Iso Wisselplaten by MostWantIT

ISO Inserts Kennametal Inserts . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .B2–B23 Grades and Grade Descriptions . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .B24–B31 Chip Control Geometries . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .B32–B37 ISO Carbide Inserts . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .B38–B115 ISO Ceramic Inserts . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .B116–B130 Superhard Materials • PCBN/PCD Inserts . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .B133–B197

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Inserts for Every Turning Operation Kennametal, the trusted innovator in metalcutting technology, offers a complete range of indexable inserts for general turning operations. From roughing to finishing, Kennametal has the correct insert. Plus, Kennametal offers the next generation in tooling with Beyond™. Harnessing advanced science and exceptional experience, our Beyond inserts deliver unparalleled levels of productivity, efficiency, dependability, and profitability.

Features and Benefits Up to 30% Higher Productivity and Profitability • Achieve higher metal removal rates (speed, feed, and depth of cut). • Gain longer tool life.

Versatility • Products can be applied across a wide range of applications. • Can be used in low- to high-speed applications.

Reliability • Deliver uniform wear for predictable tool life. • Achieve reduced depth-of-cut notching. • Virtually eliminate chip flow damage.

Complete Portfolio • The Beyond product portfolio can be used in a complete range of steel, cast iron, and stainless steel ISO turning workpieces.

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Technical Details • Features Post-Coat Treatment

Micro-Polished Edges

• Improves edge toughness.

• Long predictable tool life.

• Provides smooth outer surface to reduce forces, friction, and workpiece sticking.

• Reduces depth-of-cut notching. • Wide range of applications. • Reduces stresses. • Reduces microchipping. • Improves coating adhesion.

Fine-Grained Alumina Layer • Provides coating integrity at elevated speeds. • Higher productivity and dependability at high cutting temperatures.

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Post-Coat Grinding — Bottom • Provides secure seating surface.

Kennametal Inserts Catalogue Numbering System

How Do Catalogue Numbers 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.

CNMG120408FP

Insert Shape

Insert Clearance Angle

Tolerance Class

Insert Features

Size

Hexagon 120°

Octagon 135°

Pentagon 108°

Tolerances apply prior to edge prep and coating

Code for inch cutting edge length “L10” inch 1.2 (5) 1.5 (6) 1.8 (7) – 2 2.5 – 3 – 3.5 – 4 4.5 5 – 5.5 6 – 7 – 8 10 –

C R

Round —

Square 90°

Rε

D Rε

E T C D E M V W

Triangular 60°

Rhomboid 80° 55° 75° 86° 35°

Trigon 80° with enlarged corner angles

Rectangular 90°

A Parallelogram 85° B 82° N/K 55°

D = Theoretical diameter of the insert inscribed circle S = Thickness B = See figures below

Special Design

“D” mm 3,97 4,76 5,56 6,00 6,35 7,94 8,00 9,52 10,00 11,11 12,00 12,70 14,29 15,88 16,00 17,46 19,05 20,00 22,22 25,00 25,40 31,75 32,00

C S4 04 05 – 06 08 – 09 – 11 – 12 14 16 – 17 19 – 22 – 25 32 –

D 04 05 06 – 07 09 – 11 – 13 – 15 17 19 – 21 23 – 27 – 31 38 –

R 03 04 05 06 06 07 08 09 10 11 12 12 14 15 16 17 19 20 22 25 25 31 32

S 03 04 05 – 06 07 – 09 – 11 – 12 14 15 – 17 19 – 22 – 25 31 –

T 06 08 09 – 11 13 – 16 – 19 – 22 24 27 – 30 33 – 38 – 44 54 –

V – 08 09 – 11 13 – 16 – 19 – 22 24 27 – 30 33 – 38 – 44 54 –

W – S3 03 – 04 05 – 06 – 07 – 08 09 10 – 11 13 – 15 – 17 21 –

tolerance class

tolerance on “D”

tolerance on “B”

tolerance on “S”

±0,025

±0,013

±0,025

±0,013

±0,025

±0,013

See tables on the next page

±0,013

See tables on the next page

±0,013

Indicated for other clearance angles requiring descriptions.

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Kennametal Inserts Catalogue Numbering System

By referencing this easy-to-use guide, you can identify the correct product to meet your needs. CNMG120408FP

FP Hand of Insert (optional)

Corner Radius “Rε”

Thickness S

symbol mm

thickness mm

symbol mm

corner radius mm

– T0 01 T1 02 03 T3 04 05 06 07 9 11 12

0,79 1,00 1,59 1,98 2,38 3,18 3,97 4,76 5,56 6,35 7,94 9,52 11,11 12,70

X0 01 02 04 08 12 16 20 24 28 32 00 M0

0,04 0,1 0,2 0,4 0,8 1,2 1,6 2,0 2,4 2,8 3,2 round insert

Cutting Edge (optional)

Chipbreaker (optional)

F = Sharp

R = Right hand L = Left hand N = Neutral

Sharp

FF = Fine Finishing FN = Finishing Negative MN = Medium Negative

Rounded

RN = Roughing Negative UN = Universal Medium Chamfered

FP = Finishing Positive MP = Medium Positive

Chamfered and Rounded

RP = Roughing Positive RM = Roughing Medium RH = Roughing Heavy

Double-Chamfered

FW = Finishing Wiper MW = Medium Wiper

Double-Chamfered and Rounded

FS = Finishing Sharp MS = Medium Sharp RW = Roughing Wiper

± Tolerance on “D” Class M Tolerance

HP = High Positive

± Tolerance on “B”

Class U Tolerance

Class M Tolerance

Class U Tolerance

UP = Universal Positive

“D”

Shapes S, T, C, R, & W

Shape D

Shape V

Shapes S, T, & C

“D”

Shapes S, T, C, R, & W

Shape D

Shape V

Shapes S, T, & C

3,97

0,05

–

3,97

0,06

–

4,76

0,05

–

0,06

4,76

0,06

–

0,13

UF = Ultra-Fine Finishing

5,56

0,05

0,06

5,56

0,06

0,11

–

0,13

LF = Light Finishing

6,35

0,05

0,06

6,35

0,06

0,11

–

0,13

7,94

0,05

0,06

7,94

0,06

0,11

–

0,13

9,52

0,05

0,06

9,52

0,06

0,11

0,18

0,13

11,11

0,06

0,13

11,11

0,13

0,15

–

12,70

0,06

0,13

12,70

0,13

0,15

0,25

0,20

14,29

0,06

0,13

14,29

0,13

0,15

–

15,88

0,10

0,18

15,88

0,15

0,18

–

0,27

17,46

0,10

0,18

17,46

0,15

0,18

–

0,27

19,05

0,10

0,18

19,05

0,15

0,18

–

0,27

22,22

0,13

–

0,25

22,22

0,15

–

0,38

25,40

0,13

–

0,25

25,40

0,18

–

0,38

31,75

0,15

–

0,25

31,75

0,20

–

0,38

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K = Light-Feed Chip Control

MF = Medium Finishing E = Hone Only T = Negative Land S = Negative Land Plus Hone MP-K = Medium Positive MG-P = Medium Positive

Kennametal Inserts Grade Naming System

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™

Brand

Insert Material

Primary Workpiece Material (ISO 513)

Secondary Workpiece Material (optional)

Application Range

Future Upgrades (optional)

K= Kennametal

A= Generation 1

P Steel M Stainless Steel K Cast Iron N Non-Ferrous Materials S High-Temp Alloys H Hardened Materials U = Universal Machining

B= Generation 2 C= Generation 3

Blank = Carbide, uncoated

etc.

Hardest

C = Carbide, coated T = Cermet Y = Ceramic D = PCD B = PCBN S = Steel

fine finishing

finishing

15 20

medium to roughing

25 30 35

roughing

40 45 50

heaviest roughing

Toughest NOTE: Application range does not apply to PCBN grades.

Grade • Kenna Perfect™

Material Group

Wear Application Range/Toughness Range

9 Coating Type

9 = CVD (Chemical Vapor Deposition) 5 = PVD (Physical Vapor Deposition)

1= 2= 3= 4= 5= 6= 0=

P Steel M Stainless Steel K Cast Iron N Non-Ferrous Materials S High-Temp Alloys H Hardened Materials Universal Machining

Hardest

highly wear resistant

to 50

extremely tough

Toughest NOTE: Application range does not apply to PCBN grades.

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Kennametal Inserts Positive and Negative Inserts

Screw-On Inserts

Kenloc™ Inserts

• Screw-On inserts are your first choice for I.D. turning of all materials and O.D. turning on small to medium lathes.

• Kenloc inserts are your first choice for general machining of all materials on medium to large lathes.

• Available in flat-top and chip-control geometries with both moulded and ground peripheries. Suitable for all workpiece materials. See pages: Carbide: B88–B115 Superhard: B187–B197

Inserts

Negative Inserts

Positive Inserts

• Kenloc inserts offer the best economy for high metal removal rates. • Available in flat-top and chip-control geometries with both moulded and ground peripheries. Suitable for all workpiece materials. See pages: Carbide: B40–B83 Ceramic: B118–B121 Superhard: B187–B197

Kendex™ and V-Bottom Inserts • Kendex positive and V-bottom inserts are your first choice for productive machining of high-temperature alloys on medium to large lathes. • Available in flat-top geometries with ground periphery. See pages: Carbide: B84–B87 Ceramic: B128–B130 Superhard: B185–B186 See pages B128–B129 for V-bottom product listing.

Kendex Inserts • Ceramic Kendex inserts are a great choice for productive machining of high-temp alloys. • Kendex negative rake inserts are also recommended for the machining of hardened materials and cast irons. • Available in flat-top geometries with moulded and ground peripheries. • Wide selection of standard toolholders are offered.

Top Notch™ Profiling Inserts

See pages B122–B127 for product listing.

• First choice for high-production profiling. • Unique insert clamping design offers superior rigidity. • Available in chip-control geometries with both moulded and ground peripheries. Suitable for all workpiece materials. See pages F39–F44 for product listing.

Top Notch Turning Inserts • Ceramic Top Notch Turning inserts are your first choice for high-speed roughing and finishing of cast iron parts. • Available in flat-top geometries with moulded and ground peripheries.

K-Lock™ Inserts

See pages B122–B127 for product listing.

• K-Lock inserts are ideal for deep grooving and profiling. • A unique insert clamping system allows for unimpeded chip flow. • Available in moulded and ground peripheries. See page F59 for product listing.

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Kennametal Inserts Insert Selection System

Inserts

Insert Selection System How 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: Six workpiece material groups Step 1 • Select the insert geometry

Given: Unknown: Solution:

Step 2 • Select the grade

Given: Geometry: Unknown: Solution:

Step 3 • Select the cutting speed

Given:

Unknown: Solution:

depths of cut = 1mm feed = 0,4mm insert geometry -MN

cutting conditions: lightly interrupted cut -MN grade KCP25

grade KCP25 cutting conditions material CK15 cutting speed 280 m/min

Need help in selecting a product? Additional information can be obtained by contacting Kennametal’s Customer Application Support Team. Go to www.kennametal.com for your country’s phone number.

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Kennametal Inserts Insert Selection System

P M K N S H

Negative Inserts feed rate (mm/rev)

-FN Finishing

-MN Medium Machining

depth of cut (mm)

-RP* (positive) Roughing depth of cut (in)

-RN

Steel Stainless Steel Cast Iron Non-Ferrous Materials High-Temp Alloys Hardened Materials

Inserts

Step 1 • Select the insert geometry

feed rate (in/rev)

-FF Fine Finishing

*-RP – Supplemental geometry for high-strength materials

Step 2 • Select the grade cutting condition

-FF

-FN

-MN

-RN

-RP

-11

-UF

-LF

-FP

-MF

-MP

heavily interrupted cut

KCP10

KCP25 KCP30 KCP30/KCP40 KCP30/KCP40

—

KC5010/KCP25

KCP25

lightly interrupted cut

KCP10

KCP25 KCP25 KCP30/KCP40 KCP30/KCP40

—

KC5010/KCP25

KCP25

KCP25 KCP25

KCP10

KCP10 KCP10

varying depth of cut, casting, or forging skin

KCP05/KT315 KCP10 KCP10 KCP30/KCP40 KCP30/KCP40 KT315

KCU25/KCP25 KCP40 KCM25

Step 3 • Selecting the cutting speed Low-Carbon (<0,3% C) and Free-Machining Steel material grade group KCP05/KTP10 P1

135 (450)

180 (600)

225 (800)

speed — m/min (SFM) 275 320 360 (900) (1050) (1200)

starting conditions 410 (1350)

455 (1500)

495 (1650)

m/min 435

SFM 1450

KCP10

395

1320

KCP25

275

925

KCP30/KCP40

210

700

New Beyond™ Material Group Selection Guide: To optimise speed recommendations, Beyond material subgroups have been added to each of the six workpiece material groups.

material

material group ISO code

number of material subgroups

steel stainless steel cast iron non-ferrous materials high-temp alloys hardened materials

P M K N S H

1–6 1–3 1–3 1–8 1–4 1

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Kennametal Inserts • Beyond™ Steel • Carbon, Alloy, and Tool Steels up to 450 HB (48 HRC)

Step 1 • Select the insert geometry Negative Wiper Inserts

Positive Wiper Inserts feed rate (mm/rev)

feed rate (mm/rev)

-RW Rough Wiper

depth of cut (mm)

depth of cut (in)

depth of cut (mm)

depth of cut (in)

-MW Medium Wiper

-FW Finishing Wiper -FW Finishing Wiper

feed rate (in/rev)

Step 2 • Select the grade

Negative Insert Geometry

cutting condition heavily interrupted cut lightly interrupted cut varying depth of cut, casting, or forging skin smooth cut, pre-turned surface

-FW – KCP10

-MW – KCP25

Positive Insert Geometry

-RW KCP25 KCP25

-FW – KCP25

-MW KCP25 KCP25

KCP05/KT315

KCP10

KCP10/KCK20 KCP10/KCK20

KCP05/KT315

KCP05

KCP10

KCP10/KT315 KT315/KT315

Step 1 • Select the insert geometry Negative Inserts

Positive Inserts feed rate (mm/rev)

feed rate (mm/rev)

-RN

-RP* (positive) Roughing

-FP Positive Finishing

depth of cut (mm)

-LF

depth of cut (in)

-MN Medium Machining

-MP Positive Medium Machining depth of cut (mm)

-FN Finishing

-MF

depth of cut (in)

Inserts

feed rate (in/rev)

-FF Fine Finishing

feed rate (in/rev)

-11 -UF Fine Finishing

*-RP – Supplemental geometry for high-strength materials

Step 2 • Select the grade cutting condition

B10

-FF

-FN

-MN

-RN

-RP

-11

-UF

-LF

-FP

-MF

-MP

heavily interrupted cut

KCP10

KCP25 KCP30 KCP30/KCP40 KCP30/KCP40

—

KC5010/KCP25

KCP25

lightly interrupted cut

KCP10

KCP25 KCP25 KCP30/KCP40 KCP30/KCP40

—

KC5010/KCP25

KCP25

KCP25 KCP25

KCP10

KCP10 KCP10

varying depth of cut, casting, or forging skin

KCP05/KT315 KCP10 KCP10 KCP30/KCP40 KCP30/KCP40 KT315

KCP10

smooth cut, pre-turned surface

KCP05/KT315 KCP05 KCP05 KCP30/KCP40 KCP30/KCP40 KT315

KCP05

KCU25/KCP25 KCP40 KCM25

KCP05/KT315 KCP05/KTP10 KCP05 KCP05

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Kennametal Inserts • Beyond™ Steel • Carbon, Alloy, and Tool Steels up to 450 HB (48 HRC)

Low-Carbon (<0,3% C) and Free-Machining Steel material grade group KCP05/KTP10

P0/P1

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455 (1500)

495 (1650)

395

1320

275

925

KCP30/KCP40

210

700

KT315

440

1450

KCU10/KC5010

280

925

135 (450)

180 (600)

225 (800)

speed — m/min (SFM) 275 320 360 (900) (1050) (1200)

starting conditions 410 (1350)

455 (1500)

495 (1650)

m/min 240

SFM 800

KCP10

265

880

KCP25

195

650

KCP30/KCP40

150

500

KT315

270

880

KCU10/KC5010

200

650

135 (450)

180 (600)

225 (800)

speed — m/min (SFM) 275 320 360 (900) (1050) (1200)

starting conditions 410 (1350)

455 (1500)

495 (1650)

m/min 205

SFM 680

KCP10

190

630

KCP25

155

510

KCP30/KCP40

120

400

KT315

210

680

KCU10/KC5010

155

510

90 (300)

120 (400)

speed — m/min (SFM) 150 180 210 (500) (600) (700)

starting conditions 240 (800)

270 (900)

300 (1000)

m/min 160

SFM 530

KCP10

145

480

KCP25

105

360

KCP30/KCP40

325

KT315

210

530

KCU10/KC5010

110

360

180 (600)

speed — m/min (SFM) 210 240 270 (700) (800) (900)

starting conditions 300 (1000)

330 (1100)

360 (1200)

m/min 240

SFM 800

KCP10

215

720

KCP25

195

650

KCP30/KCP40

135

450

KT315

250

800

KCU10/KC5010

200

660

Ferritic, Martensitic, and PH Stainless Steels (340–450 HB) (36–48 HRC) material 105 135 group (350) (450) grade KCP05/KTP10

starting conditions 410 (1350)

KCP25

Ferritic, Martensitic, and PH Stainless Steels (≤330 HB) (≤35 HRC) material 120 150 group (400) (500) grade KCP05/KTP10

speed — m/min (SFM) 275 320 360 (900) (1050) (1200)

KCP10

Alloy Steels and Tool Steels (340–450 HB) (36–48 HRC) material 60 grade group (200) KCP05/KTP10

225 (800)

SFM 1450

Alloy Steels and Tool Steels (≤330 HB) (≤35 HRC) material grade group KCP05/KTP10

180 (600)

m/min 435

Medium- and High-Carbon Steels (>0,3% C) material grade group KCP05/KTP10

135 (450)

Inserts

Step 3 • Select the cutting speed

165 (550)

speed — m/min (SFM) 195 225 255 (650) (750) (850)

starting conditions 285 (950)

315 (1050)

345 (1150)

m/min 200

SFM 660

KCP10

180

600

KCP25

150

500

KCP30/KCP40

105

350

KT315

200

660

KCU10/KC5010

150

500

B11

Kennametal Inserts • Beyond™ Stainless Steel • Austenitic Stainless Steels

Step 1 • Select the insert geometry Negative Wiper Inserts

Positive Wiper Inserts feed rate (mm/rev)

feed rate (mm/rev)

depth of cut (in)

-FW Finishing Wiper

depth of cut (mm)

-MW Medium Wiper depth of cut (mm)

-MW Medium Wiper

-FW Finishing Wiper feed rate (in/rev)

feed rate (in/rev)

Step 2 • Select the grade Negative Insert Geometry cutting condition heavily interrupted cut lightly interrupted cut varying depth of cut, casting, or forging skin smooth cut, pre-turned surface

Positive Insert Geometry

-FW — KCM15

-MW — KCM25

-FW — KCM15

-MW — KCM15

KCM15/KCU10/KC5010

KCM15

KCU10/KC5010

KCM15/KT315

KCM15

KT315

Step 1 • Select the insert geometry Negative Inserts

Positive Inserts feed rate (mm/rev)

feed rate (mm/rev)

-RP

-P

-MP Medium Machining

Roughing

-FP

..GT-LF Finishing

-11

-FF

depth of cut (mm)

-LF

depth of cut (in)

-MP -UP Medium Machining

depth of cut (mm)

-MU1 -MS1 depth of cut (in)

Inserts

-UF

Fine Finishing

Finishing

feed rate (in/rev)

Step 2 • Select the grade Negative Insert Geometry cutting condition heavily interrupted cut lightly interrupted cut varying depth of cut, casting, or forging skin smooth cut, pre-turned surface

-FF KCU10/KC5010 KCU10/KC5010

-FP KCM15 KCM15

-MP/-UP KCM35 KCM25

-P/-RP KCM35 KCM25

KT315 KT315

KCM15/KC5010

KCM15

KCM15/KCM25

KCM15/KT315

KCM15/KU10

KCU10

(continued)

B12

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Kennametal Inserts • Beyond™ Stainless Steel • Austenitic Stainless Steels

Inserts

Step 2 • Select the grade (continued) Positive Insert Geometry cutting condition heavily interrupted cut lightly interrupted cut varying depth of cut, casting, or forging skin smooth cut, pre-turned surface

-11 — —

-UF KCU25/KC5025 KCU10/KC5010

-LF KCM35 KCM25

-MP/-MF KCM25 KCM25

-FP KCU25/KCM25 KCM15

KT315

—

KCM15/KCU10

KCM15

KCU10

KT315

—

KCM15/KT315

KCM15

KTP10

Step 3 • Select the cutting speed Austenitic Stainless Steel material group

Austenitic Stainless Steel material group

grade KCM15

90 (300)

135 (450)

180 (600)

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starting conditions 360 (1200)

405 (1350)

450 (1500)

m/min 180

SFM 600

KCM25

150

500

KCM35

120

400

KT315

230

750

KCU10/KC5010

215

700

KCU25/KC5025

180

550

grade KCM15

90 (300)

135 (450)

180 (600)

speed — m/min (SFM) 225 270 315 (800) (900) (1050)

starting conditions 360 (1200)

405 (1350)

450 (1500)

m/min 165

SFM 550

KCM25

140

450

KCM35

105

350

KT315

215

700

KCU10/KC5010

200

650

KCU25/KC5025

165

500

Austenitic Stainless Steel: Duplex (Ferritic and Austenitic Mixture) material 90 135 180 grade group (300) (450) (600) KCM15

speed — m/min (SFM) 225 270 315 (800) (900) (1050)

starting conditions 360 (1200)

405 (1350)

450 (1500)

m/min 150

SFM 500

KCM25

120

400

KCM35

300

KT315

200

650

KCU10/KC5010

185

600

KCU25/KC5025

150

450

B13

Kennametal Inserts • Beyond™

Step 1 • Select the insert geometry Negative Wiper Inserts

Positive Wiper Inserts feed rate (mm/rev)

feed rate (mm/rev)

-S...MW

-FW

depth of cut (mm)

..MW Medium Wiper

Medium Wiper

depth of cut (in)

-MW

depth of cut (in)

Inserts

Cast Iron • Grey and Ductile Irons • Wiper Inserts

-FW -T-20FW -FW Finishing Wiper

-FW -T-20FW Finishing Wiper

feed rate (in/rev)

Step 2 • Select the grade Grey Iron cutting condition heavily interrupted cut lightly interrupted cut varying depth of cut, casting, or forging skin smooth cut, pre-turned surface

Ductile Iron cutting condition heavily interrupted cut lightly interrupted cut varying depth of cut casting, or forging skin smooth cut, pre-turned surface

B14

Negative Insert Geometry

Positive Insert Geometry

-FW — KCK15

-T-20FW KY3500 KY3500

-S...MW... KB1345 KB1345

-FW — KCK20

-MW KCK20 KCK20

KCK05/KT315

KYK10

KB1345

KCK20

KCK05/KT315

KYK25

KB1345

KCK20/KT315

KT315/KCK20

Negative Insert Geometry

Positive Insert Geometry

-FW — KCK15

-T-20FW— KY3500

-FW — KCK20

KCK05/KT315

KYK10

KCK20

KCK05/KT315

KYK25

KCK20/KT315

-MW — KCK20

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Kennametal Inserts • Beyond™ Cast Iron • Grey and Ductile Irons • Wiper Inserts

Grey Cast Iron material group

speed — m/min (SFM) grade KCK05

60 (200)

150 (500)

240 (800)

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510 (1700)

starting conditions 600 (2000)

690 (2300)

780 (2600)

SFM 1500

KCK15

360

1200

KCK20

300

1000

KT315

275

900

speed — m/min (SFM) 330 420 510 (1100) (1400) (1700)

starting conditions 600 (2000)

690 (2300)

780 (2600)

m/min 360

SFM 1200

KCK15

270

900

KCK20

240

800

KT315

275

900

Ductile, Compacted Graphite, and Malleable Cast Irons (>80 KSI tensile strength) material 60 150 240 grade group (200) (500) (800) KCK05 K3

420 (1400)

m/min 450

Ductile, Compacted Graphite, and Malleable Cast Irons (<80 KSI tensile strength) material 60 150 240 group (200) (500) (800) grade KCK05 K2

330 (1100)

Inserts

Step 3 • Select the cutting speed

speed — m/min (SFM) 330 420 510 (1100) (1400) (1700)

starting conditions 600 (2000)

690 (2300)

780 (2600)

m/min 240

SFM 800

KCK15

215

725

KCK20

210

700

KT315

230

750

B15

Kennametal Inserts • Beyond™

Step 1 • Select the insert geometry Negative Inserts

Positive Inserts feed rate (mm/rev)

-MF

-C -MP Medium Machining

depth of cut (mm)

-S-20 Roughing

-T-20

depth of cut (mm)

-T-20

depth of cut (in)

..MA -S-20

feed rate (mm/rev)

depth of cut (in)

Inserts

Cast Iron • Grey and Ductile Irons

-MP

-FP -MT

-RP

-UN

-T-20

-LF -MT

-T-20 Medium Machining

-FN

-T-20 Finishing

-FP feed rate (in/rev)

-MT Finishing

feed rate (in/rev)

-UF -11 Fine Finishing

-MT

* Geometry can be used in medium machining operations to reduce tool pressure in high-strength metals.

