WNMG L-5G WNMG R-5G WNMG L-5G WNMG R-5G : Article wic can be ordered Ordering example: VNMG F Customer Service - Tel.: +33 (0) Fax: +33 (0)

33 / INSERTS CARBIDE INSERTS WNMG M2 Cipbreaker MTCVD grades PVD grades Uncoated grades Cermet WNMG M2 WNMG M2 WNMG M KX20 KR20 KX05 KX2 N S1S S4 SY3 NTB10 WNMG M3 WNMG M3 WNMG M4 WNMG M4 WNMG M4 WNMG M5 WNMG M5 WNMG M5 WNMG M5 WNMG M5 WNMG M5 WNMG M5 WNMG M7 WNMG M7 WNMG M7 WNMG M8 WNMG M8 WNMG M8 WNMG M8 WNMG R3 WNMG R3 WNMG R3 WNMG R3 WNMX L/R 37 WNMX L-37 WNMX R-37 WNMX L-37 WNMX L/R 37AL WNMX L-37-AL WNMX R-37-AL : Article wic can be ordered Ordering example: WNMG M General Catalog

34 EDGE PREPARATION DESIGNATION / INSERTS / INTRODUCTION TO ADVANCED MATERIAL INSERTS Increasing edge strengt HONE & T-LAND T-LAND HONE Increasing wear resistance ISO UP-SHARP Edge preparation code Saety T-Land (mm) Angle (degrees) T TB T TB T TB T TC T T T T T T T T T TF T TF T TG T TS T TX ISO Edge preparation code Saety T-Land (mm) Angle (degrees) S S S S S SC S S S S S SF S SK ISO Edge preparation code Saety T-Land (mm) Angle (degrees) K KS K KX RNGN T01020 => Edge inising Camer widt Camer angle 20 Sarp edge ER treated edge Negative camering Negative double camering Camered and ER treated edge F E T K S Customer Service - Tel.: +33 (0) Fax: +33 (0)

35 / INSERTS / INTRODUCTION TO ADVANCED MATERIAL INSERTS ADVANCED MATERIALS GRADE SELECTION Premium ig perormance cutting tools or your most demanding applications TC100 - Mixed ceramic - Used extensively in steel and bearing markets and or cast iron inising operations Features Beneits General turning, boring and grooving o cast iron. Composed o AI TiC. Turning o ard materials (under 65 HRC). Hig temperature ardness and good termal sock resistance. Turning o eat resistant alloys. SN100 - Silicon nitride - Exceptional tool lie wen ig speed macining o cast iron Features Remarkable wear resistance and oers drastic improvements in tool lie and stability. Low termal expansion makes tis range very resistant to termal sock. Beneits Hig speed roug turning o cast iron. Oers exceptional tool lie. Cutting speeds up to 1000 m/min, eeds o 1 mm/rev. WS500 - Wiskers - Ideal or ig speed macining or nickel based aerospace alloys Features Combines alumina and a wisker reinorced compound oering extreme racture tougness and notc resistance. Added tensile strengt and racture tougness even at elevated temperatures. Beneits Turning and milling o eat resistant alloy (Inconel 718) and semi-inis and inis turning o cast iron. Hig speed turning o steel. C225 - Multi-cornered coated PCBN - For macining materials wit a ardness (> 45 HRC) Features Beneits Unique grade development. Carbide backed segment. Resists cratering and impact type racturing. Ultra ard cutting tool material. Cemically resistant. Termal stability. Dissipate eat generated during macining. Stops craks rom progressing. Increases brazing contact area. D720 / PC30 - Polycrystalline diamond (PCD) - Engineered or your most demanding non-errous applications Features Polycrystalline diamond grade wit medium granulometry. Tipped and ull edge inserts. Beneits Recommended or inising and ligt rouging o aluminum and oter non-errous materials. Permits te removal o large quantities o cips. Excellent surace inis. For long tool lie. 38 General Catalog

