Carbide Inserts. Primary Application

Transcription

1 Carbide Inserts Primary Application Kennametal offers a complete portfolio of -/AI-style inserts. Positive, negative, CVD, PVD, or uncoated, we have the insert to help increase productivity and achieve greater savings. Plus, our carbide insert line contains Beyond technology. Beyond inserts offer you greater versatility, reliability, and up to 30% higher productivity. Beyond Drive Inserts Beyond Drive offers the same benefits of Kennametal s current market-leading Beyond products, but in a bronze color to increase wear identification. Increase productivity and process safety with Beyond grade technology. Post-coat treatment reduces stress and improves coating adhesion. Better toughness and wear resistance. Better wear detection. For use by transportation and general engineering segment customers that are looking for better wear identification. teel materials: Axles, bearings, camshafts, crankshafts, CV joints, and wheels. Cast iron materials: Brake drums and rotors, camshafts, crankshafts, motor components, powertrain components, valve bodies, and wheels. Ti/MT- TiC/TiC/AI /TiOC Post-Coat Treatment Improves edge toughness. Long predictable tool life. Reduces depth-of-cut notching. Wide range of applications. Micro-Polished Edges Improves edge toughness. Provides smooth outer surfaces to reduce forces, friction, and workpiece sticking. Post-Coat Grinding Bottom Provides secure seating surface. Fine-Grained Alumina Layer Provides coating integrity at elevated speeds. igher productivity and dependable at high cutting temperatures. A2

2 Beyond CVD Grades igher productivity and profitability up to 300% higher. Lower cutting forces increase speeds and reduce cycle time. Extended tool life. Predictable tool life/uniform wear. Resists chip flow damage. Consistent surface finish. Products can be applied across a wide range of applications. Use it in low speed to high speed applications. For finish to rough turning of steel, cast iron, stainless steel, and high-temp alloy turning. Beyond PVD Grades PVD-coated grade with superior wear resistance at elevated temperatures, allowing higher metal cutting speeds. For use in all materials, especially stainless steels and high-temp alloys. Improved depth-of-cut notch resistance. Increase speed by 20 30% or feed by 10 15%. Use in finishing to medium applications. PVD-coated grade with superior edge toughness and excellent wear resistance. Medium to roughing applications. Use in all materials. Increase speed, feed, and depth of cut by 10 20%. A3

3 Kennametal Inserts Catalogue umbering ystem ow Do Catalogue umbers Work? Each character in our catalogue number signifies a specific trait of that product. Use the following key columns and corresponding images to easily identify which attributes apply. CMG120408FP C M G 12 Insert hape Insert Clearance Angle Tolerance Class Insert Features ize exagon 120 O Octagon 135 P Pentagon 108 R Round quare 90 T C D E M V W Triangular 60 Rhomboid Trigon 80 with enlarged corner angles A B C D E F G Tolerances apply prior to edge prep and coating Rε Rε Rε D = Theoretical diameter of the insert inscribed circle = Thickness B = ee figures below pecial Design Code for inch cutting edge length L10 D inch mm C D R T V W 1.2 (5) 3, (6) 4, (7) 5, , , , , , , , , , , , , , , , , , , , ,00 32 tolerance tolerance tolerance tolerance class on D on B on C ±0,025 ±0,013 ±0,025 ±0,013 ±0,013 ±0,025 E ±0,025 ±0,025 ±0,025 L Rectangular 90 P G ±0,025 ±0,025 ±0,013 M ee tables on the next page ±0,013 A B /K Parallelogram O Indicated for other clearance angles requiring descriptions. U ee tables on the next page ±0,013 A4

4 Kennametal Inserts Catalogue umbering ystem By referencing this easy-to-use guide, you can identify the correct product to meet your needs. CMG120408FP 04 Thickness 08 Corner Radius Rε and of Insert (optional) Cutting Edge (optional) FP Chipbreaker (optional) symbol mm thickness mm 0,79 T0 1, ,59 T1 1, , ,18 T3 3, , , , ,94 9 9, , ,70 symbol mm corner radius mm X0 0, ,1 02 0,2 04 0,4 08 0,8 12 1,2 16 1,6 20 2,0 24 2,4 28 2,8 32 3,2 00 M0 round insert R = Right hand L = Left hand = eutral L R F harp Rounded Chamfered Chamfered and Rounded F = harp FF = Fine Finishing F = Finishing egative M = Medium egative R = Roughing egative U = Universal Medium FP = Finishing Positive MP = Medium Positive RP = Roughing Positive RM = Roughing Medium R = Roughing eavy Double-Chamfered FW = Finishing Wiper MW = Medium Wiper Double-Chamfered and Rounded F = Finishing harp M = Medium harp RW = Roughing Wiper D Class M Tolerance hapes, T, C, R, & W ± Tolerance on D hape D Class U Tolerance hape V hapes, T, & C mm mm mm mm mm 3,97 0,05 4,76 0,05 0,06 5,56 0,05 0,05 0,05 0,06 6,35 0,05 0,05 0,05 0,06 7,94 0,05 0,05 0,05 0,06 9,52 0,05 0,05 0,05 0,06 11,11 0,06 0,06 0,06 0,13 12,70 0,06 0,06 0,06 0,13 14,29 0,06 0,06 0,06 0,13 15,88 0,10 0,10 0,10 0,18 17,46 0,10 0,10 0,10 0,18 19,05 0,10 0,10 0,10 0,18 22,22 0,13 0,25 25,40 0,13 0,25 31,75 0,15 0,25 D ± Tolerance on B Class M Tolerance Class U Tolerance hapes, T, C, R, & W hape D hape V hapes, T, & C mm mm mm mm mm 3,97 0,06 4,76 0,06 0,13 5,56 0,06 0,11 0,13 6,35 0,06 0,11 0,13 7,94 0,06 0,11 0,13 9,52 0,06 0,11 0,18 0,13 11,11 0,13 0,15 12,70 0,13 0,15 0,25 0,20 14,29 0,13 0,15 15,88 0,15 0,18 0,27 17,46 0,15 0,18 0,27 19,05 0,15 0,18 0,27 22,22 0,15 0,38 25,40 0,18 0,38 31,75 0,20 0,38 P = igh Positive UP = Universal Positive K = Light-Feed Chip Control UF = Ultra-Fine Finishing LF = Light Finishing MF = Medium Finishing E = one Only T = egative Land = egative Land Plus one MP-K = Medium Positive MG-P = Medium Positive A5

5 Kennametal Inserts Grade aming ystem A system of grades, geometries, and application guidelines to provide optimal solutions for your metalcutting needs. It s easy to determine which Kennametal chip-control cutting tool will work best in your specific workpiece materials and applications! Grade Beyond K C P M 25 Brand Insert Material Primary Workpiece Material ( 513) econdary Workpiece Material (optional) Application Range A Future Upgrades (optional) K = Kennametal P teel M tainless teel K Cast Iron on-ferrous Materials igh-temp Alloys ardened Materials U = Universal Machining A = Generation 1 B = Generation 2 C = Generation 3 Blank = Carbide, uncoated ardest etc. C = Carbide, coated T = Cermet Y = Ceramic D = PCD B = PCB = teel Toughest fine finishing finishing medium to roughing roughing heaviest roughing OTE: Application range does not apply to PCB grades. Grade Kenna Perfect K C Coating Type Material Group Wear Application Range/Toughness Range 9 = CVD (Chemical Vapor Deposition) 5 = PVD (Physical Vapor Deposition) 1 = P teel 2 = M tainless teel 3 = K Cast Iron 4 = on-ferrous Materials 5 = igh-temp Alloys 6 = ardened Materials 0 = Universal Machining ardest 10 to 50 highly wear resistant extremely tough Toughest OTE: Application range does not apply to PCB grades. A6

6 Beyond Ceramic Inserts KYK10, KYK25, KY25, and KY30 The new Beyond KYK Ceramic Inserts are the first choice for high-speed, continuous, and lightly interrupted turning applications in grey cast iron. These premium ceramic solutions for continuous cast iron turning applications offer improved fracture toughness, better wear resistance, and extended application range. By combining KYK10 and CVD-coated KYK25 with Kennametal s other ceramic grades for cast iron materials, Kennametal provides a complete, high-performance ceramic portfolio that can be optimised to reduce machining cycle times and lower overall manufacturing costs. KYK10: Best suited for continuous turning of cast iron materials and in lightly interrupted cuts. KYK25: Excellent wear resistance and pre-coat treatment allows for very consistent tool life and performance in a multitude of cast iron applications. KY25: Excellent surface finish, lower cutting forces, higher speeds. KY30: Excellent toughness and depth-of-cut notch resistance. Experience the advantages at your Authorised Kennametal Distributor or at.

7 Kennametal Inserts Insert election ystem Insert election ystem ow to Use Kennametal s three-step insert selection system makes choosing and applying the most productive tool as easy as 1, 2, 3. Tool recommendations are based on six workpiece material groups, optimising selection accuracy. Example: ix workpiece material groups tep 1 elect the insert geometry Given: depths of cut = 1mm Unknown: olution: feed = 0,4mm insert geometry -M tep 2 elect the grade Given: cutting conditions: Geometry: Unknown: olution: lightly interrupted cut -M grade tep 3 elect the cutting speed Given: grade cutting conditions Unknown: olution: material CK15 cutting speed 280 m/min eed help in selecting a product? Additional information can be obtained by contacting Kennametal s Customer Application upport Team. Go to for your country s phone number. A8

8 Kennametal Inserts Insert election ystem tep 1 elect the insert geometry egative Inserts feed rate (mm/rev) P M K teel tainless teel Cast Iron on-ferrous Materials igh-temp Alloys ardened Materials -R -RP* (positive) Roughing -F Finishing -M Medium Machining depth of cut (in) depth of cut (mm) -FF Fine Finishing feed rate (in/rev) *-RP upplemental geometry for high-strength materials tep 2 elect the grade cutting condition -FF -F -M -R -RP -11 -UF -LF -FP -MF -MP heavily interrupted cut / / / / lightly interrupted cut / / / varying depth of cut, casting, or forging skin / / / tep 3 electing the cutting speed Low-Carbon (<0,3% C) and Free-Machining teel material group P1 speed m/min (FM) starting conditions grade 135 (450) 180 (600) 225 (800) 275 (900) 320 (1050) 360 (1200) 410 (1350) 455 (1500) 495 (1650) m/min FM / / ew Beyond Material Group election Guide: To optimise speed recommendations, Beyond material subgroups have been added to each of the six workpiece material groups. material steel stainless steel cast iron non-ferrous materials high-temp alloys hardened materials material group code number of material subgroups P 1 6 M 1 3 K A9

9 Kennametal Inserts Beyond teel Carbon, Alloy, and Tool teels up to 450 B (48 RC) - tep 1 elect the insert geometry egative Wiper Inserts feed rate (mm/rev) Positive Wiper Inserts feed rate (mm/rev) -RW Rough Wiper -MW Medium Wiper depth of cut (in) depth of cut (mm) -MW Medium Wiper depth of cut (in) depth of cut (mm) -FW Finishing Wiper feed rate (in/rev) -FW Finishing Wiper feed rate (in/rev) tep 2 elect the grade egative Insert Geometry Positive Insert Geometry cutting condition -FW -MW -RW -FW -MW heavily interrupted cut B/ lightly interrupted cut B/ B/ varying depth of cut, casting, or forging skin / B/ / B/ smooth cut, pre-turned surface / / / tep 1 elect the insert geometry egative Inserts feed rate (mm/rev) Positive Inserts feed rate (mm/rev) -R -RP* (positive) Roughing -MF -MP Positive Medium Machining -MR Medium Roughing -M Medium Machining depth of cut (in) depth of cut (mm) -LF -FP Positive Finishing depth of cut (in) depth of cut (mm) -F Finishing -FF Fine Finishing feed rate (in/rev) *-RP upplemental geometry for high-strength materials -11 -UF Fine Finishing feed rate (in/rev) tep 2 elect the grade cutting condition -FF -F -M -MR -R -RP -11 -UF -LF -FP -MF -MP heavily interrupted cut lightly interrupted cut B/ B / B/ / B/ / / B/ B/ B/ B/ B/ B/ varying depth of cut, casting, or forging skin / B/ B/ B B/ B/ B/ B/ B/ B/ smooth cut, pre-turned surface / B/ / / A10

10 Kennametal Inserts Beyond teel Carbon, Alloy, and Tool teels up to 450 B (48 RC) tep 3 elect the cutting speed Low-Carbon (<0.3% C) and Free-Machining teel material group P0/P1 speed m/min (FM) starting conditions grade 135 (450) 180 (600) 225 (800) 275 (900) 320 (1050) 360 (1200) 410 (1350) 455 (1500) 495 (1650) m/min FM / B/ B/ / / Medium- and igh-carbon teels (>0.3% C) material group P2 Alloy teels and Tool teels ( 330 B) ( 35 RC) material group P3 Alloy teels and Tool teels ( B) (36 48 RC) material group P4 material group P5 speed m/min (FM) starting conditions grade 135 (450) 180 (600) 225 (800) 275 (900) 320 (1050) 360 (1200) 410 (1350) 455 (1500) 495 (1650) m/min FM / B/ B/ / / speed m/min (FM) starting conditions grade 135 (450) 180 (600) 225 (800) 275 (900) 320 (1050) 360 (1200) 410 (1350) 455 (1500) 495 (1650) m/min FM / B/ B/ / / speed m/min (FM) starting conditions grade 60 (200) 90 (300) 120 (400) 150 (500) 180 (600) 210 (700) 240 (800) 270 (900) 300 (1000) m/min FM / B/ B/ / / Ferritic, Martensitic, and P tainless teels ( 330 B) ( 35 RC) material group P6 speed m/min (FM) starting conditions grade 120 (400) 150 (500) 180 (600) 210 (700) 240 (800) 270 (900) 300 (1000) 330 (1100) 360 (1200) m/min FM / B/ B/ / / Ferritic, Martensitic, and P tainless teels ( B) (36 48 RC) speed m/min (FM) starting conditions grade 105 (350) 135 (450) 165 (550) 195 (650) 225 (750) 255 (850) 285 (950) 315 (1050) 345 (1150) m/min FM / B/ B/ / / A11

11 Kennametal Inserts Beyond tainless teel Austenitic tainless teels - tep 1 elect the insert geometry egative Wiper Inserts feed rate (mm/rev) Positive Wiper Inserts feed rate (mm/rev) -MW Medium Wiper -MW Medium Wiper depth of cut (in) depth of cut (mm) depth of cut (in) depth of cut (mm) -FW Finishing Wiper -FW Finishing Wiper feed rate (in/rev) feed rate (in/rev) tep 2 elect the grade egative Insert Geometry Positive Insert Geometry cutting condition -FW -MW -FW -MW heavily interrupted cut lightly interrupted cut varying depth of cut, casting, or forging skin // / / smooth cut, pre-turned surface / tep 1 elect the insert geometry egative Inserts feed rate (mm/rev) Positive Inserts feed rate (mm/rev) -RP -P Roughing -MU1 -M1 -MP Medium Machining -MR Medium Roughing depth of cut (in) depth of cut (mm) -LF..GT-LF Finishing depth of cut (in) depth of cut (mm) -MP -UP Medium Machining -FP -FF Finishing feed rate (in/rev) -11 -UF Fine Finishing feed rate (in/rev) tep 2 elect the grade egative Insert Geometry cutting condition -FF -FP -MP/-UP -P/-RP -MR heavily interrupted cut / lightly interrupted cut / varying depth of cut, casting, or forging skin / / smooth cut, pre-turned surface / / (continued) A12

12 Kennametal Inserts Beyond tainless teel Austenitic tainless teels tep 2 elect the grade (continued) Positive Insert Geometry cutting condition -11 -UF -LF -MP/-MF -FP..GT-LF heavily interrupted cut / / / lightly interrupted cut / / varying depth of cut, casting, or forging skin / / smooth cut, pre-turned surface / / tep 3 elect the cutting speed Austenitic tainless teel material group M1 speed m/min (FM) starting conditions grade 90 (300) 135 (450) 180 (600) 225 (800) 270 (900) 315 (1050) 360 (1200) 405 (1350) 450 (1500) m/min FM / / Austenitic tainless teel material group M2 speed m/min (FM) starting conditions grade 90 (300) 135 (450) 180 (600) 225 (800) 270 (900) 315 (1050) 360 (1200) 405 (1350) 450 (1500) m/min FM / / Austenitic tainless teel: Duplex (Ferritic and Austenitic Mixture) material group M3 speed m/min (FM) starting conditions grade 90 (300) 135 (450) 180 (600) 225 (800) 270 (900) 315 (1050) 360 (1200) 405 (1350) 450 (1500) m/min FM / / A13