Step 2 • Select the grade

Carbide Grades

Grey Iron Negative Insert Geometry cutting condition heavily interrupted cut lightly interrupted cut varying depth of cut, casting, or forging skin smooth cut, pre-turned surface

Positive Insert Geometry

-FN KCK15 KCK15

-UN(-RP) KCK20 KCK20

-MA KCK20 KCK20

-LF KCK20 KCK20

-FP KCK20 KCK20

-MF KCK20 KCK20

-MP KCK20 KCK20

-MW KCK20 KCK20

KCK05/KT315

KCK15

KCK20

KCK15

KCK20

KCK05/KT315

KCK05

KCK20

KCK15

KCK20

Ductile Iron Negative Insert Geometry cutting condition heavily interrupted cut lightly interrupted cut varying depth of cut, casting, or forging skin smooth cut, pre-turned surface

-FN KCK15 KCK15 KCK05/KT315 KCK05/KT315

-UN(-RP) KCK20 KCK20 KCK15 KCK05

-MA KCK20 KCK20 KCK15 KCK05

-MP KCK20 KCK20

-MW KCK20 KCK20

Positive Insert Geometry cutting condition heavily interrupted cut lightly interrupted cut varying depth of cut, casting, or forging skin smooth cut, pre-turned surface

-11/-UF — KCU10/KC5010

-LF KCK20 KCK20

-MF KCK20 KCK20

-FP KCK20 KCK20

KCU10/KC5010

KCK15

KCK20

KT315

KCU10/KC5010

KCK15

KCK20

(continued)

B16

www.kennametal.com

Kennametal Inserts • Beyond™ Cast Iron • Grey and Ductile Irons

Inserts

Step 2 • Select the grade (continued) Ceramic and PCBN Grades Grey Iron

Negative Insert Geometry

cutting condition heavily interrupted cut lightly interrupted cut varying depth of cut, casting, or forging skin smooth cut, pre-turned surface

-T-20 Finishing KY3500 KY3500

MT KCK20 KB1345

-T-20 Medium KY3500 KYK10

-T-20 Roughing KY3500 KY3500

-S20 KB1340 KB1340

KYK10

KB1345

KYK10

KB1340

KYK25

KB1345

KYK25 KYK25 Positive Insert Geometry -T-20 Medium MT KY3500 KB1630/KB1345 KY3500 KB1630/KB1345 KY3500 KB1630/KB1345 KY3500 KB1630/KB1345

-T-20 Fine Finishing — — KY3500 KY3500

cutting condition heavily interrupted cut lightly interrupted cut varying depth of cut, casting, or forging skin smooth cut, pre-turned surface

C KB1630/KB1345 KB1630/KB1345 KB1630/KB1345 KB1630/KB1345

Positive Insert Geometry

Negative Insert Geometry

Ductile Iron

KB1340

-T-20 Finishing — —

-T-20 Medium KY3500 KYK25

-T-20 Roughing KY3500 KYK25

-T-20 Fine Finishing — —

-T-20 Finishing KY3500 KYK25

-T-20 Medium KY3500 KYK25

KYK25

Step 3 • Select the cutting speed (Optimal speed depends on casting quality and disposition.) Grey Cast Iron material group

speed — m/min (SFM) 60 (200)

grade KT315 KB1340/KB1345

180 (600)

www.kennametal.com

675 (2200)

800 (2600)

starting conditions 920 (3000)

1040 (3400)

1160 (3800)

m/min 275 760

SFM 900 2500

760

2500

760

2500

KYK10

760

2500

KCK05

450

1500

KCK15

360

1200

KCK20

300

1000

180 (600)

225 (750)

speed — m/min (SFM) starting conditions 275 320 360 410 460 500 550 600 m/min SFM (900) (1050) (1200) (1350) (1500) (1650) (1800) (1950) 275 900 200 650

KYK25

430

1400

KY3500

365

1200

KYK10

365

1200

KCK05

360

1200

KCK15

270

900

KCK20

240

800

grade KT315 KCU10/KC5010

550 (1800)

KYK25

Ductile, Malleable, and Austempered Cast Irons (>600 MPa tensile strength) material group

430 (1400)

KY3500

Ductile, Compacted Graphite, and Malleable Cast Irons (<600 MPa tensile strength) material 90 135 grade group (300) (450) KT315 KCU10/KC5010

305 (1000)

90 (300)

speed — m/min (SFM) 135 (450)

180 (600)

225 (750)

275 (900)

320 360 410 460 500 550 600 (1050) (1200) (1350) (1500) (1650) (1800) (1950)

starting conditions m/min 230 150

SFM 750 500

KYK25

365

1200

KCK05

240

800

KCK15

215

725

KCK20

210

700

B17

Kennametal Inserts • Beyond™

Step 1 • Select the insert geometry Negative Wiper Inserts

Positive Wiper Inserts feed rate (mm/rev)

feed rate (mm/rev)

..GA-E (PCD) Fine Finishing

..GW-F (PCD)

depth of cut (mm)

..GT-LF Finishing

depth of cut (in)

..MS-E ..GA-F (PCD) (PCD) Finishing

..GT-HP Medium Finishing depth of cut (mm)

..GP ..MS Medium Finishing depth of cut (in)

Inserts

Non-Ferrous Materials • Aluminium Alloys

..GW-E (PCD)

feed rate (in/rev)

Step 2 • Select the grade cutting condition heavily interrupted cut lightly interrupted cut varying depth of cut, casting, or forging skin smooth cut, pre-turned surface

Negative Insert Geometry ..GA-F (PCD) ..GP KD1400 KC5410/K313 KD1400 KC5410/K313

..GA-E (PCD) — KD1405

..MS-E (PCD) — KD1405

KD1405

KD1425

KD1405

KD1425

750 (2400)

1000 (3200)

..MS KC5410 KC5410

Positive Insert Geometry ..GW-E ..GW-F (PCD) (PCD) ..GT-LF ..GT-HP — KD1400 — KC5410 KD1405 KD1400 KC5410 KC5410

KC5410/K313

KC5410

KD1405

KD1425

KC5410

KC5410/K313

KC5410

KD1405

KD1425

KC5410

Step 3 • Select the cutting speed Low-Silicon Aluminium Alloys (hypoeutectic <12,2% Si) and Magnesium Alloys material 250 group (800) grade KC5410 N2 KD1400 High-Silicon Aluminium Alloys (hypereutectic >12,2% Si) and Magnesium Alloys material grade group KD1405 N3 KD1425

B18

500 (1600)

250 (800)

speed — m/min (SFM) 1250 1500 1750 (4000) (4800) (5600)

speed — m/min (SFM) 500 750 (1600) (2400)

starting conditions 2000 (6400)

2250 (7200)

2500 (8000)

m/min 550

SFM 1800

765

2500

starting conditions 1000 (3200)

m/min 580

SFM 2000

520

1700

www.kennametal.com

Kennametal Inserts • Beyond™ Non-Ferrous Materials • Miscellaneous Workpiece Materials

Copper-, Brass-, Zinc-Based on a Machinability Index Range of 70–100 material group

grade KD1400/ KD1405

250 (800)

KD1425

500

1600

KC5410

275

900

K313

260

850

grade KD1400/ KD1405

250 (800)

750 (2400)

starting conditions 1000 (3200)

SFM 1300

KD1425

365

1200

KC5410

170

550

grade KD1400/ KD1405

250 (800)

speed — m/min (SFM) 500 (1600)

750 (2400)

starting conditions 1000 (3200)

KC5410

grade KD1405

speed — m/min (SFM) 250 (800)

500 (1600)

750 (2400)

grade KC5410

www.kennametal.com

K313

speed — m/min (SFM) 250 (800)

500 (1600)

750 (2400)

m/min 760

SFM 2500

200

650

starting conditions 1000 (3200)

KD1400

Tin Alloys, Cast: ASTM 823, Alloys 1, 2, 3, 11 material group

speed — m/min (SFM) 500 (1600)

m/min 400

MMCs (Aluminium-Based Metal Matrix Composites) material group

starting conditions 1000 (3200)

SFM 1700

Carbon and Graphite Composites: Brush Alloys, Kevlar, and Graphite (280–400 HB) (30–43 HRC) material group

750 (2400)

m/min 520

Nylon, Plastics, Rubbers, Phenolics, Resins, Fibreglass, and Glass material group

speed — m/min (SFM) 500 (1600)

Inserts

Additional Cutting Speed Recommendations for Miscellaneous Workpiece Materials

m/min 460

SFM 1500

365

1200

starting conditions 1000 (3200)

m/min 215

SFM 700

180

600

B19

Kennametal Inserts • Beyond™

Step 1 • Select the insert geometry Negative Inserts

Positive Inserts feed rate (mm/rev)

feed rate (mm/rev)

-UP Medium Machining

..GT-LF

R.GV

depth of cut (mm)

.NG

MT-FP R.GV-T Medium Machining depth of cut (in)

-MS

MT-LF

depth of cut (mm)

-RP Roughing depth of cut (in)

Inserts

High-Temp Alloys • Iron-, Cobalt-, and Nickel-Based and Titanium Alloys

..GT-HP Fine Finishing feed rate (in/rev)

feed rate (in/rev)

-FS Finishing

Step 2 • Select the grade Negative Insert Geometry cutting condition heavily interrupted cut lightly interrupted cut varying depth of cut, casting, or forging skin smooth cut, pre-turned surface

-FS KCU25/KC5525 KCU10/KC5510

.NG -MS — KCU25/KC5525 KYS30/KY1540 KCU25/KC5525 KYS30/KY1540/ KCU10/KC5510 KCU10/KC5510 KYS25/KY4300 KCU10/KC5510/ KCU10/KC5510 KYS25/KY4300 K313 K313

-UP KCM35 KCM25

-RP KCM25/KCM35 KCM15KC5525

KCM15

KCU25/KC5525

KCU10/KC5510

Positive Insert Geometry cutting condition heavily interrupted cut lightly interrupted cut varying depth of cut, casting, or forging skin smooth cut, pre-turned surface

B20

-FP KCU25 KCU25

..GT-HP — KCU25/KC5025

MT-LF KCU25/KC5025 KCU25/KC5025

KCU10/KU10

KCU10/KC5510

KCU10/KU10

KCU10/KC5510 K313

R.GV-T — KYS30/KY1540 KYS30/KY1540/ KYS25/KY4300 KYS25/KY4300

..GT-LF KCU25/KC5025 KCU25/KC5025 KCU10/KC5510 KCU10/KC5510 K313

R.GV — KYS30/KY1540 KYS30/KY1540/ KYS25/KY4300 KYS25/KY4300

www.kennametal.com

Kennametal Inserts • Beyond™ High-Temp Alloys • Iron-, Cobalt-, and Nickel-Based and Titanium Alloys

Iron-Based, Heat-Resistant Alloys (135–320 HB) (≤34 HRC) material group

grade K313/KU10

15 (50)

45 (150)

speed — m/min (SFM) 75 (250)

105 (350)

140 (450)

starting conditions 260 (850)

290 310 350 380 (950) (1050) (1150) (1250)

KCU10/KC5510/KC5010

180

KCU25/KC5525/KC5025

125

KYS25/KY4300

200

650

KYS30/KY1540

170

550

KCM15

180

KCM25/KCM35

125

grade K313/KU10

15 (50)

45 (150)

speed — m/min (SFM) 75 (250)

105 (350)

140 (450)

170 (550)

200 (650)

230 (750)

starting conditions 260 (850)

290 310 350 380 (950) (1050) (1150) (1250)

m/min 35

SFM 110

KC5510/KC5010

195

KC5525/KC5025

100

KYS25/KY4300

220

720

KYS30/KY1540

185

600

KCM15

195

KCM25/KCM35

100

grade K313/KU10

15 (50)

45 (150)

speed — m/min (SFM) 75 (250)

105 (350)

140 (450)

170 (550)

200 (650)

230 (750)

starting conditions 260 (850)

290 310 350 380 (950) (1050) (1150) (1250)

m/min 40

SFM 125

KCU10/KC5510/KC5010

225

KCU25/KC5525/KC5025

125

KYS25/KY4300

250

820

KYS30/KY1540

215

700

KCM15

225

KCM25/KCM35

125

Titanium and Titanium Alloys (110–450 HB) (≤48 HRC) material group

230 (750)

SFM 100

Nickel-Based, Heat-Resistant Alloys (140–475 HB) (≤48 HRC) material group

200 (650)

m/min 30

Cobalt-Based, Heat-Resistant Alloys (150–425 HB) (≤45 HRC) material group

170 (550)

grade K313/KU10

15 (50)

speed — m/min (SFM) 45 (150)

75 (250)

105 (350)

140 (450)

170 (550)

200 (650)

230 (750)

starting conditions 260 (850)

290 310 350 380 (950) (1050) (1150) (1250)

m/min 45

SFM 150

KC5510/KC5010/KC9225

225

KC5525/KC50225/KC9240

175

KCM15

225

KCM25/KCM35

175

www.kennametal.com

Inserts

Step 3 • Select the cutting speed

B21

Kennametal Inserts • Beyond™ Hardened Materials • Hardened Steels and Irons 450–750 HB (48–65 HRC)

Step 1 • Select the insert geometry Negative Wiper Inserts

Positive Wiper Inserts feed rate (mm/rev)

feed rate (mm/rev)

-S..FWMT (multitipped)

depth of cut (in)

depth of cut (mm)

depth of cut (in)

-EFWMT (multitipped)

depth of cut (mm)

-EFWC (full face) -EFWM (single tipped) Finishing Wiper

-S..MWMT (multitipped) Medium Wiper

-S..FWM (single tipped) -S..FWMT (multitipped) Fine Finishing Wiper

GA-FW

Finishing Wiper feed rate (in/rev)

Step 2 • Select the grade

feed rate (in/rev)

Negative Insert Geometry

cutting condition heavily interrupted cut lightly interrupted cut varying depth of cut, casting, or forging skin smooth cut, pre-turned surface

GA-FW — —

-S..FWMT KB5630 KB1610/KB5610

KY4400

KB1610/KB5610 KB1610/KB5610

KY4400

-EFWMT KB1625 KB5625

KB9610

Positive Insert Geometry -S..FWM -EFWC -S..FWMT -S..FWMT -EFWM — — — KB9610 KB1610 KB5610 KB9610

KB1610

KB5610

KB9610

Step 1 • Select the insert geometry Negative Inserts

Positive Inserts feed rate (mm/rev)

feed rate (mm/rev)

-S-20 Medium Machining

-T.10 -T..10 -T.20 -T.20 Fine Finishing

feed rate (in/rev)

-T-20

depth of cut (mm)

-EC (full-face) -EM (single tipped) -EMT (multitipped) Finishing

depth of cut (in)

depth of cut (mm)

-S..ST (single tipped) -S..MT (multitipped) Finishing

-T-15 Medium Machining

depth of cut (in)

Inserts

-S....C (full face) -S....M (single tipped) -S....MT (multitipped)

feed rate (in/rev)

Fine Finishing

Step 2 • Select the grade cutting condition heavily interrupted cut lightly interrupted cut varying depth of cut, casting, or forging skin smooth cut, pre-turned surface

B22

Negative Insert Geometry -T.10 -S..ST -T.20 -S..MT -S-20 — KB1630/KB5630 KB1340 — KB1625/KB5625 KB1340

Positive Insert Geometry -S..C/-S..M -EC/-EM -S..MT -T-20 -EMT KB1630/KB5630 — KB1630/KB5630 KB1625/KB5625 KY4400 KB1625/KB5625

-T-15 — KY1615

KY1615/KY44O0 KB1625/KB5625

—

KB1625/KB5625

KY4400 KB1625/KB5625

KY1615

KY1615/KY44O0 KB1610/KB5610

—

KB1610/KB5610

KY4400 KB1610/KB5610

KY1615

www.kennametal.com

Kennametal Inserts • Beyond™ Hardened Materials • Hardened Steels and Irons 450–750 HB (48–65 HRC)

speed — m/min (SFM) material group

www.kennametal.com

grade KY4400

15 (50)

45 (150)

75 (250)

110 (350)

140 (450)

170 (550)

Inserts

Step 3 • Select the cutting speed starting conditions 200 (650)

230 (750)

260 (850)

m/min 135

SFM 450

KY1615

100

325

KB1610

140

460

KB1625

110

360

KB1630

295

KB5610

150

490

KB5625

120

400

KB5630

105

345

B23

Grades and Grade Descriptions

Inserts

Coatings provide high-speed capability and are engineered for finishing to heavy roughing.

P M K N S H

Steel Stainless Steel Cast Iron Non-Ferrous Materials High-Temp Alloys Hardened Materials wear resistance

Coating

Grade Description

KU10

Composition: A hard, low binder content, WC/Co fine-grain grade. Application: The KU10 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.

toughness

05 10 15 20 25 30 35 40 45

M K N S

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-temp alloys. Superior 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.

K313

Uncoated Carbide Grades

M K N S

C3–C4

K68

Composition: A hard, low binder content, alloyed grade WC/Co fine-grain grade. Application: The K68 grade has excellent abrasion resistance for machining cast irons, austenitic stainless steels, non-ferrous metals, non-metals, and as an alternative to the K313 grade on most high-temperature alloys. Use as a general-purpose grade for non-ferrous materials.

K N S

C3 P

KCU10

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 KCU10 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.

K N S H

C3–C4

P M Composition: An advanced PVD grade with hard AlTiN coating and fine-grain unalloyed substrate. The new and improved coating improves edge stability with wide range speed and feed capabilities. K Application: The KCU25 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 N with improved edge toughness for interrupted cut and high feed rates.

KCU25

PVD-Coated Carbide Grades

S C2, C6 P M

KC5010

Composition: An advanced PVD AlTiN coating over a very deformation-resistant unalloyed carbide substrate. The new and improved coating enables speeds to be increased by 50–100%. Application: The KC5010 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. C3–C4

B24

K N S H

www.kennametal.com

Grades and Grade Descriptions

P M K N S H

Steel Stainless Steel Cast Iron Non-Ferrous Materials High-Temp Alloys Hardened Materials

Inserts

Coatings provide high-speed capability and are engineered for finishing to heavy roughing.

wear resistance

Coating

Grade Description

toughness

05 10 15 20 25 30 35 40 45 P

KC5025

Composition: An advanced PVD-AlTiN-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. Speeds may vary from low to medium and will handle interruptions and high feed rates.

KC5410 C3–C4

Composition: A PVD TiB2 coating over a very deformation-resistant unalloyed substrate. Application: Designed for roughing, semi-finishing, and finishing of free machining (hypoeutectic <12,2% Si) aluminium, aluminium alloys, and magnesium alloys. The TiB2 coating is harder than TiN and TiAlN 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.

K N S

P Composition: An advanced PVD AlTiN-coated fine-grain tungsten carbide grade. Application: The KC5510 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.

KC5510

PVD-Coated Carbide Grades

C2, C6

M K N S

C3–C4 H P

KC5525

Composition: Advanced PVD AlTiN-coated fine-grain high-cobalt carbide grade. Application: The KC5525 grade utilises the same advanced PVD coating as the KC5510 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 N S

C2–C6 P

C3–C4 P

KCP10

CVD-Coated Carbide Grades

KCP05

Composition: An innovative, highly deformation-resistant, cobalt-enriched substrate with a specially designed, adherent MTCVD-TiCN-Al2O3 coating. Application: For finishing to semi-finishing of most steels, ferritic, martensitic, and PH 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.

C3, C7

www.kennametal.com

Composition: A specially engineered cobalt-enriched carbide grade with thick MTCVD-TiCN-Al2O3 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 PH 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. Smooth coating provides resistance to edge build-up and microchipping and produces excellent surface finishes.

B25

Grades and Grade Descriptions

Inserts

Coatings provide high-speed capability and are engineered for finishing to heavy roughing.

P M K N S H

Steel Stainless Steel Cast Iron Non-Ferrous Materials High-Temp Alloys Hardened Materials wear resistance

Coating

Grade Description

toughness

05 10 15 20 25 30 35 40 45 P

KCP25

Composition: A tough cobalt-enriched carbide grade with a newly designed multilayer MTCVD-TiCN-Al2O3 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.

C2–C3, C6–C7

KCP30

Composition: A newly engineered, tough cobalt-enriched carbide grade with an advanced multilayer TiN-MT-TiCN-Al2O3 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. C5–C6 P

KCP40

Composition: A tough carbide grade with a moderately thick TiN-MT-TiCN-Al2O3 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. C5–C6 P Composition: A multilayered coating with moderately thick MTCVD TiCN-Al2O3 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.

KCK05

CVD-Coated Carbide Grades

C3–C4 P

KCK15

Composition: A multilayered coating with thick MTCVD TiCN-Al2O3 layers applied over a carbide K 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. C3–C4

KCK20

Composition: A specially toughened MTCVD-TICN-Al2O3 coating over a wear-resistant substrate. Application: The KCK20 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.

C2–C3

B26

www.kennametal.com

Grades and Grade Descriptions

P M K N S H

Steel Stainless Steel Cast Iron Non-Ferrous Materials High-Temp Alloys Hardened Materials

Inserts

Coatings provide high-speed capability and are engineered for finishing to heavy roughing.

wear resistance

Coating

Grade Description

toughness

05 10 15 20 25 30 35 40 45 P M

KCM15

Composition: A multilayer MTCVD-TiCN-Al2O3 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. KCM15 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.

P Composition: A multilayer CVD coating comprised of TiN-MT-TiCN-Al2O3 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. KCM25 inserts offer an extraordinary combination of toughness, built-up edge resistance, and wear resistance in stainless steel applications.

KCM25

CVD-Coated Carbide Grades

C2–C3

C1–C2 P M

KCM35

Composition: A multilayer TiN-MT-TiCN-Al2O3 CVD coating over a super-tough substrate. Application: The KCM35 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. KCM35 grade is available in insert sizes and geometries appropriate for heavy feeds and large depths of cut. C1–C2

KT315

Composition: A multilayer PVD-TiN/TiCN/TiN-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.

C3, C7 P M Composition: A multilayer, PVD-TiN/TiCN/TiN-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.

KTP10

PVD-Coated Cermet Grades

C3, C7

www.kennametal.com

B27

Grades and Grade Descriptions

Inserts

Coatings provide high-speed capability and are engineered for finishing to heavy roughing.

P M K N S H

Steel Stainless Steel Cast Iron Non-Ferrous Materials High-Temp Alloys Hardened Materials wear resistance

Coating

Grade Description

toughness

05 10 15 20 25 30 35 40 45

KYS25

Composition: SiAlON ceramic with a multi-layered alumina-TiCN CVD coating. Application: Compliments the KYS30 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. S C4 H

KYS30

Composition: Latest and most advanced sialon 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. S

Composition: An advanced sialon ceramic grade. Application: Provides maximum wear resistance. Use for high-speed continuous turning of grey cast iron, including through scale.

KYK10

Ceramic Grades

â&#x20AC;&#x201D;

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.

B28

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Grades and Grade Descriptions

P M K N S H

Steel Stainless Steel Cast Iron Non-Ferrous Materials High-Temp Alloys Hardened Materials

Inserts

Coatings provide high-speed capability and are engineered for finishing to heavy roughing.

wear resistance

Coating

toughness

05 10 15 20 25 30 35 40 45

Grade Description

KY4300

M Composition: Whisker ceramic with a matrix of AI2O3 + SiCW. Application: The SiC whiskers embedded in the micro structure give this ceramic excellent toughness for cutting high-temp alloys and cast materials with high Brinell hardness. S

KY3500

Composition: Pure silicon nitride grade. Application: Maximum toughness. Used at high feed rates for rough machining of grey cast iron, including machining through interruptions.

Composition: A PVD TiN coating over an aluminium oxide and titanium carbonitride composite ceramic (Al2O3/TiCN). Application: Used for finish turning of hardened steels and irons (greater than 45 HRC). 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.

KY4400

Ceramic Grades

C4, C8

KB1340

Composition: A high CBN content, solid PCBN insert having multiple cutting edges. Application: Applied in roughing to finishing of fully pearlitic grey cast iron, chilled irons, highchrome alloyed steels, sintered powdered metals, and heavy cuts in hardened steels (>45 HRC). Also use for finishing chilled cast iron and fully pearlitic cast iron. The solid PCBN insert offers better security and shock resistance compared to tipped PCBN inserts, while also enabling deeper depth-of-cut capabilities.

—

KB1345

Composition: A high CBN content, PCBN tip brazed onto a carbide insert. 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 HRC). Also use for finishing chilled cast iron and fully pearlitic cast iron. The tipped PCBN insert is available in a wide range of insert styles including positive rake geometries that are ideally suited for boring applications.

— H

Composition: A low CBN content, PCBN tip brazed onto a carbide insert. Application: Designed for precision finishing in smooth cuts on hardened steels (>45 HRC) where optimal surface finish is needed. 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. Do not apply on soft steel.

KB1610

PCBN – Polycrystalline Cubic Born Nitride Grades

— H

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B29

Grades and Grade Descriptions

Inserts

Coatings provide high-speed capability and are engineered for finishing to heavy roughing.

P M K N S H

Steel Stainless Steel Cast Iron Non-Ferrous Materials High-Temp Alloys Hardened Materials wear resistance

Coating

Grade Description

toughness

05 10 15 20 25 30 35 40 45

KB1625

Composition: A medium CBN content, PCBN tip brazed onto a carbide insert. Application: Designed for roughing to finishing of hardened steels (>45 HRC) where optimal surface finish is needed. It can be used in continuous to interrupted cutting of bearing steel, hot and cold work tool steels, high-speed steels, die steels, case-hardened steels, carburised and nitrided irons, and some hard coatings. — H

KB1630

Composition: A high CBN content, PCBN tip brazed onto a carbide insert. Application: Designed for roughing to finishing in interrupted cuts on hardened steels (>45 HRC). It can also be applied on grey cast iron, chilled irons, high-chrome alloyed steels, and sintered powdered metals. The tipped PCBN insert is available in a wide range of insert styles, including positive rake geometries, that are ideally suited for boring applications.

KB5610

Composition: A low content PCBN grade with a PVD TiAlN coating for added wear resistance. Application: Designed for the precision machining of hardened steels (>45 HRC). 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. H

C4, C8

Composition: A PVD TiAlN coating over a medium content, PCBN tip brazed onto a carbide insert. Application: Designed for roughing to finishing of hardened steels (>45 HRC). 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.

KB5625

PCBN – Polycrystalline Cubic Born Nitride Grades

S —

C4, C8 H

KB5630

Composition: A high content PCBN grade with a PVD AlTiN coating for added wear resistance. Application: Designed for roughing to finishing in hardened steels (>45 HRC), 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 PCBN insert is available in a wide range of insert styles, including positive rake geometries, that are ideally suited for boring applications. C4, C8

B30

S H

www.kennametal.com

Grades and Grade Descriptions

P M K N S H

Steel Stainless Steel Cast Iron Non-Ferrous Materials High-Temp Alloys Hardened Materials

Inserts

Coatings provide high-speed capability and are engineered for finishing to heavy roughing.

wear resistance

Coating

KD1400

Grade Description

toughness

05 10 15 20 25 30 35 40 45

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 pure CVD-deposited diamond-sheet tool brazed directly to a carbide substrate. Application: KD1405 is Kennametal’s most abrasion-resistant tool material for non-ferrous and non-metallic materials. Best applied when abrasion resistance is the desired benefit.

KD1405

S —

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.

KD1425

PCD – Polycrystalline Diamond Grades

—

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B31

Chip Control Geometries Overview

Inserts

Select the geometry — based on feed rate and depth of cut

P M K N S H

Steel Stainless Steel Cast Iron Non-Ferrous Materials High-Temp Alloys Hardened Materials

feed rate — mm

operation

insert style application

insert geometry

0,04

0,063

0,01

0,16

0,25

0,4

0,63

1,0

1,6

2,5

5,0

0,1

0,16

0,25

0,4

0,63

1,0

1,6

2,5

4,0

6,3

10,0

profile

depth of cut — mm 0,2–0,5

medium machining

MG-MP 0,8–5,1

Feed Rate Range — for best results, use the centre 60% of the range

Depth-of-Cut Range —

Pictorial View of Insert

for all inserts in the program, select smaller inserts for lighter cuts and larger inserts for heavy cuts

Chipbreaker Geometry — section is through nose radius of insert

Primary Workpiece Material Group P M K N S H

Steel Stainless Steel Cast Iron Non-Ferrous Materials High-Temp Alloys Hardened Materials

Chip Control Geometry Designation — example: MG-MP = CNMG-432MP

Machining Operation — for what the insert geometry is designed

NOTE: For detailed grade and geometry recommendations, reference the Kennametal Beyond™ Selection System on pages B8–B23.