36 / INSERTS / ADVANCED MATERIAL CERAMIC Style Grades Edge preparation code SN100 TC100 WS500 Saety ISO CNGA CNGN CNGA T02020 T02020 T02020 CNGA T01020 T01020 T01020 CNGA T02020 T02020 T02020 CNGA T01020 T01020 T01020 CNGA T02020 T02020 T02020 CNGA T02020 T02020 T02020 CNGN T01020 T01020 T01020 CNGN T01020 T01020 T01020 CNGN T02020 T02020 T02020 CNGN TB3 TB3 T00520 CNGN TF3 TF3 T02020 CNGN T01020 T01020 T01020 CNGN T02020 T02020 T02020 CNGN TB3 TB3 T00520 CNGN T02020 T02020 T02020 CNGN T01020 T01020 T01020 CNGN TB3 TB3 T00520 CNGN T01020 T01020 T01020 CNGN TB3 TB3 T00520 CNGN TF3 TF3 T02020 CNGN T02020 T02020 T02020 TURNNG CNGX CNGX TF4 TF4 T02025 CNGX TB1 TB1 T00510 CNGX TF4 TF4 T02025 DNGA DNGA T01020 T01020 T01020 DNGA S02020 S02020 S02020 DNGA T00520 T00520 T00520 DNGA T01020 T01020 T01020 DNGA T01020 T01020 T01020 DNGA T02020 T02020 T02020 DNGN DNGN T01020 T01020 T01020 DNGN T01020 T01020 T01020 DNGN T02020 T02020 T02020 DNGN TB3 TB3 T00520 DNGN T02020 T02020 T02020 DNGN TB3 TB3 T00520 DNGN TB3 TB3 T00520 DNGN TB3 TB3 T00520 DNGN TF3 TF3 T02020 DNGN TB3 TB3 T00520 DNGN T02020 T02020 T02020 DNGX TF4 TF4 T02025 DNGX : Article wic can be ordered Ordering example: CNGA T02020 TC100 Customer Service - Tel.: +33 (0) Fax: +33 (0)

37 / INSERTS / ADVANCED MATERIAL CERAMIC Style Grades Edge preparation code SN100 TC100 WS500 Saety ISO TURNNG RCGX RNGN RCGX TF3 TF3 T02020 RCGX K15015 K15015 K15015 RCGX TB3 TB3 T00520 RCGX K15015 K15015 K15015 RCGX TB3 TB3 T00520 RCGX K15015 K15015 K15015 RCGX TB3 TB3 T00520 RCGX TF3 TF3 T02020 RNGN T01020 T01020 T01020 RNGN TB3 TB3 T00520 RNGN SF3 SF3 S02020 RNGN SK3 SK3 S05020 RNGN T01020 T01020 T01020 RNGN T02020 T02020 T02020 RNGN TB3 TB3 T00520 RNGN TF3 TF3 T02020 RNGN T01020 T01020 T01020 RNGN T02020 T02020 T02020 RNGN T15015 T15015 T15015 RNGN TB3 TB3 T00520 RNGN TF3 TF3 T02020 RNGN T20015 T20015 T20015 RNGN TB3 TB3 T00520 RNGN TX2 TX2 T20015 SNGA SNGA T01025 T01025 T01025 SNGA T02020 T02020 T02020 SNGA T01020 T01020 T01020 SNGA T02020 T02020 T02020 SNGA T02020 T02020 T02020 SNGN SNGN T01020 T01020 T01020 SNGN T01020 T01020 T01020 SNGN T01020 T01020 T01020 SNGN T01020 T01020 T01020 SNGN T01020 T01020 T01020 SNGN T02020 T02020 T02020 SNGN TB3 TB3 T00520 SNGN TF3 TF3 T02020 SNGN SF3 SF3 S02020 SNGN T01020 T01020 T01020 SNGN T02020 T02020 T02020 SNGN TB3 TB3 T00520 SNGN TF3 TF3 T02020 SNGN T00520 T00520 T00520 SNGN T01020 T01020 T01020 SNGN TB3 TB3 T00520 SNGN TF3 TF3 T02020 SNGN T01020 T01020 T01020 SNGN SNGN TB3 TB3 T00520 SNGN S02020 S02020 S02020 SNGN T01020 T01020 T01020 SNGN TB3 TB3 T00520 SNGN T02020 T02020 T02020 SNGX SNGX TF4 TF4 T02025 SNGX TB1 TB1 T00510 SNGX TF4 TF4 T02025 SNGX TF4 TF4 T02025 : Article wic can be ordered Ordering example: RCGX TF3 WS General Catalog