13 Kennametal Inserts Beyond Cast Iron Grey and Ductile Irons Wiper Inserts tep 1 elect the insert geometry egative Wiper Inserts feed rate (mm/rev) Positive Wiper Inserts feed rate (mm/rev) -MW -...MW Medium Wiper..MW Medium Wiper depth of cut (in) depth of cut (mm) depth of cut (in) depth of cut (mm) -FW -FW -T-20FW -FW Finishing Wiper -FW -T-20FW Finishing Wiper feed rate (in/rev) feed rate (in/rev) tep 2 elect the grade Grey Iron egative Insert Geometry Positive Insert Geometry cutting condition -FW -T-20FW -...MW... -FW -MW heavily interrupted cut KY3500 KB1345 / lightly interrupted cut KY3500 KB1345 / varying depth of cut, casting, or forging skin / KYK10 KB1345 / smooth cut, pre-turned surface / KYK25 KB1345 / // Ductile Iron egative Insert Geometry Positive Insert Geometry cutting condition -FW -T-20FW -FW -MW heavily interrupted cut lightly interrupted cut KY3500 varying depth of cut casting, or forging skin / KYK10 smooth cut, pre-turned surface / KYK25 / / A14

14 Kennametal Inserts Beyond Cast Iron Grey and Ductile Irons Wiper Inserts tep 3 elect the cutting speed Grey Cast Iron material group K1 speed m/min (FM) starting conditions grade 60 (200) 150 (500) 240 (800) 330 (1100) 420 (1400) 510 (1700) 600 (2000) 690 (2300) 780 (2600) m/min FM / Ductile, Compacted Graphite, and Malleable Cast Irons (<80 KI tensile strength) material group K2 material group K3 speed m/min (FM) starting conditions grade 60 (200) 150 (500) 240 (800) 330 (1100) 420 (1400) 510 (1700) 600 (2000) 690 (2300) 780 (2600) m/min FM / Ductile, Compacted Graphite, and Malleable Cast Irons (>80 KI tensile strength) speed m/min (FM) starting conditions grade 60 (200) 150 (500) 240 (800) 330 (1100) 420 (1400) 510 (1700) 600 (2000) 690 (2300) 780 (2600) m/min FM / A15

15 Kennametal Inserts Beyond Cast Iron Grey and Ductile Irons tep 1 elect the insert geometry egative Inserts feed rate (mm/rev) Positive Inserts feed rate (mm/rev)..ma T-20 -MF -T-20 -MR Medium Roughing -U --20 Roughing -RP depth of cut (in) -MT -MT depth of cut (mm) -MP -C Medium Machining -LF -T-20 depth of cut (in) -FP -MP depth of cut (mm) -T-20 Medium Machining feed rate (in/rev)..mt-fp -MT Finishing feed rate (in/rev) -F -T-20 Finishing -MT -11 -UF Fine Finishing * Geometry can be used in medium machining operations to reduce tool pressure in high-strength metals. tep 2 elect the grade Grey Iron Ductile Iron Carbide Grades egative Insert Geometry cutting condition -F -MR -U(-RP) -MA -LF -FP -MF -MP heavily interrupted cut B/B lightly interrupted cut B/B varying depth of cut, casting, or forging skin / smooth cut, pre-turned surface / egative Insert Geometry cutting condition -F -U(-RP) -MA heavily interrupted cut lightly interrupted cut varying depth of cut, casting, or forging skin / smooth cut, pre-turned surface / Positive Insert Geometry Positive Insert Geometry cutting condition -11/-UF -LF -MF -FP -MP heavily interrupted cut lightly interrupted cut / varying depth of cut, casting, or forging skin / smooth cut, pre-turned surface / (continued) A16

16 Kennametal Inserts Beyond Cast Iron Grey and Ductile Irons tep 2 elect the grade (continued) Ceramic and PCB Grades Grey Iron egative Insert Geometry -T-20 -T-20 -T-20 cutting condition Finishing MT Medium Roughing -20 heavily interrupted cut KY3500 KY3500 KY3500 KB1340 lightly interrupted cut KY3500 KB1345 KYK10 KY3500 KB1340 varying depth of cut, casting, or forging skin KYK10 KB1345 KYK10 KYK10 KB1340 smooth cut, pre-turned surface KYK25 KB1345 KYK25 KYK25 KB1340 Positive Insert Geometry -T-20 -T-20 cutting condition Fine Finishing Medium MT C heavily interrupted cut KY3500 KB1630/KB1345 KB1630/KB1345 lightly interrupted cut KY3500 KB1630/KB1345 KB1630/KB1345 varying depth of cut, casting, or forging skin KY3500 KY3500 KB1630/KB1345 KB1630/KB1345 smooth cut, pre-turned surface KY3500 KY3500 KB1630/KB1345 KB1630/KB1345 Ductile Iron egative Insert Geometry Positive Insert Geometry -T-20 -T-20 -T-20 -T-20 -T-20 -T-20 cutting condition Finishing Medium Roughing Fine Finishing Finishing Medium heavily interrupted cut KY3500 KY3500 KY3500 KY3500 lightly interrupted cut KYK25 KYK25 KYK25 KYK25 varying depth of cut, casting, or forging skin KYK25 KYK25 KYK25 KYK25 KYK25 KYK25 smooth cut, pre-turned surface KYK25 KYK25 KYK25 KYK25 KYK25 KYK25 tep 3 elect the cutting speed (Optimal speed depends on casting quality and disposition.) Grey Cast Iron material group K1 speed m/min (FM) starting conditions grade 60 (200) 180 (600) 305 (1000) 430 (1400) 550 (1800) 675 (2200) 800 (2600) 920 (3000) 1040 (3400) 1160 (3800) m/min FM KB1340/KB KYK KY KYK / Ductile, Compacted Graphite, and Malleable Cast Irons (<600 MPa tensile strength) material group K2 speed m/min (FM) starting conditions grade 90 (300) 135 (450) 180 (600) 225 (750) 275 (900) 320 (1050) 360 (1200) 410 (1350) 460 (1500) 500 (1650) 550 (1800) 600 (1950) m/min FM / KYK KY KYK / Ductile, Malleable, and Austempered Cast Irons (>600 MPa tensile strength) speed m/min (FM) starting conditions material group grade 90 (300) 135 (450) 180 (600) 225 (750) 275 (900) 320 (1050) 360 (1200) 410 (1350) 460 (1500) 500 (1650) 550 (1800) 600 (1950) m/min FM / KYK K / A17

17 Kennametal Inserts Beyond on-ferrous Materials Aluminium Alloys tep 1 elect the insert geometry egative Wiper Inserts feed rate (mm/rev) Positive Wiper Inserts feed rate (mm/rev)..gp..m Medium Finishing..GT-P Medium Finishing..M-E (PCD) Finishing..GA-F (PCD) depth of cut (in) depth of cut (mm)..gt-lf Finishing depth of cut (in) depth of cut (mm)..ga-e (PCD) Fine Finishing feed rate (in/rev)..gw-f (PCD)..GW-E (PCD) feed rate (in/rev) tep 2 elect the grade egative Insert Geometry Positive Insert Geometry..GA-E..M-E..GA-F..GW-E..GW-F cutting condition (PCD) (PCD) (PCD)..GP..M (PCD) (PCD)..GT-LF..GT-P heavily interrupted cut KD1400 / KD1400 lightly interrupted cut KD1405 KD1405 KD1400 / KD1405 KD1400 varying depth of cut, casting, or forging skin KD1405 KD1405 KD1425 / KD1405 KD1425 smooth cut, pre-turned surface KD1405 KD1405 KD1425 / KD1405 KD1425 tep 3 elect the cutting speed Low-ilicon Aluminium Alloys (hypoeutectic <12,2% i) and Magnesium Alloys material group 2 speed m/min (FM) starting conditions grade 250 (800) 500 (1600) 750 (2400) 1000 (3200) 1250 (4000) 1500 (4800) 1750 (5600) 2000 (6400) 2250 (7200) 2500 (8000) m/min FM KD igh-ilicon Aluminium Alloys (hypereutectic >12,2% i) and Magnesium Alloys material group 3 speed m/min (FM) starting conditions grade 250 (800) 500 (1600) 750 (2400) 1000 (3200) m/min FM KD KD A18

18 Kennametal Inserts Beyond on-ferrous Materials Miscellaneous Workpiece Materials Additional cutting speed recommendations for miscellaneous workpiece materials Copper-, Brass-, Zinc-Based on a Machinability Index Range of material group 4 speed m/min (FM) starting conditions grade 250 (800) 500 (1600) 750 (2400) 1000 (3200) m/min FM KD1400/ KD KD ylon, Plastics, Rubbers, Phenolics, Resins, Fibreglass, and Glass material group 5 speed m/min (FM) starting conditions grade 250 (800) 500 (1600) 750 (2400) 1000 (3200) m/min FM KD1400/ KD KD Carbon and Graphite Composites: Brush Alloys, Kevlar, and Graphite ( B) (30 43 RC) material group 6 speed m/min (FM) starting conditions grade 250 (800) 500 (1600) 750 (2400) 1000 (3200) m/min FM KD1400/ KD MMCs (Aluminium-Based Metal Matrix Composites) material group grade (800) 500 (1600) speed m/min (FM) 750 (2400) starting conditions 1000 (3200) m/min FM KD KD Tin Alloys, Cast: ATM 823, Alloys 1, 2, 3, 11 material group speed m/min (FM) starting conditions grade 250 (800) 500 (1600) 750 (2400) 1000 (3200) m/min FM A19

19 Kennametal Inserts Beyond igh-temp Alloys Iron-, Cobalt-, and ickel-based and Titanium Alloys tep 1 elect the insert geometry egative Inserts feed rate (mm/rev) Positive Inserts feed rate (mm/rev) -RP Roughing MT-LF R.GV-T MT-FP Medium Machining -M.G depth of cut (in) depth of cut (mm)..gt-lf R.GV depth of cut (in) depth of cut (mm) -UP Medium Machining feed rate (in/rev)..gt-p Fine Finishing feed rate (in/rev) -F Finishing tep 2 elect the grade egative Insert Geometry cutting condition -F.G -M -UP -RP heavily interrupted cut / / / lightly interrupted cut / KY30/KY1540 / varying depth of cut, KY30/KY1540/ / casting, or forging skin KY25/KY4300 / / smooth cut, // / KY25/KY4300 pre-turned surface / / Positive Insert Geometry cutting condition -FP..GT-P MT-LF R.GV-T..GT-LF R.GV heavily interrupted cut / / lightly interrupted cut / / KY30/KY1540 / KY30/KY1540 varying depth of cut, KY30/KY1540/ KY30/KY1540/ / / / / casting, or forging skin KY25/KY4300 KY25/KY4300 smooth cut, / / / / KY25/KY4300 pre-turned surface KY25/KY4300 A20

20 Kennametal Inserts Beyond igh-temp Alloys Iron-, Cobalt-, and ickel-based and Titanium Alloys tep 3 elect the cutting speed Iron-Based, eat-resistant Alloys ( B) ( 34 RC) material group 1 speed m/min (FM) starting conditions grade 15 (50) 45 (150) 75 (250) 105 (350) 140 (450) 170 (550) 200 (650) 230 (750) 260 (850) 290 (950) 310 (1050) 350 (1150) 380 (1250) m/min FM / // // KY25/KY KY30/KY / Cobalt-Based, eat-resistant Alloys ( B) ( 45 RC) material group 2 speed m/min (FM) starting conditions grade 15 (50) 45 (150) 75 (250) 105 (350) 140 (450) 170 (550) 200 (650) 230 (750) 260 (850) 290 (950) 310 (1050) 350 (1150) 380 (1250) m/min FM / / / KY25/KY KY30/KY / ickel-based, eat-resistant Alloys ( B) ( 48 RC) material group 3 speed m/min (FM) starting conditions grade 15 (50) 45 (150) 75 (250) 105 (350) 140 (450) 170 (550) 200 (650) 230 (750) 260 (850) 290 (950) 310 (1050) 350 (1150) 380 (1250) m/min FM / // // KY25/KY KY30/KY / Titanium and Titanium Alloys ( B) ( 48 RC) material group 4 speed m/min (FM) starting conditions grade 15 (50) 45 (150) 75 (250) 105 (350) 140 (450) 170 (550) 200 (650) 230 (750) 260 (850) 290 (950) 310 (1050) 350 (1150) 380 (1250) m/min FM / //KC /KC50225/KC / A21

21 Kennametal Inserts Beyond ardened Materials ardened teels and Irons B (48 65 RC) - tep 1 elect the insert geometry egative Wiper Inserts feed rate (mm/rev) Positive Wiper Inserts feed rate (mm/rev) -..MWMT (multitipped) Medium Wiper -EFWC (full face) -EFWM (single tipped) Finishing Wiper -EFWMT (multitipped) depth of cut (in) depth of cut (mm) depth of cut (in) depth of cut (mm) -..FWMT (multitipped) GA-FW Finishing Wiper feed rate (in/rev) -..FWM (single tipped) -..FWMT (multitipped) Fine Finishing Wiper feed rate (in/rev) tep 2 elect the grade egative Insert Geometry Positive Insert Geometry -..FWM -EFWC cutting condition GA-FW -..FWMT -EFWMT -..FWMT -..FWMT -EFWM heavily interrupted cut KB5630 KB1625 lightly interrupted cut KB1610/KB5610 KB5625 KB9610 KB1610 KB5610 varying depth of cut, casting, or forging skin KY4400 KB1610/KB5610 KB1610/KB5610 KB9610 KB1610 KB5610 smooth cut, pre-turned surface KY4400 KB9610 KB9610 KB9610 KB9610 KB9610 tep 1 elect the insert geometry egative Inserts feed rate (mm/rev) Positive Inserts feed rate (mm/rev) --20 Medium Machining -T-15 Medium Machining -..T (single tipped) -..MT (multitipped) Finishing depth of cut (in) depth of cut (mm) -EC (full face) -EM (single tipped) -EMT (multitipped) Finishing depth of cut (in) depth of cut (mm) -T..10 -T.10 -T.20 -T.20 Fine Finishing feed rate (in/rev) -T C (full face) -...M (single tipped) -...MT (multitipped) Fine Finishing feed rate (in/rev) tep 2 elect the grade egative Insert Geometry Positive Insert Geometry -T T -..C/-..M -EC/-EM cutting condition -T MT MT -T-20 -EMT -T-15 heavily interrupted cut KB1630/KB5630 KB1340 KB1630/KB5630 KB1630/KB5630 lightly interrupted cut KB1625/KB5625 KB1340 KB1625/KB5625 KY4400 KB1625/KB5625 KY1615 varying depth of cut, casting, or forging skin KY1615/KY44O0 KB1625/KB5625 KB1625/KB5625 KY4400 KB1625/KB5625 KY1615 smooth cut, pre-turned surface KY1615/KY44O0 KB1610/KB5610 KB1610/KB5610 KY4400 KB1610/KB5610 KY1615 A22

22 Kennametal Inserts Beyond ardened Materials ardened teels and Irons B (48 65 RC) tep 3 elect the cutting speed material group 1 speed m/min (FM) starting conditions grade 15 (50) 45 (150) 75 (250) 110 (350) 140 (450) 170 (550) 200 (650) 230 (750) 260 (850) m/min FM KY KY KB KB KB KB KB KB A23