B32

www.kennametal.com

Chip Control Geometries Kenloc™ Inserts

P M K N S H

Steel Stainless Steel Cast Iron Non-Ferrous Materials High-Temp Alloys Hardened Materials

Inserts

Select the geometry — based on feed rate and depth of cut

feed rate — mm

operation

insert style application

insert geometry

0,04

0,063

0,01

0,16

0,25

0,4

0,63

1,0

1,6

2,5

5,0

0,1

0,16

0,25

0,4

0,63

1,0

1,6

2,5

4,0

6,3

10,0

profile

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 0,8–5,1 wiper medium machining

0,15–0,5 MG-MW1 0,5–3

0,3–1,3 wiper roughing

MM-RW 1,3–12,7

0,1–0,3 fine finishing

MG-FF 0,1–2,0

finishing sharp

finishing

GG-FS precision ground

GG-LF precision ground

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0,07–0,25

0,20 - 2,0

0,1 - 0,5

0,5–3,0

B33

Chip Control Geometries Kenloc™ Inserts

Inserts

Select the geometry — based on feed rate and depth of cut

P M K N S H

Steel Stainless Steel Cast Iron Non-Ferrous Materials High-Temp Alloys Hardened Materials

feed rate — mm

operation

insert style application

insert geometry

0,04

0,063

0,01

0,16

0,25

0,4

0,63

1,0

1,6

2,5

5,0

0,1

0,16

0,25

0,4

0,63

1,0

1,6

2,5

4,0

6,3

10,0

profile

depth of cut — mm 0,1–0,3

MG-FP 0,3–2,5

0,05–0,25 MG-FH 0,25–1

0,1–0,3 finishing

MG-FN 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-MH 0,3–2 medium machining 0,15–0,35 MG-MX 0,5–1,5

0,12–0,35 medium sharp

MG-MS 0,76–5,0

B34

www.kennametal.com

Chip Control Geometries Kenloc™ Inserts

P M K N S H

Steel Stainless Steel Cast Iron Non-Ferrous Materials High-Temp Alloys Hardened Materials

Inserts

Select the geometry — based on feed rate and depth of cut

feed rate — mm

operation

insert style application

insert geometry

0,04

0,063

0,01

0,16

0,25

0,4

0,63

1,0

1,6

2,5

5,0

0,1

0,16

0,25

0,4

0,63

1,0

1,6

2,5

4,0

6,3

10,0

profile

depth of cut — mm 0,2–0,6

MG-UP 1,0–6,4

0,3–0,5 __GP* 0,5–3,2

0,2–0,5 MG-MP 0,8–5,1

0,15–0,5 MG-P 0,75–5,0

0,2–0,5 medium machining

MG-MN 0,5–5,1

0,13–0,5 MG-CT O.D. turning

1,0–3,0

0,25–0,5

MG-CT outward facing

0,25–1,0

0,2–0,4 -MS single sided

0,6–2,3

0,2–0,5 MG-UN 0,8–3,8 *35˚ and 55˚ geometries are single sided.

www.kennametal.com

B35

Chip Control Geometries Kenloc™ Inserts

Inserts

Select the geometry — based on feed rate and depth of cut

P M K N S H

Steel Stainless Steel Cast Iron Non-Ferrous Materials High-Temp Alloys Hardened Materials

feed rate — mm

operation

insert style application

insert geometry

0,04

0,063

0,01

0,16

0,25

0,4

0,63

1,0

1,6

2,5

5,0

0,1

0,16

0,25

0,4

0,63

1,0

1,6

2,5

4,0

6,3

10,0

profile

depth of cut — mm 0,2–0,6

MG-RP 1,1–6,4 roughing 0,3–.025 MG-RN 1,1–6,4

0,3–0,8 MG 1,1–5,7

0,3–1,0 MM-RM single sided 1,3–12,7 heavy roughing 0,2–1,0 MM-RP 1,3–10,0

0,4–1,3 MM-RH single sided 1,3–12,7

0,1–0,3 wiper finishing

MT-FW 0,2–1,5

wiper, medium finishing

B36

0,1–0,5 MT-MW 0,4–3,3

www.kennametal.com

Chip Control Geometries Screw-On Inserts

P M K N S H

Steel Stainless Steel Cast Iron Non-Ferrous Materials High-Temp Alloys Hardened Materials

Inserts

Select the geometry — based on feed rate and depth of cut

feed rate — mm

operation

insert style application

insert geometry

0,04

0,063

0,01

0,16

0,25

0,4

0,63

1,0

1,6

2,5

5,0

0,1

0,16

0,25

0,4

0,63

1,0

1,6

2,5

4,0

6,3

10,0

profile

depth of cut — mm 0,1–0,2

__GM precision ground

0,2–1,0

0,1–0,3 fine finishing

MT-11 0,2–1,3

0,1–0,3 .MT-UF 0,1–1,3

0,2–0,4

GT-HP precision ground

0,6–2,3

0,2–0,4

GT-LF precision ground

0,8–2,3

finishing 0,063–0,25 MT-FP 0,16–1,6

0,2–0,4 MT-LF 0,8–2,3

0,01–0,4 MT-MP 0,4–2,3 medium machining 0,2–0,4 MT-MF 1,1–2,3

www.kennametal.com

B37

Carbide Inserts Primary Application Kennametal offers a complete portfolio of ISO-/ANSI-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™ CVD Grades

Beyond™ PVD Grades

• Higher productivity and profitability — up to 300% higher.

KCU10™

• Lower cutting forces — Increase speeds and reduce cycle time.

• PVD-coated grade with superior wear resistance at elevated temperatures, allowing higher metal cutting speeds.

• Extended tool life. • Predictable tool life / Uniform wear.

• For use in all materials, especially stainless steels and high-temp alloys.

• Resists chip flow damage.

• Improved depth-of-cut notch resistance.

• Consistent surface finish.

• Increase speed by 20–30% or feed by 10–15%.

• Products can be applied across a wide range of applications.

• Use in finishing to medium 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.

KCU25™ • 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%.

B38

www.kennametal.com

B39

ISO Carbide Inserts

Inserts

Kenloc™ Inserts

first choice alternate choice

P M K N S H

v v v v v

v v

v v v

v v v v v v v v v v v v

CNGG-FBB L10

Rε

mm 12,70 12,70

mm 12,90 12,90

mm 0,4 0,8

L10

Rε

ISO catalogue number CNGG120401FS CNGG120402FS

mm 12,70 12,70

mm 12,90 12,90

mm 0,1 0,2

CNGG120404FS CNGG120408FS

12,70 12,70

12,90 12,90

0,4 0,8

CNGG120412FS

12,70

12,90

1,2

L10

Rε

ISO catalogue number CNGG120401LF CNGG120402LF

mm 12,70 12,70

mm 12,90 12,90

mm 0,1 0,2

CNGG120404LF CNGG120408LF

12,70 12,70

12,90 12,90

0,4 0,8

CNGG120412LF CNGG160608LF

12,70 15,88

12,90 16,12

1,2 0,8

v v

CNGG160612LF

15,88

16,12

1,2

v v

L10

Rε

ISO catalogue number CNGP120401 CNGP120402

mm 12,70 12,70

mm 12,90 12,90

mm 0,1 0,2

CNGP120404 CNGP120408

12,70 12,70

12,90 12,90

0,4 0,8

CNGP120412 CNGP120416

12,70 12,70

12,90 12,90

1,2 1,6

ISO catalogue number CNGG120404FBB CNGG120408FBB

KCP05 KCP10 KCP25 KCP30 KCP40 KCK05 KCK15 KCK20 KCM15 KCM25 KCM35 KU10 K313 K68 KCS10 KCU10 KC5010 KC5510 KCU25 KC5025 KC5525 KC5410 KT315 KTP10

v v

CNGG-FS

v v

CNGG-LF

v v

v v v v

v v

CNGP

B40

v v

www.kennametal.com

ISO Carbide Inserts Kenloc™ Inserts

first choice alternate choice

v v v v v

v v

v v v

v v v v v v v v v v v v

CNMA L10

Rε

ISO catalogue number CNMA120404 CNMA120408

mm 12,70 12,70

mm 12,90 12,90

mm 0,4 0,8

CNMA120412 CNMA120416

12,70 12,70

12,90 12,90

1,2 1,6

CNMA160608 CNMA160612

15,88 15,88

16,12 16,12

0,8 1,2

CNMA160616 CNMA190608

15,88 19,05

16,12 19,34

1,6 0,8

v v v

CNMA190612 CNMA190616

19,05 19,05

19,34 19,34

1,2 1,6

v v v

L10

Rε

ISO catalogue number CNMG120404B CNMG120408

mm 12,70 12,70

mm 12,90 12,90

mm 0,4 0,8

CNMG120412 CNMG160612

12,70 15,88

12,90 16,12

1,2 1,2

CNMG190608 CNMG190612

19,05 19,05

19,34 19,34

0,8 1,2

CNMG190616 CNMG250924

19,05 25,40

19,34 25,79

1,6 2,4

KCP05 KCP10 KCP25 KCP30 KCP40 KCK05 KCK15 KCK20 KCM15 KCM25 KCM35 KU10 K313 K68 KCS10 KCU10 KC5010 KC5510 KCU25 KC5025 KC5525 KC5410 KT315 KTP10

v v v v v v

v v

v v v

v v v v v v v v

CNMG

C2–C71

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C72–C109

C110–C115

v v v v v

C116–C147

B10–B23

v v

B24–B31

B32–B37

B41

Inserts

P M K N S H

ISO Carbide Inserts

Inserts

Kenloc™ Inserts

first choice alternate choice

P M K N S H

v v v v v

v v

v v v

v v v v v v v v v v v

CNMG-CT L10

Rε

ISO catalogue number CNMG120408CT CNMG120412CT

mm 12,70 12,70

mm 12,90 12,90

mm 0,8 1,2

CNMG120416CT

12,70

12,90

1,6

L10

Rε

ISO catalogue number CNMG090304FF CNMG090308FF

mm 9,53 9,53

mm 9,67 9,67

mm 0,4 0,8

CNMG120404FF CNMG120408FF

12,70 12,70

12,90 12,90

0,4 0,8

L10

Rε

ISO catalogue number CNMG090304FN CNMG090308FN

mm 9,53 9,53

mm 9,67 9,67

mm 0,4 0,8

CNMG120402FN CNMG120404FN

12,70 12,70

12,90 12,90

0,2 0,4

v v v

CNMG120408FN CNMG120412FN

12,70 12,70

12,90 12,90

0,8 1,2

v v v

CNMG120416FN

12,70

12,90

1,6

v v

KCP05 KCP10 KCP25 KCP30 KCP40 KCK05 KCK15 KCK20 KCM15 KCM25 KCM35 KU10 K313 K68 KCS10 KCU10 KC5010 KC5510 KCU25 KC5025 KC5525 KC5410 KT315 KTP10

v v v

v v

v v v v

CNMG-FF

v v

CNMG-FN

B42

v v v v

www.kennametal.com

ISO Carbide Inserts Kenloc™ Inserts

first choice alternate choice

v v v v v

v v

v v v

v v v v v v v v v v v

CNMG-FP L10

Rε

ISO catalogue number CNMG120404FP CNMG120408FP

mm 12,70 12,70

mm 12,90 12,90

mm 0,4 0,8

CNMG120412FP

12,70

12,90

1,2

L10

Rε

ISO catalogue number CNMG120404FW CNMG120408FW

mm 12,70 12,70

mm 12,90 12,90

mm 0,4 0,8

v v

CNMG120412FW

12,70

12,90

1,2

v v

L10

Rε

mm 12,70 12,70

mm 12,90 12,90

mm 0,4 0,8

KCP05 KCP10 KCP25 KCP30 KCP40 KCK05 KCK15 KCK20 KCM15 KCM25 KCM35 KU10 K313 K68 KCS10 KCU10 KC5010 KC5510 KCU25 KC5025 KC5525 KC5410 KT315 KTP10

v v

CNMG-FW

CNMG-MBB

ISO catalogue number CNMG120404MBB CNMG120408MBB

C2–C71

www.kennametal.com

C72–C109

C110–C115

v v

C116–C147

B10–B23

B24–B31

B32–B37

B43

Inserts

P M K N S H

ISO Carbide Inserts

Inserts

Kenloc™ Inserts

first choice alternate choice

P M K N S H

v v v v v

v v

v v v

v v v v v v v v v v v v

CNMG-MN L10

Rε

ISO catalogue number CNMG090304MN CNMG090308MN

mm 9,53 9,53

mm 9,67 9,67

mm 0,4 0,8

CNMG090312MN CNMG120404MN

9,53 12,70

9,67 12,90

1,2 0,4

CNMG120408MN CNMG120412MN

12,70 12,70

12,90 12,90

0,8 1,2

CNMG120416MN CNMG160608MN

12,70 15,88

12,90 16,12

1,6 0,8

v v

CNMG160612MN CNMG160616MN

15,88 15,88

16,12 16,12

1,2 1,6

v v v v

CNMG190608MN CNMG190612MN

19,05 19,05

19,34 19,34

0,8 1,2

v v v

CNMG190616MN

19,05

19,34

1,6

v v v

L10

Rε

ISO catalogue number CNMG090308MP CNMG120404MP

mm 9,53 12,70

mm 9,67 12,90

mm 0,8 0,4

CNMG120408MP CNMG120412MP

12,70 12,70

12,90 12,90

0,8 1,2

CNMG120416MP CNMG160608MP

12,70 15,88

12,90 16,12

CNMG160612MP CNMG160616MP

15,88 15,88

CNMG190608MP CNMG190612MP CNMG190616MP

KCP05 KCP10 KCP25 KCP30 KCP40 KCK05 KCK15 KCK20 KCM15 KCM25 KCM35 KU10 K313 K68 KCS10 KCU10 KC5010 KC5510 KCU25 KC5025 KC5525 KC5410 KT315 KTP10

v v v v v v v v v v v v v v v v v v v v v

v v v

v v

v v v v

CNMG-MP

B44

v v

v v v

v v

v v v

v v

v v v

v v

1,6 0,8

v v

v v v

v v

16,12 16,12

1,2 1,6

v v v

v v

19,05 19,05

19,34 19,34

0,8 1,2

v v v v v

v v

19,05

19,34

1,6

v v

v v v v

www.kennametal.com

ISO Carbide Inserts Kenloc™ Inserts

first choice alternate choice

v v v v v

v v

v v v

v v v v v v v v v v v

L10

Rε

ISO catalogue number CNMG120401MS CNMG120402MS

mm 12,70 12,70

mm 12,90 12,90

mm 0,1 0,2

CNMG120404MS CNMG120408MS

12,70 12,70

12,90 12,90

CNMG120412MS CNMG120416MS

12,70 12,70

CNMG160608MS CNMG160612MS

KCP05 KCP10 KCP25 KCP30 KCP40 KCK05 KCK15 KCK20 KCM15 KCM25 KCM35 KU10 K313 K68 KCS10 KCU10 KC5010 KC5510 KCU25 KC5025 KC5525 KC5410 KT315 KTP10

CNMG-MS

v v

0,4 0,8

v v

12,90 12,90

1,2 1,6

v v

15,88 15,88

16,12 16,12

0,8 1,2

v v

CNMG190608MS CNMG190612MS

19,05 19,05

19,34 19,34

0,8 1,2

v v

CNMG190616MS

19,05

19,34

1,6

v v

L10

Rε

mm 12,70 12,70

mm 12,90 12,90

mm 0,8 1,2

L10

Rε

ISO catalogue number CNMG120404P CNMG120408P

mm 12,70 12,70

mm 12,90 12,90

mm 0,4 0,8

CNMG120412P CNMG120416P

12,70 12,70

12,90 12,90

1,2 1,6

CNMG190612P

19,05

19,34

1,2

CNMG-MW

ISO catalogue number CNMG120408MW CNMG120412MW

v v v v v v

CNMG-P

C2–C71

www.kennametal.com

C72–C109

C110–C115

v v

C116–C147

B10–B23

B24–B31

B32–B37

B45

Inserts

P M K N S H

ISO Carbide Inserts

Inserts

Kenloc™ Inserts

first choice alternate choice

P M K N S H

v v v v v

v v

v v v

v v v v v v v v v v v v

CNMG-RBB L10

Rε

mm 12,70

mm 12,90

mm 0,8

L10

Rε

ISO catalogue number CNMG190612RM CNMG190616RM

mm 19,05 19,05

mm 19,34 19,34

mm 1,2 1,6

v v v

CNMG250924RM

25,40

25,79

2,4

v v v

L10

Rε

ISO catalogue number CNMG120408RN CNMG120412RN

mm 12,70 12,70

mm 12,90 12,90

mm 0,8 1,2

CNMG120416RN CNMG160608RN

12,70 15,88

12,90 16,12

1,6 0,8

v v v v v

CNMG160612RN CNMG160616RN

15,88 15,88

16,12 16,12

1,2 1,6

v v v v v v

CNMG190608RN CNMG190612RN

19,05 19,05

19,34 19,34

0,8 1,2

v v

CNMG190616RN CNMG190624RN

19,05 19,05

19,34 19,34

1,6 2,4

v v v v

L10

Rε

ISO catalogue number CNMG120404RP CNMG120408RP

mm 12,70 12,70

mm 12,90 12,90

mm 0,4 0,8

CNMG120412RP CNMG120416RP

12,70 12,70

12,90 12,90

1,2 1,6

CNMG160608RP CNMG160612RP

15,88 15,88

16,12 16,12

0,8 1,2

v v

v v v v v v v v v v

v v v v v v

CNMG160616RP CNMG190612RP

15,88 19,05

16,12 19,34

1,6 1,2

v v v

v v

v v v v v v v v v v

v v v v v v

CNMG190616RP

19,05

19,34

1,6

v v v v

ISO catalogue number CNMG120408RBB

KCP05 KCP10 KCP25 KCP30 KCP40 KCK05 KCK15 KCK20 KCM15 KCM25 KCM35 KU10 K313 K68 KCS10 KCU10 KC5010 KC5510 KCU25 KC5025 KC5525 KC5410 KT315 KTP10

CNMG-RM

CNMG-RN

v v v v v v v v v v

v v v

v v v v

v v v

CNMG-RP

B46

v v

v v v

v v v v v v v v v v v v v v v v v v v v v v v v

v v v v v v v

v v v v

v v v v v v v v v v v v v v v v

v v v v

www.kennametal.com

ISO Carbide Inserts Kenloc™ Inserts

first choice alternate choice

v v v v v

v v

v v v

v v v v v v v v v v v v

CNMG-UN L10

Rε

ISO catalogue number CNMG120404UN CNMG120408UN

mm 12,70 12,70

mm 12,90 12,90

mm 0,4 0,8

CNMG120412UN CNMG120416UN

12,70 12,70

12,90 12,90

1,2 1,6

v v v

CNMG160608UN CNMG160612UN

15,88 15,88

16,12 16,12

0,8 1,2

v v v

CNMG160616UN CNMG190608UN

15,88 19,05

16,12 19,34

1,6 0,8

v v v

CNMG190612UN CNMG190616UN

19,05 19,05

19,34 19,34

1,2 1,6

v v v

L10

Rε

ISO catalogue number CNMG120404UP CNMG120408UP

mm 12,70 12,70

mm 12,90 12,90

mm 0,4 0,8

CNMG120412UP CNMG160608UP

12,70 15,88

12,90 16,12

CNMG160612UP CNMG190608UP

15,88 19,05

CNMG190612UP CNMG190616UP

KCP05 KCP10 KCP25 KCP30 KCP40 KCK05 KCK15 KCK20 KCM15 KCM25 KCM35 KU10 K313 K68 KCS10 KCU10 KC5010 KC5510 KCU25 KC5025 KC5525 KC5410 KT315 KTP10

v v v v v v

v v v

CNMG-UP

v v

v v v

v v

1,2 0,8

v v v

v v

v v v

16,12 19,34

1,2 0,8

v v v

v v

19,05 19,05

19,34 19,34

1,2 1,6

v v v

L10

Rε

ISO catalogue number CNMM190612RH CNMM190616RH

mm 19,05 19,05

mm 19,34 19,34

mm 1,2 1,6

CNMM190624RH CNMM250924RH

19,05 25,40

19,34 25,79

2,4 2,4

v v

v v v

CNMM-RH

C2–C71

www.kennametal.com

C72–C109

v v v v v v v v v v v v v v v

C110–C115

C116–C147

B10–B23

B24–B31

B32–B37

B47

Inserts

P M K N S H

ISO Carbide Inserts

Inserts

Kenloc™ Inserts

first choice alternate choice

P M K N S H

v v v v v

v v

v v v

v v v v v v v v v v v v

CNMM-RM L10

Rε

ISO catalogue number CNMM120408RM CNMM120412RM

mm 12,70 12,70

mm 12,90 12,90

mm 0,8 1,2

CNMM120416RM CNMM160612RM

12,70 15,88

12,90 16,12

1,6 1,2

CNMM160616RM CNMM160624RM

15,88 15,88

16,12 16,12

1,6 2,4

v v v

CNMM190612RM CNMM190616RM

19,05 19,05

19,34 19,34

1,2 1,6

v v v v

CNMM190624RM CNMM250924RM

19,05 25,40

19,34 25,79

2,4 2,4

L10

Rε

ISO catalogue number CNMM120408RP CNMM120412RP

mm 12,70 12,70

mm 12,90 12,90

mm 0,8 1,2

CNMM120416RP CNMM160608RP

12,70 15,88

12,90 16,12

1,6 0,8

v v v v

CNMM160612RP CNMM160616RP

15,88 15,88

16,12 16,12

1,2 1,6

v v v v v

v v v

v v v v v

v v

CNMM190612RP CNMM190616RP

19,05 19,05

19,34 19,34

1,2 1,6

v v v v

v v

v v v v

v v v

CNMM190624RP CNMM250924RP

19,05 25,40

19,34 25,79

2,4 2,4

v v

L10

Rε

ISO catalogue number CNMP120404 CNMP120408

mm 12,70 12,70

mm 12,90 12,90

mm 0,4 0,8

CNMP120412 CNMP160608

12,70 15,88

12,90 16,12

1,2 0,8

CNMP160612 CNMP190608

15,88 19,05

16,12 19,34

1,2 0,8

CNMP190612

19,05

19,34

1,2

v v

KCP05 KCP10 KCP25 KCP30 KCP40 KCK05 KCK15 KCK20 KCM15 KCM25 KCM35 KU10 K313 K68 KCS10 KCU10 KC5010 KC5510 KCU25 KC5025 KC5525 KC5410 KT315 KTP10

v v v v v v v v

v v v

v v

v v v v v v v v v v

CNMM-RP

v v v v v

v v

v v v v v

v v v

CNMP

B48

v v

www.kennametal.com

ISO Carbide Inserts Kenloc™ Inserts

first choice alternate choice

v v v v v

v v

v v v

v v v v v v v v v v v v

L10

Rε

ISO catalogue number CNMP120404K CNMP120408K

mm 12,70 12,70

mm 12,90 12,90

mm 0,4 0,8

CNMP120412K

12,70

12,90

1,2

L10

Rε

ISO catalogue number CNMS120408 CNMS160608

mm 12,70 15,88

mm 12,90 16,12

mm 0,8 0,8

CNMS190608 CNMS190612

19,05 19,05

19,34 19,34

0,8 1,2

KCP05 KCP10 KCP25 KCP30 KCP40 KCK05 KCK15 KCK20 KCM15 KCM25 KCM35 KU10 K313 K68 KCS10 KCU10 KC5010 KC5510 KCU25 KC5025 KC5525 KC5410 KT315 KTP10

CNMP-K

v v v v

CNMS

C2–C71

www.kennametal.com

C72–C109

C110–C115

C116–C147

B10–B23

B24–B31

B32–B37

B49

Inserts

P M K N S H

ISO Carbide Inserts

Inserts

Kenloc™ Inserts

first choice alternate choice

P M K N S H

v v v v v

v v

v v v

v v v v v v v v v v v

L10

Rε

ISO catalogue number DNGG110402FS DNGG110404FS

mm 9,52 9,52

mm 11,63 11,63

mm 0,2 0,4

DNGG110408FS DNGG150401FS

9,52 12,70

11,63 15,50

DNGG150402FS DNGG150604FS

12,70 12,70

DNGG150404FS DNGG150608FS

KCP05 KCP10 KCP25 KCP30 KCP40 KCK05 KCK15 KCK20 KCM15 KCM25 KCM35 KU10 K313 K68 KCS10 KCU10 KC5010 KC5510 KCU25 KC5025 KC5525 KC5410 KT315 KTP10

DNGG-FS

v v

0,8 0,1

15,50 15,50

0,2 0,4

v v

12,70 12,70

15,50 15,50

0,4 0,8

v v

DNGG150408FS DNGG150412FS

12,70 12,70

15,50 15,50

0,8 1,2

v v

DNGG150416FS

12,70

15,50

1,6

L10

Rε

ISO catalogue number DNGG150402LF DNGG150404LF

mm 12,70 12,70

mm 15,50 15,50

mm 0,2 0,4

DNGG150408LF

12,70

15,50

0,8

L10

Rε

ISO catalogue number DNGP150401 DNGP150402

mm 12,70 12,70

mm 15,50 15,50

mm 0,1 0,2

DNGP150404 DNGP150408

12,70 12,70

15,50 15,50

0,4 0,8

DNGP150604 DNGP150608

12,70 12,70

15,50 15,50

0,4 0,8

DNGP150612

12,70

15,50

1,2

DNGG-LF

v v v

v v v v

DNGP

B50

v v

www.kennametal.com

ISO Carbide Inserts Kenloc™ Inserts

first choice alternate choice

v v v v v

v v

v v v

v v v v v v v v v v v v

DNMA L10

Rε

ISO catalogue number DNMA110408 DNMA110412

mm 9,53 9,53

mm 11,63 11,63

mm 0,8 1,2

DNMA150408 DNMA150412

12,70 12,70

15,50 15,50

0,8 1,2

DNMA150416 DNMA150608

12,70 12,70

15,50 15,50

1,6 0,8

DNMA150612 DNMA150616

12,70 12,70

15,50 15,50

1,2 1,6

L10

Rε

ISO catalogue number DNMG150404B DNMG150408B

mm 12,70 12,70

mm 15,50 15,50

mm 0,4 0,8

v v

DNMG150412B DNMG150608B

12,70 12,70

15,50 15,50

1,2 0,8

KCP05 KCP10 KCP25 KCP30 KCP40 KCK05 KCK15 KCK20 KCM15 KCM25 KCM35 KU10 K313 K68 KCS10 KCU10 KC5010 KC5510 KCU25 KC5025 KC5525 KC5410 KT315 KTP10

v v

v v v v v v v v v v v v v v

DNMG

C2–C71

www.kennametal.com

C72–C109

C110–C115

C116–C147

B10–B23

B24–B31

B32–B37

B51

Inserts

P M K N S H

ISO Carbide Inserts

Inserts

Kenloc™ Inserts

first choice alternate choice

P M K N S H

v v v v v

v v

v v v

v v v v v v v v v v v

DNMG-CT L10

Rε

ISO catalogue number DNMG110404CT DNMG110408CT

mm 9,53 9,53

mm 11,63 11,63

mm 0,4 0,8

DNMG150404CT DNMG150408CT

12,70 12,70

15,50 15,50

0,4 0,8

v v v v v v

v v

DNMG150412CT DNMG150604CT

12,70 12,70

15,50 15,50

1,2 0,3

v v

DNMG150608CT DNMG150612CT

12,70 12,70

15,50 15,50

0,7 1,1

v v v

v v

v v v

v v

L10

Rε

ISO catalogue number DNMG110404FF DNMG110408FF

mm 9,53 9,53

mm 11,63 11,63

mm 0,4 0,8

v v

DNMG150404FF DNMG150408FF

12,70 12,70

15,50 15,50

0,4 0,8

v v

DNMG150604FF DNMG150608FF

12,70 12,70

15,50 15,50

0,4 0,8

v v

L10

Rε

ISO catalogue number DNMG110404FN DNMG110408FN

mm 9,53 9,53

mm 11,63 11,63

mm 0,4 0,8

DNMG110412FN DNMG150404FN

9,53 12,70

11,63 15,50

1,2 0,4

v v v v v

DNMG150408FN DNMG150412FN

12,70 12,70

15,50 15,50

0,8 1,2

v v v

v v

DNMG150604FN DNMG150608FN

12,70 12,70

15,50 15,50

0,4 0,8

v v v

DNMG150612FN

12,70

15,50

1,2

v v v

KCP05 KCP10 KCP25 KCP30 KCP40 KCK05 KCK15 KCK20 KCM15 KCM25 KCM35 KU10 K313 K68 KCS10 KCU10 KC5010 KC5510 KCU25 KC5025 KC5525 KC5410 KT315 KTP10

v v v

DNMG-FF

DNMG-FN

B52

v v v

www.kennametal.com

ISO Carbide Inserts Kenloc™ Inserts

first choice alternate choice

v v v v v

v v

v v v

v v v v v v v v v v v

L10

Rε

ISO catalogue number DNMG110404FP DNMG110408FP

mm 9,53 9,53

mm 11,63 11,63

mm 0,4 0,8

DNMG150404FP DNMG150408FP

12,70 12,70

15,50 15,50

0,4 0,8

DNMG150412FP DNMG150604FP

12,70 12,70

15,50 15,50

1,2 0,4

DNMG150608FP DNMG150612FP

12,70 12,70

15,50 15,50

0,8 1,2

L10

Rε

ISO catalogue number DNMG110404FW DNMG110408FW

mm 9,53 9,53

mm 11,63 11,63

mm 0,4 0,8

DNMG150404FW DNMG150408FW

12,70 12,70

15,50 15,50

0,4 0,4

DNMG150604FW DNMG150608FW

12,70 12,70

15,50 15,50

0,4 0,4

L10

Rε

ISO catalogue number DNMG110404MN DNMG110408MN

mm 9,53 9,53

mm 11,63 11,63

mm 0,4 0,8

DNMG110412MN DNMG150404MN

9,53 12,70

11,63 15,50

1,2 0,4

DNMG150408MN DNMG150412MN

12,70 12,70

15,50 15,50

0,8 1,2

DNMG150416MN DNMG150604MN

12,70 12,70

15,50 15,50

1,6 0,4

DNMG150608MN DNMG150612MN

12,70 12,70

15,50 15,50

0,8 1,2

DNMG150616MN DNMG190612MN

12,70 15,88

15,50 19,38

1,6 1,2

KCP05 KCP10 KCP25 KCP30 KCP40 KCK05 KCK15 KCK20 KCM15 KCM25 KCM35 KU10 K313 K68 KCS10 KCU10 KC5010 KC5510 KCU25 KC5025 KC5525 KC5410 KT315 KTP10