38 / INSERTS / ADVANCED MATERIAL CERAMIC Style Grades Edge preparation code SN100 TC100 WS500 Saety ISO SPGN SPGN T01020 T01020 T01020 SPGN T01020 T01020 T01020 SPGN T01020 T01020 T01020 SPGN T01020 T01020 T01020 TNGA TNGA T01020 T01020 T01020 TNGA T02020 T02020 T02020 TNGA T01020 T01020 T01020 TNGA T02020 T02020 T02020 TURNNG TNGN TNGN T01020 T01020 T01020 TNGN T01020 T01020 T01020 TNGN T01020 T01020 T01020 TNGN T02020 T02020 T02020 TNGN T01020 T01020 T01020 TNGN T02020 T02020 T02020 TNGN T01020 T01020 T01020 TNGN T01020 T01020 T01020 TNGN T02020 T02020 T02020 TNGN T02020 T02020 T02020 TPGN TPGN T01020 T01020 T01020 TPGN T01020 T01020 T01020 TPGN T01020 T01020 T01020 TPGN T01020 T01020 T01020 TPGN T01020 T01020 T01020 VNGA VNGA T01020 T01020 T01020 VNGA T01020 T01020 T01020 WNGA WNGA T02020 T02020 T02020 WNGA T02020 T02020 T02020 WNGA T02020 T02020 T02020 : Article wic can be ordered Ordering example: SPGN T01020 TC100 Customer Service - Tel.: +33 (0) Fax: +33 (0)

39 / INSERTS / ADVANCED MATERIAL CERAMIC l a r 90 TURNNG Style Grades SN100 TC100 WS500 a l r WG6 250 RENA WG6 281 RENA WG6 RENA WG8 344 RENA WG8 375 RENA WG8 RENA : Article wic can be ordered Ordering example: WG6 250 RENA WS General Catalog

40 / INSERTS / ADVANCED MATERIAL CBN Style ISO reerence Grade C225 Cutting edges a CCGW M2-S CCGW M2-S CCGW a CNGA a CNGA M2-S CNGA M2-S CNGA M2-S CNGA WM2S CNGA WM2S CNGA M2-S CNGA M2-S TURNNG CPGW a CPGW M2-S CPGW 09T304 M2-S CPGW 09T308 M2-S CPGW 09T308WM2-S DCGW M2-S DCGW M2-S DCGW a DNGA a DNGA M2-S DNGA M2-S DNGA M2-S SNGA a SNGA M2-S SNGA M2-S SNGA M2-S TCGW a TCGW M3-S TCGW M3-S5 3 3 TNGA a TNGA M3-S TNGA M3-S5 3 3 TNGA M3-S VNGA a VNGA M2-S VNGA M2-S : Article wic can be ordered Ordering example: CCGW M2-S5 C225 Customer Service - Tel.: +33 (0) Fax: +33 (0)

41 / INSERTS / ADVANCED MATERIAL PCD Style ISO reerence Grades PC30 D720 a TURNNG CPGW F CPGW FN-30 a a CPGW F 3.0 CPGW F 3.0 CPGW F 3.0 CPGW FN CPGW FN CPGW FN CPGW FN CPGW FN CPGW FN CPGW FN-30G CPGW FN-30G CPGW FL CPGW FL CPGW FL CPGW FL CPGW FL CPGW FL CPGW 09T304 FL CPGW FL/R-60 CPGW FL/R-70 CPGW FL/R-90 CPGW HL CPGW HR a CPGW FR CPGW FR CPGW FR CPGW FR CPGW HL CPGW HL CPGW 09T304 HL CPGW HR CPGW FL/R-60G CPGW HRG a CPGW FR-60G1 6.0 CPGW HRG DCGW FN DCGW FN-30 a : Article wic can be ordered Ordering example: CPGW F D General Catalog