23 Grades and Grade Descriptions Coatings provide high-speed capability and are engineered for finishing to heavy roughing. P M K teel tainless teel Cast Iron on-ferrous Materials igh-temp Alloys ardened Materials wear resistance toughness Coating Grade Description Composition: A hard, low binder content, WC/Co fine-grain grade. Application: The grade has excellent abrasion resistance for machining cast irons, austenitic stainless steels, non-ferrous metals, non-metals, and most high-temperature alloys. Use as a general-purpose grade for non-ferrous materials. M K C3 Uncoated Carbide Grades C3 C4 Composition: A hard, low binder content, unalloyed WC/Co fine-grain grade. Application: Exceptional edge wear resistance combined with very high strength for machining titanium, cast irons, austenitic stainless steels, non-ferrous metals, non-metals, and most high-temperature alloys. uperior thermal deformation and depth-of-cut notch resistance. The grain structure is well controlled for minimal pits and flaws, which contributes to long, reliable service. M K C3 Composition: A hard, low binder content, alloyed grade WC/Co fine-grain grade. Application: The grade has excellent abrasion resistance for machining cast irons, austenitic stainless steels, non-ferrous metals, non-metals, and as an alternative to the grade on most high-temperature alloys. Use as a general-purpose grade for non-ferrous materials. M K P C3 C4 Composition: An advanced multilayer PVD coating over a very deformation-resistant unalloyed carbide substrate. The new and improved coating improves edge stability with wide range speed and feed capabilities. Application: The grade is ideal for finishing to general machining of most workpiece materials at a wide range of speed and feed capabilities. Excellent for machining most steels, stainless steels, cast irons, non-ferrous materials, and super alloys with improved edge toughness and higher cutting speed/feed capability. M K PVD-Coated Carbide Grades C2, C6 Composition: An advanced PVD grade with hard AlTi coating and fine-grain unalloyed substrate. The new and improved coating improves edge stability with wide range speed and feed capabilities. Application: The grade is ideal for general machining of most steels, stainless steels, high-temp alloys, titanium, irons, and non-ferrous materials in a wide range of speeds and feeds with improved edge toughness for interrupted cut and high feed rates. P M K P C3 C4 Composition: An advanced PVD AlTi coating over a very deformation-resistant unalloyed carbide substrate. The new and improved coating enables speeds to be increased by %. Application: The grade is ideal for finishing to general machining of most workpiece materials at higher speeds. Excellent for machining most steels, stainless steels, cast irons, non-ferrous materials, and super alloys under stable conditions. It also performs well machining hardened and short chipping materials. M K A24

24 Grades and Grade Descriptions Coatings provide high-speed capability and are engineered for finishing to heavy roughing. P M K teel tainless teel Cast Iron on-ferrous Materials igh-temp Alloys ardened Materials wear resistance toughness Coating Grade Description P C2, C6 Composition: An advanced PVD-AlTi-coated grade with a tough, ultra-fine-grain unalloyed substrate. Application: For general-purpose machining of most steels, stainless steels, high-temp alloys, titanium, irons, and non-ferrous materials. peeds may vary from low to medium and will handle interruptions and high feed rates. M K PVD-Coated Carbide Grades C3 C4 C3 C4 Composition: A PVD TiB 2 coating over a very deformation-resistant unalloyed substrate. Application: Designed for roughing, semi-finishing, and finishing of free machining (hypoeutectic <12,2% i) aluminium, aluminium alloys, and magnesium alloys. The TiB 2 coating is harder than Ti and TiAl coatings and has an extremely smooth surface, resulting in reduced surface friction, speedy chip flow, and outstanding wear resistance. Built-up edge is prevented because this coating has a very low affinity for aluminium. The substrate is unalloyed and fine grained and offers sharp edges, smooth surfaces, and excellent thermal deformation resistance and edge integrity. Inserts with a ground periphery are polished before coating and have a sharp edge. Moulded inserts have a light hone. Composition: An advanced PVD AlTi-coated fine-grain tungsten carbide grade. Application: The grade is specifically engineered for the productive machining of high-temp alloys. The fine-grain tungsten carbide 6% cobalt substrate has excellent toughness and deformation resistance while the advanced PVD coating enables metalcutting speeds double those of conventional PVD-coated cutting tools. P M K P C2 C6 Composition: Advanced PVD AlTi-coated fine-grain high-cobalt carbide grade. Application: The grade utilises the same advanced PVD coating as the grade in conjunction with a fine-grained tungsten carbide 10% cobalt substrate. The higher cobalt enables added security in interrupted cuts while the fine-grained WC maintains hardness-resisting deformation at higher speeds. Designed for medium to heavy interruptions in high-temp alloys. M K P CVD-Coated Carbide Grades C3 C4 C3, C7 Composition: An innovative, highly deformation-resistant, cobalt-enriched substrate with a specially designed, adherent MTCVD-TiC-Al 2 O 3 coating. Application: For finishing to semi-finishing of most steels, ferritic, martensitic, and P stainless steels and cast irons. Provides excellent combination of deformation resistance and insert edge strength. The new coating combined with a state-of-the-art post-coat treatment provides high-productivity with long predictable tool life and superior workpiece surface finish. Composition: A specially engineered cobalt-enriched carbide grade with thick MTCVD-TiC-Al 2 O 3 coating for maximum wear resistance. Application: An excellent finishing to medium machining grade for a variety of workpiece materials, including most steels, ferritic, martensitic, and P stainless steels, and cast irons. The cobaltenriched substrate offers a balanced combination of deformation resistance and edge toughness, while the thick coating layers offer outstanding abrasion resistance and crater wear resistance for high-speed machining. mooth coating provides resistance to edge build-up and microchipping and produces excellent surface finishes. K P K A25

25 Grades and Grade Descriptions Coatings provide high-speed capability and are engineered for finishing to heavy roughing. P M K teel tainless teel Cast Iron on-ferrous Materials igh-temp Alloys ardened Materials wear resistance toughness Coating Grade Description P B Composition: A specially engineered cobalt-enriched carbide grade with thick MTCVD-TiC-Al 2 O 3 -TiOC coating for maximum wear resistance. Application: An excellent finishing to medium machining grade for a variety of workpiece materials, including most steels, ferritic, martensitic, and P stainless steels, and cast irons. The cobalt enriched substrate offers a balanced combination of deformation resistance and edge toughness, while the thick coating layers offer outstanding abrasion resistance and crater wear resistance for high-speed machining. mooth coating provides resistance to edge build-up and microchipping and produces excellent surface finishes. K P C2 C3, C6 C7 Composition: A tough cobalt-enriched carbide grade with a newly designed multilayer MTCVD-TiC-Al 2 O 3 coating with superior interlayer adhesion. Application: Best general-purpose turning grade for most steels and ferritic and martensitic stainless steels. The substrate design ensures adequate deformation resistance with excellent insert edge strength. Coating layers offer good wear resistance over a wide range of machining conditions and the post-coat treatment minimises microchipping and improves coating adhesion to substrate leading to long tool life and improved workpiece finishes. K P CVD-Coated Carbide Grades B Composition: A tough cobalt-enriched carbide grade with a newly designed multilayer MTCVD-TiC-Al 2 O 3 -TiOC coating with superior interlayer adhesion. Application: Best general-purpose turning grade for most steels and ferritic and martensitic stainless steels. The substrate design ensures adequate deformation resistance with excellent insert edge strength. Coating layers offer good wear resistance over a wide range of machining conditions and the post-coat treatment minimises microchipping and improves coating adhesion to substrate leading to long tool life and improved workpiece finishes. Composition: A newly engineered, tough cobalt-enriched carbide grade with an advanced multilayer Ti-MT-TiC-Al 2 O 3 coating. Application: For medium to rough machining of all carbon, alloy, and stainless steels. The substrate design provides superior insert strength that is required for this application, and the multilayer coating adds wear resistance to the insert resulting in long tool life. K P C5 C6 P Composition: A tough carbide grade with a moderately thick Ti-MT-TiC-Al 2 O 3 coating. Application: For heavy roughing of carbon, alloy, and stainless steels. The substrate-coating combination provides unbelievable toughness and operational security allowing high metal removal rates even in most demanding interrupted cuts. M C5 C6 P Composition: A multilayered coating with moderately thick MTCVD TiC-Al 2 O 3 layers over a highly deformation-resistant carbide substrate. Application: Designed for high-speed machining of grey and ductile irons. The substrate and coating architecture together with CW5 post-coat treatment ensure a tremendous tool life advantage, especially when cutting higher tensile strength ductile and grey irons where workpiece size consistency and reliability of tool life are critical. Excellent both in straight and varied depths of cut. K C3 C4 A26

26 Grades and Grade Descriptions Coatings provide high-speed capability and are engineered for finishing to heavy roughing. P M K teel tainless teel Cast Iron on-ferrous Materials igh-temp Alloys ardened Materials wear resistance toughness Coating Grade Description P C3 C4 Composition: A multilayered coating with thick MTCVD TiC-Al 2 O 3 layers applied over a carbide substrate specifically engineered for cast irons. Application: Delivers consistent performance in high-speed machining of grey and ductile irons. The substrate design permits the insert to stay in the cut for a long time at high speeds with minimum deformation. The thick CVD coating and post-coat treatment provide superior wear resistance ensuring long and consistent tool life. Can be applied both in straight and lightly interrupted cuts. K P Composition: A multilayered coating with thick MTCVD TiC-Al 2 O 3 -TiOC layers applied over a carbide substrate specifically engineered for cast irons. Application: Delivers consistent performance in high-speed machining of grey and ductile irons. The substrate design permits the insert to stay in the cut for a long time at high speeds with minimum deformation. The thick CVD coating and post-coat treatment provide superior wear resistance ensuring long and consistent tool life. Can be applied both in straight and lightly interrupted cuts. K P CVD-Coated Carbide Grades C2 C3 C2 C3 Composition: A specially toughened MTCVD-TIC-Al 2 O 3 coating over a wear-resistant substrate. Application: The grade is specifically engineered to maximise coating adhesion and edge strength making this grade ideal in wet interrupted cutting of grey and ductile irons. It can be used in a wide range of applications from finishing to roughing to maximise productivity wherever strength and reliability are needed. Composition: A multilayer MTCVD-TiC-Al 2 O 3 coated carbide grade. Application: An excellent finishing to medium machining grade for austenitic stainless steels at higher speeds and covers a broad range of steel applications in the P20 25 range. grade in combination with unique geometries have been designed to resist depth-of-cut notching and minimise burr formation. The post-coat treatment reduces coating stresses, improves coating adhesion, minimises microchipping and edge build-up, and improves workpiece finish. K P M P Composition: A multilayer CVD coating comprised of Ti-MT-TiC-Al 2 O 3 layers over a tough, cobalt-enriched carbide substrate. Application: This CVD-coated grade is designed for general-purpose machining of austenitic stainless steels at moderate speeds and feeds. inserts offer an extraordinary combination of toughness, built-up edge resistance, and wear resistance in stainless steel applications. M C1 C2 P C1 C2 Composition: A multilayer Ti-MT-TiC-Al 2 O 3 CVD coating over a super-tough substrate. Application: The grade is engineered to take on the most brutal cast stainless steel machining applications. The substrate withstands heavy interruptions, while the coating provides the wear resistance needed for long tool life. The polished surface resists edge build-up, even at slow cutting speeds. grade is available in insert sizes and geometries appropriate for heavy feeds and large depths of cut. M A27

27 Grades and Grade Descriptions Coatings provide high-speed capability and are engineered for finishing to heavy roughing. P M K teel tainless teel Cast Iron on-ferrous Materials igh-temp Alloys ardened Materials wear resistance toughness Coating Grade Description P PVD-Coated Cermet Grades C3, C7 Composition: A multilayer PVD-Ti/TiC/Ti-coated cermet turning grade. Application: Ideal for high-speed finishing to medium machining of most carbon and alloy steels and stainless steels. Performs very well in cast and ductile iron applications, too. Provides long and consistent tool life and will produce excellent workpiece finishes. Composition: A multilayer, PVD-Ti/TiC/Ti-coated cermet turning grade. Application: Ideal for high-speed finishing to medium machining of most carbon and alloy steels and stainless steels. Performs very well in cast and ductile iron applications, too. Provides long and consistent tool life and will produce excellent workpiece finishes. M K P M K C3, C7 KY25 C4 Composition: ialo ceramic with a multilayered alumina-tic CVD coating. Application: Compliments the KY30 grade when machining high-temp and nickel-based alloys and cast materials with high Brinell hardness. This advanced CVD coating provides excellent chemical and depth-of-cut notch resistance compared to whisker ceramics. KY30 Composition: Latest and most advanced ialo material developed. Application: Combines excellent wear properties, fracture toughness, and thermal shock resistance for general-purpose to finish machining of high-temp alloys. Provides superior depth-of-cut notch resistance compared to whisker ceramics. Ceramic Grades C4 KYK10 Composition: An advanced ialo ceramic grade. Application: Provides maximum wear resistance. Use for high-speed continuous turning of grey cast iron, including through scale. K KYK25 Composition: Pure silicon nitride ceramic with an alumina CVD coating. Application: Excellent combination of toughness and edge wear resistance. Used for general-purpose machining of grey, ductile, or nodular cast irons. K C3 A28

28 Grades and Grade Descriptions Coatings provide high-speed capability and are engineered for finishing to heavy roughing. P M K teel tainless teel Cast Iron on-ferrous Materials igh-temp Alloys ardened Materials wear resistance toughness Coating Grade Description M KY4300 C4 Composition: Whisker ceramic with a matrix of AI 2 O 3 + icw. Application: The ic whiskers embedded in the micro structure give this ceramic excellent toughness for cutting high-temp alloys and cast materials with high Brinell hardness. Ceramic Grades KY3500 C2 Composition: Pure silicon nitride grade. Application: Maximum toughness. Used at high-feed rates for rough machining of grey cast iron, including machining through interruptions. K KY4400 Composition: A PVD Ti coating over an aluminium oxide and titanium carbonitride composite ceramic (Al 2 O 3 /TiC). Application: Used for finish turning of hardened steels and irons (greater than 45 RC). Where possible, use under dry conditions in smooth or varied depths of cut. Can also be applied in finish turning of nickel alloys, cobalt alloys, and powder metals. C4, C8 PCB Polycrystalline Cubic Born itride Grades KB1340 KBK35 Composition: A high CB content, solid PCB insert having multiple cutting edges. Application: Applied in roughing to finishing of fully pearlitic grey cast iron, chilled irons, high-chrome alloyed steels, sintered powdered metals, and heavy cuts in hardened steels (>45 RC). Also use for finishing chilled cast iron and fully pearlitic cast iron. The solid PCB insert offers better security and shock resistance compared to tipped PCB inserts, while also enabling deeper depth-of-cut capabilities. Composition: A high CB content, solid PCB insert having multiple cutting edges with a CVD coating for increased tool life and speed capability. Application: Applied in roughing to finishing of unaged and aged cast iron, chilled irons, high-chrome alloyed steels, sintered powdered metals, and heavy cuts in hardened steels (>45 RC). Also use for finishing chilled cast iron and fully pearlitic cast iron. The solid PCB insert offers better security and shock resistance compared to tipped PCB inserts, while also enabling deeper depth-of-cut capabilities. K K A29

29 Grades and Grade Descriptions Coatings provide high-speed capability and are engineered for finishing to heavy roughing. P M K teel tainless teel Cast Iron on-ferrous Materials igh-temp Alloys ardened Materials wear resistance toughness Coating Grade Description KB5610 C4, C8 Composition: A low content PCB grade with a PVD TiAl coating for added wear resistance. Application: Designed for the precision machining of hardened steels (>45 RC). The PVD coating offers improved wear resistance and excellent surface finish capabilities. It can be very effectively applied on bearing steels, hot and cold work tool steels, high-speed steels, die steels, casehardened steels, carburised and nitrided irons, and some hard coatings. Available in a multitip format with a tremendous breadth of edge preps, insert styles, and wiper geometries. P PCB Polycrystalline Cubic Born itride Grades KB20 KB5625 C4, C8 Composition: A low-content PCB grade with nano-composite coating for added wear resistance. Application: KB20 is the ideal PCB hard turning grade in continuous to lightly interrupted applications. The structure, as well as the different edge preparations, enable tight and repeatable workpiece tolerances, excellent surface finishes, and surface integrity even at elevated speeds. Typical applications are case-hardened components, such as gears, shafts, and other drive train components. Composition: A PVD TiAl coating over a medium content, PCB tip brazed onto a carbide insert. Application: Designed for roughing to finishing of hardened steels (>45 RC). Use on bearing steel, hot and cold work tool steels, high-speed steels, die steels, case-hardened steels, carburised and nitrided irons, and some hard coatings. KB5630 Composition: A high content PCB grade with a PVD AlTi coating for added wear resistance. Application: Designed for roughing to finishing in hardened steels (>45 RC), abrasive workpiece materials such as sintered valve seat materials, powder metallurgy tool steels, and hard high-alloy cast irons. The PVD coating provides resistance to crater wear and increased resistance to chipping. The tipped PCB insert is available in a wide range of insert styles, including positive rake geometries, that are ideally suited for boring applications. K C4, C8 A30