DNMG-FP

v v

DNMG-FW

DNMG-MN

C2–C71

www.kennametal.com

C72–C109

v v v v v v v v v v v v v v v v v v v v v v

v v v v v v v v v v v v v v

v v

C110–C115

C116–C147

B10–B23

B24–B31

B32–B37

B53

Inserts

P M K N S H

ISO Carbide Inserts

Inserts

Kenloc™ Inserts

first choice alternate choice

P M K N S H

v v v v v

v v

v v v

v v v v v v v v v v v

L10

Rε

ISO catalogue number DNMG110408MP DNMG110412MP

mm 9,53 9,53

mm 11,63 11,63

mm 0,8 1,2

DNMG150404MP DNMG150408MP

12,70 12,70

15,50 15,50

0,4 0,8

DNMG150412MP DNMG150604MP

12,70 12,70

15,50 15,50

1,2 0,4

DNMG150608MP DNMG150612MP

12,70 12,70

15,50 15,50

0,8 1,2

L10

Rε

ISO catalogue number DNMG110408MS DNMG150401MS

mm 9,53 12,70

mm 11,63 15,50

mm 0,8 0,1

DNMG150402MS DNMG150404MS

12,70 12,70

15,50 15,50

0,2 0,4

DNMG150604MS DNMG150608MS

12,70 12,70

15,50 15,50

DNMG150408MS DNMG150412MS

12,70 12,70

DNMG150612MS

KCP05 KCP10 KCP25 KCP30 KCP40 KCK05 KCK15 KCK20 KCM15 KCM25 KCM35 KU10 K313 K68 KCS10 KCU10 KC5010 KC5510 KCU25 KC5025 KC5525 KC5410 KT315 KTP10

DNMG-MP

v v

v v v

v v

v v v

v v

v v v

v v

v v v

v v

DNMG-MS

v v

0,4 0,8

v v

15,50 15,50

0,8 1,2

v v

12,70

15,50

1,2

v v

L10

Rε

ISO catalogue number DNMG150408MW DNMG150412MW

mm 12,70 12,70

mm 15,50 15,50

mm 0,4 1,2

DNMG150608MW DNMG150612MW

12,70 12,70

15,50 15,50

0,4 1,2

DNMG-MW

B54

v v v v v v v v v v v v

www.kennametal.com

ISO Carbide Inserts Kenloc™ Inserts

first choice alternate choice

v v v v v

v v

v v v

v v v v v v v v v v v

DNMG-P L10

Rε

ISO catalogue number DNMG150404P DNMG150408P

mm 12,70 12,70

mm 15,50 15,50

mm 0,4 0,8

DNMG150604P DNMG150608P

12,70 12,70

15,50 15,50

0,4 0,8

L10

Rε

mm 15,88 15,88

mm 19,38 19,38

mm 0,8 1,2

L10

Rε

ISO catalogue number DNMG150408RN DNMG150412RN

mm 12,70 12,70

mm 15,50 15,50

mm 0,8 1,2

DNMG150416RN DNMG150608RN

12,70 12,70

15,50 15,50

1,6 0,8

DNMG150612RN DNMG150616RN

12,70 12,70

15,50 15,50

1,2 1,6

v v v v v

DNMG190608RN DNMG190612RN

15,88 15,88

19,38 19,38

0,8 1,2

v v v

KCP05 KCP10 KCP25 KCP30 KCP40 KCK05 KCK15 KCK20 KCM15 KCM25 KCM35 KU10 K313 K68 KCS10 KCU10 KC5010 KC5510 KCU25 KC5025 KC5525 KC5410 KT315 KTP10

v v v

v v v v v

DNMG-RM

ISO catalogue number DNMG190608RM DNMG190612RM

DNMG-RN

C2–C71

www.kennametal.com

C72–C109

v v v v v v v v v v v v v v

v v v v

v v v

C110–C115

C116–C147

B10–B23

B24–B31

B32–B37

B55

Inserts

P M K N S H

ISO Carbide Inserts

Inserts

Kenloc™ Inserts

first choice alternate choice

P M K N S H

v v v v v

v v

v v v

v v v v v v v v v v v

DNMG-RP L10

Rε

ISO catalogue number DNMG110408RP DNMG110412RP

mm 9,53 9,53

mm 11,63 11,63

mm 0,8 1,2

DNMG150408RP DNMG150412RP

12,70 12,70

15,50 15,50

0,8 1,2

DNMG150416RP DNMG150608RP

12,70 12,70

15,50 15,50

1,6 0,8

DNMG150612RP DNMG150616RP

12,70 12,70

15,50 15,50

1,2 1,6

L10

Rε

ISO catalogue number DNMG110408UN DNMG110412UN

mm 9,53 9,53

mm 11,63 11,63

mm 0,8 1,2

DNMG150408UN DNMG150412UN

12,70 12,70

15,50 15,50

0,8 1,2

v v v

DNMG150416UN DNMG150608UN

12,70 12,70

15,50 15,50

1,6 0,8

v v v

DNMG150612UN DNMG150616UN

12,70 12,70

15,50 15,50

1,2 1,6

L10

Rε

ISO catalogue number DNMG110408UP DNMG110412UP

mm 9,53 9,53

mm 11,63 11,63

mm 0,8 1,2

DNMG150404UP DNMG150408UP

12,70 12,70

15,50 15,50

DNMG150412UP DNMG150604UP

12,70 12,70

DNMG150608UP DNMG150612UP

12,70 12,70

KCP05 KCP10 KCP25 KCP30 KCP40 KCK05 KCK15 KCK20 KCM15 KCM25 KCM35 KU10 K313 K68 KCS10 KCU10 KC5010 KC5510 KCU25 KC5025 KC5525 KC5410 KT315 KTP10

v v

v v v v v v v v v v v v v v v

v v

v v v v

v v v

v v v v v v v v v v v

v v v v v v

v v v v v v v v v v v

v v

v v v

DNMG-UN

v v v v v v v v

v v

v v v v v

DNMG-UP

B56

v v

0,4 0,8

v v

v v v

v v

15,50 15,50

1,2 0,4

v v v

v v

15,50 15,50

0,8 1,2

v v v

v v

v v v

v v

www.kennametal.com

ISO Carbide Inserts Kenloc™ Inserts

first choice alternate choice

v v v v v

v v

v v v

v v v v v v v v v v v v

DNMM-RM L10

Rε

ISO catalogue number DNMM150408RM DNMM150412RM

mm 12,70 12,70

mm 15,50 15,50

mm 0,8 1,2

DNMM150608RM DNMM150612RM

12,70 12,70

15,50 15,50

0,8 1,2

v v v

DNMM150616RM

12,70

15,50

1,6

v v

L10

Rε

ISO catalogue number DNMM150608RP DNMM150612RP

mm 12,70 12,70

mm 15,50 15,50

mm 0,8 1,2

v v

DNMM150616RP

12,70

15,50

1,6

v v

L10

Rε

ISO catalogue number DNMP150404 DNMP150408

mm 12,70 12,70

mm 15,50 15,50

mm 0,4 0,8

v v

DNMP150412

12,70

15,50

1,2

L10

Rε

ISO catalogue number DNMP110408K DNMP150404K

mm 9,53 12,70

mm 11,63 15,50

mm 0,8 0,4

DNMP150408K DNMP150412K

12,70 12,70

15,50 15,50

0,8 1,2

DNMP190608K

15,88

19,38

0,8

KCP05 KCP10 KCP25 KCP30 KCP40 KCK05 KCK15 KCK20 KCM15 KCM25 KCM35 KU10 K313 K68 KCS10 KCU10 KC5010 KC5510 KCU25 KC5025 KC5525 KC5410 KT315 KTP10

v v

v v v v

DNMM-RP

DNMP

v v

DNMP-K

C2–C71

www.kennametal.com

C72–C109

v v

C110–C115

v v

C116–C147

B10–B23

B24–B31

B32–B37

B57

Inserts

P M K N S H

ISO Carbide Inserts

Inserts

Kenloc™ Inserts

first choice alternate choice

P M K N S H

v v v v v

v v

v v v

v v v v v v v v v v v v

DNMS L10

Rε

mm 12,70

mm 15,50

mm 0,8

L10

Rε

mm 19,05

mm —

L10

Rε

ISO catalogue number RNMA090300 RNMA120400

mm 9,53 12,70

mm — —

RNMA150600 RNMA190600

15,88 19,05

— —

RNMA250900

25,40

—

L10

Rε

mm 19,05 25,40

mm — —

L10

Rε

ISO catalogue number RNMG090300RN RNMG120400RN

mm 9,53 12,70

mm — —

RNMG150600RN RNMG190600RN

15,88 19,05

— —

v v v

RNMG250900RN

25,40

—

v v v

ISO catalogue number DNMS150408

KCP05 KCP10 KCP25 KCP30 KCP40 KCK05 KCK15 KCK20 KCM15 KCM25 KCM35 KU10 K313 K68 KCS10 KCU10 KC5010 KC5510 KCU25 KC5025 KC5525 KC5410 KT315 KTP10

RCGX-LF ISO catalogue number RCGX190600ELF

RNMA

v v v v

RNMG ISO catalogue number RNMG190600 RNMG250900

RNMG-RN

B58

v v v v v

v v v

v v

www.kennametal.com

ISO Carbide Inserts Kenloc™ Inserts

first choice alternate choice

v v v v v

v v

v v v

v v v v v v v v v v v v

L10

Rε

mm 12,70

mm —

L10

Rε

mm 9,53 12,70

mm 0,8 0,8

L10

Rε

ISO catalogue number SNGG090308LF SNGG120408LF

mm 9,53 12,70

mm 0,8 0,8

SNGG150612LF

15,88

1,2

L10

Rε

mm 12,70 12,70

mm 0,4 0,8

ISO catalogue number RNMG120400UN

KCP05 KCP10 KCP25 KCP30 KCP40 KCK05 KCK15 KCK20 KCM15 KCM25 KCM35 KU10 K313 K68 KCS10 KCU10 KC5010 KC5510 KCU25 KC5025 KC5525 KC5410 KT315 KTP10

RNMG-UN

v v v

SNGG-FS

ISO catalogue number SNGG090308FS SNGG120408FS

SNGG-LF

v v

SNGP

ISO catalogue number SNGP120404 SNGP120408

C2–C71

www.kennametal.com

C72–C109

C110–C115

C116–C147

B10–B23

v v

B24–B31

B32–B37

B59

Inserts

P M K N S H

ISO Carbide Inserts

Inserts

Kenloc™ Inserts

first choice alternate choice

P M K N S H

v v v v v

v v

v v v

v v v v v v v v v v v v

SNMA L10

Rε

ISO catalogue number SNMA120408 SNMA120412

mm 12,70 12,70

mm 0,8 1,2

SNMA120416 SNMA150612

12,70 15,88

1,6 1,2

v v v

SNMA150616 SNMA190612

15,88 19,05

1,6 1,2

v v v

SNMA190616

19,05

1,6

v v v

L10

Rε

ISO catalogue number SNMG120408 SNMG120412

mm 12,70 12,70

mm 0,8 1,2

SNMG120416B SNMG190612

12,70 19,05

1,6 1,2

SNMG190616B SNMG250924

19,05 25,40

1,6 2,4

L10

Rε

ISO catalogue number SNMG090304FF SNMG090308FF

mm 9,53 9,53

mm 0,4 0,8

SNMG120404FF SNMG120408FF

12,70 12,70

0,4 0,8

L10

Rε

ISO catalogue number SNMG090304FN SNMG090308FN

mm 9,53 9,53

mm 0,4 0,8

SNMG120404FN SNMG120408FN

12,70 12,70

0,4 0,8

SNMG120412FN SNMG120416FN

12,70 12,70

1,2 1,6

KCP05 KCP10 KCP25 KCP30 KCP40 KCK05 KCK15 KCK20 KCM15 KCM25 KCM35 KU10 K313 K68 KCS10 KCU10 KC5010 KC5510 KCU25 KC5025 KC5525 KC5410 KT315 KTP10

v v v

v v v v

SNMG

v v v v v

v v

SNMG-FF

v v

SNMG-FN

B60

v v

v v v

v v

www.kennametal.com

ISO Carbide Inserts Kenloc™ Inserts

first choice alternate choice

v v v v v

v v

v v v

v v v v v v v v v v v

SNMG-FP L10

Rε

ISO catalogue number SNMG120404FP SNMG120408FP

mm 12,70 12,70

mm 0,4 0,8

SNMG120412FP

12,70

1,2

L10

Rε

mm 12,70 12,70

mm 0,8 1,2

L10

Rε

ISO catalogue number SNMG090304MN SNMG090308MN

mm 9,53 9,53

mm 0,4 0,8

SNMG090312MN SNMG120404MN

9,53 12,70

1,2 0,4

v v

SNMG120408MN SNMG120412MN

12,70 12,70

0,8 1,2

v v v v

SNMG120416MN SNMG150612MN

12,70 15,88

1,6 1,2

v v

SNMG150616MN SNMG190612MN

15,88 19,05

1,6 1,2

v v v

SNMG190616MN

19,05

1,6

KCP05 KCP10 KCP25 KCP30 KCP40 KCK05 KCK15 KCK20 KCM15 KCM25 KCM35 KU10 K313 K68 KCS10 KCU10 KC5010 KC5510 KCU25 KC5025 KC5525 KC5410 KT315 KTP10

v v

SNMG-FW

ISO catalogue number SNMG120408FW SNMG120412FW

v v

SNMG-MN

C2–C71

www.kennametal.com

C72–C109

v v v v

v v v

v v v v

v v

C110–C115

C116–C147

B10–B23

B24–B31

B32–B37

B61

Inserts

P M K N S H

ISO Carbide Inserts

Inserts

Kenloc™ Inserts

first choice alternate choice

P M K N S H

v v v v v

v v

v v v

v v v v v v v v v v v

SNMG-MP L10

Rε

ISO catalogue number SNMG120408MP SNMG120412MP

mm 12,70 12,70

mm 0,8 1,2

SNMG120416MP SNMG150608MP

12,70 15,88

1,6 0,8

SNMG150612MP SNMG150616MP

15,88 15,88

1,2 1,6

v v v

v v

SNMG190612MP SNMG190616MP

19,05 19,05

1,2 1,6

v v v

v v

L10

Rε

ISO catalogue number SNMG120408MS SNMG120412MS

mm 12,70 12,70

mm 0,8 1,2

SNMG150608MS SNMG150612MS

15,88 15,88

0,8 1,2

SNMG190612MS

19,05

1,2

L10

Rε

mm 12,70 12,70

mm 0,8 1,2

L10

Rε

mm 12,70 12,70

mm 0,8 1,2

KCP05 KCP10 KCP25 KCP30 KCP40 KCK05 KCK15 KCK20 KCM15 KCM25 KCM35 KU10 K313 K68 KCS10 KCU10 KC5010 KC5510 KCU25 KC5025 KC5525 KC5410 KT315 KTP10

v v v

v v

v v v

v v

v v v v

SNMG-MS

v v

SNMG-MW

ISO catalogue number SNMG120408MW SNMG120412MW

v v v v

SNMG-P

ISO catalogue number SNMG120408P SNMG120412P

B62

v v v v

www.kennametal.com

ISO Carbide Inserts Kenloc™ Inserts

first choice alternate choice

v v v v v

v v

v v v

v v v v v v v v v v v

SNMG-RM L10

Rε

ISO catalogue number SNMG190612RM SNMG190616RM

mm 19,05 19,05

mm 1,2 1,6

SNMG250924RM

25,40

2,4

L10

Rε

ISO catalogue number SNMG090412RN SNMG120408RN

mm 9,53 12,70

mm 1,2 0,8

SNMG120412RN SNMG120416RN

12,70 12,70

1,2 1,6

v v v v

SNMG150608RN SNMG150612RN

15,88 15,88

0,8 1,2

v v

SNMG150616RN SNMG190608RN

15,88 19,05

1,6 0,8

v v v v

SNMG190612RN SNMG190616RN

19,05 19,05

1,2 1,6

v v v v

SNMG190624RN SNMG250924RN

19,05 25,40

2,4 2,4

v v

L10

Rε

ISO catalogue number SNMG120408RP SNMG120412RP

mm 12,70 12,70

mm 0,8 1,2

SNMG120416RP SNMG150612RP

12,70 15,88

1,6 1,2

SNMG150616RP SNMG190612RP

15,88 19,05

1,6 1,2

v v v v v v v

v v v v

v v v v v v

SNMG190616RP

19,05

1,6

v v

v v v v

KCP05 KCP10 KCP25 KCP30 KCP40 KCK05 KCK15 KCK20 KCM15 KCM25 KCM35 KU10 K313 K68 KCS10 KCU10 KC5010 KC5510 KCU25 KC5025 KC5525 KC5410 KT315 KTP10

v v v

SNMG-RN

v v v v v

v v v v

v v

v v v v

SNMG-RP

C2–C71

www.kennametal.com

C72–C109

v v v v v v v v v v v

v v v v

v v v v v v v v v v v

v v v v v v

v v v v

C110–C115

v v v v

v v

v v v

C116–C147

v v

B10–B23

B24–B31

v v

B32–B37

B63

Inserts

P M K N S H

ISO Carbide Inserts

Inserts

Kenloc™ Inserts

first choice alternate choice

P M K N S H

v v v v v

v v

v v v

v v v v v v v v v v v v

SNMG-UN L10

Rε

ISO catalogue number SNMG120408UN SNMG120412UN

mm 12,70 12,70

mm 0,8 1,2

SNMG120416UN SNMG150612UN

12,70 15,88

1,6 1,2

v v v

SNMG150616UN SNMG190612UN

15,88 19,05

1,6 1,2

v v v

SNMG190616UN

19,05

1,6

v v v

L10

Rε

ISO catalogue number SNMG120408UP SNMG120412UP

mm 12,70 12,70

mm 0,8 1,2

SNMG120416UP SNMG150612UP

12,70 15,88

1,6 1,2

v v v

SNMG190612UP

19,05

1,2

v v v

L10

Rε

ISO catalogue number SNMM190612RH SNMM190616RH

mm 19,05 19,05

mm 1,2 1,6

SNMM190624RH SNMM250724RH

19,05 25,40

2,4 2,4

SNMM250732RH SNMM250924RH

25,40 25,40

3,2 2,4

KCP05 KCP10 KCP25 KCP30 KCP40 KCK05 KCK15 KCK20 KCM15 KCM25 KCM35 KU10 K313 K68 KCS10 KCU10 KC5010 KC5510 KCU25 KC5025 KC5525 KC5410 KT315 KTP10

v v v v v v

v v v

SNMG-UP

v v v

v v

SNMM-RH

B64

v v v v v v v v v v v v v v v v v v v v

www.kennametal.com

ISO Carbide Inserts Kenloc™ Inserts

first choice alternate choice

v v v v v

v v

v v v

v v v v v v v v v v v v

SNMM-RM L10

Rε

ISO catalogue number SNMM120408RM SNMM120412RM

mm 12,70 12,70

mm 0,8 1,2

SNMM120416RM SNMM150612RM

12,70 15,88

1,6 1,2

SNMM150616RM SNMM190612RM

15,88 19,05

1,6 1,2

v v v

SNMM190616RM SNMM190624RM

19,05 19,05

1,6 2,4

v v v

SNMM250724RM SNMM250924RM

25,40 25,40

2,4 2,4

v v v

L10

Rε

ISO catalogue number SNMM120408RP SNMM120412RP

mm 12,70 12,70

mm 0,8 1,2

SNMM150612RP SNMM150616RP

15,88 15,88

1,2 1,6

SNMM190612RP SNMM190616RP

19,05 19,05

SNMM190624RP SNMM250724RP

19,05 25,40

SNMM250924RP

KCP05 KCP10 KCP25 KCP30 KCP40 KCK05 KCK15 KCK20 KCM15 KCM25 KCM35 KU10 K313 K68 KCS10 KCU10 KC5010 KC5510 KCU25 KC5025 KC5525 KC5410 KT315 KTP10

v v v v v v v

v v v v

v v

v v v v

SNMM-RP

v v v

v v

1,2 1,6

19,05 25,40

2,4 2,4

25,40

2,4

L10

Rε

ISO catalogue number SNMP120408 SNMP150612

mm 12,70 15,88

mm 0,8 1,2

SNMP190612

19,05

1,2

v v

SNMP

C2–C71

www.kennametal.com

C72–C109

C110–C115

C116–C147

B10–B23

B24–B31

B32–B37

B65

Inserts

P M K N S H

ISO Carbide Inserts

Inserts

Kenloc™ Inserts

first choice alternate choice

P M K N S H

v v v v v

v v

v v v

v v v v v v v v v v v v

SNMP-K L10

Rε

mm 12,70

mm 0,8

L10

Rε

ISO catalogue number SNMS120408 SNMS120412

mm 12,70 12,70

mm 0,8 1,2

SNMS190612

19,05

1,2

L10

Rε

ISO catalogue number TNGG160402FS TNGG160404FS

mm 9,53 9,53

mm 16,50 16,50

mm 0,2 0,4

TNGG160408FS TNGG220408FS

9,53 12,70

16,50 22,00

0,8 0,8

L10

Rε

ISO catalogue number TNGG160402LF TNGG160404LF

mm 9,53 9,53

mm 16,50 16,50

mm 0,2 0,4

v v

TNGG160408LF

9,53

16,50

0,8

v v

ISO catalogue number SNMP120408K

KCP05 KCP10 KCP25 KCP30 KCP40 KCK05 KCK15 KCK20 KCM15 KCM25 KCM35 KU10 K313 K68 KCS10 KCU10 KC5010 KC5510 KCU25 KC5025 KC5525 KC5410 KT315 KTP10

v v

SNMS

v v v

TNGG-FS

v v

TNGG-LF

B66

v v

www.kennametal.com

ISO Carbide Inserts Kenloc™ Inserts

first choice alternate choice

v v v v v

v v

v v v

v v v v v v v v v v v

L10

Rε

ISO catalogue number TNGP160402 TNGP160404

mm 9,53 9,53

mm 16,50 16,50

mm 0,2 0,4

TNGP160408

9,53

16,50

0,8

L10

Rε

ISO catalogue number TNMA160408 TNMA160412

mm 9,53 9,53

mm 16,50 16,50

mm 0,8 1,2

TNMA160416 TNMA220408

9,53 12,70

16,50 22,00

1,6 0,8

TNMA220412 TNMA220416

12,70 12,70

22,00 22,00

TNMA270616

15,88

KCP05 KCP10 KCP25 KCP30 KCP40 KCK05 KCK15 KCK20 KCM15 KCM25 KCM35 KU10 K313 K68 KCS10 KCU10 KC5010 KC5510 KCU25 KC5025 KC5525 KC5410 KT315 KTP10

TNGP

v v

TNMA

v v v

v v v v v v v v

1,2 1,6

v v v

27,50

1,6

v v

L10

Rε

ISO catalogue number TNMG160408B TNMG160412

mm 9,53 9,53

mm 16,50 16,50

mm 0,8 1,2

TNMG220408 TNMG220412

12,70 12,70

22,00 22,00

0,8 1,2

TNMG220416 TNMG330924

12,70 19,05

22,00 33,00

1,6 2,4

v v v

TNMG

C2–C71

www.kennametal.com

C72–C109

C110–C115

v v v v v v

C116–C147

B10–B23

B24–B31

B32–B37

B67

Inserts

P M K N S H

ISO Carbide Inserts

Inserts

Kenloc™ Inserts

first choice alternate choice

P M K N S H

v v v v v

v v

v v v

v v v v v v v v v v v

L10

Rε

mm 12,70 12,70

mm 22,00 22,00

mm 0,8 1,2

L10

Rε

ISO catalogue number TNMG110304FF TNMG110308FF

mm 6,35 6,35

mm 11,00 11,00

mm 0,4 0,8

TNMG160404FF TNMG160408FF

9,53 9,53

16,50 16,50

0,4 0,8

L10

Rε

ISO catalogue number TNMG110304FN TNMG110308FN

mm 6,35 6,35

mm 11,00 11,00

mm 0,4 0,8

TNMG160404FN TNMG160408FN

9,53 9,53

16,50 16,50

0,4 0,8

TNMG160412FN TNMG220404FN

9,53 12,70

16,50 22,00

TNMG220408FN TNMG220412FN

12,70 12,70

ISO catalogue number TNMG220408CT TNMG220412CT

KCP05 KCP10 KCP25 KCP30 KCP40 KCK05 KCK15 KCK20 KCM15 KCM25 KCM35 KU10 K313 K68 KCS10 KCU10 KC5010 KC5510 KCU25 KC5025 KC5525 KC5410 KT315 KTP10