42 / INSERTS / TECHNICAL INFORMATION GRADE DESCRIPTION MTCVD Grade Description Perormance ISO material Applications 1505 MTCVD coated carbide Tick TiCN/AI /TiC coating Micrograin substrate Unique gray/black insert Polised rake surace Hig ardness Hig speed grade Enanced laking resistance Excellent wear resistance Enanced plastic deormation resistance Easy identiication o used edges Reduces build-up o erritic nodular iron K05 P05 H10 Cast irons: gray, ductile, malleable & powder metals Finising and semi-inising Continuous cuts Steels: carbon, alloy Finising operations ; continuous cuts Tool & die & ardened steels Finising operations ; continuous cuts 1510 MTCVD coated carbide TiCN+AI coating Fine grain substrate Polised rake surace General macining grade Excellent wear resistance Enanced tougness Enanced build-up resistance K10 P10 Cast irons: gray, ductile, malleable & powder metals Finising, semi-inising & general macining Continuous & ligt interrupted cuts Steel: carbon, alloy, tool & die Finising & semi-inising, continuous cuts H20 Tool & die & ardened steels Semi-inising operations ; continuous cuts 5615 MTCVD coated carbide TiCN/AI Gradient substrate Post-coating treatment Bi-color Hig speed grade Enanced wear resistance Cipping resistance Enanced build-up resistance P15 K15 Steels: carbon, alloy, tool & die Finising, semi-inising & general macining Continuous cuts Cast irons: gray, ductile, malleable Semi-inising, general macining & ligt rouging Continuous & mild interrupted cuts 5625 MTCVD coated carbide TiCN/AI Gradient substrate Post-coating treatment Bi-color Ligt macining grade Enanced wear resistance Cipping resistance Build-up resistance P25 M20 Steels: carbon, alloy, tool, & die Semi-inising, general macining & ligt rouging Continuous & ligt interrupted cuts Stainless steels: erritic, martensitic Semi-inising ; continuous cuts K20 Cast irons: gray, ductile & malleable Rouging ; interrupted cuts K05 = main coice K05 = additional coice Customer Service - Tel.: +33 (0) Fax: +33 (0)

43 / INSERTS / TECHNICAL INFORMATION GRADE DESCRIPTION MTCVD (continued) Grade Description Perormance ISO material Applications 5635 MTCVD coated carbide TiCN/AI Hig cobalt substrate Gradient substrate Post-coating treatment Bi-color Rouging grade Very ig tougness Enanced cipping resistance Build-up resistance P35 M30 Steels: carbon, alloy, tool & die General macining, rouging Continuous & interrupted cuts Stainless steels: erritic, martensitic General macining & rouging Sort continuous & interrupted cuts 8515 MTCVD coated carbide TiCN/AI /TiN coating Gradient substrate Tin coating Polised edge Hig speed grade Cipping resistance Build-up resistance Notc wear resistance Flaking resistance M15 P20 Stainless steels: erritic, austenitic, PH & duplex Finising & semi-inising Continuous & ligt interrupted cuts Steels: low carbon, alloy General macining ; continuous cuts S10 Hig temperature alloys Semi-inising ; continuous cuts 8525 MTCVD coated carbide TiCN/AI /TiN coating Hig cobalt substrate Tin coating Polised edge General macining grade Enanced plastic deormation resistance Hig tougness Cipping resistance Enanced build-up resistance Notc wear resistance Flaking resistance M25 P30 S15 Stainless steels: erritic, austenitic, PH & duplex General macining & rouging Continuous & interrupted cuts Steels: low carbon, alloy General macining ; interrupted cuts Hig temperature alloys Semi-inising ; continuous cuts 8535 MTCVD coated carbide TiCN/AI /TiN coating Hig cobalt substrate Tin coating Rouging grade Enanced wear resistance Very ig tougness Notc wear resistance Flaking resistance M35 P40 Stainless steels: erritic, austenitic, PH & duplex Rouging & eavy rouging Interrupted cuts Steels: carbon, alloy Rouging ; interrupted cuts S25 Hig temperature alloys Rouging ; interrupted cuts K05 = main coice K05 = additional coice 46 General Catalog