30 Grades and Grade Descriptions Coatings provide high-speed capability and are engineered for finishing to heavy roughing. P M K teel tainless teel Cast Iron on-ferrous Materials igh-temp Alloys ardened Materials wear resistance toughness Coating Grade Description PCD Polycrystalline Diamond Grades KD1400 KD1425 Composition: An ultra-fine-grain, polycrystalline diamond (PCD) tip brazed onto a carbide substrate. Application: Designed for general-purpose turning of primarily non-ferrous materials. It can be applied over a wide range of continuous to interrupted cuts where superior surface finish is needed. Use on low to medium silicon-content aluminium alloys, non-metallics, copper, and brass- and zincbased alloys. The ultra-fine-grain diamond particle size enables superior surface finishes while ensuring the best mechanical shock resistance of any PCD cutting tool. Composition: A multimodal PCD grade with a range of grain sizes brazed onto a carbide substrate. Application: Engineered for extreme abrasion resistance, combined with good edge strength for demanding applications. An ideal choice for high-silicon aluminium alloys, bi-metallic (AL/GCI) materials, MMC, carbon-fibre reinforced plastics, and other abrasive non-metallic materials. A31

31 Chip Control Geometries Overview elect the geometry based on feed rate and depth of cut P M K teel tainless teel Cast Iron on-ferrous Materials igh-temp Alloys ardened Materials feed rate mm 0,04 0,063 0,01 0,16 0,25 0,4 0,63 1,0 1,6 2,5 5,0 operation insert style application insert geometry profile 0,1 0,16 0,25 0,4 0,63 1,0 1,6 2,5 4,0 6,3 10,0 depth of cut mm medium machining MG-MP 0,2 0,5 0,8 5,1 Pictorial View of Insert Feed Rate Range for best results, use the centre 60% of the range Depth-of-Cut Range for all inserts in the program, select smaller inserts for lighter cuts and larger inserts for heavy cuts Primary Workpiece Material Group P M K teel tainless teel Cast Iron on-ferrous Materials igh-temp Alloys ardened Materials Chipbreaker Geometry section is through nose radius of insert Chip Control Geometry Designation example: MG-MP = CMG-432MP Machining Operation for what the insert geometry is designed OTE: For detailed grade and geometry recommendations, reference the Kennametal Beyond election ystem in the Innovations Master Catalogue Cutting Tools 2013, pages B8 B23. A32

32 Chip Control Geometries Kenloc Inserts elect the geometry based on feed rate and depth of cut P M K teel tainless teel Cast Iron on-ferrous Materials igh-temp Alloys ardened Materials feed rate mm 0,04 0,063 0,01 0,16 0,25 0,4 0,63 1,0 1,6 2,5 5,0 operation insert style application insert geometry profile 0,1 0,16 0,25 0,4 0,63 1,0 1,6 2,5 4,0 6,3 10,0 depth of cut mm 0,2 2,0 MG-FW 0,3 2,0 wiper finishing 0,1 1,5 MG-FW1 0,1 1,5 0,3 0,6 MG-MW wiper medium machining 0,15 0,5 0,8 5,1 MG-MW1 0,5 3 wiper roughing MM-RW 0,3 1,3 1,3 12,7 fine finishing MG-FF 0,1 0,3 0,1 2,0 finishing sharp GG-F precision ground 0,07 0,25 0,20-2,0 finishing GG-LF precision ground 0,1-0,5 0,5 3,0 A33

33 Chip Control Geometries Kenloc Inserts elect the geometry based on feed rate and depth of cut P M K teel tainless teel Cast Iron on-ferrous Materials igh-temp Alloys ardened Materials feed rate mm 0,04 0,063 0,01 0,16 0,25 0,4 0,63 1,0 1,6 2,5 5,0 operation insert style application insert geometry profile 0,1 0,16 0,25 0,4 0,63 1,0 1,6 2,5 4,0 6,3 10,0 depth of cut mm 0,1 0,3 MG-FP 0,3 2,5 0,05 0,25 MG-F 0,25 1 0,1 0,3 finishing MG-F 0,3 2,5 0,07 0,22 MG-FX 0,2 1 0,1 0,3 MP-K 0,2 2,5 0,15 0,5 MG-M 0,3 2 medium machining 0,15 0,35 MG-MX 0,5 1,5 medium sharp MG-M 0,12 0,35 0,76 5,0 medium machining MG-UP 0,2 0,6 1 6,4 A34

34 Chip Control Geometries Kenloc Inserts elect the geometry based on feed rate and depth of cut P M K teel tainless teel Cast Iron on-ferrous Materials igh-temp Alloys ardened Materials feed rate mm 0,04 0,063 0,01 0,16 0,25 0,4 0,63 1,0 1,6 2,5 5,0 operation insert style application insert geometry profile 0,1 0,16 0,25 0,4 0,63 1,0 1,6 2,5 4,0 6,3 10,0 depth of cut mm GP* 0,1 0,35 0,5 3,2 MG-MP 0,2 0,5 0,8 5,1 MG-P 0,15 0,5 0,75 5,0 0,2 0,5 MG-M 0,5 5,1 medium machining MG-MR 0,15 0, MG-CT O.D. turning ,13 0,5 (0,13 0,5) (1,0 3,0) MG-CT outward facing 0,25 1,0 0,25 0,5 -M single sided 0,2 0,4 0,6 2,3 0,2 0,5 MG-U 0,8 3,8 *35 and 55 geometries are single sided. A35

35 Chip Control Geometries Kenloc Inserts elect the geometry based on feed rate and depth of cut P M K teel tainless teel Cast Iron on-ferrous Materials igh-temp Alloys ardened Materials feed rate mm 0,04 0,063 0,01 0,16 0,25 0,4 0,63 1,0 1,6 2,5 5,0 operation insert style application insert geometry profile 0,1 0,16 0,25 0,4 0,63 1,0 1,6 2,5 4,0 6,3 10,0 depth of cut mm 0,2 0,6 MG-RP 1,1 6,4 roughing 0,3 0,63 MG-R 1,1 5,7 0,3 0,8 MG 1,1 5,7 MM-RM single sided 0,3 1,0 1,3 12,7 heavy roughing 0,2 1,0 MM-RP 1,3 10,0 MM-R single sided 0,4 1,3 1,3 12,7 wiper finishing MT-FW 0,1 0,3 0,2 1,5 wiper, medium finishing MT-MW 0,1 0,5 0,4 3,3 A36

36 Chip Control Geometries crew-on Inserts elect the geometry based on feed rate and depth of cut P M K teel tainless teel Cast Iron on-ferrous Materials igh-temp Alloys ardened Materials feed rate mm 0,04 0,063 0,01 0,16 0,25 0,4 0,63 1,0 1,6 2,5 5,0 operation insert style application insert geometry profile 0,1 0,16 0,25 0,4 0,63 1,0 1,6 2,5 4,0 6,3 10,0 depth of cut mm GM precision ground 0,1 0,2 0,2 1,0 fine finishing MT-11 0,1 0,3 0,2 1,3 0,1 0,3.MT-UF 0,1 1,3 GT-P precision ground 0,2 0,4 0,6 2,3 GT-LF precision ground 0,2 0,4 0,8 2,3 finishing MT-FP 0,063 0,25 0,16 1,6 MT-LF 0,2 0,4 0,8 2,3 medium machining MT-MP MT-MF 0,01 0,4 0,4 2,3 0,2 0,4 1,1 2,3 A37

37 Carbide Inserts Kenloc Inserts P M K CGG-FBB KC10 B B CGG120404FBB 12,70 12,90 0,4 CGG120408FBB 12,70 12,90 0,8 CGG-F CGG120401F 12,70 12,90 0,1 CGG120402F 12,70 12,90 0,2 CGG120404F 12,70 12,90 0,4 CGG120408F 12,70 12,90 0,8 CGG120412F 12,70 12,90 1,2 CGG-LF CGG120401LF 12,70 12,90 0,1 CGG120402LF 12,70 12,90 0,2 CGG120404LF 12,70 12,90 0,4 CGG120408LF 12,70 12,90 0,8 CGG120412LF 12,70 12,90 1,2 CGG160608LF 15,88 16,12 0,8 CGG160612LF 15,88 16,12 1,2 CGP CGP ,70 12,90 0,1 CGP ,70 12,90 0,2 CGP ,70 12,90 0,4 CGP ,70 12,90 0,8 CGP ,70 12,90 1,2 CGP ,70 12,90 1,6 A38

38 Carbide Inserts Kenloc Inserts P M K CMA KC10 B B CMA ,70 12,90 0,4 CMA ,70 12,90 0,8 CMA ,70 12,90 1,2 CMA ,70 12,90 1,6 CMA ,88 16,12 0,8 CMA ,88 16,12 1,2 CMA ,88 16,12 1,6 CMA ,05 19,34 0,8 CMA ,05 19,34 1,2 CMA ,05 19,34 1,6 CMG CMG120404B 12,70 12,90 0,4 CMG ,70 12,90 0,8 CMG ,70 12,90 1,2 CMG ,05 19,34 0,8 CMG ,05 19,34 1,2 CMG ,05 19,34 1,6 CMG ,40 25,79 2,4 *For more information, please see the Innovations Master Catalogue Cutting Tools C2 C71* C72 C109* C110 C115* C116 C147* A8 A23 A24 A31 A32 A37 A39

39 Carbide Inserts Kenloc Inserts P M K CMG-CT EW! KC10 B B CMG120408CT 12,70 12,90 0,8 CMG120412CT 12,70 12,90 1,2 CMG120416CT 12,70 12,90 1,6 CMG-FF CMG090304FF 9,53 9,67 0,4 CMG090308FF 9,53 9,67 0,8 CMG120404FF 12,70 12,90 0,4 CMG120408FF 12,70 12,90 0,8 CMG-F EW! CMG090304F 9,53 9,67 0,4 CMG090308F 9,53 9,67 0,8 CMG120402F 12,70 12,90 0,2 CMG120404F 12,70 12,90 0,4 CMG120408F 12,70 12,90 0,8 CMG120412F 12,70 12,90 1,2 CMG120416F 12,70 12,90 1,6 A40

40 Carbide Inserts Kenloc Inserts P M K CMG-FP KC10 B B CMG120404FP 12,70 12,90 0,4 CMG120408FP 12,70 12,90 0,8 CMG120412FP 12,70 12,90 1,2 CMG-FW CMG120404FW 12,70 12,90 0,4 CMG120408FW 12,70 12,90 0,8 CMG120412FW 12,70 12,90 1,2 CMG-MBB CMG120404MBB 12,70 12,90 0,4 CMG120408MBB 12,70 12,90 0,8 *For more information, please see the Innovations Master Catalogue Cutting Tools C2 C71* C72 C109* C110 C115* C116 C147* A8 A23 A24 A31 A32 A37 A41

41 Carbide Inserts Kenloc Inserts P M K CMG-M CMG090304M 9,53 9,67 0,4 CMG090308M 9,53 9,67 0,8 CMG090312M 9,53 9,67 1,2 CMG120404M 12,70 12,90 0,4 EW! KC10 B B CMG120408M 12,70 12,90 0,8 CMG120412M 12,70 12,90 1,2 CMG120416M 12,70 12,90 1,6 CMG160608M 15,88 16,12 0,8 CMG160612M 15,88 16,12 1,2 CMG160616M 15,88 16,12 1,6 CMG190608M 19,05 19,34 0,8 CMG190612M 19,05 19,34 1,2 CMG190616M 19,05 19,34 1,6 CMG-MP CMG090308MP 9,53 9,67 0,8 CMG120404MP 12,70 12,90 0,4 CMG120408MP 12,70 12,90 0,8 CMG120412MP 12,70 12,90 1,2 CMG120416MP 12,70 12,90 1,6 CMG160608MP 15,88 16,12 0,8 CMG160612MP 15,88 16,12 1,2 CMG160616MP 15,88 16,12 1,6 CMG190608MP 19,05 19,34 0,8 CMG190612MP 19,05 19,34 1,2 CMG190616MP 19,05 19,34 1,6 CMG-MR EW! CMG120408MR 12,70 12,90 0,8 CMG120412MR 12,70 12,90 1,2 CMG120416MR 12,70 12,90 1,6 CMG160612MR 15,88 16,12 1,2 CMG160616MR 15,88 16,12 1,6 CMG190612MR 19,05 19,34 1,2 A42

42 Carbide Inserts Kenloc Inserts P M K CMG-M KC10 B B CMG120401M 12,70 12,90 0,1 CMG120402M 12,70 12,90 0,2 CMG120404M 12,70 12,90 0,4 CMG120408M 12,70 12,90 0,8 CMG120412M 12,70 12,90 1,2 CMG120416M 12,70 12,90 1,6 CMG160608M 15,88 16,12 0,8 CMG160612M 15,88 16,12 1,2 CMG190612M 19,05 19,34 1,2 CMG190608M 19,05 19,34 0,8 CMG190616M 19,05 19,34 1,6 CMG-MW EW! CMG120408MW 12,70 12,90 0,8 CMG120412MW 12,70 12,90 1,2 CMG-P CMG120404P 12,70 12,90 0,4 CMG120408P 12,70 12,90 0,8 CMG120412P 12,70 12,90 1,2 CMG120416P 12,70 12,90 1,6 CMG190612P 19,05 19,34 1,2 *For more information, please see the Innovations Master Catalogue Cutting Tools C2 C71* C72 C109* C110 C115* C116 C147* A8 A23 A24 A31 A32 A37 A43

43 Carbide Inserts Kenloc Inserts P M K CMG-RBB KC10 B B CMG120408RBB 12,70 12,90 0,8 CMG-RM CMG190612RM 19,05 19,34 1,2 CMG190616RM 19,05 19,34 1,6 CMG250924RM 25,40 25,79 2,4 CMG-R EW! CMG120408R 12,70 12,90 0,8 CMG120412R 12,70 12,90 1,2 CMG120416R 12,70 12,90 1,6 CMG160608R 15,88 16,12 0,8 CMG160612R 15,88 16,12 1,2 CMG160616R 15,88 16,12 1,6 CMG190608R 19,05 19,34 0,8 CMG190612R 19,05 19,34 1,2 CMG190616R 19,05 19,34 1,6 CMG190624R 19,05 19,34 2,4 CMG-RP EW! CMG120404RP 12,70 12,90 0,4 CMG120408RP 12,70 12,90 0,8 CMG120412RP 12,70 12,90 1,2 CMG120416RP 12,70 12,90 1,6 CMG160608RP 15,88 16,12 0,8 CMG160612RP 15,88 16,12 1,2 CMG160616RP 15,88 16,12 1,6 CMG190612RP 19,05 19,34 1,2 CMG190616RP 19,05 19,34 1,6 A44

44 Carbide Inserts Kenloc Inserts P M K CMG-U EW! KC10 B B CMG120404U 12,70 12,90 0,4 CMG120408U 12,70 12,90 0,8 CMG120412U 12,70 12,90 1,2 CMG120416U 12,70 12,90 1,6 CMG160608U 15,88 16,12 0,8 CMG160612U 15,88 16,12 1,2 CMG160616U 15,88 16,12 1,6 CMG190608U 19,05 19,34 0,8 CMG190612U 19,05 19,34 1,2 CMG190616U 19,05 19,34 1,6 CMG-UP CMG120404UP 12,70 12,90 0,4 CMG120408UP 12,70 12,90 0,8 CMG120412UP 12,70 12,90 1,2 CMG160608UP 15,88 16,12 0,8 CMG160612UP 15,88 16,12 1,2 CMG190608UP 19,05 19,34 0,8 CMG190612UP 19,05 19,34 1,2 CMG190616UP 19,05 19,34 1,6 CMM-R EW! CMM190612R 19,05 19,34 1,2 CMM190616R 19,05 19,34 1,6 CMM190624R 19,05 19,34 2,4 CMM250924R 25,40 25,79 2,4 *For more information, please see the Innovations Master Catalogue Cutting Tools C2 C71* C72 C109* C110 C115* C116 C147* A8 A23 A24 A31 A32 A37 A45

45 Carbide Inserts Kenloc Inserts P M K CMM-RM EW! KC10 B B CMM120408RM 12,70 12,90 0,8 CMM120412RM 12,70 12,90 1,2 CMM120416RM 12,70 12,90 1,6 CMM160612RM 15,88 16,12 1,2 CMM160616RM 15,88 16,12 1,6 CMM160624RM 15,88 16,12 2,4 CMM190612RM 19,05 19,34 1,2 CMM190616RM 19,05 19,34 1,6 CMM190624RM 19,05 19,34 2,4 CMM250924RM 25,40 25,79 2,4 CMM-RP EW! CMM120408RP 12,70 12,90 0,8 CMM120412RP 12,70 12,90 1,2 CMM120416RP 12,70 12,90 1,6 CMM160608RP 15,88 16,12 0,8 CMM160612RP 15,88 16,12 1,2 CMM160616RP 15,88 16,12 1,6 CMM190612RP 19,05 19,34 1,2 CMM190616RP 19,05 19,34 1,6 CMM190624RP 19,05 19,34 2,4 CMM250924RP 25,40 25,79 2,4 CMP CMP ,70 12,90 0,4 CMP ,70 12,90 0,8 CMP ,70 12,90 1,2 CMP ,05 19,34 1,2 A46