TNMG-CT

v v

TNMG-FF

v v v v v

v v

TNMG-FN

v v

v v v

1,2 0,4

v v v

v v

22,00 22,00

0,8 1,2

v v v

L10

Rε

ISO catalogue number TNMG160404FP TNMG160408FP

mm 9,53 9,53

mm 16,50 16,50

mm 0,4 0,8

TNMG160412FP TNMG220404FP

9,53 12,70

16,50 22,00

TNMG220408FP

12,70

22,00

v v

TNMG-FP

B68

v v

1,2 0,4

v v

0,8

v v

www.kennametal.com

ISO Carbide Inserts Kenloc™ Inserts

first choice alternate choice

v v v v v

v v

v v v

v v v v v v v v v v v

TNMG-FW L10

Rε

ISO catalogue number TNMG160404FW TNMG160408FW

mm 9,53 9,53

mm 16,50 16,50

mm 0,2 0,4

TNMG160412FW

9,53

16,50

1,2

L10

Rε

ISO catalogue number TNMG160404MN TNMG160408MN

mm 9,53 9,53

mm 16,50 16,50

mm 0,4 0,8

TNMG160412MN TNMG220404MN

9,53 12,70

16,50 22,00

1,2 0,4

v v v v v

TNMG220408MN TNMG220412MN

12,70 12,70

22,00 22,00

0,8 1,2

v v v v

TNMG220416MN

12,70

22,00

1,6

L10

Rε

ISO catalogue number TNMG160404MP TNMG160408MP

mm 9,53 9,53

mm 16,50 16,50

mm 0,4 0,8

TNMG160412MP TNMG220408MP

9,53 12,70

16,50 22,00

TNMG220412MP TNMG220416MP

12,70 12,70

22,00 22,00

KCP05 KCP10 KCP25 KCP30 KCP40 KCK05 KCK15 KCK20 KCM15 KCM25 KCM35 KU10 K313 K68 KCS10 KCU10 KC5010 KC5510 KCU25 KC5025 KC5525 KC5410 KT315 KTP10

v v

TNMG-MN

v v v v v v v v

v v v

v v v v v

TNMG-MP

C2–C71

www.kennametal.com

C72–C109

v v v

v v

v v v

v v

1,2 0,8

v v

1,2 1,6

v v

C110–C115

C116–C147

B10–B23

B24–B31

B32–B37

B69

Inserts

P M K N S H

ISO Carbide Inserts

Inserts

Kenloc™ Inserts

first choice alternate choice

P M K N S H

v v v v v

v v

v v v

v v v v v v v v v v v

TNMG-MS L10

Rε

ISO catalogue number TNMG160402MS TNMG160404MS

mm 9,53 9,53

mm 16,50 16,50

mm 0,2 0,4

TNMG160408MS TNMG220404MS

9,53 12,70

16,50 22,00

0,8 0,4

TNMG220408MS TNMG220412MS

12,70 12,70

22,00 22,00

0,8 1,2

TNMG270608MS TNMG270616MS

15,88 15,88

27,50 27,50

0,8 1,6

L10

Rε

mm 9,53 9,53

mm 16,50 16,50

mm 0,8 1,2

L10

Rε

ISO catalogue number TNMG160404P TNMG160408P

mm 9,53 9,53

mm 16,50 16,50

mm 0,4 0,8

TNMG220404P TNMG220408P

12,70 12,70

22,00 22,00

0,4 0,8

v v

TNMG220412P

12,70

22,00

1,2

v v

L10

Rε

mm 19,05

mm 32,99

mm 2,4

KCP05 KCP10 KCP25 KCP30 KCP40 KCK05 KCK15 KCK20 KCM15 KCM25 KCM35 KU10 K313 K68 KCS10 KCU10 KC5010 KC5510 KCU25 KC5025 KC5525 KC5410 KT315 KTP10

v v

TNMG-MW

ISO catalogue number TNMG160408MW TNMG160412MW

v v v v v v

TNMG-P

v v v

v v

v v v

TNMG-RM

ISO catalogue number TNMG330924RM

B70

v v

www.kennametal.com

ISO Carbide Inserts Kenloc™ Inserts

first choice alternate choice

v v v v v

v v

v v v

v v v v v v v v v v v v

TNMG-RN L10

Rε

ISO catalogue number TNMG160408RN TNMG160412RN

mm 9,53 9,53

mm 16,50 16,50

mm 0,8 1,2

TNMG220408RN TNMG220412RN

12,70 12,70

22,00 22,00

0,8 1,2

v v v v

TNMG220416RN TNMG270608RN

12,70 15,88

22,00 27,50

1,6 0,8

v v

TNMG270612RN TNMG270616RN

15,88 15,88

27,50 27,50

1,2 1,6

v v v v

TNMG330924RN

19,05

33,00

2,4

v v v v

L10

Rε

ISO catalogue number TNMG160408RP TNMG160412RP

mm 9,53 9,53

mm 16,50 16,50

mm 0,8 1,2

TNMG160416RP TNMG220408RP

9,53 12,70

16,50 22,00

TNMG220412RP TNMG220416RP

12,70 12,70

TNMG220432RP TNMG270612RP TNMG270616RP TNMG330924RP

KCP05 KCP10 KCP25 KCP30 KCP40 KCK05 KCK15 KCK20 KCM15 KCM25 KCM35 KU10 K313 K68 KCS10 KCU10 KC5010 KC5510 KCU25 KC5025 KC5525 KC5410 KT315 KTP10

v v v v v v

v v v v

v v v

TNMG-RP

v v v v

v v v v v

v v v v

v v v

v v

1,6 0,8

v v v v

22,00 22,00

1,2 1,6

v v v v

v v

12,70 15,88

22,00 27,50

3,2 1,2

v v

15,88 19,05

27,50 33,00

1,6 2,4

L10

Rε

ISO catalogue number TNMG160408UN TNMG160412UN

mm 9,53 9,53

mm 16,50 16,50

mm 0,8 1,2

TNMG160416UN TNMG220408UN

9,53 12,70

16,50 22,00

1,6 0,8

v v v

TNMG220412UN TNMG220416UN

12,70 12,70

22,00 22,00

1,2 1,6

v v v

v v

v v v v

TNMG-UN

C2–C71

www.kennametal.com

C72–C109

C110–C115

v v v v v v

v v v

v v

C116–C147

B10–B23

B24–B31

B32–B37

B71

Inserts

P M K N S H

ISO Carbide Inserts

Inserts

Kenloc™ Inserts

first choice alternate choice

P M K N S H

v v v v v

v v

v v v

v v v v v v v v v v v v

L10

Rε

ISO catalogue number TNMG160404UP TNMG160408UP

mm 9,53 9,53

mm 16,50 16,50

mm 0,4 0,8

TNMG160412UP TNMG220408UP

9,53 12,70

16,50 22,00

TNMG220412UP

12,70

KCP05 KCP10 KCP25 KCP30 KCP40 KCK05 KCK15 KCK20 KCM15 KCM25 KCM35 KU10 K313 K68 KCS10 KCU10 KC5010 KC5510 KCU25 KC5025 KC5525 KC5410 KT315 KTP10

TNMG-UP

v v

1,2 0,8

v v

v v v

22,00

1,2

v v v

L10

Rε

ISO catalogue number TNMM160408RM TNMM160412RM

mm 9,53 9,53

mm 16,50 16,50

mm 0,8 1,2

TNMM220408RM TNMM220412RM

12,70 12,70

22,00 22,00

0,8 1,2

TNMM220416RM TNMM270612RM

12,70 15,88

22,00 27,50

1,6 1,2

TNMM270616RM

15,88

27,50

1,6

L10

Rε

ISO catalogue number TNMM160408RP TNMM160412RP

mm 9,53 9,53

mm 16,50 16,50

mm 0,8 1,2

TNMM220408RP TNMM220412RP

12,70 12,70

22,00 22,00

0,8 1,2

v v

v v v

TNMM220416RP TNMM270616RP

12,70 15,88

22,00 27,50

1,6 1,6

v v

TNMM-RM

v v v v v v v v v v v v v v

TNMM-RP

B72

v v v

www.kennametal.com

ISO Carbide Inserts Kenloc™ Inserts

first choice alternate choice

v v v v v

v v

v v v

v v v v v v v v v v v v

TNMP L10

Rε

ISO catalogue number TNMP160404 TNMP160408

mm 9,53 9,53

mm 16,50 16,50

mm 0,4 0,8

TNMP160416 TNMP220404

9,53 12,70

16,50 22,00

1,6 0,4

TNMP220408 TNMP220412

12,70 12,70

22,00 22,00

0,8 1,2

v v

TNMP220416 TNMP220424

12,70 12,70

22,00 22,00

1,6 2,4

L10

Rε

ISO catalogue number TNMP160404K TNMP160408K

mm 9,53 9,53

mm 16,50 16,50

mm 0,4 0,8

v v

TNMP220408K

12,70

22,00

0,8

L10

Rε

ISO catalogue number TNMS160404 TNMS160408

mm 9,53 9,53

mm 16,50 16,50

mm 0,4 0,8

TNMS220404 TNMS220408

12,70 12,70

22,00 22,00

TNMS220412 TNMS270608

12,70 15,88

22,00 27,50

KCP05 KCP10 KCP25 KCP30 KCP40 KCK05 KCK15 KCK20 KCM15 KCM25 KCM35 KU10 K313 K68 KCS10 KCU10 KC5010 KC5510 KCU25 KC5025 KC5525 KC5410 KT315 KTP10

v v v v

v v

TNMP-K

TNMS

C2–C71

www.kennametal.com

C72–C109

0,4 0,8

1,2 0,8

C110–C115

C116–C147

B10–B23

B24–B31

B32–B37

B73

Inserts

P M K N S H

ISO Carbide Inserts

Inserts

Kenloc™ Inserts

first choice alternate choice

P M K N S H

v v v v v

v v

v v v

v v v v v v v v v v v

VNGG-FS D

L10

Rε

ISO catalogue number VNGG160401FS VNGG160402FS

mm 9,53 9,53

mm 16,61 16,61

mm 0,1 0,2

VNGG160404FS VNGG160408FS

9,53 9,53

16,61 16,61

0,4 0,8

VNGG160412FS

9,53

16,61

1,2

L10

Rε

ISO catalogue number VNGG160402LF VNGG160404LF

mm 9,53 9,53

mm 16,61 16,61

mm 0,2 0,4

VNGG160408LF VNGG220408LF

9,53 12,70

16,61 22,14

0,8 0,8

L10

Rε

ISO catalogue number VNGP160401 VNGP160402

mm 9,53 9,53

mm 16,61 16,61

mm 0,1 0,2

VNGP220404 VNGP220408

12,70 12,70

22,14 22,14

0,4 0,8

v v

VNGP220412

12,70

22,14

1,2

v v

VNGG-LF

v v

v v v v

VNGP

B74

v v

v v v v

www.kennametal.com

ISO Carbide Inserts Kenloc™ Inserts

first choice alternate choice

v v v v v

v v

v v v

v v v v v v v v v v v v

L10

Rε

mm 9,53 9,53

mm 16,61 16,61

mm 0,4 0,8

L10

Rε

mm 9,53

mm 16,61

mm 0,8

L10

Rε

ISO catalogue number VNMG160408 VNMG160412

mm 9,53 9,53

mm 16,61 16,61

mm 0,8 1,2

VNMG220408 VNMG220412

12,70 12,70

22,14 22,14

0,8 1,2

L10

Rε

mm 9,53 9,53

mm 16,61 16,61

mm 0,4 0,8

ISO catalogue number VNGP160404K VNGP160408K

KCP05 KCP10 KCP25 KCP30 KCP40 KCK05 KCK15 KCK20 KCM15 KCM25 KCM35 KU10 K313 K68 KCS10 KCU10 KC5010 KC5510 KCU25 KC5025 KC5525 KC5410 KT315 KTP10

VNGP-K

v v

VNMA

ISO catalogue number VNMA160408

v v v

VNMG

v v v v

VNMG-FF

ISO catalogue number VNMG160404FF VNMG160408FF

C2–C71

www.kennametal.com

C72–C109

v v

C110–C115

C116–C147

B10–B23

B24–B31

B32–B37

B75

Inserts

P M K N S H

ISO Carbide Inserts

Inserts

Kenloc™ Inserts

first choice alternate choice

P M K N S H

v v v v v

v v

v v v

v v v v v v v v v v v v

VNMG-FN L10

Rε

mm 9,53 9,53

mm 16,61 16,61

mm 0,4 0,8

L10

Rε

mm 9,53 9,53

mm 16,61 16,61

mm 0,4 0,8

L10

Rε

ISO catalogue number VNMG160404MN VNMG160408MN

mm 9,53 9,53

mm 16,61 16,61

mm 0,4 0,8

v v v v

VNMG160412MN

9,53

16,61

1,2

v v v

L10

Rε

ISO catalogue number VNMG160404MP VNMG160408MP

mm 9,53 9,53

mm 16,61 16,61

VNMG160412MP

9,53

16,61

ISO catalogue number VNMG160404FN VNMG160408FN

KCP05 KCP10 KCP25 KCP30 KCP40 KCK05 KCK15 KCK20 KCM15 KCM25 KCM35 KU10 K313 K68 KCS10 KCU10 KC5010 KC5510 KCU25 KC5025 KC5525 KC5410 KT315 KTP10

v v v

VNMG-FP

ISO catalogue number VNMG160404FP VNMG160408FP

v v

mm 0,4 0,8

v v v

v v

v v v

v v

1,2

v v

VNMG-MN

v v v v

VNMG-MP

B76

www.kennametal.com

ISO Carbide Inserts Kenloc™ Inserts

first choice alternate choice

v v v v v

v v

v v v

v v v v v v v v v v v

L10

Rε

ISO catalogue number VNMG160401MS VNMG160402MS

mm 9,53 9,53

mm 16,61 16,61

mm 0,1 0,2

VNMG160404MS VNMG160408MS

9,53 9,53

16,61 16,61

0,4 0,8

VNMG220404MS VNMG220408MS

12,70 12,70

22,14 22,14

0,4 0,8

L10

Rε

mm 9,53 9,53

mm 16,61 16,61

mm 0,4 0,8

L10

Rε

ISO catalogue number VNMG160408RN VNMG160412RN

mm 9,53 9,53

mm 16,61 16,61

mm 0,8 1,2

VNMG220408RN VNMG220412RN

12,70 12,70

22,14 22,14

0,8 1,2

L10

Rε

mm 9,53 9,53

mm 16,61 16,61

mm 0,8 1,2

KCP05 KCP10 KCP25 KCP30 KCP40 KCK05 KCK15 KCK20 KCM15 KCM25 KCM35 KU10 K313 K68 KCS10 KCU10 KC5010 KC5510 KCU25 KC5025 KC5525 KC5410 KT315 KTP10

VNMG-MS

v v

VNMG-P

ISO catalogue number VNMG160404P VNMG160408P

v v

VNMG-RN

v v v v v v v v v v v

VNMG-RP

ISO catalogue number VNMG160408RP VNMG160412RP

C2–C71

www.kennametal.com

C72–C109

v v

v v v

v v v v

v v

v v v v v

v v v v

C110–C115

C116–C147

B10–B23

B24–B31

B32–B37

B77

Inserts

P M K N S H

ISO Carbide Inserts

Inserts

Kenloc™ Inserts

first choice alternate choice

P M K N S H

v v v v v

v v

v v v

v v v v v v v v v v v v

VNMG-UN L10

Rε

mm 9,53 9,53

mm 16,61 16,61

mm 0,4 0,8

L10

Rε

ISO catalogue number VNMG160404UP VNMG160408UP

mm 9,53 9,53

mm 16,61 16,61

mm 0,4 0,8

v v

VNMG160412UP

9,53

16,61

1,2

v v

L10

Rε

mm 9,53 9,53

mm 16,61 16,61

mm 0,4 0,8

L10

Rε

mm 9,53 9,53

mm 16,61 16,61

mm 0,4 0,8

L10

Rε

mm 9,53 9,53

mm 16,61 16,61

mm 0,4 0,8

ISO catalogue number VNMG160404UN VNMG160408UN

KCP05 KCP10 KCP25 KCP30 KCP40 KCK05 KCK15 KCK20 KCM15 KCM25 KCM35 KU10 K313 K68 KCS10 KCU10 KC5010 KC5510 KCU25 KC5025 KC5525 KC5410 KT315 KTP10

v v v v v v

VNMG-UP

VNMP

ISO catalogue number VNMP160404 VNMP160408

v v v v

VNMP-K

ISO catalogue number VNMP160404K VNMP160408K

v v

VNMS

ISO catalogue number VNMS160404 VNMS160408

B78

www.kennametal.com

ISO Carbide Inserts Kenloc™ Inserts

first choice alternate choice

v v v v v

v v

v v v

v v v v v v v v v v v

WNGG-FS L10

Rε

mm 12,70 12,70

mm 8,69 8,69

mm 0,4 0,8

L10

Rε

ISO catalogue number WNGG080401LF WNGG080402LF

mm 12,70 12,70

mm 8,69 8,69

mm 0,1 0,2

WNGG080404LF WNGG080408LF

12,70 12,70

8,69 8,69

0,4 0,8

L10

Rε

mm 12,70

mm 8,69

mm 0,8

L10

Rε

ISO catalogue number WNMA060408 WNMA060412

mm 9,53 9,53

mm 6,52 6,52

mm 0,8 1,2

WNMA080408 WNMA080412

12,70 12,70

8,69 8,69

0,8 1,2

v v v

WNMA080416

12,70

8,69

1,6

v v v

ISO catalogue number WNGG080404FS WNGG080408FS

KCP05 KCP10 KCP25 KCP30 KCP40 KCK05 KCK15 KCK20 KCM15 KCM25 KCM35 KU10 K313 K68 KCS10 KCU10 KC5010 KC5510 KCU25 KC5025 KC5525 KC5410 KT315 KTP10

WNGG-LF

v v v v v v v v

WNGP-K

ISO catalogue number WNGP080408K

WNMA

C2–C71

www.kennametal.com

C72–C109

C110–C115

v v v v v

v v v

C116–C147

B10–B23

B24–B31

B32–B37

B79

Inserts

P M K N S H

ISO Carbide Inserts

Inserts

Kenloc™ Inserts

first choice alternate choice

P M K N S H

v v v v v

v v

v v v

v v v v v v v v v v v

L10

Rε

ISO catalogue number WNMG060404FF WNMG060408FF

mm 9,53 9,53

mm 6,52 6,52

mm 0,4 0,8

WNMG080404FF WNMG080408FF

12,70 12,70

8,69 8,69

0,4 0,8

L10

Rε

ISO catalogue number WNMG060404FN WNMG060408FN

mm 9,53 9,53

mm 6,52 6,52

mm 0,4 0,8

WNMG080404FN WNMG080408FN

12,70 12,70

8,69 8,69

0,4 0,8

WNMG080412FN

12,70

8,69

1,2

L10

Rε

ISO catalogue number WNMG060404FP WNMG060408FP

mm 9,53 9,53

mm 6,52 6,52

mm 0,4 0,8

WNMG080404FP WNMG080408FP

12,70 12,70

8,69 8,69

0,4 0,8

WNMG080412FP

12,70

8,69

1,2

L10

Rε

ISO catalogue number WNMG060404FW WNMG060408FW

mm 9,53 9,53

mm 6,52 6,52

mm 0,4 0,8

WNMG060412FW WNMG080404FW

9,53 12,70

6,52 8,69

WNMG080408FW WNMG080412FW

12,70 12,70

8,69 8,69

KCP05 KCP10 KCP25 KCP30 KCP40 KCK05 KCK15 KCK20 KCM15 KCM25 KCM35 KU10 K313 K68 KCS10 KCU10 KC5010 KC5510 KCU25 KC5025 KC5525 KC5410 KT315 KTP10

WNMG-FF

v v

WNMG-FN

v v

v v v

v v

WNMG-FP

v v

WNMG-FW

B80

v v

1,2 0,4

v v

0,8 1,2

v v

www.kennametal.com

ISO Carbide Inserts Kenloc™ Inserts

first choice alternate choice

v v v v v

v v

v v v

v v v v v v v v v v v v

WNMG-MN L10

Rε

ISO catalogue number WNMG060404MN WNMG060408MN

mm 9,53 9,53

mm 6,52 6,52

mm 0,4 0,8

WNMG060412MN WNMG080408MN

9,53 12,70

6,52 8,69

1,2 0,8

WNMG080412MN WNMG080416MN

12,70 12,70

8,69 8,69

1,2 1,6

L10

Rε

ISO catalogue number WNMG060404MP WNMG060408MP

mm 9,53 9,53

mm 6,52 6,52

mm 0,4 0,8

WNMG060412MP WNMG080408MP

9,53 12,70

6,52 8,69

1,2 0,8

v v

v v v

v v

WNMG080412MP

12,70

8,69

1,2

v v v

v v

L10

Rε

ISO catalogue number WNMG060408MS WNMG080401MS

mm 9,53 12,70

mm 6,52 8,69

mm 0,8 0,1

WNMG080402MS WNMG080404MS

12,70 12,70

8,69 8,69

0,2 0,4

v v

WNMG080408MS

12,70

8,69

0,8

v v

KCP05 KCP10 KCP25 KCP30 KCP40 KCK05 KCK15 KCK20 KCM15 KCM25 KCM35 KU10 K313 K68 KCS10 KCU10 KC5010 KC5510 KCU25 KC5025 KC5525 KC5410 KT315 KTP10

v v v v v v v v v v v v v v v

WNMG-MP

v v

v v v

v v

WNMG-MS

C2–C71

www.kennametal.com

C72–C109

C110–C115

C116–C147

B10–B23

v v

B24–B31

B32–B37

B81

Inserts

P M K N S H

ISO Carbide Inserts

Inserts

Kenloc™ Inserts

first choice alternate choice

P M K N S H

v v v v v

v v

v v v

v v v v v v v v v v v v

WNMG-MW L10

Rε

ISO catalogue number WNMG060408MW WNMG060412MW

mm 9,53 9,53

mm 6,52 6,52

mm 0,8 1,2

WNMG080408MW WNMG080412MW

12,70 12,70

8,69 8,69

0,8 1,2

L10

Rε

mm 12,70 12,70

mm 8,69 8,69

mm 0,4 0,8

L10

Rε

ISO catalogue number WNMG060408RN WNMG060412RN

mm 9,53 9,53

mm 6,52 6,52

mm 0,8 1,2

WNMG080408RN WNMG080412RN

12,70 12,70

8,69 8,69

0,8 1,2

v v v v v

WNMG080416RN

12,70

8,69

1,6

v v v

KCP05 KCP10 KCP25 KCP30 KCP40 KCK05 KCK15 KCK20 KCM15 KCM25 KCM35 KU10 K313 K68 KCS10 KCU10 KC5010 KC5510 KCU25 KC5025 KC5525 KC5410 KT315 KTP10

v v v v v v v v v v v

WNMG-P

ISO catalogue number WNMG080404P WNMG080408P

v v v v

WNMG-RN

B82

v v v v

v v v v v

www.kennametal.com

ISO Carbide Inserts Kenloc™ Inserts

first choice alternate choice

v v v v v

v v

v v v

v v v v v v v v v v v

WNMG-RP L10

Rε

ISO catalogue number WNMG060408RP WNMG060412RP

mm 9,53 9,53

mm 6,52 6,52

mm 0,8 1,2

WNMG080408RP WNMG080412RP

12,70 12,70

8,69 8,69

0,8 1,2

WNMG080416RP

12,70

8,69

1,6

L10

Rε

ISO catalogue number WNMG060404UN WNMG060408UN

mm 9,53 9,53

mm 6,52 6,52

mm 0,4 0,8

WNMG060412UN WNMG080404UN

9,53 12,70

6,52 8,69

1,2 0,4

v v v

WNMG080408UN WNMG080412UN

12,70 12,70

8,69 8,69

0,8 1,2

v v v

WNMG080416UN

12,70

8,69

1,6

v v

L10

Rε

ISO catalogue number WNMG060408UP WNMG080408UP

mm 9,53 12,70

mm 6,52 8,69

mm 0,8 0,8

v v v v v

v v

WNMG080412UP

12,70

8,69

1,2

v v v

v v

KCP05 KCP10 KCP25 KCP30 KCP40 KCK05 KCK15 KCK20 KCM15 KCM25 KCM35 KU10 K313 K68 KCS10 KCU10 KC5010 KC5510 KCU25 KC5025 KC5525 KC5410 KT315 KTP10

v v

v v v

v v

v v v v

v v v v v v v v v v v

v v v v

v v v v v v v v v v v

v v v v

v v

WNMG-UN

v v v v v v

v v v

MG-UP

C2–C71

www.kennametal.com

C72–C109

C110–C115

C116–C147

B10–B23

B24–B31

B32–B37

B83

Inserts

P M K N S H

ISO Carbide Inserts

Inserts

Kendex™ Positive Inserts

first choice alternate choice

P M K N S H

v v v v v

v v

v v v

v v v v v v v v v v v

L10

Rε

mm 12,70 12,70

mm 12,90 12,90

mm 0,4 0,8

L10

Rε

ISO catalogue number RCGV060400 RCGV090700

mm 6,35 9,53

mm — —

RCGV120700

12,70

ISO catalogue number CPGN120304 CPGN120308

KCP05 KCP10 KCP25 KCP30 KCP40 KCK05 KCK15 KCK20 KCM15 KCM25 KCM35 KU10 K313 K68 KCS10 KCU10 KC5010 KC5510 KCU25 KC5025 KC5525 KC5410 KT315 KTP10

CPGN

v v

mm — —

v v

—

v v

L10

Rε

ISO catalogue number RCGX060400MP RCGX090700MP

mm 6,35 9,53

mm — —

RCGX120700MP

12,70

—

RCGV

RCGV-MP

B84

www.kennametal.com

ISO Carbide Inserts Kendex™ Positive Inserts

first choice alternate choice

v v v v v

v v

v v v

v v v v v v v v v v v v

RPGN L10

Rε

mm 12,70

mm —

L10

Rε

mm 6,35 9,53

mm — —

12,70

—

L10

Rε

ISO catalogue number RPGX060400MP RPGX090700MP

mm 6,35 9,53

mm — —

RPGV120700MP

12,70

—

L10

Rε

ISO catalogue number SPGN090304 SPGN090308

mm 9,53 9,53

mm 0,4 0,8

SPGN090312 SPGN120304

9,53 12,70

1,2 0,4

SPGN120308 SPGN120312

12,70 12,70

SPGN120316 SPGN120412

12,70 12,70

SPGN190408 SPGN190412 SPGN190416

ISO catalogue number RPGN120300

KCP05 KCP10 KCP25 KCP30 KCP40 KCK05 KCK15 KCK20 KCM15 KCM25 KCM35 KU10 K313 K68 KCS10 KCU10 KC5010 KC5510 KCU25 KC5025 KC5525 KC5410 KT315 KTP10

RPGV ISO catalogue number RPGV060400 RPGV090700

RPGV120700

v v

v v v

RPGV-MP

v v

SPGN

C2–C71

www.kennametal.com

v v

0,8 1,2

v v

12,70 12,70

1,6 1,2

v v

19,05 19,05

0,8 1,2

v v v

19,05

1,6

C72–C109

C110–C115

C116–C147

B10–B23

v v

B24–B31

B32–B37

B85

Inserts

P M K N S H

ISO Carbide Inserts

Inserts

Kendex™ Positive Inserts

first choice alternate choice

P M K N S H

v v v v v

v v

v v v

v v v v v v v v v v v

L10

Rε

mm 9,53 12,70

mm 0,8 0,8

L10

Rε

ISO catalogue number SPUN120304 SPUN120308

mm 12,70 12,70

mm 0,4 0,8

SPUN120312 SPUN190412

12,70 19,05

1,2 1,2

L10

Rε

ISO catalogue number TPGN060104 TPGN110304

mm 3,97 6,35

mm 6,88 11,00

mm 0,4 0,4

TPGN110308 TPGN160302

6,35 9,53

11,00 16,50

TPGN160304 TPGN160308

9,53 9,53

TPGN160312 TPGN160316

ISO catalogue number SPGR090308K SPGR120308K

KCP05 KCP10 KCP25 KCP30 KCP40 KCK05 KCK15 KCK20 KCM15 KCM25 KCM35 KU10 K313 K68 KCS10 KCU10 KC5010 KC5510 KCU25 KC5025 KC5525 KC5410 KT315 KTP10