44 / INSERTS / TECHNICAL INFORMATION GRADE DESCRIPTION PVD Grade Description Perormance ISO material Applications 9605 PVD coated carbide TiAIN coating 2000 Hv Grain size < 1.0 μm Hard duty grade Hig strengt and improved wear resistance Great termal cocks resistance S10 N10 H10 M10 Nickel-based alloys, cobalt-based alloys, eat-resistant super alloys, ig-strengt stainless steels, titanium alloys, non-errous and aluminium alloys, bi-metal macining Semi-inising, inising KX20 PVD coated carbide TiCN coating Fine grain substrate General macining Abrasive wear resistance Enanced build-up resistance Enanced notc wear resistance Tougness on edge S15 M10 Hig temperature alloys & titanium General macining ; continuous cuts Stainless steels: erritic, austenitic Finising ; continuous cuts N10 Aluminum & non-errous materials Rouging ; interrupted cuts KR20 PVD coated carbide TiAIN coating Micrograin substrate Dense smoot coating Ligt duty grade Enanced crater resistance Outstanding wear resistance Witout any loss in tougness Less build-up and riction at cutting edge M10 Aluminium, steels, stainless steels, podwer metal, bi-metal, Hig temperature alloys, cast irons, titanium alloys and non-errous alloys S10 Ligt to general purpose macining N10 K05 Medium to ig speeds were cutting conditions are good P PVD coated carbide TiAlN coating Micrograin substrate Hig cobalt substrate Medium Duty Grade Enanced crater resistance Less build-up and riction at cutting edge Excellent tougness wit cipping resistance M20 Steels, stainless steels, ig temperature alloys, cast irons, titanium alloys and non-errous alloys S20 General purpose macining Low to medium speeds N20 Interruptions and ig eed rates K15 P15 K05 = main coice K05 = additional coice Customer Service - Tel.: +33 (0) Fax: +33 (0)

45 / INSERTS / TECHNICAL INFORMATION GRADE DESCRIPTION Uncoated Grade Description Perormance ISO material Applications S1S Uncoated carbide Fine grain substrate Low cobalt substrate Finising grade Hig abrasive wear resistance K10 Cast irons: gray, ductile, malleable & powder metals Finising & ligt macining N10 Aluminium & non-errous materials Finising & ligt macining N Uncoated carbide Fine grain substrate Medium ardness Rouging grade Excellent tougness Good wear resistance and Cipping resistance K20 Cast Irons: gray, ductile, malleable General macining wit good surace inis Low to medium speed under a wide range o conditions Continuous and interrupted cuts M25 Stainless steels: erritic, austenitic, PH & duplex N20 Aluminium & non-errous materials S25 Hig temperature alloys, titanium alloys P20 Steels KX2 Uncoated carbide Micrograin substrate Hig ardness Finising grade Enanced notc resistance Excellent wear resistance Enanced edge strengt S10 N10 Hig temperature alloys, titanium alloys Finising type applications Continuous cuts Aluminum & non-errous materials Finising to semi-inising Continuous cuts M10 Stainless steels: erritic, austenitic, PH & duplex Finising type applications, continuous cuts SY3 Uncoated carbide Fine grain substrate Rouging grade Good abrasive wear resistance Good tougness P30 M25 Steels Rouging & general macining Stainless steels, erritic, austenitic, PH & duplex Rouging & general macining S25 Hig temp alloys, titanium alloys Rouging & general macining S4 Uncoated carbide Hig cobalt substrate Low speed grade Hig tougness P40 Steels: carbon, alloy General macining ; interrupted cuts Stainless steels: erritic, martensitic M30 General macining ; interrupted cuts K05 = main coice K05 = additional coice 48 General Catalog