46 Carbide Inserts Kenloc Inserts P M K CMP-K CMP120404K 12,70 12,90 0,4 CMP120408K 12,70 12,90 0,8 CMP120412K 12,70 12,90 1,2 KC10 B B CM CM ,70 12,90 0,8 CM ,88 16,12 0,8 CM ,05 19,34 0,8 CM ,05 19,34 1,2 *For more information, please see the Innovations Master Catalogue Cutting Tools C2 C71* C72 C109* C110 C115* C116 C147* A8 A23 A24 A31 A32 A37 A47

47 Carbide Inserts Kenloc Inserts P M K DGG-F KC10 B B DGG110401F 9,52 11,63 0,1 DGG110402F 9,52 11,63 0,2 DGG110404F 9,52 11,63 0,4 DGG110408F 9,52 11,63 0,8 DGG150401F 12,70 15,50 0,1 DGG150402F 12,70 15,50 0,2 DGG150404F 12,70 15,50 0,4 DGG150604F 12,70 15,50 0,4 DGG150408F 12,70 15,50 0,8 DGG150608F 12,70 15,50 0,8 DGG150412F 12,70 15,50 1,2 DGG150416F 12,70 15,50 1,6 DGG-LF DGG150402LF 12,70 15,50 0,2 DGG150404LF 12,70 15,50 0,4 DGG150408LF 12,70 15,50 0,8 DGP DGP ,70 15,50 0,1 DGP ,70 15,50 0,2 DGP ,70 15,50 0,4 DGP ,70 15,50 0,8 DGP ,70 15,50 0,4 DGP ,70 15,50 0,8 A48

48 Carbide Inserts Kenloc Inserts P M K DMA DMA ,53 11,63 0,8 DMA ,53 11,63 1,2 DMA ,70 15,50 0,8 DMA ,70 15,50 1,2 DMA ,70 15,50 1,6 DMA ,70 15,50 0,8 DMA ,70 15,50 1,2 DMA ,70 15,50 1,6 KC10 B B DMG DMG150408B 12,70 15,50 0,8 *For more information, please see the Innovations Master Catalogue Cutting Tools C2 C71* C72 C109* C110 C115* C116 C147* A8 A23 A24 A31 A32 A37 A49

49 Carbide Inserts Kenloc Inserts P M K DMG-CT EW! KC10 B B DMG110408CT 9,53 11,63 0,8 DMG150404CT 12,70 15,50 0,4 DMG150408CT 12,70 15,50 0,8 DMG150412CT 12,70 15,50 1,2 DMG150604CT 12,70 15,50 0,3 DMG150608CT 12,70 15,50 0,7 DMG150612CT 12,70 15,50 1,1 DMG-FF DMG110404FF 9,53 11,63 0,4 DMG110408FF 9,53 11,63 0,8 DMG150404FF 12,70 15,50 0,4 DMG150408FF 12,70 15,50 0,8 DMG150604FF 12,70 15,50 0,4 DMG150608FF 12,70 15,50 0,8 DMG-F EW! DMG110404F 9,53 11,63 0,4 DMG110408F 9,53 11,63 0,8 DMG110412F 9,53 11,63 1,2 DMG150404F 12,70 15,50 0,4 DMG150408F 12,70 15,50 0,8 DMG150412F 12,70 15,50 1,2 DMG150604F 12,70 15,50 0,4 DMG150608F 12,70 15,50 0,8 DMG150612F 12,70 15,50 1,2 A50

50 Carbide Inserts Kenloc Inserts P M K DMG-FP KC10 B B DMG110404FP 9,53 11,63 0,4 DMG110408FP 9,53 11,63 0,8 DMG150404FP 12,70 15,50 0,4 DMG150408FP 12,70 15,50 0,8 DMG150412FP 12,70 15,50 1,2 DMG150604FP 12,70 15,50 0,4 DMG150608FP 12,70 15,50 0,8 DMG150612FP 12,70 15,50 1,2 DMG-FW DMG110404FW 9,53 11,63 0,4 DMG110408FW 9,53 11,63 0,8 DMG150404FW 12,70 15,50 0,4 DMG150408FW 12,70 15,50 0,4 DMG150604FW 12,70 15,50 0,4 DMG150608FW 12,70 15,50 0,4 DMG-M EW! DMG110404M 9,53 11,63 0,4 DMG110408M 9,53 11,63 0,8 DMG110412M 9,53 11,63 1,2 DMG150404M 12,70 15,50 0,4 DMG150408M 12,70 15,50 0,8 DMG150412M 12,70 15,50 1,2 DMG150416M 12,70 15,50 1,6 DMG150604M 12,70 15,50 0,4 DMG150608M 12,70 15,50 0,8 DMG150612M 12,70 15,50 1,2 DMG150616M 12,70 15,50 1,6 DMG190612M 15,88 19,38 1,2 *For more information, please see the Innovations Master Catalogue Cutting Tools C2 C71* C72 C109* C110 C115* C116 C147* A8 A23 A24 A31 A32 A37 A51

51 Carbide Inserts Kenloc Inserts P M K DMG-MP KC10 B B DMG110408MP 9,53 11,63 0,8 DMG110412MP 9,53 11,63 1,2 DMG150404MP 12,70 15,50 0,4 DMG150408MP 12,70 15,50 0,8 DMG150412MP 12,70 15,50 1,2 DMG150604MP 12,70 15,50 0,4 DMG150608MP 12,70 15,50 0,8 DMG150612MP 12,70 15,50 1,2 DMG-MR EW! DMG150408MR 12,70 15,50 0,8 DMG150412MR 12,70 15,50 1,2 DMG150608MR 12,70 15,50 0,8 DMG150616MR 12,70 15,50 1,6 DMG-M DMG110408M 9,53 11,63 0,8 DMG110412M 9,53 11,63 1,2 DMG150401M 12,70 15,50 0,1 DMG150402M 12,70 15,50 0,2 DMG150404M 12,70 15,50 0,4 DMG150604M 12,70 15,50 0,4 DMG150608M 12,70 15,50 0,8 DMG150408M 12,70 15,50 0,8 DMG150412M 12,70 15,50 1,2 DMG150612M 12,70 15,50 1,2 DMG-MW DMG150408MW 12,70 15,50 0,4 DMG150412MW 12,70 15,50 1,2 DMG150608MW 12,70 15,50 0,4 DMG150612MW 12,70 15,50 1,2 A52

52 Carbide Inserts Kenloc Inserts P M K DMG-P KC10 B B DMG150404P 12,70 15,50 0,4 DMG150408P 12,70 15,50 0,8 DMG150608P 12,70 15,50 0,8 DMG-RM DMG190608RM 15,88 19,38 0,8 DMG190612RM 15,88 19,38 1,2 DMG-R EW! DMG150408R 12,70 15,50 0,8 DMG150412R 12,70 15,50 1,2 DMG150416R 12,70 15,50 1,6 DMG150608R 12,70 15,50 0,8 DMG150612R 12,70 15,50 1,2 DMG150616R 12,70 15,50 1,6 DMG190608R 15,88 19,38 0,8 DMG190612R 15,88 19,38 1,2 *For more information, please see the Innovations Master Catalogue Cutting Tools C2 C71* C72 C109* C110 C115* C116 C147* A8 A23 A24 A31 A32 A37 A53

53 Carbide Inserts Kenloc Inserts P M K DMG-RP EW! KC10 B B DMG110408RP 9,53 11,63 0,8 DMG110412RP 9,53 11,63 1,2 DMG150408RP 12,70 15,50 0,8 DMG150412RP 12,70 15,50 1,2 DMG150416RP 12,70 15,50 1,6 DMG150608RP 12,70 15,50 0,8 DMG150612RP 12,70 15,50 1,2 DMG150616RP 12,70 15,50 1,6 DMG-U EW! DMG110408U 9,53 11,63 0,8 DMG110412U 9,53 11,63 1,2 DMG150408U 12,70 15,50 0,8 DMG150412U 12,70 15,50 1,2 DMG150416U 12,70 15,50 1,6 DMG150608U 12,70 15,50 0,8 DMG150612U 12,70 15,50 1,2 DMG150616U 12,70 15,50 1,6 DMG-UP DMG110408UP 9,53 11,63 0,8 DMG110412UP 9,53 11,63 1,2 DMG150404UP 12,70 15,50 0,4 DMG150408UP 12,70 15,50 0,8 DMG150412UP 12,70 15,50 1,2 DMG150604UP 12,70 15,50 0,4 DMG150608UP 12,70 15,50 0,8 DMG150612UP 12,70 15,50 1,2 A54

54 Carbide Inserts Kenloc Inserts P M K DMM-RM DMM150408RM 12,70 15,50 0,8 DMM150412RM 12,70 15,50 1,2 DMM150608RM 12,70 15,50 0,8 DMM150612RM 12,70 15,50 1,2 DMM150616RM 12,70 15,50 1,6 KC10 B B DMM-RP EW! DMM150608RP 12,70 15,50 0,8 DMM150612RP 12,70 15,50 1,2 DMM150616RP 12,70 15,50 1,6 DMP DMP ,70 15,50 0,4 DMP ,70 15,50 0,8 DMP ,70 15,50 1,2 DMP-K DMP110408K 9,53 11,63 0,8 DMP150404K 12,70 15,50 0,4 DMP150408K 12,70 15,50 0,8 DMP150412K 12,70 15,50 1,2 *For more information, please see the Innovations Master Catalogue Cutting Tools C2 C71* C72 C109* C110 C115* C116 C147* A8 A23 A24 A31 A32 A37 A55

55 Carbide Inserts Kenloc Inserts P M K DM KC10 B B DM ,70 15,50 0,8 RCGX-LF RCGX190600ELF 19,05 RMA RMA ,70 RMA ,88 RMG RMG ,05 RMG ,40 RMG-R EW! RMG090300R 9,53 RMG120400R 12,70 RMG150600R 15,88 RMG190600R 19,05 RMG250900R 25,40 A56

56 Carbide Inserts Kenloc Inserts P M K RMG-U RMG120400U 12,70 EW! KC10 B B GG-F GG090308F 9,53 9,53 0,8 GG120408F 12,70 12,70 0,8 GG-LF GG090308LF 9,53 9,53 0,8 GG120408LF 12,70 12,70 0,8 GG150612LF 15,88 15,88 1,2 GP GP ,70 12,70 0,4 GP ,70 12,70 0,8 *For more information, please see the Innovations Master Catalogue Cutting Tools C2 C71* C72 C109* C110 C115* C116 C147* A8 A23 A24 A31 A32 A37 A57

57 Carbide Inserts Kenloc Inserts P M K MA KC10 B B MA ,70 12,70 0,8 MA ,70 12,70 1,2 MA ,70 12,70 1,6 MA ,88 15,88 1,2 MA ,88 15,88 1,6 MA ,05 19,05 1,2 MA ,05 19,05 1,6 MG MG ,70 12,70 0,8 MG ,70 12,70 1,2 MG120416B 12,70 12,70 1,6 MG ,05 19,05 1,2 MG ,05 19,05 1,6 MG ,40 25,40 2,4 MG-FF MG090304FF 9,53 9,53 0,4 MG090308FF 9,53 9,53 0,8 MG120404FF 12,70 12,70 0,4 MG120408FF 12,70 12,70 0,8 MG-F MG090304F 9,53 9,53 0,4 MG090308F 9,53 9,53 0,8 MG120404F 12,70 12,70 0,4 MG120408F 12,70 12,70 0,8 MG120412F 12,70 12,70 1,2 MG120416F 12,70 12,70 1,6 A58

58 Carbide Inserts Kenloc Inserts P M K MG-FP KC10 B B MG120404FP 12,70 12,70 0,4 MG120408FP 12,70 12,70 0,8 MG120412FP 12,70 12,70 1,2 MG-FW MG120408FW 12,70 12,70 0,8 MG120412FW 12,70 12,70 1,2 MG-M EW! MG090304M 9,53 9,53 0,4 MG090308M 9,53 9,53 0,8 MG090312M 9,53 9,53 1,2 MG120404M 12,70 12,70 0,4 MG120408M 12,70 12,70 0,8 MG120412M 12,70 12,70 1,2 MG120416M 12,70 12,70 1,6 MG150612M 15,88 15,88 1,2 MG150616M 15,88 15,88 1,6 MG190612M 19,05 19,05 1,2 MG190616M 19,05 19,05 1,6 *For more information, please see the Innovations Master Catalogue Cutting Tools C2 C71* C72 C109* C110 C115* C116 C147* A8 A23 A24 A31 A32 A37 A59

59 Carbide Inserts Kenloc Inserts P M K MG-MP KC10 B B MG120408MP 12,70 12,70 0,8 MG120412MP 12,70 12,70 1,2 MG120416MP 12,70 12,70 1,6 MG150608MP 15,88 15,88 0,8 MG150612MP 15,88 15,88 1,2 MG150616MP 15,88 15,88 1,6 MG190612MP 19,05 19,05 1,2 MG190616MP 19,05 19,05 1,6 MG-MR EW! MG120412MR 12,70 12,70 1,2 MG-M MG120408M 12,70 12,70 0,8 MG120412M 12,70 12,70 1,2 MG150608M 15,88 15,88 0,8 MG150612M 15,88 15,88 1,2 MG190612M 19,05 19,05 1,2 MG-MW MG120408MW 12,70 12,70 0,8 MG120412MW 12,70 12,70 1,2 A60

60 Carbide Inserts Kenloc Inserts P M K MG-P KC10 B B MG120408P 12,70 12,70 0,8 MG120412P 12,70 12,70 1,2 MG-RM MG190612RM 19,05 19,05 1,2 MG190616RM 19,05 19,05 1,6 MG250924RM 25,40 25,40 2,4 MG-R EW! MG090412R 9,53 9,53 1,2 MG120408R 12,70 12,70 0,8 MG120412R 12,70 12,70 1,2 MG120416R 12,70 12,70 1,6 MG150608R 15,88 15,88 0,8 MG150612R 15,88 15,88 1,2 MG150616R 15,88 15,88 1,6 MG190608R 19,05 19,05 0,8 MG190612R 19,05 19,05 1,2 MG190616R 19,05 19,05 1,6 MG190624R 19,05 19,05 2,4 MG250924R 25,40 25,40 2,4 *For more information, please see the Innovations Master Catalogue Cutting Tools C2 C71* C72 C109* C110 C115* C116 C147* A8 A23 A24 A31 A32 A37 A61

61 Carbide Inserts Kenloc Inserts P M K MG-RP EW! KC10 B B MG120408RP 12,70 12,70 0,8 MG120412RP 12,70 12,70 1,2 MG120416RP 12,70 12,70 1,6 MG150612RP 15,88 15,88 1,2 MG150616RP 15,88 15,88 1,6 MG190612RP 19,05 19,05 1,2 MG190616RP 19,05 19,05 1,6 MG-U EW! MG120408U 12,70 12,70 0,8 MG120412U 12,70 12,70 1,2 MG120416U 12,70 12,70 1,6 MG150612U 15,88 15,88 1,2 MG150616U 15,88 15,88 1,6 MG190612U 19,05 19,05 1,2 MG190616U 19,05 19,05 1,6 MG-UP MG120408UP 12,70 12,70 0,8 MG120412UP 12,70 12,70 1,2 MG120416UP 12,70 12,70 1,6 MG150612UP 15,88 15,88 1,2 MG190612UP 19,05 19,05 1,2 A62

62 Carbide Inserts Kenloc Inserts P M K MM-R MM190612R 19,05 19,05 1,2 MM190616R 19,05 19,05 1,6 EW! KC10 B B MM190624R 19,05 19,05 2,4 MM250724R 25,40 25,40 2,4 MM250732R 25,40 25,40 3,2 MM250924R 25,40 25,40 2,4 MM-RM EW! MM120408RM 12,70 12,70 0,8 MM120412RM 12,70 12,70 1,2 MM120416RM 12,70 12,70 1,6 MM150612RM 15,88 15,88 1,2 MM150616RM 15,88 15,88 1,6 MM190612RM 19,05 19,05 1,2 MM190616RM 19,05 19,05 1,6 MM190624RM 19,05 19,05 2,4 MM250724RM 25,40 25,40 2,4 MM250924RM 25,40 25,40 2,4 MM-RP MM120408RP 12,70 12,70 0,8 MM120412RP 12,70 12,70 1,2 MM150612RP 15,88 15,88 1,2 MM150616RP 15,88 15,88 1,6 MM190612RP 19,05 19,05 1,2 MM190616RP 19,05 19,05 1,6 MM190624RP 19,05 19,05 2,4 MM250724RP 25,40 25,40 2,4 MM250924RP 25,40 25,40 2,4 *For more information, please see the Innovations Master Catalogue Cutting Tools C2 C71* C72 C109* C110 C115* C116 C147* A8 A23 A24 A31 A32 A37 A63