SPGR–K

v v v

SPUN

v v v v

TPGN

B86

v v v

v v

0,8 0,2

v v

16,50 16,50

0,4 0,8

v v

9,53 9,53

16,50 16,50

1,2 1,6

v v

TPGN220404 TPGN220408

12,70 12,70

22,00 22,00

0,4 0,8

v v

TPGN220412 TPGN220416

12,70 12,70

22,00 22,00

1,2 1,6

v v

TPGN220432

12,70

22,00

3,2

www.kennametal.com

ISO Carbide Inserts Kendex™ Positive Inserts

first choice alternate choice

v v v v v

v v

v v v

v v v v v v v v v v v

TPGR–K L10

Rε

ISO catalogue number TPGR110304K TPGR110308K

mm 6,35 6,35

mm 11,00 11,00

mm 0,4 0,8

TPGR160304K TPGR160308K

9,53 9,53

16,50 16,50

0,4 0,8

TPGR220404K TPGR220408K

12,70 12,70

22,00 22,00

0,4 0,8

L10

Rε

ISO catalogue number TPUN110304 TPUN110308

mm 6,35 6,35

mm 11,00 11,00

mm 0,4 0,8

TPUN160304 TPUN160308

9,53 9,53

16,50 16,50

0,4 0,8

TPUN220408 TPUN220412

12,70 12,70

22,00 22,00

0,8 1,2

KCP05 KCP10 KCP25 KCP30 KCP40 KCK05 KCK15 KCK20 KCM15 KCM25 KCM35 KU10 K313 K68 KCS10 KCU10 KC5010 KC5510 KCU25 KC5025 KC5525 KC5410 KT315 KTP10

v v v v v v v v v v v v

TPUN

C2–C71

www.kennametal.com

C72–C109

C110–C115

v v

C116–C147

B10–B23

B24–B31

B32–B37

B87

Inserts

P M K N S H

ISO Carbide Inserts

Inserts

Screw-On Inserts

first choice alternate choice

P M K N S H

v v v v v

v v

v v v

v v v v v v v v v v v

CCGT-HP L10

Rε

ISO catalogue number CCGT060202HP CCGT060204HP

mm 6,35 6,35

mm 6,45 6,45

mm 0,2 0,4

CCGT060208HP CCGT09T302HP

6,35 9,53

6,45 9,67

0,8 0,2

CCGT09T304HP CCGT09T308HP

9,53 9,53

9,67 9,67

0,4 0,8

CCGT09T316HP CCGT120401HP

9,53 12,70

9,67 12,90

1,6 0,1

CCGT120402HP CCGT120404HP

12,70 12,70

12,90 12,90

0,2 0,4

v v

CCGT120408HP

12,70

12,90

0,8

v v

L10

Rε

ISO catalogue number CCGT0602X0LF CCGT060201LF

mm 6,35 6,35

mm 6,45 6,45

mm 0,0 0,1

v v

CCGT060202LF CCGT060204LF

6,35 6,35

6,45 6,45

0,2 0,4

v v

CCGT060208LF CCGT09T3X0LF

6,35 9,53

6,45 9,67

0,8 0,0

CCGT09T301LF CCGT09T302LF

9,53 9,53

9,67 9,67

0,1 0,2

CCGT09T304LF CCGT09T308LF

9,53 9,53

9,67 9,67

0,4 0,8

L10

Rε

ISO catalogue number CCMT06020411 CCMT09T30411

mm 6,35 9,53

mm 6,45 9,67

mm 0,4 0,4

CCMT09T30811 CCMT12040411

9,53 12,70

9,67 12,90

0,8 0,4

CCMT12040811

12,70

12,90

0,8

KCP05 KCP10 KCP25 KCP30 KCP40 KCK05 KCK15 KCK20 KCM15 KCM25 KCM35 KU10 K313 K68 KCS10 KCU10 KC5010 KC5510 KCU25 KC5025 KC5525 KC5410 KT315 KTP10

v v

CCGT-LF

v v

CCMT-11

B88

v v

www.kennametal.com

ISO Carbide Inserts Screw-On Inserts

first choice alternate choice

v v v v v

v v

v v v

v v v v v v v v v v v v

L10

Rε

ISO catalogue number CCMT060202FP CCMT060204FP

mm 6,35 6,35

mm 6,45 6,45

mm 0,2 0,4

CCMT060208FP CCMT09T302FP

6,35 9,53

6,45 9,67

CCMT09T304FP CCMT09T308FP

9,53 9,53

CCMT120404FP CCMT120408FP CCMT120412FP

KCP05 KCP10 KCP25 KCP30 KCP40 KCK05 KCK15 KCK20 KCM15 KCM25 KCM35 KU10 K313 K68 KCS10 KCU10 KC5010 KC5510 KCU25 KC5025 KC5525 KC5410 KT315 KTP10

CCMT-FP

v v

v v v

0,8 0,2

v v v

9,67 9,67

0,4 0,8

v v v

12,70 12,70

12,90 12,90

0,4 0,8

v v v

12,70

12,90

1,2

v v v

L10

Rε

ISO catalogue number CCMT060202FW CCMT060204FW

mm 6,35 6,35

mm 6,45 6,45

mm 0,2 0,4

v v

CCMT060208FW CCMT09T304FW

6,35 9,53

6,45 9,67

0,8 0,4

v v

CCMT09T308FW

9,53

9,67

0,8

v v

L10

Rε

ISO catalogue number CCMT060202LF CCMT060204LF

mm 6,35 6,35

mm 6,45 6,45

mm 0,2 0,4

CCMT060208LF CCMT09T302LF

6,35 9,53

6,45 9,67

CCMT09T304LF CCMT09T308LF

9,53 9,53

CCMT120404LF CCMT120408LF CCMT120412LF

CCMT-FW

CCMT-LF

C2–C71

www.kennametal.com

v v

v v v v v v

v v

v v v v v v

v v

v v v v

v v v v v v

0,8 0,2

v v v v

v v v v v

9,67 9,67

0,4 0,8

v v v v v v v v

12,70 12,70

12,90 12,90

0,4 0,8

v v v v v v v

12,70

12,90

1,2

v v

C72–C109

C110–C115

v v v

v v v v v v v

C116–C147

B10–B23

B24–B31

B32–B37

B89

Inserts

P M K N S H

ISO Carbide Inserts

Inserts

Screw-On Inserts

first choice alternate choice

P M K N S H

v v v v v

v v

v v v

v v v v v v v v v v v v

L10

Rε

ISO catalogue number CCMT060204MF CCMT09T304MF

mm 6,35 9,53

mm 6,45 9,67

mm 0,4 0,4

CCMT09T308MF CCMT09T312MF

9,53 9,53

9,67 9,67

CCMT120408MF CCMT120412MF

12,70 12,70

KCP05 KCP10 KCP25 KCP30 KCP40 KCK05 KCK15 KCK20 KCM15 KCM25 KCM35 KU10 K313 K68 KCS10 KCU10 KC5010 KC5510 KCU25 KC5025 KC5525 KC5410 KT315 KTP10

CCMT-MF

v v v

v v v v v

v v v

v v v v v

0,8 1,2

v v v

v v v v v

v v

12,90 12,90

0,8 1,2

v v v

v v v v v

v v

v v v v

L10

Rε

ISO catalogue number CCMT060204MP CCMT09T304MP

mm 6,35 9,53

mm 6,45 9,67

mm 0,4 0,4

v v

v v v

v v

v v v

CCMT09T308MP CCMT09T312MP

9,53 9,53

9,67 9,67

0,8 1,2

v v

v v v

CCMT120408MP CCMT120412MP

12,70 12,70

12,90 12,90

0,8 1,2

v v

v v v

L10

Rε

ISO catalogue number CCMT09T304MW CCMT09T308MW

mm 9,53 9,53

mm 9,67 9,67

mm 0,40 0,80

v v

CCMT120404MW CCMT120408MW

12,70 12,70

12,90 12,90

0,40 0,80

v v

L10

Rε

ISO catalogue number CCMT060204UF CCMT09T302UF

mm 6,35 9,53

mm 6,45 9,67

mm 0,4 0,2

CCMT09T304UF CCMT09T308UF

9,53 9,53

9,67 9,67

0,4 0,8

CCMT-MP

CCMT-MW

CCMT-UF

B90

v v v

v v

v v v

www.kennametal.com

ISO Carbide Inserts Screw-On Inserts

first choice alternate choice

v v v v v

v v

v v v

v v v v v v v v v v v v

CCMW L10

Rε

ISO catalogue number CCMW060204 CCMW09T304

mm 6,35 9,53

mm 6,45 9,67

mm 0,4 0,4

CCMW09T308 CCMW120408

9,53 12,70

9,67 12,90

0,8 0,8

CCMW120412

12,70

12,90

1,2

KCP05 KCP10 KCP25 KCP30 KCP40 KCK05 KCK15 KCK20 KCM15 KCM25 KCM35 KU10 K313 K68 KCS10 KCU10 KC5010 KC5510 KCU25 KC5025 KC5525 KC5410 KT315 KTP10

v v

Detail of 0,38mm (0,015") insert.

CDG

ISO catalogue number right hand CDG127050R

3,96

0,64

0,51

CDG127064R CDG127076R

3,96 3,96

1,02 1,02

0,64 0,76

v v

CDG127102R

3,96

1,02

v v

L10

Rε

ISO catalogue number CDHBS4T0S0 CDHBS4T0X0

mm 3,97 3,97

mm 4,03 4,03

mm 0,1 0,1

CDHBS4T002 CDHBS4T004

3,97 3,97

4,03 4,03

0,2 0,4

CDHB

C2–C71

www.kennametal.com

C72–C109

C110–C115

v v

C116–C147

B10–B23

B24–B31

B32–B37

B91

Inserts

P M K N S H

ISO Carbide Inserts

Inserts

Screw-On Inserts

first choice alternate choice

P M K N S H

v v v v v

v v

v v v

v v v v v v v v v v v v

ISO catalogue number right hand CDHHS4T002R

L10

Rε

KCP05 KCP10 KCP25 KCP30 KCP40 KCK05 KCK15 KCK20 KCM15 KCM25 KCM35 KU10 K313 K68 KCS10 KCU10 KC5010 KC5510 KCU25 KC5025 KC5525 KC5410 KT315 KTP10

CDHH

3,97

4,03

0,2

v v

CDHHS4T004R left hand

3,97

4,03

0,4

v v

CDHHS4T002L CDHHS4T004L

3,97 3,97

4,03 4,03

0,2 0,4

v v

NOTE: Right-hand insert uses left-hand bars. Left-hand insert uses right-hand bars.

CDT

ISO catalogue number right hand CDT127005R

3,96

0,64

0,05

v v

CPG

ISO catalogue number right hand CPG190150R

6,35

1,65

1,52

left hand CPG190150L

6,35

1,65

1,52

L10

Rε

ISO catalogue number CPGT060202K CPGT060204K

mm 6,35 6,35

mm 6,45 6,45

mm 0,2 0,4

CPGT060208K CPGH09T301

6,35 9,53

6,45 9,67

0,8 0,1

v v

CPGH09T302 CPGH09T304

9,53 9,53

9,67 9,67

0,2 0,4

v v v v

v v

CPGH09T308

9,53

9,67

0,8

v v

CPGH (T)

B92

v v v v

v v

www.kennametal.com

ISO Carbide Inserts Screw-On Inserts

first choice alternate choice

v v v v v

v v

v v v

v v v v v v v v v v v v

L10

Rε

ISO catalogue number CPGT060202HP CPGT060204HP

mm 6,35 6,35

mm 6,45 6,45

mm 0,2 0,4

CPGT060208HP CPGT09T302HP

6,35 9,53

6,45 9,67

0,8 0,2

CPGT09T304HP CPGT09T308HP

9,53 9,53

9,67 9,67

0,4 0,8

L10

Rε

ISO catalogue number CPGT060201LF CPGT060202LF

mm 6,35 6,35

mm 6,45 6,45

mm 0,1 0,2

CPGT060204LF CPGT060208LF

6,35 6,35

6,45 6,45

0,4 0,8

CPGT09T302LF CPGT09T304LF

9,53 9,53

9,67 9,67

0,2 0,4

CPGT09T308LF

9,53

9,67

0,8

L10

Rε

ISO catalogue number CPMT050202FP CPMT050204FP

mm 5,56 5,56

mm 5,65 5,65

mm 0,2 0,4

CPMT060202FP CPMT060204FP

6,35 6,35

6,45 6,45

0,2 0,4

CPMT060208FP CPMT09T302FP

6,35 9,53

6,45 9,67

CPMT09T304FP CPMT09T308FP

9,53 9,53

9,67 9,67

KCP05 KCP10 KCP25 KCP30 KCP40 KCK05 KCK15 KCK20 KCM15 KCM25 KCM35 KU10 K313 K68 KCS10 KCU10 KC5010 KC5510 KCU25 KC5025 KC5525 KC5410 KT315 KTP10

CPGT-HP

v v

CPGT-LF

CPMT-FP

C2–C71

www.kennametal.com

C72–C109

v v

v v v

0,8 0,2

v v

v v v

0,4 0,8

v v

v v v

v v

v v v

C110–C115

C116–C147

B10–B23

B24–B31

B32–B37

B93

Inserts

P M K N S H

ISO Carbide Inserts

Inserts

Screw-On Inserts

first choice alternate choice

P M K N S H

v v v v v

v v

v v v

v v v v v v v v v v v

L10

Rε

ISO catalogue number CPMT060202FW CPMT060204FW

mm 6,35 6,35

mm 6,45 6,45

mm 0,2 0,4

CPMT060208FW CPMT09T304FW

6,35 9,53

6,45 9,67

CPMT09T308FW

9,53

KCP05 KCP10 KCP25 KCP30 KCP40 KCK05 KCK15 KCK20 KCM15 KCM25 KCM35 KU10 K313 K68 KCS10 KCU10 KC5010 KC5510 KCU25 KC5025 KC5525 KC5410 KT315 KTP10

CPMT-FW

v v

0,8 0,4

v v

9,67

0,8

v v

L10

Rε

ISO catalogue number CPMT050202LF CPMT050204LF

mm 5,56 5,56

mm 5,65 5,65

mm 0,2 0,4

CPMT060202LF CPMT060204LF

6,35 6,35

6,45 6,45

0,2 0,4

v v v v

v v v v v

v v

CPMT060208LF CPMT09T302LF

6,35 9,53

6,45 9,67

0,8 0,2

v v v v

v v v v v

CPMT09T304LF CPMT09T308LF

9,53 9,53

9,67 9,67

0,4 0,8

v v v v

v v v v v

v v

v v v v

v v v v v

v v

L10

Rε

ISO catalogue number CPMT060208MF CPMT09T308MF

mm 6,35 9,53

mm 6,45 9,67

mm 0,8 0,8

v v

v v v v

v v v

v v v v v

CPMT09T312MF

9,53

9,67

1,2

v v

L10

Rε

ISO catalogue number CPMT060208MP CPMT09T308MP

mm 6,35 9,53

mm 6,45 9,67

mm 0,8 0,8

CPMT09T312MP

9,53

9,67

1,2

CPMT-LF

CPMT-MF

v v v

CPMT-MP

B94

v v v v

www.kennametal.com

ISO Carbide Inserts Screw-On Inserts

first choice alternate choice

v v v v v

v v

v v v

v v v v v v v v v v v v

ISO catalogue number CPMT09T304MW CPMT09T308MW

L10

Rε

mm 9,53 9,53

mm 9,67 9,67

mm 0,4 0,8

L10

Rε

mm 6,35 9,53

mm 6,45 9,67

mm 0,4 0,4

KCP05 KCP10 KCP25 KCP30 KCP40 KCK05 KCK15 KCK20 KCM15 KCM25 KCM35 KU10 K313 K68 KCS10 KCU10 KC5010 KC5510 KCU25 KC5025 KC5525 KC5410 KT315 KTP10

CPMT-MW

v v

CPMT-UF

ISO catalogue number CPMT060204UF CPMT09T304UF

v v v

CPT

ISO catalogue number right hand CPT190013R

6,35

1,65

0,13

v v

left hand CPT190013L

6,35

1,65

0,13

v v

L10

Rε

ISO catalogue number DCGT070202HP DCGT070204HP

mm 6,35 6,35

mm 7,75 7,75

mm 0,2 0,4

DCGT070208HP DCGT11T302HP

6,35 9,53

7,75 11,63

0,8 0,2

DCGT11T304HP DCGT11T308HP

9,53 9,53

11,63 11,63

0,4 0,8

DCGT-HP

C2–C71

www.kennametal.com

C72–C109

C110–C115

C116–C147

B10–B23

v v

B24–B31

B32–B37

B95

Inserts

P M K N S H

ISO Carbide Inserts

Inserts

Screw-On Inserts

first choice alternate choice

P M K N S H

v v v v v

v v

v v v

v v v v v v v v v v v v

DCGT-LF L10

Rε

ISO catalogue number DCGT0702X0LF DCGT070201LF

mm 6,35 6,35

mm 7,75 7,75

mm 0,0 0,1

DCGT11T3X0LF DCGT11T301LF

9,53 9,53

11,63 11,63

0,0 0,1

v v

DCGT150408LF

12,70

15,50

0,8

v v

L10

Rε

ISO catalogue number DCMT07020211 DCMT07020411

mm 6,35 6,35

mm 7,75 7,75

mm 0,2 0,4

DCMT11T30411 DCMT11T30811

9,53 9,53

11,63 11,63

0,4 0,8

L10

Rε

ISO catalogue number DCMT070202FP DCMT070204FP

mm 6,35 6,35

mm 7,75 7,75

mm 0,2 0,4

DCMT070208FP DCMT11T302FP

6,35 9,53

7,75 11,63

0,8 0,2

v v

DCMT11T304FP DCMT11T308FP

9,53 9,53

11,63 11,63

0,4 0,8

v v v

DCMT11T312FP DCMT150404FP

9,53 12,70

11,63 15,50

1,2 0,4

DCMT150408FP

12,70

15,50

0,8

v v v

L10

Rε

mm 9,53 9,53

mm 11,63 11,63

mm 0,2 0,8

v v

KCP05 KCP10 KCP25 KCP30 KCP40 KCK05 KCK15 KCK20 KCM15 KCM25 KCM35 KU10 K313 K68 KCS10 KCU10 KC5010 KC5510 KCU25 KC5025 KC5525 KC5410 KT315 KTP10

v v v

v v

DCMT-11

v v v v

DCMT-FP

v v v

v v

DCMT-FW

ISO catalogue number DCMT11T304FW DCMT11T308FW

B96

www.kennametal.com

ISO Carbide Inserts Screw-On Inserts

first choice alternate choice

v v v v v

v v

v v v

v v v v v v v v v v v

L10

Rε

ISO catalogue number DCMT070202LF DCMT070204LF

mm 6,35 6,35

mm 7,75 7,75

mm 0,2 0,4

DCMT11T302LF DCMT11T304LF

9,53 9,53

11,63 11,63

0,2 0,4

DCMT11T308LF DCMT11T312LF

9,53 9,53

11,63 11,63

DCMT150404LF DCMT150408LF

12,70 12,70

KCP05 KCP10 KCP25 KCP30 KCP40 KCK05 KCK15 KCK20 KCM15 KCM25 KCM35 KU10 K313 K68 KCS10 KCU10 KC5010 KC5510 KCU25 KC5025 KC5525 KC5410 KT315 KTP10

DCMT-LF

v v v v

v v

v v v v

v v v v v v

v v

0,8 1,2

v v v v

v v v v v v

15,50 15,50

0,4 0,8

v v

L10

Rε

ISO catalogue number DCMT11T304MF DCMT11T308MF

mm 9,53 9,53

mm 11,63 11,63

mm 0,4 0,8

v v v

v v v v

v v v

v v v v v

DCMT11T312MF

9,53

11,63

1,2

v v

v v v v

L10

Rε

ISO catalogue number DCMT11T304MP DCMT11T308MP

mm 9,53 9,53

mm 11,63 11,63

mm 0,4 0,8

v v

v v v

DCMT11T312MP

9,53

11,63

1,2

v v

L10

Rε

mm 9,53 9,53

mm 11,63 11,63

mm 0,4 0,8

v v

DCMT-MF

DCMT-MP

v v v

DCMT-MW

ISO catalogue number DCMT11T304MW DCMT11T308MW

C2–C71

www.kennametal.com

C72–C109

C110–C115

v v

C116–C147

B10–B23

B24–B31

B32–B37

B97

Inserts

P M K N S H

ISO Carbide Inserts

Inserts

Screw-On Inserts

first choice alternate choice

P M K N S H

v v v v v

v v

v v v

v v v v v v v v v v v v

L10

Rε

ISO catalogue number DCMT070204UF DCMT11T302UF

mm 6,35 9,53

mm 7,75 11,63

mm 0,4 0,2

DCMT11T304UF DCMT11T308UF

9,53 9,53

11,63 11,63

0,4 0,8

L10

Rε

ISO catalogue number DPGT070202HP DPGT070204HP

mm 6,35 6,35

mm 7,75 7,75

mm 0,2 0,4

DPGT070208HP DPGT11T304HP

6,35 9,53

7,75 11,63

0,8 0,4

DPGT11T308HP

9,53

11,63

0,8

L10

Rε

ISO catalogue number DPGT070201LF DPGT070202LF

mm 6,35 6,35

mm 7,75 7,75

mm 0,1 0,2

DPGT070204LF DPGT11T301LF

6,35 9,53

7,75 11,63

DPGT11T302LF DPGT11T304LF

9,53 9,53

DPGT11T308LF

KCP05 KCP10 KCP25 KCP30 KCP40 KCK05 KCK15 KCK20 KCM15 KCM25 KCM35 KU10 K313 K68 KCS10 KCU10 KC5010 KC5510 KCU25 KC5025 KC5525 KC5410 KT315 KTP10

DCMT-UF

v v v

DPGT-HP

v v

0,4 0,1

v v

11,63 11,63

0,2 0,4

v v

9,53

11,63

0,8

v v

L10

Rε

ISO catalogue number DPMT070202FP DPMT070204FP

mm 6,35 6,35

mm 7,75 7,75

mm 0,2 0,4

DPMT070208FP DPMT11T302FP

6,35 9,53

7,75 11,63

0,8 0,2

DPMT11T304FP DPMT11T308FP

9,53 9,53

11,63 11,63

0,4 0,8

DPGT-LF

v v

DPMT-FP

B98

v v v

v v

v v v v

v v

www.kennametal.com

ISO Carbide Inserts Screw-On Inserts

first choice alternate choice

v v v v v

v v

v v v

v v v v v v v v v v v v

DPMT-FW L10

Rε

ISO catalogue number DPMT070204FW DPMT070208FW

mm 6,35 6,35

mm 7,75 7,75

mm 0,4 0,8

DPMT11T304FW DPMT11T308FW

9,53 9,53

11,63 11,63

0,2 0,8

L10

Rε

ISO catalogue number DPMT070202LF DPMT070204LF

mm 6,35 6,35

mm 7,75 7,75

mm 0,2 0,4

DPMT11T302LF DPMT11T304LF

9,53 9,53

11,63 11,63

0,2 0,4

v v v v

DPMT11T308LF

9,53

11,63

0,8

v v v v

L10

Rε

mm 9,53

mm 11,63

mm 0,8

L10

Rε

mm 9,53

mm 11,63

mm 0,8

KCP05 KCP10 KCP25 KCP30 KCP40 KCK05 KCK15 KCK20 KCM15 KCM25 KCM35 KU10 K313 K68 KCS10 KCU10 KC5010 KC5510 KCU25 KC5025 KC5525 KC5410 KT315 KTP10

v v

DPMT-LF

v v v v

v v v

DPMT-MF

ISO catalogue number DPMT11T308MF

v v

v v v v v

DPMT-MP

ISO catalogue number DPMT11T308MP

C2–C71

www.kennametal.com

C72–C109

C110–C115

C116–C147

B10–B23

B24–B31

B32–B37

B99

Inserts

P M K N S H

ISO Carbide Inserts

Inserts

Screw-On Inserts

first choice alternate choice

P M K N S H

v v v v v

v v

v v v

v v v v v v v v v v v v

L10

Rε

ISO catalogue number DPMT070204UF DPMT11T304UF

mm 6,35 9,53

mm 7,75 11,63

mm 0,4 0,4

DPMT11T308UF

9,53

11,63

0,8

L10

Rε

mm 3,97 3,97

mm 5,61 5,61

mm 0,2 0,4

L10

Rε

mm 12,70

mm —

L10

Rε

mm 9,53 12,70

mm — —

L10

Rε

ISO catalogue number RCGT0803M0HP RCGT10T3M0HP

mm 8,00 10,00

mm — —

RCGT1204M0HP

12,00

—

KCP05 KCP10 KCP25 KCP30 KCP40 KCK05 KCK15 KCK20 KCM15 KCM25 KCM35 KU10 K313 K68 KCS10 KCU10 KC5010 KC5510 KCU25 KC5025 KC5525 KC5410 KT315 KTP10

DPMT-UF

v v

GPCD

ISO catalogue number GPCD050102 GPCD050104

v v v v

RCGH

ISO catalogue number RCGH120400

RCGH-MP

ISO catalogue number RCGH09T300MP RCGH120400MP

v v

RCGT-HP

B100

v v

www.kennametal.com

ISO Carbide Inserts Screw-On Inserts

first choice alternate choice

v v v v v

v v

v v v

v v v v v v v v v v v v

L10

Rε

ISO catalogue number RCGT0803M0MS RCGT1204M0MS

mm 8,00 12,00

mm — —

RCGT1606M0MS RCGX1003M0MS

16,00 10,00

— —

L10

Rε

ISO catalogue number RCGT0803M0RP RCGT1204M0RP

mm 8,00 12,00

mm — —

RCGX1003M0RP RCMT1204M0RP

10,00 12,00

— —

RCMT1606M0RP RCMT2006M0RP

16,00 20,00

— —

RCMX1003M0RP RCMX2507M0RP

10,00 25,00

RCMX3209M0RP

KCP05 KCP10 KCP25 KCP30 KCP40 KCK05 KCK15 KCK20 KCM15 KCM25 KCM35 KU10 K313 K68 KCS10 KCU10 KC5010 KC5510 KCU25 KC5025 KC5525 KC5410 KT315 KTP10

RCGT-MS

v v

RCGT-RP

v v v v v v

v v

— —

v v

— —

v v v

32,00

—

L10

Rε

ISO catalogue number RCMT0602M0 RCMT0803M0

mm 6,00 8,00

mm — —

RCMT10T3M0 RCMT1204M0

10,00 12,00

— —

RCMT1605M0 RCMT2006M0

16,00 20,00

RCMT060200 RCMT09T300 RCMT120400

v v

— —

v v

— —

v v

6,35 9,53

— —

12,70

—

v v

RCMT

C2–C71

www.kennametal.com

C72–C109

C110–C115

C116–C147

B10–B23

v v v

v v

B24–B31

B32–B37

B101

Inserts

P M K N S H

ISO Carbide Inserts

Inserts

Screw-On Inserts

first choice alternate choice

RCMT-MP

v v v v v

v v

v v v v v v v v v v v v

Rε

ISO catalogue number RCMT0602M0MP RCMT0803M0MP

mm 6,00 8,00

mm — —

RCMT10T3M0MP RCMT1204M0MP

10,00 12,00

— —

RCMT1606M0MP RCMT060200MP

16,00 6,35

— —

RCMT120400MP

12,70

—

L10

Rε

ISO catalogue number RPGT060400MP RPGT090700MP

mm 6,35 9,53

mm — —

RPGT120700MP

12,70

—

L10

Rε

ISO catalogue number RCMT2006M0RH RCMX2507M0RH

mm 20,00 25,00

mm — —

v v

RCMX3209M0RH

32,00

—

v v

L10

Rε

mm 20,00

mm —

L10

Rε

ISO catalogue number RCGT0803M0RP RCMT1204M0RP

mm 8,00 12,00

mm — —

RCMT1606M0RP RCMT2006M0RP

16,00 20,00

— —

RCMX1003M0RP RCMX2507M0RP

10,00 25,00

RCMX3209M0RP

32,00

RCMT-RM ISO catalogue number RCMT2006M0RM

RCMT-RP

KCP05 KCP10 KCP25 KCP30 KCP40 KCK05 KCK15 KCK20 KCM15 KCM25 KCM35 KU10 K313 K68 KCS10 KCU10 KC5010 KC5510 KCU25 KC5025 KC5525 KC5410 KT315 KTP10