46 / INSERTS / TECHNICAL INFORMATION GRADE DESCRIPTION Cermet Grade Description Perormance NTB10 Uncoated cermet Hig inising grade Enanced surace inis Hig wear resistance ISO material P01 Applications Steels: carbon, alloy, tool & die Finising ; continuous cuts M01 Stainless steels: erritic, martensitic Finising ; continuous cuts Advanced materials description Grade Description Perormance ISO material Applications SN100 Ceramic Silicon nitride base ceramic grade (Si 3 N 4 ) Top quality grade or ig speed Outstanding wear resistance Stable tool lie at very ig speed K10 Cast iron turning (up to 1000 m/min) Continuous or sligtly interrupted cutting Medium batc and large volume production Suitable or bot rouging and semi-inising operations Stable macining conditions TC100 Ceramic Alumina base (AI ) and titanium carbide (TiC) Hig speed inis grade Hig eat resistance Allows cutting wit or witout coolant K05 S05 Basic coice under stable cutting conditions or turning o grey and nodular cast irons Suitable or cutting eat resistant alloys (Ni or Co base) and titanium alloys H10 Alternative to CBN, or ard turning o steels and tempered cast irons up to 65 HRC WS500 Ceramic Pure alumina structurally strengtens rom introduction o silicon carbide in te orm o wiskers Hig speed macining or nickel based Excellent wear resistance over silicon carbide Added tensile strengt and racture tougness even at elevated temperatures S15 Ideal or ig speed macining or nickel based Aerospace alloys e.g. Inconel 718 correspondingly greater metal rates C225 CBN 55% cubic boron nitride (CBN) wit a ceramic bonding agent Yellow TiN coating Hard part turning grade Hig resistance to abrasion Good cemical stability Very good resistance to cratering H05 Finising turning operations wit continuous or sligtly cutting in extra-ard steels (45 62 HRC ardened steels) D720 / PC30 PCD Polycrystalline diamond grade medium granulometry Hig speed macining grade Very ig wear resistance Resistance to cips and pull out Long tool lie N10 Finising and ligt rouging o aluminum and oter non-errous materials suc as zinc and manganese alloys as well as igly abrasive non-metallic materials Used extensively in te production o aluminum engine blocks K05 = main coice K05 = additional coice Customer Service - Tel.: +33 (0) Fax: +33 (0)

47 / INSERTS / TECHNICAL INFORMATION GEOMETRY APPLICATION Positive geometry Cipbreaker proile Applications Description 0.97 Dept o cut (mm) 5 20 M 4 r = 0.8 Continuous cutting Run-out Ligt Medium Hig 1L Hig positive angle Low cutting orces, good cip control Finising to rouging on aluminum Finising on ig temp alloys N S 3 r = r = Feed (mm/rev) 1L Main application area: Dept o cut: a p = mm Feed: = mm/rev Dept o cut (mm) 5 M 4 Continuous cutting Run-out Ligt Medium Hig 2L Hig positive angle Low cutting orces, good cip control Finising on ig temp alloys N S 3 2 r = Feed (mm/rev) 2L Main application area: Dept o cut: a p = mm Feed: = mm/rev 0.36 P Dept o cut (mm) Continuous cutting Run-out Ligt Medium Hig PF2 Single-sided insert or low eed inising Positive land reduce cutting orces Excellent cip control at low dept o cut K 3 2 r = Feed (mm/rev) PF2 Main application area: Dept o cut: a p = mm Feed: = mm/rev 0.53 P Dept o cut (mm) 5 PF4 Fine inising applications Positive cutting edge: reduces orces Excellent cip control at low depts o cut Produces excellent surace inises 7 M K 4 3 r = r = r = Feed (mm/rev) Continuous cutting Run-out Ligt Medium Hig PF4 Main application area: Dept o cut: a p = mm Feed: = mm/rev P Dept o cut (mm) 5 4 Continuous cutting Run-out Ligt Medium Hig PF5 Single-sided insert or ligt / medium macining Negative land or improved edge strengt Unique positive step cipbreaker at corner radius K 3 r = Feed (mm/rev) PF5 Main application area: Dept o cut: a p = mm Feed: = mm/rev 50 General Catalog

48 / INSERTS / TECHNICAL INFORMATION GEOMETRY APPLICATION Positive geometry Cipbreaker proile Applications Description PM Finising / semi-inising applications Positive cutting edge or reduced orces Broad cip-control application range Excellent proiling capability P M K Dept o cut (mm) 5 4 r = r = Feed (mm/rev) Continuous cutting Run-out Ligt Medium Hig PM2 Main application area: Dept o cut: a p = mm Feed: = mm/rev 0.4 P 5 Dept o cut (mm) Continuous cutting Run-out Ligt Medium Hig PM r = 0.8 r = 0.4 PM3 Finising and semi-inising Hig positive cutting angle Low cutting orces Good cip control at ligt dept o cut Feed (mm/rev) Main application area: Dept o cut: a p = mm Feed: = mm/rev 0.75 P 5 Dept o cut (mm) r = 0.8 Continuous cutting Run-out Ligt Medium Hig PM4 18 K 3 2 r = 0.4 PM4 Semi-inising to medium macining Low to medium eed rates Medium depts o cut Good cip control Feed (mm/rev) Main application area: Dept o cut: a p = mm Feed: = mm/rev 1 P 5 Dept o cut (mm) 0.25 M 4 r = 0.8 Continuous cutting Run-out Ligt Medium Hig PM K 3 2 r = 0.4 PM5 Semi-inising to ligt rouging Medium eed rates Medium depts o cut Feed (mm/rev) Main application area: Dept o cut: a p = mm Feed: = mm/rev P Dept o cut (mm) Continuous cutting Run-out Ligt Medium Hig RP K RP5 Semi rouging and rouging Neutral cutting angle or strong edge Best or interrupted cutting conditions Feed (mm/rev) Main application area: Dept o cut: a p = mm Feed: = mm/rev Customer Service - Tel.: +33 (0) Fax: +33 (0)