63 Carbide Inserts Kenloc Inserts P M K MP KC10 B B MP ,70 12,70 0,8 MP ,05 19,05 1,2 MP-K MP120408K 12,70 12,70 0,8 M M ,70 12,70 0,8 M ,05 19,05 1,2 TGG-F TGG160402F 9,53 16,50 0,2 TGG160404F 9,53 16,50 0,4 TGG160408F 9,53 16,50 0,8 TGG220408F 12,70 22,00 0,8 A64

64 Carbide Inserts Kenloc Inserts P M K TGG-LF KC10 B B TGG160402LF 9,53 16,50 0,2 TGG160404LF 9,53 16,50 0,4 TGG160408LF 9,53 16,50 0,8 TGP TGP ,53 16,50 0,2 TGP ,53 16,50 0,4 TGP ,53 16,50 0,8 TMA TMA ,53 16,50 0,8 TMA ,53 16,50 1,2 TMA ,53 16,50 1,6 TMA ,70 22,00 0,8 TMA ,70 22,00 1,2 TMA ,70 22,00 1,6 TMA ,88 27,50 1,6 *For more information, please see the Innovations Master Catalogue Cutting Tools C2 C71* C72 C109* C110 C115* C116 C147* A8 A23 A24 A31 A32 A37 A65

65 Carbide Inserts Kenloc Inserts P M K TMG KC10 B B TMG ,70 22,00 1,2 TMG ,70 22,00 1,6 TMG ,05 33,00 2,4 TMG-CT TMG220408CT 12,70 22,00 0,8 TMG220412CT 12,70 22,00 1,2 TMG-FF TMG110304FF 6,35 11,00 0,4 TMG110308FF 6,35 11,00 0,8 TMG160404FF 9,53 16,50 0,4 TMG160408FF 9,53 16,50 0,8 TMG-F EW! TMG110304F 6,35 11,00 0,4 TMG110308F 6,35 11,00 0,8 TMG160404F 9,53 16,50 0,4 TMG160408F 9,53 16,50 0,8 TMG160412F 9,53 16,50 1,2 TMG220404F 12,70 22,00 0,4 TMG220408F 12,70 22,00 0,8 TMG220412F 12,70 22,00 1,2 A66

66 Carbide Inserts Kenloc Inserts P M K TMG-FP KC10 B B TMG160404FP 9,53 16,50 0,4 TMG160408FP 9,53 16,50 0,8 TMG160412FP 9,53 16,50 1,2 TMG220404FP 12,70 22,00 0,4 TMG220408FP 12,70 22,00 0,8 TMG-FW TMG160404FW 9,53 16,50 0,2 TMG160408FW 9,53 16,50 0,4 TMG160412FW 9,53 16,50 1,2 TMG-M EW! TMG160404M 9,53 16,50 0,4 TMG160408M 9,53 16,50 0,8 TMG160412M 9,53 16,50 1,2 TMG220404M 12,70 22,00 0,4 TMG220408M 12,70 22,00 0,8 TMG220412M 12,70 22,00 1,2 TMG220416M 12,70 22,00 1,6 *For more information, please see the Innovations Master Catalogue Cutting Tools C2 C71* C72 C109* C110 C115* C116 C147* A8 A23 A24 A31 A32 A37 A67

67 Carbide Inserts Kenloc Inserts P M K TMG-MP KC10 B B TMG160404MP 9,53 16,50 0,4 TMG160408MP 9,53 16,50 0,8 TMG160412MP 9,53 16,50 1,2 TMG220408MP 12,70 22,00 0,8 TMG220412MP 12,70 22,00 1,2 TMG220416MP 12,70 22,00 1,6 TMG-MR EW! TMG160408MR 9,53 16,50 0,8 TMG160412MR 9,53 16,50 1,2 TMG-M TMG160402M 9,53 16,50 0,2 TMG160404M 9,53 16,50 0,4 TMG160408M 9,53 16,50 0,8 TMG220404M 12,70 22,00 0,4 TMG220408M 12,70 22,00 0,8 TMG220412M 12,70 22,00 1,2 TMG270608M 15,88 27,50 0,8 TMG270616M 15,88 27,50 1,6 A68

68 Carbide Inserts Kenloc Inserts P M K TMG-MW TMG160408MW 9,53 16,50 0,8 TMG160412MW 9,53 16,50 1,2 KC10 B B TMG-P TMG160404P 9,53 16,50 0,4 TMG160408P 9,53 16,50 0,8 TMG220404P 12,70 22,00 0,4 TMG220408P 12,70 22,00 0,8 TMG220412P 12,70 22,00 1,2 TMG-RM TMG330924RM 19,05 32,99 2,4 *For more information, please see the Innovations Master Catalogue Cutting Tools C2 C71* C72 C109* C110 C115* C116 C147* A8 A23 A24 A31 A32 A37 A69

69 Carbide Inserts Kenloc Inserts P M K TMG-R KC10 B B TMG160408R 9,53 16,50 0,8 TMG160412R 9,53 16,50 1,2 TMG220408R 12,70 22,00 0,8 TMG220412R 12,70 22,00 1,2 TMG220416R 12,70 22,00 1,6 TMG270608R 15,88 27,50 0,8 TMG270612R 15,88 27,50 1,2 TMG270616R 15,88 27,50 1,6 TMG330924R 19,05 33,00 2,4 EW! TMG-RP EW! TMG160408RP 9,53 16,50 0,8 TMG160412RP 9,53 16,50 1,2 TMG160416RP 9,53 16,50 1,6 TMG220408RP 12,70 22,00 0,8 TMG220412RP 12,70 22,00 1,2 TMG220416RP 12,70 22,00 1,6 TMG220432RP 12,70 22,00 3,2 TMG270612RP 15,88 27,50 1,2 TMG270616RP 15,88 27,50 1,6 TMG330924RP 19,05 33,00 2,4 TMG-U EW! TMG160408U 9,53 16,50 0,8 TMG160412U 9,53 16,50 1,2 TMG160416U 9,53 16,50 1,6 TMG220408U 12,70 22,00 0,8 TMG220412U 12,70 22,00 1,2 TMG220416U 12,70 22,00 1,6 A70

70 Carbide Inserts Kenloc Inserts P M K TMG-UP KC10 B B TMG160404UP 9,53 16,50 0,4 TMG160408UP 9,53 16,50 0,8 TMG160412UP 9,53 16,50 1,2 TMG220408UP 12,70 22,00 0,8 TMG220412UP 12,70 22,00 1,2 TMM-RM TMM160408RM 9,53 16,50 0,8 TMM160412RM 9,53 16,50 1,2 TMM220408RM 12,70 22,00 0,8 TMM220412RM 12,70 22,00 1,2 TMM220416RM 12,70 22,00 1,6 TMM270612RM 15,88 27,50 1,2 TMM270616RM 15,88 27,50 1,6 TMM-RP TMM160408RP 9,53 16,50 0,8 TMM160412RP 9,53 16,50 1,2 TMM220408RP 12,70 22,00 0,8 TMM220412RP 12,70 22,00 1,2 TMM220416RP 12,70 22,00 1,6 TMM270616RP 15,88 27,50 1,6 *For more information, please see the Innovations Master Catalogue Cutting Tools C2 C71* C72 C109* C110 C115* C116 C147* A8 A23 A24 A31 A32 A37 A71

71 Carbide Inserts Kenloc Inserts P M K TMP TMP ,53 16,50 0,4 TMP ,53 16,50 0,8 KC10 B B TMP ,70 22,00 1,6 TMP-K TMP160404K 9,53 16,50 0,4 TMP160408K 9,53 16,50 0,8 TMP220408K 12,70 22,00 0,8 TM TM ,53 16,50 0,4 TM ,53 16,50 0,8 TM ,70 22,00 0,8 A72

72 Carbide Inserts Kenloc Inserts P M K VGG-F KC10 B B VGG160401F 9,53 16,61 0,1 VGG160402F 9,53 16,61 0,2 VGG160404F 9,53 16,61 0,4 VGG160408F 9,53 16,61 0,8 VGG160412F 9,53 16,61 1,2 VGG-LF VGG160402LF 9,53 16,61 0,2 VGG160404LF 9,53 16,61 0,4 VGG160408LF 9,53 16,61 0,8 VGG220408LF 12,70 22,14 0,8 VGP VGP ,53 16,61 0,1 VGP ,53 16,61 0,2 VGP ,70 22,14 0,4 VGP ,70 22,14 0,8 *For more information, please see the Innovations Master Catalogue Cutting Tools C2 C71* C72 C109* C110 C115* C116 C147* A8 A23 A24 A31 A32 A37 A73

73 Carbide Inserts Kenloc Inserts P M K VGP-K VGP160404K 9,53 16,61 0,4 VGP160408K 9,53 16,61 0,8 KC10 B B VMA VMA ,53 16,61 0,8 VMG VMG ,53 16,61 0,8 VMG ,53 16,61 1,2 VMG ,70 22,14 0,8 VMG ,70 22,14 1,2 VMG-FF VMG160404FF 9,53 16,61 0,4 VMG160408FF 9,53 16,61 0,8 A74

74 Carbide Inserts Kenloc Inserts P M K VMG-F EW! KC10 B B VMG160404F 9,53 16,61 0,4 VMG160408F 9,53 16,61 0,8 VMG-FP VMG160404FP 9,53 16,61 0,4 VMG160408FP 9,53 16,61 0,8 VMG-M EW! VMG160404M 9,53 16,61 0,4 VMG160408M 9,53 16,61 0,8 VMG160412M 9,53 16,61 1,2 VMG-MP VMG160404MP 9,53 16,61 0,4 VMG160408MP 9,53 16,61 0,8 VMG160412MP 9,53 16,61 1,2 *For more information, please see the Innovations Master Catalogue Cutting Tools C2 C71* C72 C109* C110 C115* C116 C147* A8 A23 A24 A31 A32 A37 A75

75 Carbide Inserts Kenloc Inserts P M K VMG-M KC10 B B VMG160401M 9,53 16,61 0,1 VMG160402M 9,53 16,61 0,2 VMG160404M 9,53 16,61 0,4 VMG160408M 9,53 16,61 0,8 VMG220404M 12,70 22,14 0,4 VMG220408M 12,70 22,14 0,8 VMG-P VMG160404P 9,53 16,61 0,4 VMG160408P 9,53 16,61 0,8 VMG-R VMG160408R 9,53 16,61 0,8 VMG160412R 9,53 16,61 1,2 VMG220408R 12,70 22,14 0,8 VMG220412R 12,70 22,14 1,2 VMG-RP EW! VMG160408RP 9,53 16,61 0,8 VMG160412RP 9,53 16,61 1,2 WMG080412RP 12,70 8,69 1,2 A76

76 Carbide Inserts Kenloc Inserts P M K VMG-U VMG160404U 9,53 16,61 0,4 VMG160408U 9,53 16,61 0,8 KC10 B B VMG-UP VMG160404UP 9,53 16,61 0,4 VMG160408UP 9,53 16,61 0,8 VMG160412UP 9,53 16,61 1,2 VMP VMP ,53 16,61 0,4 VMP ,53 16,61 0,8 VMP-K VMP160404K 9,53 16,61 0,4 VMP160408K 9,53 16,61 0,8 VM VM ,53 16,61 0,4 VM ,53 16,61 0,8 *For more information, please see the Innovations Master Catalogue Cutting Tools C2 C71* C72 C109* C110 C115* C116 C147* A8 A23 A24 A31 A32 A37 A77

77 Carbide Inserts Kenloc Inserts P M K WGG-F KC10 B B WGG080404F 12,70 8,69 0,4 WGG080408F 12,70 8,69 0,8 WGG-LF WGG080401LF 12,70 8,69 0,1 WGG080402LF 12,70 8,69 0,2 WGG080404LF 12,70 8,69 0,4 WGG080408LF 12,70 8,69 0,8 WGP-K WGP080408K 12,70 8,69 0,8 WMA WMA ,53 6,52 0,8 WMA ,53 6,52 1,2 WMA ,70 8,69 0,8 WMA ,70 8,69 1,2 WMA ,70 8,69 1,6 A78

78 Carbide Inserts Kenloc Inserts P M K WMG-FF KC10 B B WMG060404FF 9,53 6,52 0,4 WMG060408FF 9,53 6,52 0,8 WMG080404FF 12,70 8,69 0,4 WMG080408FF 12,70 8,69 0,8 WMG-F WMG060404F 9,53 6,52 0,4 WMG060408F 9,53 6,52 0,8 WMG080404F 12,70 8,69 0,4 WMG080408F 12,70 8,69 0,8 WMG-FP WMG060404FP 9,53 6,52 0,4 WMG060408FP 9,53 6,52 0,8 WMG080404FP 12,70 8,69 0,4 WMG080408FP 12,70 8,69 0,8 WMG080412FP 12,70 8,69 1,2 WMG-FW WMG060404FW 9,53 6,52 0,4 WMG060408FW 9,53 6,52 0,8 WMG060412FW 9,53 6,52 1,2 WMG080404FW 12,70 8,69 0,4 WMG080408FW 12,70 8,69 0,8 WMG080412FW 12,70 8,69 1,2 *For more information, please see the Innovations Master Catalogue Cutting Tools C2 C71* C72 C109* C110 C115* C116 C147* A8 A23 A24 A31 A32 A37 A79

79 Carbide Inserts Kenloc Inserts P M K WMG-M WMG060404M 9,53 6,52 0,4 WMG060408M 9,53 6,52 0,8 EW! KC10 B B WMG060412M 9,53 6,52 1,2 WMG080408M 12,70 8,69 0,8 WMG080412M 12,70 8,69 1,2 WMG080416M 12,70 8,69 1,6 WMG-MP WMG060404MP 9,53 6,52 0,4 WMG060408MP 9,53 6,52 0,8 WMG060412MP 9,53 6,52 1,2 WMG080408MP 12,70 8,69 0,8 WMG080412MP 12,70 8,69 1,2 WMG-MR EW! WMG080408MR 12,70 8,69 0,8 WMG080412MR 12,70 8,69 1,2 WMG-M WMG060408M 9,53 6,52 0,8 WMG060412M 9,53 6,52 1,2 WMG080401M 12,70 8,69 0,1 WMG080402M 12,70 8,69 0,2 WMG080404M 12,70 8,69 0,4 WMG080408M 12,70 8,69 0,8 A80

80 Carbide Inserts Kenloc Inserts P M K WMG-MW WMG060408MW 9,53 6,52 0,8 WMG060412MW 9,53 6,52 1,2 EW! KC10 B B WMG080408MW 12,70 8,69 0,8 WMG080412MW 12,70 8,69 1,2 WMG-P WMG080404P 12,70 8,69 0,4 WMG080408P 12,70 8,69 0,8 WMG-R EW! WMG060408R 9,53 6,52 0,8 WMG060412R 9,53 6,52 1,2 WMG080408R 12,70 8,69 0,8 WMG080412R 12,70 8,69 1,2 WMG080416R 12,70 8,69 1,6 *For more information, please see the Innovations Master Catalogue Cutting Tools C2 C71* C72 C109* C110 C115* C116 C147* A8 A23 A24 A31 A32 A37 A81

81 Carbide Inserts Kenloc Inserts P M K WMG-RP EW! KC10 B B WMG060408RP 9,53 6,52 0,8 WMG060412RP 9,53 6,52 1,2 WMG080408RP 12,70 8,69 0,8 WMG080412RP 12,70 8,69 1,2 WMG080416RP 12,70 8,69 1,6 WMG-U EW! WMG060404U 9,53 6,52 0,4 WMG060408U 9,53 6,52 0,8 WMG060412U 9,53 6,52 1,2 WMG080404U 12,70 8,69 0,4 WMG080408U 12,70 8,69 0,8 WMG080412U 12,70 8,69 1,2 WMG080416U 12,70 8,69 1,6 WMG-UP WMG060408UP 9,53 6,52 0,8 WMG080408UP 12,70 8,69 0,8 WMG080412UP 12,70 8,69 1,2 A82