L10

RCMT-RH

v v

v v v

RPGT-MP

B102

P M K N S H

v v

v v v v

v v

— —

v v

— —

v v v

—

v v

www.kennametal.com

ISO Carbide Inserts Screw-On Inserts

first choice alternate choice

v v v v v

v v

v v v

v v v v v v v v v v v v

SCMT-11 L10

Rε

ISO catalogue number SCMT09T30411 SCMT09T30811

mm 9,53 9,53

mm 0,4 0,8

SCMT12040411 SCMT12040811

12,70 12,70

0,4 0,8

L10

Rε

ISO catalogue number SCMT09T304FP SCMT09T308FP

mm 9,53 9,53

mm 0,4 0,8

SCMT120404FP SCMT120408FP

12,70 12,70

0,4 0,8

v v

SCMT120412FP

12,70

1,2

v v

L10

Rε

ISO catalogue number SCMT09T304LF SCMT09T308LF

mm 9,53 9,53

mm 0,4 0,8

SCMT120404LF SCMT120408LF

12,70 12,70

0,4 0,8

v v v

v v v v v v

SCMT120412LF

12,70

1,2

v v

L10

Rε

ISO catalogue number SCMT09T308MF SCMT120408MF

mm 9,53 12,70

mm 0,8 0,8

v v

v v v v v

v v v

v v v v v

SCMT120412MF

12,70

1,2

v v

KCP05 KCP10 KCP25 KCP30 KCP40 KCK05 KCK15 KCK20 KCM15 KCM25 KCM35 KU10 K313 K68 KCS10 KCU10 KC5010 KC5510 KCU25 KC5025 KC5525 KC5410 KT315 KTP10

v v v v

SCMT-FP

v v

v v v

v v

v v v

SCMT-LF

v v v v

v v v

v v v v

v v v v v

v v v

SCMT-MF

C2–C71

www.kennametal.com

C72–C109

C110–C115

C116–C147

B10–B23

B24–B31

B32–B37

B103

Inserts

P M K N S H

ISO Carbide Inserts

Inserts

Screw-On Inserts

first choice alternate choice

P M K N S H

v v v v v

v v

v v v

v v v v v v v v v v v v

L10

Rε

ISO catalogue number SCMT09T304MP SCMT09T308MP

mm 9,53 9,53

mm 0,4 0,8

SCMT120404MP SCMT120408MP

12,70 12,70

0,4 0,8

SCMT120412MP

12,70

1,2

L10

Rε

mm 9,53

mm 0,8

L10

Rε

ISO catalogue number SCMW09T304 SCMW09T308

mm 9,53 9,53

mm 0,4 0,8

SCMW120408 SCMW120412

12,70 12,70

0,8 1,2

L10

Rε

mm 7,94 9,53

mm 7,00 9,53

mm 0,8 0,8

KCP05 KCP10 KCP25 KCP30 KCP40 KCK05 KCK15 KCK20 KCM15 KCM25 KCM35 KU10 K313 K68 KCS10 KCU10 KC5010 KC5510 KCU25 KC5025 KC5525 KC5410 KT315 KTP10

SCMT-MP

v v v

v v

v v v

v v

v v v

v v

v v v

SCMT-UF

ISO catalogue number SCMT09T308UF

v v

SCMW

v v v v

SPGH

ISO catalogue number SPGH070208 SPGH090308

B104

v v

www.kennametal.com

ISO Carbide Inserts Screw-On Inserts

first choice alternate choice

v v v v v

v v

v v v

v v v v v v v v v v v v

ISO catalogue number SPGT09T304LF SPGT09T308LF

L10

Rε

mm 9,53 9,53

mm 0,4 0,8

L10

Rε

mm 9,53 9,53

mm 0,4 0,8

L10

Rε

mm 9,53 9,53

mm 0,4 0,8

L10

Rε

mm 9,53 12,70

mm 0,8 0,8

KCP05 KCP10 KCP25 KCP30 KCP40 KCK05 KCK15 KCK20 KCM15 KCM25 KCM35 KU10 K313 K68 KCS10 KCU10 KC5010 KC5510 KCU25 KC5025 KC5525 KC5410 KT315 KTP10

SPGT-LF

v v

SPMT-FP

ISO catalogue number SPMT09T304FP SPMT09T308FP

v v

v v v

v v

SPMT-LF

ISO catalogue number SPMT09T304LF SPMT09T308LF

v v

v v v

SPMT-MF

ISO catalogue number SPMT09T308MF SPMT120408MF

C2–C71

www.kennametal.com

C72–C109

v v

v v v v

v v v

v v v v

C110–C115

C116–C147

B10–B23

B24–B31

B32–B37

B105

Inserts

P M K N S H

ISO Carbide Inserts

Inserts

Screw-On Inserts

first choice alternate choice

P M K N S H

v v v v v

v v

v v v

v v v v v v v v v v v v

SPMT-MP L10

Rε

mm 9,53 12,70

mm 0,8 0,8

L10

Rε

mm 9,53

mm 0,4

L10

Rε

ISO catalogue number TCGT110202HP TCGT110204HP

mm 6,35 6,35

mm 11,00 11,00

mm 0,2 0,4

TCGT110208HP TCGT16T302HP

6,35 9,53

11,00 16,50

0,8 0,2

TCGT16T304HP TCGT16T308HP

9,53 9,53

16,50 16,50

0,4 0,8

L10

Rε

ISO catalogue number TCGT1102X0LF TCGT110201LF

mm 6,35 6,35

mm 11,00 11,00

mm 0,0 0,1

TCGT110204LF TCGT16T301LF

6,35 9,53

11,00 16,50

0,4 0,1

v v

TCGT16T302LF TCGT16T304LF

9,53 9,53

16,50 16,50

0,2 0,4

v v

TCGT16T308LF

9,53

16,50

0,8

v v

ISO catalogue number SPMT09T308MP SPMT120408MP

KCP05 KCP10 KCP25 KCP30 KCP40 KCK05 KCK15 KCK20 KCM15 KCM25 KCM35 KU10 K313 K68 KCS10 KCU10 KC5010 KC5510 KCU25 KC5025 KC5525 KC5410 KT315 KTP10

v v

SPMT-UF

ISO catalogue number SPMT09T304UF

TCGT-HP

v v

TCGT-LF

B106

v v v

v v

www.kennametal.com

ISO Carbide Inserts Screw-On Inserts

first choice alternate choice

v v v v v

v v

v v v

v v v v v v v v v v v v

L10

Rε

ISO catalogue number TCMT11020411 TCMT16T30411

mm 6,35 9,53

mm 11,00 16,50

mm 0,4 0,4

TCMT16T30811

9,53

16,50

0,8

L10

Rε

ISO catalogue number TCMT090204FP TCMT090208FP

mm 5,56 5,56

mm 9,63 9,63

mm 0,4 0,8

TCMT110202FP TCMT110204FP

6,35 6,35

11,00 11,00

0,2 0,4

TCMT110208FP TCMT110304FP

6,35 6,35

11,00 11,00

0,8 0,4

TCMT110308FP TCMT110312FP

6,35 6,35

11,00 11,00

0,8 1,2

TCMT16T302FP TCMT16T304FP

9,53 9,53

16,50 16,50

0,2 0,4

TCMT16T308FP TCMT16T312FP

9,53 9,53

16,50 16,50

TCMT220408FP

12,70

KCP05 KCP10 KCP25 KCP30 KCP40 KCK05 KCK15 KCK20 KCM15 KCM25 KCM35 KU10 K313 K68 KCS10 KCU10 KC5010 KC5510 KCU25 KC5025 KC5525 KC5410 KT315 KTP10

TCMT-11

v v v

TCMT-FP

v v v v

v v v

v v

v v v

v v

v v v

0,8 1,2

v v

v v v

22,00

0,8

v v v

L10

Rε

ISO catalogue number TCMT110202LF TCMT110204LF

mm 6,35 6,35

mm 11,00 11,00

mm 0,2 0,4

TCMT110208LF TCMT16T302LF

6,35 9,53

11,00 16,50

TCMT16T304LF TCMT16T308LF

9,53 9,53

TCMT16T312LF TCMT220408LF

9,53 12,70

v v

TCMT-LF

C2–C71

www.kennametal.com

v v v v v v

v v v

v v v v

v v v v v v

0,8 0,2

v v v v

v v v v v

16,50 16,50

0,4 0,8

v v v v v v v v

16,50 22,00

1,2 0,8

C72–C109

v v v

C110–C115

C116–C147

B10–B23

B24–B31

B32–B37

B107

Inserts

P M K N S H

ISO Carbide Inserts

Inserts

Screw-On Inserts

first choice alternate choice

P M K N S H

v v v v v

v v

v v v

v v v v v v v v v v v v

TCMT-MF L10

Rε

ISO catalogue number TCMT110208MF TCMT16T308MF

mm 6,35 9,53

mm 11,00 16,50

mm 0,8 0,8

TCMT16T312MF

9,53

16,50

1,2

L10

Rε

ISO catalogue number TCMT110208MP TCMT16T304MP

mm 6,35 9,53

mm 11,00 16,50

mm 0,8 0,4

TCMT16T308MP TCMT16T312MP

9,53 9,53

16,50 16,50

0,8 1,2

L10

Rε

ISO catalogue number TCMT110204UF TCMT110208UF

mm 6,35 6,35

mm 11,00 11,00

mm 0,4 0,8

v v v v

TCMT16T308UF

9,53

16,50

0,8

v v

L10

Rε

mm 9,53 9,53

mm 16,50 16,50

mm 0,4 0,8

KCP05 KCP10 KCP25 KCP30 KCP40 KCK05 KCK15 KCK20 KCM15 KCM25 KCM35 KU10 K313 K68 KCS10 KCU10 KC5010 KC5510 KCU25 KC5025 KC5525 KC5410 KT315 KTP10

v v

v v v v

v v v

v v v v v

v v

v v v

v v

v v v

v v

TCMT-MP

TCMT-UF

TCMW

ISO catalogue number TCMW16T304 TCMW16T308

B108

v v

www.kennametal.com

ISO Carbide Inserts Screw-On Inserts

first choice alternate choice

v v v v v

v v

v v v

v v v v v v v v v v v

TPCB L10

Rε

ISO catalogue number TPCB160302 TPCB160304

mm 9,53 9,53

mm 16,50 16,50

mm 0,2 0,4

TPCB160308 TD6P

9,53 9,53

16,50 16,50

0,8 0,8

L10

Rε

ISO catalogue number TDHB07T12S0 TDHB07T1202

mm 4,06 4,06

mm 7,04 7,04

mm 0,1 0,2

TDHB07T1204 TDHB07T1208

4,06 4,06

7,04 7,04

0,4 0,8

L10

Rε

4,06

7,04

0,2

v v

TDHH07T1204R left hand

4,06

7,04

0,4

v v

TDHH07T1202L TDHH07T1204L

4,06 4,06

7,04 7,04

0,2 0,4

v v

KCP05 KCP10 KCP25 KCP30 KCP40 KCK05 KCK15 KCK20 KCM15 KCM25 KCM35 KU10 K313 K68 KCS10 KCU10 KC5010 KC5510 KCU25 KC5025 KC5525 KC5410 KT315 KTP10

v v

TDHB

TDHH ISO catalogue number right hand TDHH07T1202R

NOTE: Right-hand insert uses left-hand bars. Left-hand insert uses right-hand bars.

TPCG D

L10

Rε

ISO catalogue number TPCG110202L TPCG110204L

mm 6,35 6,35

mm 11,00 11,00

mm 0,2 0,4

TPCG110208L

6,35

11,00

0,8

C2–C71

www.kennametal.com

C72–C109

C110–C115

C116–C147

B10–B23

B24–B31

v v

B32–B37

B109

Inserts

P M K N S H

ISO Carbide Inserts

Inserts

Screw-On Inserts

first choice alternate choice

P M K N S H

v v v v v

v v

v v v

v v v v v v v v v v v v

L10

Rε

mm 6,50 6,50

mm 11,26 11,26

mm 0,2 0,4

L10

Rε

mm 9,53 9,53

mm 16,50 16,50

mm 0,4 0,8

L10

Rε

ISO catalogue number TPGT110204K TPGT110208K

mm 6,35 6,35

mm 11,00 11,00

mm 0,4 0,8

TPGH16T304

9,53

16,50

0,4

L10

Rε

ISO catalogue number TPGT110202HP TPGT110204HP

mm 6,35 6,35

mm 11,00 11,00

mm 0,2 0,4

TPGT110208HP TPGT16T302HP

6,35 9,53

11,00 16,50

0,8 0,2

TPGT16T304HP TPGT16T308HP

9,53 9,53

16,50 16,50

0,4 0,8

ISO catalogue number TPCH110202 TPCH110204

KCP05 KCP10 KCP25 KCP30 KCP40 KCK05 KCK15 KCK20 KCM15 KCM25 KCM35 KU10 K313 K68 KCS10 KCU10 KC5010 KC5510 KCU25 KC5025 KC5525 KC5410 KT315 KTP10

TPCH

v v

TPGH

ISO catalogue number TPGH160304 TPGH160308

v v

TPGM

v v v v v v

TPGT-HP

B110

v v

www.kennametal.com

ISO Carbide Inserts Screw-On Inserts

first choice alternate choice

v v v v v

v v

v v v

v v v v v v v v v v v v

L10

Rε

ISO catalogue number TPGT090202LF TPGT090204LF

mm 5,56 5,56

mm 9,63 9,63

mm 0,2 0,4

TPGT110201LF TPGT110202LF

6,35 6,35

11,00 11,00

TPGT110204LF TPGT110208LF

6,35 6,35

TPGT16T304LF TPGT16T308LF

KCP05 KCP10 KCP25 KCP30 KCP40 KCK05 KCK15 KCK20 KCM15 KCM25 KCM35 KU10 K313 K68 KCS10 KCU10 KC5010 KC5510 KCU25 KC5025 KC5525 KC5410 KT315 KTP10

TPGT-LF

v v

0,1 0,2

v v

11,00 11,00

0,4 0,8

v v

9,53 9,53

16,50 16,50

0,4 0,8

v v

L10

Rε

mm 6,35 9,53

mm 11,00 16,50

mm 0,2 0,4

L10

Rε

ISO catalogue number TPMT090204FP TPMT090208FP

mm 5,56 5,56

mm 9,63 9,63

mm 0,4 0,8

TPMT110202FP TPMT110204FP

6,35 6,35

11,00 11,00

0,2 0,4

TPMT110208FP TPMT110304FP

6,35 6,35

11,00 11,00

0,8 0,4

TPMT110308FP TPMT16T304FP

6,35 9,53

11,00 16,50

0,8 0,4

TPMT16T308FP TPMT16T312FP

9,53 9,53

16,50 16,50

TPMT220408FP

12,70

22,00

TPHB

ISO catalogue number TPHB110202 TPHB160304

v v

TPMT-FP

C2–C71

www.kennametal.com

C72–C109

v v v

v v

v v v

v v

v v v

v v

v v v

0,8 1,2

v v v

0,8

C110–C115

C116–C147

B10–B23

B24–B31

B32–B37

B111

Inserts

P M K N S H

ISO Carbide Inserts

Inserts

Screw-On Inserts

first choice alternate choice

P M K N S H

v v v v v

v v

v v v

v v v v v v v v v v v v

L10

Rε

ISO catalogue number TPMT090202LF TPMT090204LF

mm 5,56 5,56

mm 9,63 9,63

mm 0,2 0,4

TPMT110202LF TPMT110204LF

6,35 6,35

11,00 11,00

0,2 0,4

TPMT110208LF TPMT16T304LF

6,35 9,53

11,00 16,50

TPMT16T308LF TPMT16T312LF

9,53 9,53

TPMT220408LF

KCP05 KCP10 KCP25 KCP30 KCP40 KCK05 KCK15 KCK20 KCM15 KCM25 KCM35 KU10 K313 K68 KCS10 KCU10 KC5010 KC5510 KCU25 KC5025 KC5525 KC5410 KT315 KTP10

TPMT-LF

v v v

v v

v v v

v v v v v

0,8 0,4

v v v

v v v v v

v v

v v v v v

16,50 16,50

0,8 1,2

v v v

v v v v v v

12,70

22,00

0,8

L10

Rε

ISO catalogue number TPMT110208MF TPMT16T308MF

mm 6,35 9,53

mm 11,00 16,50

mm 0,8 0,8

v v

v v v

v v v v

TPMT16T312MF

9,53

16,50

1,2

L10

Rε

ISO catalogue number TPMT110208MP TPMT16T308MP

mm 6,35 9,53

mm 11,00 16,50

mm 0,8 0,8

v v

TPMT16T312MP

9,53

16,50

1,2

L10

Rε

ISO catalogue number TPMT110202UF TPMT110204UF

mm 6,35 6,35

mm 11,00 11,00

mm 0,2 0,4

TPMT16T304UF TPMT16T308UF

9,53 9,53

16,50 16,50

0,4 0,8

v v

TPMT-MF

v v

TPMT-MP

TPMT-UF

B112

v v

www.kennametal.com

ISO Carbide Inserts Screw-On Inserts

first choice alternate choice

v v v v v

v v

v v v

v v v v v v v v v v v

L10

Rε

ISO catalogue number VBGT110302HP VBGT110304HP

mm 6,35 6,35

mm 11,07 11,07

mm 0,2 0,4

VBGT160404HP VBGT160408HP

9,53 9,53

16,61 16,61

0,4 0,8

L10

Rε

ISO catalogue number VBGT1103X0LF VBGT110301LF

mm 6,35 6,35

mm 11,07 11,07

mm 0,0 0,1

VBGT110302LF VBGT110304LF

6,35 6,35

11,07 11,07

0,2 0,4

VBGT1604X0LF VBGT160401LF

9,53 9,53

16,61 16,61

0,0 0,1

VBGT160402LF VBGT160404LF

9,53 9,53

16,61 16,61

0,2 0,4

L10

Rε

ISO catalogue number VBMT11030211 VBMT11030411

mm 6,35 6,35

mm 11,07 11,07

mm 0,2 0,4

VBMT16040411 VBMT16040811

9,53 9,53

16,61 16,61

0,4 0,8

KCP05 KCP10 KCP25 KCP30 KCP40 KCK05 KCK15 KCK20 KCM15 KCM25 KCM35 KU10 K313 K68 KCS10 KCU10 KC5010 KC5510 KCU25 KC5025 KC5525 KC5410 KT315 KTP10

VBGT-HP

v v

VBGT-LF

v v

VBMT-11

C2–C71

www.kennametal.com

C72–C109

C110–C115

v v v v

C116–C147

B10–B23

B24–B31

B32–B37

B113

Inserts

P M K N S H

ISO Carbide Inserts

Inserts

Screw-On Inserts

first choice alternate choice

P M K N S H

v v v v v

v v

v v v

v v v v v v v v v v v v

L10

Rε

ISO catalogue number VBMT110302FP VBMT110304FP

mm 6,35 6,35

mm 11,07 11,07

mm 0,2 0,4

VBMT110308FP VBMT160402FP

6,35 9,53

11,07 16,61

VBMT160404FP VBMT160408FP

9,53 9,53

VBMT160412FP

KCP05 KCP10 KCP25 KCP30 KCP40 KCK05 KCK15 KCK20 KCM15 KCM25 KCM35 KU10 K313 K68 KCS10 KCU10 KC5010 KC5510 KCU25 KC5025 KC5525 KC5410 KT315 KTP10

VBMT-FP

v v

0,8 0,2

v v

16,61 16,61

0,4 0,8

v v v

9,53

16,61

1,2

L10

Rε

ISO catalogue number VBMT110302LF VBMT110304LF

mm 6,35 6,35

mm 11,07 11,07

mm 0,2 0,4

VBMT110308LF VBMT160402LF

6,35 9,53

11,07 16,61

VBMT160404LF VBMT160408LF

9,53 9,53

VBMT160412LF

VBMT-LF

v v v v

v v v

0,8 0,2

v v v v

v v

16,61 16,61

0,4 0,8

v v v v

v v v v v v

v v

v v v v

v v v v v v

v v

9,53

16,61

1,2

L10

Rε

mm 9,53 9,53

mm 16,61 16,61

mm 0,4 0,8

L10

Rε

mm 6,35 9,53

mm 4,34 6,52

mm 0,4 0,8

VBMT-MP

ISO catalogue number VBMT160404MP VBMT160408MP

WCMT-FP

ISO catalogue number WCMT040204FP WCMT06T308FP

B114

v v

www.kennametal.com

ISO Carbide Inserts Screw-On Inserts

first choice alternate choice

v v v v v

v v

v v v

v v v v v v v v v v v v

WCMT-LF L10

Rε

mm 6,35 9,53

mm 4,34 6,52

mm 0,4 0,8

L10

Rε

ISO catalogue number WPMTS3T104FP WPMT040204FP

mm 4,76 6,35

mm 3,25 4,34

mm 0,4 0,4

WPMT06T304FP WPMT06T308FP

9,53 9,53

6,52 6,52

0,4 0,8

L10

Rε

ISO catalogue number WPGTS30101UF WPGTS30102UF

mm 4,76 4,76

mm 3,26 3,26

mm 0,1 0,2

v v

WPGT040202UF

6,35

4,34

0,2

L10

Rε

ISO catalogue number WPMTS3T104LF WPMT040204LF

mm 4,76 6,35

mm 3,25 4,34

mm 0,4 0,4

WPMT06T304LF WPMT06T308LF

9,53 9,53

6,52 6,52

0,4 0,8

ISO catalogue number WCMT040204LF WCMT06T308LF

KCP05 KCP10 KCP25 KCP30 KCP40 KCK05 KCK15 KCK20 KCM15 KCM25 KCM35 KU10 K313 K68 KCS10 KCU10 KC5010 KC5510 KCU25 KC5025 KC5525 KC5410 KT315 KTP10

WPMT-FP

v v v

v v

WPGT-UF

v v

WPMT-LF

C2–C71

www.kennametal.com

C72–C109

v v v v

C110–C115

C116–C147

v v v

B10–B23

B24–B31

B32–B37

B115

Inserts

P M K N S H

Ceramic Inserts Primary Application Kennametal’s advanced materials, utilising Beyond™ technology, offer greater wear resistance and toughness, depending on the job. KYK ceramic inserts are the first choice for high speed, continuous, and lightly interrupted turning applications in cast iron materials. Benefits include improved fracture toughness, better wear resistance, and extended application range. Combining KYK10™ and CVD-coated KYK25™ with our other ceramic grades for cast iron, Kennametal provides a complete, high-performance ceramic portfolio that can reduce machining cycle times and lower manufacturing costs. KYS ceramic inserts are the first choice for high-speed applications in high-temp alloys. The multilayer coating offers enhanced chemical wear resistance versus uncoated grades. A superior sialon ceramic substrate provides excellent depth of cut notching resistance versus whisker-reinforced ceramics.

Features and Benefits KYK10 • Improved wear resistance and toughness with 20% longer tool life than current KY1310™. • Best suited for continuous turning of cast iron materials and in lightly interrupted cuts. • Available in Kenloc,™ Kendex,™ and Top Notch™ turning insert styles.

KY3500™ • The industry standard for high-speed turning. • Excellent for roughing to finishing operations in wet or dry cuts with speeds up to 1.040 m/min. • Performs well in difficult interrupted cuts in ductile or malleable cast iron (<70 KSI tensile strength) at speeds of 275–500 m/min.

KYK25 • 12 micron thick coating provides excellent wear resistance and pre-coat treatment allows for very consistent tool life and performance in cast iron applications. • Up to 30% longer tool life vs. competitors’ CVD-coated ceramic grades. • Available in Kenloc, Kendex, and Top Notch turning insert styles.

B116

www.kennametal.com

KYS25™ • Excellent surface finish, lower cutting forces, higher speeds. • Advanced CVD coating provides excellent chemical and depth-of-cut notch resistance.