49 / INSERTS / TECHNICAL INFORMATION GEOMETRY APPLICATION Negative geometry Cipbreaker proile Applications Description 1.1 P 10 Dept o cut (mm) M Continuous cutting Run-out Ligt Medium Hig 6W Wiper geometry or semi-inising and inising Good surace inises at ig eed rates Medium to eavy depts o cut r = Feed (mm/rev) 6W Main application area: Dept o cut: a p = mm Feed: = mm/rev P M Dept o cut (mm) Continuous cutting Run-out Ligt Medium Hig 25 Very good cip control Excellent surace inises r = Feed (mm/rev) 25 Main application area: Dept o cut: a p = mm Feed: = mm/rev P M Dept o cut (mm) Continuous cutting Run-out Ligt Medium Hig 3C Hig positive cutting angle Low cutting orces S r = Feed (mm/rev) 3C Main application area: Dept o cut: a p = mm Feed: = mm/rev 0.3 P Dept o cut (mm) 10 F K Continuous cutting Run-out Ligt Medium Hig F2 Finising applications Good cip control on ligt cuts 3 2 r = r = Feed (mm/rev) Main application area: Dept o cut: a p = mm Feed: = mm/rev 1.1 P 10 Dept o cut (mm) F Geometry or inising and semi-inising 20 K r = 1.2 r = r = Feed (mm/rev) Continuous cutting Run-out Ligt Medium Hig F4 Main application area: Dept o cut: a p = mm Feed: = mm/rev 52 General Catalog

50 / INSERTS / TECHNICAL INFORMATION GEOMETRY APPLICATION Negative geometry Cipbreaker proile Applications Description 1.0 P 10 Dept o cut (mm) 15 M Continuous cutting Run-out Ligt Medium Hig 6 F5 Finising to medium macining Hig positive cutting angle Low cutting orces - ideal or sot materials, work ardening materials S 5 r = r = Feed (mm/rev) F5 Main application area: Dept o cut: a p = mm Feed: = mm/rev 1.1 P 10 Dept o cut (mm) 13 M Continuous cutting Run-out Ligt Medium Hig 6 M2 Semi-inising to ligt rouging Hig positive cutting angle Low cutting orces - ideal or sot materials, work ardening materials S 5 4 r = Feed (mm/rev) M2 Main application area: Dept o cut: a p = mm Feed: = mm/rev 0.5 P 10 Dept o cut (mm) Continuous cutting Run-out Ligt Medium Hig M3 5 4 M3 Finising to semi-inising Neutral land or greater edge strengt Medium to ig eed rates Sligt to moderate interrupted cuts r = r = 0.8 r = Feed (mm/rev) Dept o cut (mm) 10 Main application area: Dept o cut: a p = mm Feed: = mm/rev M Continuous cutting Run-out Ligt Medium Hig 6 M4 5 4 r = 1.2 M4 Multi-purpose geometry or macining o sticky materials S 3 r = Feed (mm/rev) Main application area: Dept o cut: a p = 1-6 mm Feed: = mm/rev 0.8 P Dept o cut (mm) 10 M M K r = 1.2 r = 0.8 r = 0.4 Continuous cutting Run-out Ligt Medium Hig M5 General macining Wide range o materials Positive cutting angle Medium eed rates and medium depts o cut Feed (mm/rev) Main application area: Dept o cut: a p = mm Feed: = mm/rev Customer Service - Tel.: +33 (0) Fax: +33 (0)