82 Carbide Inserts Kendex Positive Inserts P M K CPG KC10 B B CPG ,70 12,90 0,4 CPG ,70 12,90 0,8 RCGV RCGV ,35 RCGV ,53 RCGV ,70 RCGV-MP RCGX060400MP 6,35 RCGX090700MP 9,53 RCGX120700MP 12,70 *For more information, please see the Innovations Master Catalogue Cutting Tools C2 C71* C72 C109* C110 C115* C116 C147* A8 A23 A24 A31 A32 A37 A83

83 Carbide Inserts Kendex Positive Inserts P M K RPG RPG ,70 KC10 B B RPGV RPGV ,35 RPGV ,53 RPGV ,70 RPGV-MP RPGX090700MP 9,53 RPGX120700MP 12,70 PG PG ,53 9,53 0,4 PG ,53 9,53 0,8 PG ,53 9,53 1,2 PG ,70 12,70 0,4 PG ,70 12,70 0,8 PG ,70 12,70 1,2 PG ,70 12,70 1,6 PG ,70 12,70 1,2 PG ,05 19,05 0,8 PG ,05 19,05 1,2 A84

84 Carbide Inserts Kendex Positive Inserts P M K PGR K KC10 B B PGR090308K 9,53 9,53 0,8 PU PU ,70 12,70 0,4 PU ,70 12,70 0,8 TPG TPG ,35 11,00 0,4 TPG ,35 11,00 0,8 TPG ,53 16,50 0,2 TPG ,53 16,50 0,4 TPG ,53 16,50 0,8 TPG ,53 16,50 1,2 TPG ,53 16,50 1,6 TPG ,70 22,00 0,4 TPG ,70 22,00 0,8 TPG ,70 22,00 1,2 TPG ,70 22,00 1,6 TPG ,88 27,50 1,6 *For more information, please see the Innovations Master Catalogue Cutting Tools C2 C71* C72 C109* C110 C115* C116 C147* A8 A23 A24 A31 A32 A37 A85

85 Carbide Inserts Kendex Positive Inserts P M K TPGR K KC10 B B TPGR110304K 6,35 11,00 0,4 TPGR110308K 6,35 11,00 0,8 TPGR160304K 9,53 16,50 0,4 TPGR160308K 9,53 16,50 0,8 TPGR220404K 12,70 22,00 0,4 TPGR220408K 12,70 22,00 0,8 TPU TPU ,35 11,00 0,4 TPU ,35 11,00 0,8 TPU ,53 16,50 0,4 TPU ,53 16,50 0,8 TPU ,70 22,00 0,8 TPU ,70 22,00 1,2 A86

86 Carbide Inserts crew-on Inserts P M K CCGT-P KC10 B B CCGT060202P 6,35 6,45 0,2 CCGT060204P 6,35 6,45 0,4 CCGT060208P 6,35 6,45 0,8 CCGT09T302P 9,53 9,67 0,2 CCGT09T304P 9,53 9,67 0,4 CCGT09T308P 9,53 9,67 0,8 CCGT09T316P 9,53 9,67 1,6 CCGT120401P 12,70 12,90 0,1 CCGT120402P 12,70 12,90 0,2 CCGT120404P 12,70 12,90 0,4 CCGT120408P 12,70 12,90 0,8 CCGT-LF CCGT0602X0LF 6,35 6,45 0,0 CCGT060201LF 6,35 6,45 0,1 CCGT060202LF 6,35 6,45 0,2 CCGT060204LF 6,35 6,45 0,4 CCGT060208LF 6,35 6,45 0,8 CCGT09T3X0LF 9,53 9,67 0,0 CCGT09T301LF 9,53 9,67 0,1 CCGT09T302LF 9,53 9,67 0,2 CCGT09T304LF 9,53 9,67 0,4 CCGT09T308LF 9,53 9,67 0,8 CCMT-11 CCMT ,35 6,45 0,4 CCMT09T ,53 9,67 0,4 CCMT09T ,53 9,67 0,8 *For more information, please see the Innovations Master Catalogue Cutting Tools C2 C71* C72 C109* C110 C115* C116 C147* A8 A23 A24 A31 A32 A37 A87

87 Carbide Inserts crew-on Inserts P M K CCMT-FP KC10 B B CCMT060202FP 6,35 6,45 0,2 CCMT060204FP 6,35 6,45 0,4 CCMT060208FP 6,35 6,45 0,8 CCMT09T302FP 9,53 9,67 0,2 CCMT09T304FP 9,53 9,67 0,4 CCMT09T308FP 9,53 9,67 0,8 CCMT120404FP 12,70 12,90 0,4 CCMT120408FP 12,70 12,90 0,8 CCMT120412FP 12,70 12,90 1,2 CCMT-FW CCMT060202FW 6,35 6,45 0,2 CCMT060204FW 6,35 6,45 0,4 CCMT060208FW 6,35 6,45 0,8 CCMT09T304FW 9,53 9,67 0,4 CCMT09T308FW 9,53 9,67 0,8 CCMT-LF EW! CCMT060202LF 6,35 6,45 0,2 CCMT060204LF 6,35 6,45 0,4 CCMT060208LF 6,35 6,45 0,8 CCMT09T302LF 9,53 9,67 0,2 CCMT09T304LF 9,53 9,67 0,4 CCMT09T308LF 9,53 9,67 0,8 CCMT120404LF 12,70 12,90 0,4 CCMT120408LF 12,70 12,90 0,8 CCMT120412LF 12,70 12,90 1,2 A88

88 Carbide Inserts crew-on Inserts P M K CCMT-MF CCMT060204MF 6,35 6,45 0,4 CCMT09T304MF 9,53 9,67 0,4 EW! KC10 B B CCMT09T308MF 9,53 9,67 0,8 CCMT09T312MF 9,53 9,67 1,2 CCMT120408MF 12,70 12,90 0,8 CCMT120412MF 12,70 12,90 1,2 CCMT-MP CCMT060204MP 6,35 6,45 0,4 CCMT09T304MP 9,53 9,67 0,4 CCMT09T308MP 9,53 9,67 0,8 CCMT09T312MP 9,53 9,67 1,2 CCMT120408MP 12,70 12,90 0,8 CCMT120412MP 12,70 12,90 1,2 CCMT-MW CCMT09T304MW 9,53 9,67 0,40 CCMT09T308MW 9,53 9,67 0,80 CCMT120404MW 12,70 12,90 0,40 CCMT120408MW 12,70 12,90 0,80 CCMT-UF CCMT060204UF 6,35 6,45 0,4 CCMT09T302UF 9,53 9,67 0,2 CCMT09T304UF 9,53 9,67 0,4 CCMT09T308UF 9,53 9,67 0,8 *For more information, please see the Innovations Master Catalogue Cutting Tools C2 C71* C72 C109* C110 C115* C116 C147* A8 A23 A24 A31 A32 A37 A89

89 Carbide Inserts crew-on Inserts P M K CCMW CCMW ,35 6,45 0,4 CCMW09T304 9,53 9,67 0,4 CCMW09T308 9,53 9,67 0,8 CCMW ,70 12,90 0,8 CCMW ,70 12,90 1,2 KC10 B B CDG Detail of 0,38mm (0.015") insert. D T W right hand CDG127038R 3,96 0,51 0,38 CDG127050R 3,96 0,64 0,51 CDG127064R 3,96 1,02 0,64 CDG127076R 3,96 1,02 0,76 CDG127102R 3,96 1,02 1,02 CDB CDB4T00 3,97 4,03 0,1 CDB4T0X0 3,97 4,03 0,1 CDB4T002 3,97 4,03 0,2 CDB4T004 3,97 4,03 0,4 CD right hand CD4T002R 3,97 4,03 0,2 CD4T004R 3,97 4,03 0,4 left hand CD4T002L 3,97 4,03 0,2 CD4T004L 3,97 4,03 0,4 OTE: Right-hand insert uses left-hand bars. Left-hand insert uses right-hand bars. A90

90 Carbide Inserts crew-on Inserts P M K CDT D T RC KC10 B B right hand CDT127005R 3,96 0,64 0,05 CPG D T W right hand CPG190150R 6,35 1,65 1,52 left hand CPG190150L 6,35 1,65 1,52 CPG (T) CPGT060202K 6,35 6,45 0,2 CPGT060204K 6,35 6,45 0,4 CPGT060208K 6,35 6,45 0,8 CPG09T301 9,53 9,67 0,1 CPG09T302 9,53 9,67 0,2 CPG09T304 9,53 9,67 0,4 CPG09T308 9,53 9,67 0,8 *For more information, please see the Innovations Master Catalogue Cutting Tools C2 C71* C72 C109* C110 C115* C116 C147* A8 A23 A24 A31 A32 A37 A91

91 Carbide Inserts crew-on Inserts P M K CPGT-P KC10 B B CPGT060202P 6,35 6,45 0,2 CPGT060204P 6,35 6,45 0,4 CPGT060208P 6,35 6,45 0,8 CPGT09T302P 9,53 9,67 0,2 CPGT09T304P 9,53 9,67 0,4 CPGT09T308P 9,53 9,67 0,8 CPGT-LF CPGT060201LF 6,35 6,45 0,1 CPGT060202LF 6,35 6,45 0,2 CPGT060204LF 6,35 6,45 0,4 CPGT060208LF 6,35 6,45 0,8 CPGT09T302LF 9,53 9,67 0,2 CPGT09T304LF 9,53 9,67 0,4 CPGT09T308LF 9,53 9,67 0,8 CPMT-FP CPMT050202FP 5,56 5,65 0,2 CPMT050204FP 5,56 5,65 0,4 CPMT060202FP 6,35 6,45 0,2 CPMT060204FP 6,35 6,45 0,4 CPMT060208FP 6,35 6,45 0,8 CPMT09T302FP 9,53 9,67 0,2 CPMT09T304FP 9,53 9,67 0,4 CPMT09T308FP 9,53 9,67 0,8 A92

92 Carbide Inserts crew-on Inserts P M K CPMT-FW KC10 B B CPMT060202FW 6,35 6,45 0,2 CPMT060204FW 6,35 6,45 0,4 CPMT060208FW 6,35 6,45 0,8 CPMT09T304FW 9,53 9,67 0,4 CPMT09T308FW 9,53 9,67 0,8 CPMT-LF EW! CPMT050202LF 5,56 5,65 0,2 CPMT050204LF 5,56 5,65 0,4 CPMT060202LF 6,35 6,45 0,2 CPMT060204LF 6,35 6,45 0,4 CPMT060208LF 6,35 6,45 0,8 CPMT09T302LF 9,53 9,67 0,2 CPMT09T304LF 9,53 9,67 0,4 CPMT09T308LF 9,53 9,67 0,8 CPMT-MF EW! CPMT060208MF 6,35 6,45 0,8 CPMT09T308MF 9,53 9,67 0,8 CPMT09T312MF 9,53 9,67 1,2 CPMT-MP EW! CPMT060208MP 6,35 6,45 0,8 CPMT09T308MP 9,53 9,67 0,8 CPMT09T312MP 9,53 9,67 1,2 *For more information, please see the Innovations Master Catalogue Cutting Tools C2 C71* C72 C109* C110 C115* C116 C147* A8 A23 A24 A31 A32 A37 A93

93 Carbide Inserts crew-on Inserts P M K CPMT-MW KC10 B B CPMT09T304MW 9,53 9,67 0,4 CPMT09T308MW 9,53 9,67 0,8 CPT D T RC right hand CPT190013R 6,35 1,65 0,13 left hand CPT190013L 6,35 1,65 0,13 CPMT-UF CPMT060204UF 6,35 6,45 0,4 CPMT09T304UF 9,53 9,67 0,4 DCGT-P DCGT070202P 6,35 7,75 0,2 DCGT070204P 6,35 7,75 0,4 DCGT070208P 6,35 7,75 0,8 DCGT11T302P 9,53 11,63 0,2 DCGT11T304P 9,53 11,63 0,4 DCGT11T308P 9,53 11,63 0,8 A94

94 Carbide Inserts crew-on Inserts P M K DCGT-LF KC10 B B DCGT0702X0LF 6,35 7,75 0,0 DCGT070201LF 6,35 7,75 0,1 DCGT11T3X0LF 9,53 11,63 0,0 DCGT11T301LF 9,53 11,63 0,1 DCGT150408LF 12,70 15,50 0,8 DCMT-11 DCMT ,35 7,75 0,2 DCMT ,35 7,75 0,4 DCMT11T ,53 11,63 0,4 DCMT11T ,53 11,63 0,8 DCMT-FP DCMT070202FP 6,35 7,75 0,2 DCMT070204FP 6,35 7,75 0,4 DCMT070208FP 6,35 7,75 0,8 DCMT11T302FP 9,53 11,63 0,2 DCMT11T304FP 9,53 11,63 0,4 DCMT11T308FP 9,53 11,63 0,8 DCMT11T312FP 9,53 11,63 1,2 DCMT150404FP 12,70 15,50 0,4 DCMT150408FP 12,70 15,50 0,8 DCMT-FW DCMT11T304FW 9,53 11,63 0,2 DCMT11T308FW 9,53 11,63 0,8 *For more information, please see the Innovations Master Catalogue Cutting Tools C2 C71* C72 C109* C110 C115* C116 C147* A8 A23 A24 A31 A32 A37 A95

95 Carbide Inserts crew-on Inserts P M K DCMT-LF EW! KC10 B B DCMT070202LF 6,35 7,75 0,2 DCMT070204LF 6,35 7,75 0,4 DCMT11T302LF 9,53 11,63 0,2 DCMT11T304LF 9,53 11,63 0,4 DCMT11T308LF 9,53 11,63 0,8 DCMT11T312LF 9,53 11,63 1,2 DCMT150404LF 12,70 15,50 0,4 DCMT150408LF 12,70 15,50 0,8 DCMT-MF EW! DCMT11T304MF 9,53 11,63 0,4 DCMT11T308MF 9,53 11,63 0,8 DCMT11T312MF 9,53 11,63 1,2 DCMT-MP DCMT11T304MP 9,53 11,63 0,4 DCMT11T308MP 9,53 11,63 0,8 DCMT11T312MP 9,53 11,63 1,2 DCMT-MW DCMT11T304MW 9,53 11,63 0,4 DCMT11T308MW 9,53 11,63 0,8 A96

96 Carbide Inserts crew-on Inserts P M K DCMT-UF KC10 B B DCMT070204UF 6,35 7,75 0,4 DCMT11T302UF 9,53 11,63 0,2 DCMT11T304UF 9,53 11,63 0,4 DCMT11T308UF 9,53 11,63 0,8 DPGT-P DPGT070202P 6,35 7,75 0,2 DPGT070204P 6,35 7,75 0,4 DPGT070208P 6,35 7,75 0,8 DPGT11T304P 9,53 11,63 0,4 DPGT11T308P 9,53 11,63 0,8 DPGT-LF DPGT070201LF 6,35 7,75 0,1 DPGT070202LF 6,35 7,75 0,2 DPGT070204LF 6,35 7,75 0,4 DPGT11T301LF 9,53 11,63 0,1 DPGT11T302LF 9,53 11,63 0,2 DPGT11T304LF 9,53 11,63 0,4 DPGT11T308LF 9,53 11,63 0,8 DPMT-FP DPMT070202FP 6,35 7,75 0,2 DPMT070204FP 6,35 7,75 0,4 DPMT070208FP 6,35 7,75 0,8 DPMT11T302FP 9,53 11,63 0,2 DPMT11T304FP 9,53 11,63 0,4 DPMT11T308FP 9,53 11,63 0,8 *For more information, please see the Innovations Master Catalogue Cutting Tools C2 C71* C72 C109* C110 C115* C116 C147* A8 A23 A24 A31 A32 A37 A97

97 Carbide Inserts crew-on Inserts P M K DPMT-FW KC10 B B DPMT070204FW 6,35 7,75 0,4 DPMT070208FW 6,35 7,75 0,8 DPMT11T304FW 9,53 11,63 0,2 DPMT11T308FW 9,53 11,63 0,8 DPMT-LF EW! DPMT070202LF 6,35 7,75 0,2 DPMT070204LF 6,35 7,75 0,4 DPMT11T302LF 9,53 11,63 0,2 DPMT11T304LF 9,53 11,63 0,4 DPMT11T308LF 9,53 11,63 0,8 DPMT-MF DPMT11T308MF 9,53 11,63 0,8 DPMT-MP DPMT11T308MP 9,53 11,63 0,8 DPMT-UF DPMT070204UF 6,35 7,75 0,4 DPMT11T304UF 9,53 11,63 0,4 DPMT11T308UF 9,53 11,63 0,8 A98

98 Carbide Inserts crew-on Inserts P M K GPCD KC10 B B GPCD ,97 5,61 0,2 GPCD ,97 5,61 0,4 RCG RCG ,70 RCG-MP RCG120400MP 12,70 RCGT-P RCGT0803M0P 8,00 RCGT10T3M0P 10,00 RCGT1204M0P 12,00 RCGT-M RCGT0803M0M 8,00 RCGT1204M0M 12,00 RCGT1606M0M 16,00 RCGX1003M0M 10,00 *For more information, please see the Innovations Master Catalogue Cutting Tools C2 C71* C72 C109* C110 C115* C116 C147* A8 A23 A24 A31 A32 A37 A99

99 Carbide Inserts crew-on Inserts P M K RCGT-RP RCGT0803M0RP 8,00 RCGT1204M0RP 12,00 RCGX1003M0RP 10,00 RCMT1204M0RP 12,00 RCMT1606M0RP 16,00 RCMT2006M0RP 20,00 RCMX1003M0RP 10,00 RCMX2507M0RP 25,00 RCMX3209M0RP 32,00 KC10 B B RCMT RCMT0602M0 6,00 RCMT0803M0 8,00 RCMT10T3M0 10,00 RCMT1204M0 12,00 RCMT1605M0 16,00 RCMT2006M0 20,00 RCMT ,35 RCMT09T300 9,53 RCMT ,70 RCMT-MP RCMT0803M0MP 8,00 RCMT10T3M0MP 10,00 RCMT1606M0MP 16,00 A100

100 Carbide Inserts crew-on Inserts P M K RCMT-R RCMT2006M0R 20,00 RCMX2507M0R 25,00 RCMX3209M0R 32,00 KC10 B B RCMT-RM RCMT2006M0RM 20,00 RCMT-RP RCGT0803M0RP 8,00 RCMT1204M0RP 12,00 RCMT1606M0RP 16,00 RCMT2006M0RP 20,00 RCMX1003M0RP 10,00 RCMX2507M0RP 25,00 RCMX3209M0RP 32,00 RPGT-MP D D1 RPGT060400MP 6,35 2,80 4,76 RPGT090700MP 9,53 4,40 7,94 RPGT120700MP 12,70 5,50 7,94 *For more information, please see the Innovations Master Catalogue Cutting Tools C2 C71* C72 C109* C110 C115* C116 C147* A8 A23 A24 A31 A32 A37 A101

101 Carbide Inserts crew-on Inserts P M K CMT-11 KC10 B B CMT09T ,53 9,53 0,4 CMT09T ,53 9,53 0,8 CMT ,70 12,70 0,4 CMT ,70 12,70 0,8 CMT-FP EW! CMT09T304FP 9,53 9,53 0,4 CMT09T308FP 9,53 9,53 0,8 CMT120404FP 12,70 12,70 0,4 CMT120408FP 12,70 12,70 0,8 CMT120412FP 12,70 12,70 1,2 CMT-LF EW! CMT09T304LF 9,53 9,53 0,4 CMT09T308LF 9,53 9,53 0,8 CMT120404LF 12,70 12,70 0,4 CMT120408LF 12,70 12,70 0,8 CMT120412LF 12,70 12,70 1,2 CMT-MF EW! CMT09T308MF 9,53 9,53 0,8 CMT09T312MF 9,52 9,52 1,2 CMT120408MF 12,70 12,70 0,8 CMT120412MF 12,70 12,70 1,2 A102

102 Carbide Inserts crew-on Inserts P M K CMT-MP EW! KC10 B B CMT09T304MP 9,53 9,53 0,4 CMT09T308MP 9,53 9,53 0,8 CMT120404MP 12,70 12,70 0,4 CMT120408MP 12,70 12,70 0,8 CMT120412MP 12,70 12,70 1,2 CMT-UF CMT09T308UF 9,53 9,53 0,8 CMW CMW09T304 9,53 9,53 0,4 CMW09T308 9,53 9,53 0,8 CMW ,70 12,70 0,8 CMW ,70 12,70 1,2 PG PG ,94 7,00 0,8 PG ,53 9,53 0,8 *For more information, please see the Innovations Master Catalogue Cutting Tools C2 C71* C72 C109* C110 C115* C116 C147* A8 A23 A24 A31 A32 A37 A103

103 Carbide Inserts crew-on Inserts P M K PGT-LF KC10 B B PGT09T304LF 9,53 9,53 0,4 PGT09T308LF 9,53 9,53 0,8 PMT-FP PMT09T304FP 9,53 9,53 0,4 PMT09T308FP 9,53 9,53 0,8 PMT-LF EW! PMT09T304LF 9,53 9,53 0,4 PMT09T308LF 9,53 9,53 0,8 PMT-MF PMT09T308MF 9,53 9,53 0,8 PMT120408MF 12,70 12,70 0,8 A104

104 Carbide Inserts crew-on Inserts P M K PMT-MP KC10 B B PMT09T308MP 9,53 9,53 0,8 PMT120408MP 12,70 12,70 0,8 PMT-UF PMT09T304UF 9,53 9,53 0,4 TCGT-P TCGT16T304P 9,53 16,50 0,4 TCGT110202P 6,35 11,00 0,2 TCGT110204P 6,35 11,00 0,4 TCGT110208P 6,35 11,00 0,8 TCGT16T302P 9,53 16,50 0,2 TCGT16T304P 9,53 16,50 0,4 TCGT16T308P 9,53 16,50 0,8 TCGT-LF TCGT110201LF 6,35 11,00 0,1 TCGT110204LF 6,35 11,00 0,4 TCGT16T302LF 9,53 16,50 0,2 TCGT16T304LF 9,53 16,50 0,4 TCGT16T308LF 9,53 16,50 0,8 *For more information, please see the Innovations Master Catalogue Cutting Tools C2 C71* C72 C109* C110 C115* C116 C147* A8 A23 A24 A31 A32 A37 A105

105 Carbide Inserts crew-on Inserts P M K TCMT-11 KC10 B B TCMT ,35 11,00 0,4 TCMT16T ,53 16,50 0,4 TCMT16T ,53 16,50 0,8 TCMT-FP TCMT090204FP 5,56 9,63 0,4 TCMT090208FP 5,56 9,63 0,8 TCMT110202FP 6,35 11,00 0,2 TCMT110204FP 6,35 11,00 0,4 TCMT110208FP 6,35 11,00 0,8 TCMT110304FP 6,35 11,00 0,4 TCMT110308FP 6,35 11,00 0,8 TCMT110312FP 6,35 11,00 1,2 TCMT16T302FP 9,53 16,50 0,2 TCMT16T304FP 9,53 16,50 0,4 TCMT16T308FP 9,53 16,50 0,8 TCMT16T312FP 9,53 16,50 1,2 TCMT220408FP 12,70 22,00 0,8 TCMT-LF TCMT110202LF 6,35 11,00 0,2 TCMT110204LF 6,35 11,00 0,4 TCMT110208LF 6,35 11,00 0,8 TCMT16T302LF 9,53 16,50 0,2 TCMT16T304LF 9,53 16,50 0,4 TCMT16T308LF 9,53 16,50 0,8 TCMT16T312LF 9,53 16,50 1,2 TCMT220408LF 12,70 22,00 0,8 A106

106 Carbide Inserts crew-on Inserts P M K TCMT-MF TCMT110208MF 6,35 11,00 0,8 TCMT16T308MF 9,53 16,50 0,8 TCMT16T312MF 9,53 16,50 1,2 KC10 B B TCMT-MP TCMT110208MP 6,35 11,00 0,8 TCMT16T304MP 9,53 16,50 0,4 TCMT16T308MP 9,53 16,50 0,8 TCMT16T312MP 9,53 16,50 1,2 TCMT-UF TCMT110204UF 6,35 11,00 0,4 TCMT110208UF 6,35 11,00 0,8 TCMT16T308UF 9,53 16,50 0,8 TCMW TCMW16T304 9,53 16,50 0,4 TCMW16T308 9,53 16,50 0,8 *For more information, please see the Innovations Master Catalogue Cutting Tools C2 C71* C72 C109* C110 C115* C116 C147* A8 A23 A24 A31 A32 A37 A107

107 Carbide Inserts crew-on Inserts P M K TDB KC10 B B TDB07T120 4,06 7,04 0,1 TDB07T1202 4,06 7,04 0,2 TDB07T1204 4,06 7,04 0,4 TDB07T1208 4,06 7,04 0,8 TD right hand TD07T1202R 4,06 7,04 0,2 TD07T1204R 4,06 7,04 0,4 left hand TD07T1202L 4,06 7,04 0,2 TD07T1204L 4,06 7,04 0,4 OTE: Right-hand insert uses left-hand bars. Left-hand insert uses right-hand bars. TPCB TPCB ,53 16,50 0,2 TPCB ,53 16,50 0,4 TPCB ,53 16,50 0,8 TD6P 9,53 16,50 0,8 TPCG TPCG110202L 6,35 11,00 0,2 TPCG110204L 6,35 11,00 0,4 TPCG110208L 6,35 11,00 0,8 A108

108 Carbide Inserts crew-on Inserts P M K TPC KC10 B B TPC ,50 11,26 0,2 TPC ,50 11,26 0,4 TPGM TPGT110204K 6,35 11,00 0,4 TPGT110208K 6,35 11,00 0,8 TPG16T304 9,53 16,50 0,4 TPG TPG ,53 16,50 0,4 TPG ,53 16,50 0,8 TPGT-P TPGT110202P 6,35 11,00 0,2 TPGT110204P 6,35 11,00 0,4 TPGT110208P 6,35 11,00 0,8 TPGT16T302P 9,53 16,50 0,2 TPGT16T304P 9,53 16,50 0,4 TPGT16T308P 9,53 16,50 0,8 *For more information, please see the Innovations Master Catalogue Cutting Tools C2 C71* C72 C109* C110 C115* C116 C147* A8 A23 A24 A31 A32 A37 A109

109 Carbide Inserts crew-on Inserts P M K TPGT-LF KC10 B B TPGT090202LF 5,56 9,63 0,2 TPGT090204LF 5,56 9,63 0,4 TPGT110201LF 6,35 11,00 0,1 TPGT110202LF 6,35 11,00 0,2 TPGT110204LF 6,35 11,00 0,4 TPGT110208LF 6,35 11,00 0,8 TPGT16T304LF 9,53 16,50 0,4 TPGT16T308LF 9,53 16,50 0,8 TPB TPB ,35 11,00 0,2 TPB ,53 16,50 0,4 TPMT-FP EW! TPMT090204FP 5,56 9,63 0,4 TPMT090208FP 5,56 9,63 0,8 TPMT110202FP 6,35 11,00 0,2 TPMT110204FP 6,35 11,00 0,4 TPMT110208FP 6,35 11,00 0,8 TPMT110304FP 6,35 11,00 0,4 TPMT110308FP 6,35 11,00 0,8 TPMT16T304FP 9,53 16,50 0,4 TPMT16T308FP 9,53 16,50 0,8 TPMT16T312FP 9,53 16,50 1,2 TPMT220408FP 12,70 22,00 0,8 A110

110 Carbide Inserts crew-on Inserts P M K TPMT-LF KC10 B B TPMT090202LF 5,56 9,63 0,2 TPMT090204LF 5,56 9,63 0,4 TPMT110202LF 6,35 11,00 0,2 TPMT110204LF 6,35 11,00 0,4 TPMT110208LF 6,35 11,00 0,8 TPMT16T304LF 9,53 16,50 0,4 TPMT16T308LF 9,53 16,50 0,8 TPMT16T312LF 9,53 16,50 1,2 TPMT220408LF 12,70 22,00 0,8 EW! TPMT-MF EW! TPMT110208MF 6,35 11,00 0,8 TPMT16T308MF 9,53 16,50 0,8 TPMT16T312MF 9,53 16,50 1,2 TPMT-MP EW! TPMT110208MP 6,35 11,00 0,8 TPMT16T308MP 9,53 16,50 0,8 TPMT16T312MP 9,53 16,50 1,2 *For more information, please see the Innovations Master Catalogue Cutting Tools C2 C71* C72 C109* C110 C115* C116 C147* A8 A23 A24 A31 A32 A37 A111

111 Carbide Inserts crew-on Inserts P M K TPMT-UF KC10 B B TPMT110202UF 6,35 11,00 0,2 TPMT110204UF 6,35 11,00 0,4 TPMT16T304UF 9,53 16,50 0,4 TPMT16T308UF 9,53 16,50 0,8 VBGT-P VBGT110302P 6,35 11,07 0,2 VBGT110304P 6,35 11,07 0,4 VBGT160404P 9,53 16,61 0,4 VBGT160408P 9,53 16,61 0,8 VBGT-LF VBGT1103X0LF 6,35 11,07 0,0 VBGT110301LF 6,35 11,07 0,1 VBGT110302LF 6,35 11,07 0,2 VBGT110304LF 6,35 11,07 0,4 VBGT1604X0LF 9,53 16,61 0,0 VBGT160401LF 9,53 16,61 0,1 VBGT160402LF 9,53 16,61 0,2 VBGT160404LF 9,53 16,61 0,4 VBMT-11 VBMT ,35 11,07 0,2 VBMT ,35 11,07 0,4 VBMT ,53 16,61 0,4 VBMT ,53 16,61 0,8 A112

112 Carbide Inserts crew-on Inserts P M K VBMT-FP KC10 B B VBMT110302FP 6,35 11,07 0,2 VBMT110304FP 6,35 11,07 0,4 VBMT110308FP 6,35 11,07 0,8 VBMT160402FP 9,53 16,61 0,2 VBMT160404FP 9,53 16,61 0,4 VBMT160408FP 9,53 16,61 0,8 VBMT160412FP 9,53 16,61 1,2 VBMT160402FP EW! VBMT-LF EW! VBMT110302LF 6,35 11,07 0,2 VBMT110304LF 6,35 11,07 0,4 VBMT110308LF 6,35 11,07 0,8 VBMT160402LF 9,53 16,61 0,2 VBMT160404LF 9,53 16,61 0,4 VBMT160408LF 9,53 16,61 0,8 VBMT160412LF 9,53 16,61 1,2 VBMT-MP EW! VBMT160404MP 9,53 16,61 0,4 VBMT160408MP 9,53 16,61 0,8 WCMT-FP WCMT040204FP 6,35 4,34 0,4 WCMT06T308FP 9,53 6,52 0,8 *For more information, please see the Innovations Master Catalogue Cutting Tools C2 C71* C72 C109* C110 C115* C116 C147* A8 A23 A24 A31 A32 A37 A113

113 Carbide Inserts crew-on Inserts P M K WCMT-LF KC10 B B WCMT040204LF 6,35 4,34 0,4 WCMT06T308LF 9,53 6,52 0,8 WPGT-UF WPGT30101UF 4,76 3,26 0,1 WPGT30102UF 4,76 3,26 0,2 WPGT040202UF 6,35 4,34 0,2 WPMT-FP WPMT3T104FP 4,76 3,25 0,4 WPMT040204FP 6,35 4,34 0,4 WPMT06T304FP 9,53 6,52 0,4 WPMT06T308FP 9,53 6,52 0,8 WPMT-LF WPMT3T104LF 4,76 3,25 0,4 WPMT040204LF 6,35 4,34 0,4 WPMT06T304LF 9,53 6,52 0,4 WPMT06T308LF 9,53 6,52 0,8 A114

114 Carbide Inserts -MR Geometry P teel Geometry for medium to rough cutting with smooth chip forming and improved coolant flow for increased tool life. Positive geometry reduces cutting forces and improves depth-of-cut notching resistance. EW! M K tainless teel Cast Iron on-ferrous Materials igh-temp Alloys ardened Materials MR (11 land) is more positive than the -RP (5 land) and -M (0 land), providing a freer cutting action (lower cutting forces) and potentially improved tool life in some applications. It is less positive than the -UP (15 land), so the -MR bridges the gap between the -RP and -UP. CMG-MR P M K depth of cut (mm) a p feed rate (inch) f n [IPR] 20º [0.20] º Corner radius 20º [0.25] 0.01 Feed 0,15 0,50mm DOC 1,50 6,35mm MR : Medium Roughing 08 : Corner radius () 0,8mm : Application ymbol Rough machining 2 : Corner radius (AI) 2/64 ( ") 11º Cutting edge Check the Kennametal website! Visit to browse our electronic catalogue any time you re looking for Kennametal s best tooling solutions. It s fast, free, and always available. The online e-catalogue is updated weekly with products and solutions for milling, turning, holemaking, and tooling systems applications. A115