KYS30™ • Long, consistent tool life. • Excellent toughness and depth-of-cut notch resistance. • Performs in a wide variety of machining conditions, including interrupted cuts and applications involving scale.

www.kennametal.com

B117

ISO Ceramic Inserts

Inserts

Kenloc™ Inserts

P M K N S H

first choice alternate choice

v v v

v v v v

CNGA L10

Rε

ISO catalogue number CNGA120404E CNGA120408E

mm 12,70 12,70

mm 12,90 12,90

mm 0,4 0,8

CNGA120408T01020 CNGA120408T02020

12,70 12,70

12,90 12,90

0,8 0,8

CNGA120412E CNGA120412E

12,70 12,70

12,90 12,90

1,2 1,2

CNGA120412T01020 CNGA120412T02020

12,70 12,70

12,90 12,90

1,2 1,2

v v

CNGA120416E CNGA120416T01020

12,70 12,70

12,90 12,90

1,6 1,6

v v

CNGA120416T02020 CNGA160612T01020

12,70 15,88

12,90 16,12

1,6 1,2

v v v

CNGA160612T02020 CNGA160616T02020

15,88 15,88

16,12 16,12

1,2 1,6

v v

CNGA190612T01020 CNGA190612T02020

19,05 19,05

19,34 19,34

1,2 1,2

CNGA190616T01020 CNGA190616T02020

19,05 19,05

19,34 19,34

1,6 1,6

L10

Rε

ISO catalogue number CNGA120404EFW CNGA120408EFW

mm 12,70 12,70

mm 12,90 12,90

mm 0,4 0,8

CNGA120408T01020FW CNGA120412EFW

12,70 12,70

12,90 12,90

0,8 1,2

v v

CNGA120412T01020FW CNGA120412T02020FW

12,70 12,70

12,90 12,90

1,2 1,2

v v v

CNGA120416T01020FW

12,70

12,90

1,6

KYS25 KYS30 KY4300 KYK10 KYK25 KY3500 KY4400

v v v v v v v v v v v v v v v v

v v v v v

CNGA-FW

B118

v v

www.kennametal.com

ISO Ceramic Inserts

P M K N S H

first choice alternate choice

Inserts

Kenloc™ Inserts

v v v

v v v v

DNGA L10

Rε

ISO catalogue number DNGA150404E DNGA150404T01020

mm 12,70 12,70

mm 15,50 15,50

mm 0,4 0,4

DNGA150408E DNGA150408T01020

12,70 12,70

15,50 15,50

0,8 0,8

DNGA150408T02020 DNGA150412T01020

12,70 12,70

15,50 15,50

0,8 1,2

DNGA150412T02020 DNGA150416T01020

12,70 12,70

15,50 15,50

1,2 1,6

v v v

DNGA150416T02020 DNGA150424T01020

12,70 12,70

15,50 15,50

1,6 2,4

v v v

DNGA150608T01020 DNGA150608T02020

12,70 12,70

15,50 15,50

0,8 0,8

DNGA150612T01020 DNGA150612T02020

12,70 12,70

15,50 15,50

1,2 1,2

DNGA150616T01020 DNGA150616T02020

12,70 12,70

15,50 15,50

1,6 1,6

L10

Rε

mm 12,70 12,70

mm 15,50 15,50

mm 0,8 1,2

L10

Rε

mm 12,70

mm —

KYS25 KYS30 KY4300 KYK10 KYK25 KY3500 KY4400

v v v v v v

v v v v

v v

DNGA-FW ISO catalogue number DNGA150408EFW DNGA150412EFW

v v

RNGA ISO catalogue number RNGA120400T01525

C2–C71

www.kennametal.com

C72–C109

C110–C115

C116–C147

B10–B23

B24–B31

B32–B37

B119

ISO Ceramic Inserts

Inserts

Kenloc™ Inserts

P M K N S H

first choice alternate choice

v v v

v v v v

SNGA L10

Rε

ISO catalogue number SNGA120408T01020 SNGA120408T02020

mm 12,70 12,70

mm 0,8 0,8

SNGA120412T01020 SNGA120412T02020

12,70 12,70

1,2 1,2

SNGA120416T01020 SNGA120416T02020

12,70 12,70

1,6 1,6

v v

SNGA150612T02020 SNGA150612T02020

15,88 15,88

1,2 1,2

SNGA150616T02020 SNGA190612T02020

15,88 19,05

1,6 1,2

SNGA190616T02020

19,05

1,6

L10

Rε

ISO catalogue number TNGA160404E TNGA160404T01020

mm 9,53 9,53

mm 16,50 16,50

mm 0,4 0,4

TNGA160408E TNGA160408T01020

9,53 9,53

16,50 16,50

0,8 0,8

TNGA160408T02020 TNGA160412T01020

9,53 9,53

16,50 16,50

0,8 1,2

TNGA160412T02020 TNGA160416T02020

9,53 9,53

16,50 16,50

1,2 1,6

TNGA220408T01020 TNGA220412T01020

12,70 12,70

22,00 22,00

0,8 1,2

TNGA220412T02020 TNGA220416T02020

12,70 12,70

22,00 22,00

1,2 1,6

L10

Rε

ISO catalogue number VNGA160404T01020 VNGA160408T01020

mm 9,53 9,53

mm 16,61 16,61

mm 0,4 0,8

VNGA160408T02020 VNGA220408T02020

9,53 12,70

16,61 22,14

0,8 0,8

KYS25 KYS30 KY4300 KYK10 KYK25 KY3500 KY4400

v v v v v v

v v v v v

TNGA

v v v v v

v v v v v v v v v

VNGA

B120

v v v v

www.kennametal.com

ISO Ceramic Inserts

P M K N S H

first choice alternate choice

Inserts

Kenloc™ Inserts

v v v

v v v v

WNGA L10

Rε

ISO catalogue number WNGA080404T01020 WNGA080408EFW

mm 12,70 12,70

mm 8,69 8,69

mm 0,4 0,8

WNGA080408T01020 WNGA080408T01020FW

12,70 12,70

8,69 8,69

0,8 0,8

WNGA080408T02020 WNGA080412EFW

12,70 12,70

8,69 8,69

0,8 1,2

WNGA080412T01020 WNGA080412T01020FW

12,70 12,70

8,69 8,69

1,2 1,2

WNGA080412T02020 WNGA080416T01020

12,70 12,70

8,69 8,69

1,2 1,6

WNGA080416T02020

12,70

8,69

1,6

L10

Rε

ISO catalogue number WNGA080408EFW WNGA080408T01020FW

mm 12,70 12,70

mm 8,69 8,69

mm 0,8 0,8

WNGA080412EFW WNGA080412T01020FW

12,70 12,70

8,69 8,69

1,2 1,2

KYS25 KYS30 KY4300 KYK10 KYK25 KY3500 KY4400

v v v

v v v v v v v v v v

v v v

WNGA-FW

C2–C71

www.kennametal.com

C72–C109

C110–C115

C116–C147

B10–B23

B24–B31

B32–B37

B121

ISO Ceramic Inserts

Inserts

Kendex™ Negative Inserts

P M K N S H

first choice alternate choice

v v v

v v v v

CNGN L10

Rε

ISO catalogue number CNGN120404T01020 CNGN120408T01020

mm 12,70 12,70

mm 12,90 12,90

mm 0,4 0,8

CNGN120408T02020 CNGN120412E

12,70 12,70

12,90 12,90

0,8 1,2

CNGN120412T01020 CNGN120412T02020

12,70 12,70

12,90 12,90

1,2 1,2

v v v

CNGN120416E CNGN120416T01020

12,70 12,70

12,90 12,90

1,6 1,6

v v

CNGN120416T02020 CNGN120708T01020

12,70 12,70

12,90 12,90

1,6 0,8

CNGN120712T01020 CNGN120712T02020

12,70 12,70

12,90 12,90

1,2 1,2

v v v

CNGN120716T01020 CNGN120716T02020

12,70 12,70

12,90 12,90

1,6 1,6

v v v

CNGN160412T02020 CNGN160716T02020

15,88 15,88

16,12 16,12

1,2 1,6

L10

Rε

ISO catalogue number CNGX120708T01020 CNGX120708T02020

mm 12,70 12,70

mm 12,90 12,90

mm 0,8 0,8

CNGX120712E CNGX120712T01020

12,70 12,70

12,90 12,90

1,2 1,2

v v

CNGX120712T02020 CNGX120716E

12,70 12,70

12,90 12,90

1,2 1,6

CNGX120716T02020 CNGX160716T02020

12,70 15,88

12,90 16,12

1,6 1,6

L10

Rε

ISO catalogue number CNGX120708T01020FW CNGX120712T01020FW

mm 12,70 12,70

mm 12,90 12,90

mm 0,8 1,2

CNGX120716T01020FW

12,70

12,90

1,6

KYS25 KYS30 KY4300 KYK10 KYK25 KY3500 KY4400

v v v v

v v

v v v v v v

v v v v v

v v v v v v

v v v

CNGX

v v v v v v

v v v

v v v v v v

CNGX-FW

B122

www.kennametal.com

ISO Ceramic Inserts

P M K N S H

first choice alternate choice

Inserts

Kendex™ Negative Inserts

v v v

v v v v

DNGN L10

Rε

ISO catalogue number DNGN150412T01020 DNGN150704T01020

mm 12,70 12,70

mm 15,50 15,50

mm 1,2 0,4

DNGN150708T01020 DNGN150712T01020

12,70 12,70

15,50 15,50

0,8 1,2

v v

DNGN150716T01020

12,70

15,50

1,6

L10

Rε

ISO catalogue number DNGX120708T02020 DNGX120712T02020

mm 10,00 10,00

mm 12,21 12,21

mm 0,8 1,2

DNGX120716T02020 DNGX150708T01020

10,00 12,70

12,21 15,50

1,6 0,8

v v

DNGX150708T02020 DNGX150712T01020

12,70 12,70

15,50 15,50

0,8 1,2

v v

DNGX150712T02020 DNGX150716T01020

12,70 12,70

15,50 15,50

1,2 1,6

v v

DNGX150716T02020

12,70

15,50

1,6

L10

Rε

ISO catalogue number ENGN130412T02020 ENGN130708T01020

mm 12,70 12,70

mm 13,15 13,15

mm 1,2 0,8

ENGN130712T01020 ENGN130712T02020

12,70 12,70

13,15 13,15

1,2 1,2

ENGN130716T02020

12,70

13,15

1,6

KYS25 KYS30 KY4300 KYK10 KYK25 KY3500 KY4400

v v v

DNGX

v v v v v

v v

ENG

C2–C71

www.kennametal.com

C72–C109

C110–C115

C116–C147

B10–B23

v v v v v

B24–B31

B32–B37

B123

ISO Ceramic Inserts

Inserts

Kendex™ Negative Inserts

P M K N S H

first choice alternate choice

v v v

v v v v

ENGX L10

Rε

mm 12,70

mm 13,15

mm 1,6

L10

Rε

ISO catalogue number RNGN090300T01020 RNGN090400T00520

mm 9,53 9,53

mm — —

RNGN120300T01020 RNGN120400E

12,70 12,70

— —

RNGN120400T01020 RNGN120400T02020

12,70 12,70

— —

v v v

RNGN120700E RNGN120700T00520

12,70 12,70

— —

v v v

RNGN120700T00525 RNGN120700T01020

12,70 12,70

— —

RNGN120700T01025 RNGN120700T02020

12,70 12,70

— —

v v v

RNGN120700T10015 RNGN120700T15015

12,70 12,70

— —

RNGN150700T02020 RNGN150700T20015

15,88 15,88

— —

RNGN190700E RNGN190700T01020

19,05 19,05

— —

RNGN190700T20015 RNGN250700T01020

19,05 25,40

— —

RNGN250700T20015 RNGN250900E

25,40 25,40

— —

ISO catalogue number ENGX130716T02020

KYS25 KYS30 KY4300 KYK10 KYK25 KY3500 KY4400

RNGN

B124

v v v v v v v v v

v v v

v v v v v v v v

www.kennametal.com

ISO Ceramic Inserts

P M K N S H

first choice alternate choice

Inserts

Kendex™ Negative Inserts

v v v

v v v v

SNGN L10

Rε

ISO catalogue number SNGN090308T01020 SNGN090308T02020

mm 9,53 9,53

mm 0,8 0,8

SNGN090312T01020 SNGN120408T01020

9,53 12,70

1,2 0,8

SNGN120408T02020 SNGN120412T01020

12,70 12,70

0,8 1,2

SNGN120412T02020 SNGN120416T01020

12,70 12,70

1,2 1,6

SNGN120416T02020 SNGN120424T02020

12,70 12,70

1,6 2,4

SNGN120432T02020 SNGN120704T01020

12,70 12,70

3,2 0,4

SNGN120708T01020 SNGN120712T01020

12,70 12,70

0,8 1,2

SNGN120712T02020 SNGN120716T01020

12,70 12,70

1,2 1,6

SNGN120716T02020 SNGN120720T05020

12,70 12,70

1,6 2,0

SNGN150712T02020 SNGN190412T02020

15,88 19,05

1,2 1,2

SNGN190416T02020 SNGN190616E

19,05 19,05

1,6 1,6

SNGN190616T01020 SNGN190716T20015

19,05 19,05

1,6 1,6

SNGN190720T10015 SNGN190724E

19,05 19,05

2,0 2,4

SNGN190724T20015

19,05

2,4

L10

Rε

ISO catalogue number SNGX120708T01020 SNGX120708T02020

mm 12,70 12,70

mm 0,8 0,8

SNGX120712T01020 SNGX120712T02020

12,70 12,70

1,2 1,2

v v

SNGX120716T01020 SNGX120716T02020

12,70 12,70

1,6 1,6

v v

SNGX150712T02020 SNGX150716T02020

15,88 15,88

1,2 1,6

v v v

SNGX150724T02020

15,88

2,4

KYS25 KYS30 KY4300 KYK10 KYK25 KY3500 KY4400

v v v v v v

v v v

v v v v

v v v

v v

v v v v v v v v v v v v v

SNGX

C2–C71

www.kennametal.com

C72–C109

C110–C115

C116–C147

B10–B23

v v

v v v

v v v v v

B24–B31

B32–B37

B125

ISO Ceramic Inserts

Inserts

Kendex™ Negative Inserts

P M K N S H

first choice alternate choice

v v v

v v v v

L10

Rε

mm 12,70

mm 1,2

L10

Rε

ISO catalogue number TNGN110308T01020 TNGN160408T01020

mm 6,35 9,53

mm 11,00 16,50

mm 0,8 0,8

TNGN160408T02020 TNGN160708T01020

9,53 9,53

16,50 16,50

0,8 0,8

TNGN160412T01020 TNGN160412T02020

9,53 9,53

16,50 16,50

1,2 1,2

TNGN160712T01020 TNGN220408T01020

9,53 12,70

16,50 22,00

1,2 0,8

TNGN220408T02020 TNGN220412T01020

12,70 12,70

22,00 22,00

0,8 1,2

TNGN220416T01020 TNGN220416T02020

12,70 12,70

22,00 22,00

1,6 1,6

L10

Rε

mm 9,53 9,53

mm 16,61 16,61

mm 1,2 1,6

ISO catalogue number SNGX120712T01020FW

KYS25 KYS30 KY4300 KYK10 KYK25 KY3500 KY4400

SNGX-FW

TNGN

v v

v v v v v

v v v v v v

VNGX ISO catalogue number VNGX160712T02020 VNGX160716T02020

B126

v v

www.kennametal.com

ISO Ceramic Inserts

P M K N S H

first choice alternate choice

Inserts

Kendex™ Negative Inserts

v v v

v v v v

L10

Rε

ISO catalogue number WNGX080708T02020 WNGX080712T02020

mm 12,70 12,70

mm 8,69 8,69

mm 0,8 1,2

WNGX080716T02020

12,70

8,69

1,6

L10

Rε

ISO catalogue number WNGX080708T01020FW WNGX080712T01020FW

mm 12,70 12,70

mm 8,69 8,69

mm 0,8 1,2

WNGX080716T01020FW

12,70

8,69

1,6

KYS25 KYS30 KY4300 KYK10 KYK25 KY3500 KY4400

WNGX

v v v v v v

WNGX-FW

C2–C71

www.kennametal.com

C72–C109

C110–C115

C116–C147

B10–B23

v v v

B24–B31

B32–B37

B127

ISO Ceramic Inserts

Inserts

Kendex™ Positive Inserts

P M K N S H

first choice alternate choice

v v v

v v v v

RCGX L10

Rε

ISO catalogue number RCGX060400E RCGX060400T01020

mm 6,35 6,35

mm — —

RCGX090700E RCGX090700T00525

9,53 9,53

— —

v v

RCGX090700T01020 RCGX120700E

9,53 12,70

— —

v v v

RCGX120700E RCGX120700S20015

12,70 12,70

— —

v v

RCGX120700T01020 RCGX120700T01025

12,70 12,70

— —

v v v

RCGX151000T20015 RCGX191000T20015

15,88 19,05

— —

RCGX251200T20015

25,40

—

L10

Rε

mm 6,35

mm —

L10

Rε

ISO catalogue number RPGN060200E RPGN090300E

mm 6,35 9,53

mm — —

RPGN090300T00520 RPGN090300T01020

9,53 9,53

— —

RPGN120400E RPGN120400T01020

12,70 12,70

— —

KYS25 KYS30 KY4300 KYK10 KYK25 KY3500 KY4400

v v v

v v

v v v

RCGV-T

ISO catalogue number RCGX060600T00520

RPGN

B128

v v v v v v v

www.kennametal.com

ISO Ceramic Inserts

P M K N S H

first choice alternate choice

Inserts

Kendex™ Positive Inserts

v v v

v v v v

RPGX L10

Rε

ISO catalogue number RPGX060400T00520 RPGX060400T01020

mm 6,35 6,35

mm — —

RPGX090700E RPGX090700T00520

9,53 9,53

— —

v v

RPGX090700T01020 RPGX120700E

9,53 12,70

— —

v v v

RPGX120700T00520 RPGX120700T01020

12,70 12,70

— —

L10

Rε

mm 9,53 9,53

mm 0,8 0,8

KYS25 KYS30 KY4300 KYK10 KYK25 KY3500 KY4400

v v

v v v v v v

SCGN-FW ISO catalogue number SCGN090408EFW SCGN090408EFW

C2–C71

www.kennametal.com

C72–C109

C110–C115

C116–C147

B10–B23

v v

B24–B31

B32–B37

B129

ISO Ceramic Inserts

Inserts

Kendex™ Positive Inserts

P M K N S H

first choice alternate choice

v v v

v v v v

SPGN L10

Rε

mm 9,53 12,70

mm 0,8 0,8

L10

Rε

ISO catalogue number TPGN110304T01020 TPGN110308T00520

mm 6,35 6,35

mm 11,00 11,00

mm 0,4 0,8

TPGN110308T01020 TPGN160304T01020

6,35 9,53

11,00 16,50

0,8 0,4

TPGN160308T00520 TPGN160308T01020

9,53 9,53

16,50 16,50

0,8 0,8

TPGN160308T02020 TPGN160312T01020

9,53 9,53

16,50 16,50

0,8 1,2

TPGN160312T02020 TPGN220408T02020

9,53 12,70

16,50 22,00

1,2 0,8

TPGN220412T02020

12,70

22,00

1,2

ISO catalogue number SPGN090308T01020 SPGN120308T01020

KYS25 KYS30 KY4300 KYK10 KYK25 KY3500 KY4400

v v

TPGN

B130

v v v v v v

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Beyond ISO Ceramic Insert Expansion ™

KYK10™, KYK25™, KYS25™, and KYS30™ The new Beyond ISO 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.

KYS25: • Excellent surface finish, lower cutting forces, higher speeds.

KYS30: • Excellent toughness and depth-of-cut notch resistance.

Experience the advantages at your Authorised Kennametal Distributor or at www.kennametal.com.

www.kennametal.com

Superhard Materials • PCBN and PCD Superhard Tool Materials . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .B133–B173 Application Areas . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .B134–B135 PCBN . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .B137–B163 PCD . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .B165–B173 Superhard Inserts . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .B174–B197

www.kennametal.com

B133

Superhard Tool Materials Application Areas

Properties of PCD and PCBN cutting tool materials

PCBN/PCD Inserts

The current global metalcutting climate has put increased focus on high productivity and cost reductions coming from cutting tools. These requirements lead to the rapid growth and implementation of cutting tools using superhard materials. As the name implies, these materials have a significant advantage in hardness over conventional tool materials, which from the end user point of view, translates into increased productivity (higher cutting speeds, longer tool life, etc.), lower tooling cost per part, and also, the ability to process materials previously un-machinable with conventional tooling. The most widely known superhard materials are diamond and cubic boron nitride. Our industry uses the polycrystalline forms of these materials, i.e., polycrystalline diamond (PCD) and polycrystalline boron nitride (PCBN). PCD tooling is mainly targeted at the machining of non-ferrous materials (e.g., aluminum alloys, plastics, CFRPs, composites, titanium alloys, ceramics, carbides, etc.) whereas PCBN targets iron-based alloys (e.g., cast irons, hard steels, iron-based composites, etc.) Kennametal is at the forefront of developing and implementing superhard materials in our standard and special tooling solutions across all our product lines. Kennametal's approach to superhard tooling starts with customer needs and constraints. We then use fundamental research to develop the best superhard solutions that would make available the best value for the customer and respond to their specific demands.

Where to use PCD and PCBN Diamond and cubic boron nitride (CBN) are the most commonly known superhard materials. For cutting tools, they are used in their polycrystalline form, i.e., PCD and PCBN.

MCD ideal cutting tool material

CVD diamond PCD

PCBN oxide ceramics coated carbides

hardness

cermets

micrograin carbides nitride ceramics

uncoated carbides HSS

toughness

B134

www.kennametal.com

Superhard Tool Materials Application Areas

400+

PCD

PCBN/PCD Inserts

PCBN nitride ceramics oxide ceramics cermets cemented carbides

2000 4000 6000 hardness Vickers (N/mm2)

fracture toughness, K1c (MPa/m2)

1000 2000 transverse rupture strength (MPa)

100

150

thermal conductivity (W/m*K)

Choosing between PCD and PCBN It is primarily their thermochemical stability that determines the suitability of the two materials for specific areas of application. For standard PCD, this means that it is restricted to workpiece materials where the cutting temperature does not exceed 700 ยบC and has no affinity with carbon if diffusion wear of the cutting edge is to be avoided at elevated temperatures. Operations that satisfy these conditions are, for example, the machining of non-ferrous metals, wood, plastics, and minerals where PCD mainly competes against tungsten carbide and, to some extent, high-speed steel. By contrast, PCBN is thermally stable up to approximately 1200 ยบC and has high resistance to chemical attack. As a result, extreme temperatures, such as occur when machining hard ferrous metals, do not pose difficulties and can be used to promote self-induced hot cutting. Therefore, technical and economic benefits can be achieved, particularly in comparison with grinding, and in most cases, performance is significantly better than that attainable with conventional tool materials, such as tungsten carbides and ceramics. There are limitations for PCBN, however, in the machining of austenitic steels and ferritic cast irons, where more reactive phases result in increased PCBN edge wear.

www.kennametal.com

B135

Superhard Tool Materials PCBN

PCBN

PCBN/PCD Inserts

Increased productivity can be achieved with PCBN tools through: • Higher cutting speeds. • Higher feed rates. • Longer tool life. • Less machine downtime. • More parts per machine means direct tool costs can be reduced. • Very tight workpiece surface finish tolerances can be achieved on difficult-to-machine materials. • PCBN can be used to machine ferrous materials in the hardened condition as an alternative to grinding, making it possible to substantially reduce component machining times. • PCBN offers environmental benefits — the generation of grinding sludge is eliminated and the chips can be recycled. • Improved surface integrity of critical components.

www.kennametal.com

Boron

Nitrogen

B137

Superhard Tool Materials PCBN

PCBN/PCD Inserts

Grinding vs. Hard Turning

Grinding

vs.

Hard Turning

• Size tolerance specifications beyond the capability of turning.

• Surface finish requirements too tight for hard turning.

• Complex geometry that makes single-point turning more practical. • Relatively high metal removal rates. • Dry machining. • Faster machine setup. • Faster cycle times. • I.D. and O.D. machining on one machine.

B138

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Superhard Tool Materials PCBN

Where does PCBN work? PCBN is suitable for machining a wide variety of workpiece materials, mainly ferrous alloys.

Hardened Steels

Cast Irons

Superalloys

PCBN/PCD Inserts

The application areas may be broadly categorised as follows:

Powder Metallurgy Steels

Certain classes of PCBN materials are associated with each particular application. For best cost performance, proper selection of the following is essential: • Format of the insert. • Grade. • Edge prep. • Application data.

PCBN is known as the second hardest material

There are two principal material conditions where PCBN is used. Material Condition

Abrasive Wear Machining

Hard Machining

High CBN (>60%)

High and Low CBN

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B139

Superhard Tool Materials PCBN

PCBN insert formats Solid Inserts • Inserts are made only from PCBN. PCBN/PCD Inserts

• No material joint. • Best heat absorption capacity. solid

• Can work at highest temperatures.

Full-Face Inserts • Inserts are made from a presintered carbide/PCD or PCBN joint. • Elimination of the brazing joint. Less delamination. • Better heat absorption capacity. full-face

• Can work at higher temperatures than tipped tools. • Facilitate larger depth of cut compared to the same size tipped insert. • The blanks are available with “A” and “W” ISO-style pin-lock holes. Tipped Inserts • Require a carrier and substrate for the insert. • The tips are brazed to the substrate. Various brazing methods are applied. • The substrate has to have a pocket that will accommodate and support the tip.

tipped

• In these types of tools, the braze joint represents the weak link, so the brazing operation is very important and should be carefully controlled and executed. • The main advantage of tipped tools over full-faced inserts is the lower cost.

Kennametal inserts This table shows approximate tip sizes of Kennametal CBN inserts depending on style and corner radius. Please note that the maximum cutting depth is not more than 80% of the tip length.

radius

C, W

insert shape T

D, K

R 0,2mm

R 0,4mm

R 0,8mm

R 1,2mm

R 1,6mm

B140

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Superhard Tool Materials PCBN

PCBN portfolio KB5610 (KB1610)

KB5625 (KB1625)

KB5630 (KB1630)

KB1340

Grade

CBN%

PCBN/PCD Inserts

Grade

fine finishing H01

H10 hardened steel

H20

Toughness and wear behaviours of KB1630/5630 optimised for moderately to heavily interrupted cutting applications.

H30 hard milling

hardness

KB5630 offers extreme abrasion resistance for highly alloyed sintered irons.

sintered irons and PM

abrasivity GG fine boring K01 K30

gray and hard cast irons

KB1340 provides excellent toughness behaviour for rough machining of cast irons. Abrasion resistance of KB1630 for chilled, hardened irons.

general machining

K01

â&#x20AC;&#x201D; superalloys

www.kennametal.com

S20

These grades compliment turning applications in superalloy turning.

B141

PCBN Hard Turning Selection System Introduction This guide will help you choose the PCBN grade, edge preparations, nose radius, feed, and recommended speed range for your hard turning applications. These recommendations will establish a starting point for optimisation of the application. Where possible, this guide will lead you to standard line items. If this is not the case, the items can still be obtained through the QTSP (Quick-Turn Solutions Program) or ordered as specials. We will classify hard turning operations as any turning or boring of ferrous-based workpiece materials with a hardness (HRC) higher than 45. For workpieces with lower hardness values, PCBN is not recommended.

To use the guide, you will need this application information: • Workpiece design: interruptions, shape, and frequency. • Workpiece material specifications: hardness, superficial or through treatment, and carbide forming alloying elements (that increase the abrasivity of the material). • Depth of cut. • Surface finish requirements. • Preset conditions, such as specific nose radius, limited feed, etc. • Setup limitations related to machine tool, fixturing, etc. • Tool life criteria, e.g., surface finish, dimensional tolerance, cutting force, etc.

B142

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PCBN Hard Turning • Selection System Overview Step 1 • Choosing the PCBN Grade

Step 1, reference page B144–B145.

Step 2 • PCBN Edge Preparation Features

Step 2, reference page B145.

Step 3 • Selection of T-Land Angle

Step 3, reference page B145.

Step 4 • Selection of T-Land Width

Step 4, reference page B146.

Step 5 • Choosing the Speed Range

Step 5, reference page B147.

www.kennametal.com

B143

Superhard Tool Materials PCBN

Grade Selection for Hard Turning How to Use

PCBN/PCD Inserts

Identify your application conditions. The most far right parameter will then determine the recommended grade(s). If more than one grade is intersected, it is recommended to first select the grade with the highest toughness (page B139) before optimising using the Troubleshooting Guide (pages B142–B143).

Step 1 • Choosing the PCBN grade Depth of Cut (mm) Larger depths of cut need stronger grades.

0.20

0.10

0.40

0.30

0.50

0.60

0.70

Continuous/Interrupted More continuous cutting needs more crater wear resistance; more interrupts need more toughness.

Interruption Severity The angle between the cutting direction and the edge of the interruption has a big influence on the severity of an interrupt impact.

30º

0º

60º

90º

120º

Interruption Frequency A wide spacing between interrupts emphasises crater wear resistance, whereas closer-located interrupts emphasise impact resistance.

KB5610™ KB5625™ KB5630™ ISO Class Hard Turning

H10

H15

H20

H25

H30

Tool Wear Type Increased Cratering Resistance and Chemical Inertness

Increased Toughness

(continued)

B144

www.kennametal.com

Superhard Tool Materials PCBN

(continued)

cratering resistance

abrasive resistance

impact resistance

surface finish

*** ** *

* ** ***

*** ** **

KB5610™ KB5625™ KB5630™

*** = Best

PCBN/PCD Inserts

Step 1 • Choosing the PCBN grade

Step 2 • PCBN edge preparation features Edge Preparation Specifications

β , R 0.020mm

hone only

0,020mm

W x β = 0,1mm x 15°

S01015

W — Edge Prep Width α — Clearance Angle

W x β = 0,1mm x 25°

S01025

β — T-Land Angle

surface roughness (Rz)

Nose Radius and Feed vs. Surface Roughness 10

0.4

0.8

1.2

4 2 0 0

0.05

0.1

0.15

0.2

0.25

feed (f)

Step 3 • Selection of T-land angle How to Use Using the grade selection and the Interruption Severity from Step 1, select edge preparation angle or hone only, E, from the table below. Solutions in parenthesis are second options. Selection of Preparation Angle input from Step 1

KB5610

E (15°/25°)

20°/25°

KB5625

15°/25°

20°/25°

25°

KB5630

15°/25°

20°/25°

25°

25°/35°

www.kennametal.com

B145

Superhard Tool Materials PCBN

Step 4 â&#x20AC;˘ Selection of T-land width How to Use

Example 2:

If the feed, depth of cut, and the tool nose radius are fixed, use these values to see what T-land width should be used.

T-land width

If you want to use a specific T-land width or hone only edge, use the chart below to see what maximum feeds and depths of cut are recommended for different nose radii.

nose radius

T-Land Width (W): E

Number in circle is NOSE RADIUS*

0,70

DOC (mm)

0,60 0,50 0,40

0,30 0,20

0,10 0,01 0,02 0,03 0,04 0,05 0,06 0,07 0,08 0,09 0,10 0,11 0,12 0,13 0,14

0,15 0,16 0,17 0,18 0,19 0,20 0,21 0,22 0,23

0,24 0,25

maximum feed recommendation (mm/rev)

T-Land Width (W): 0,1mm

Number in circle is NOSE RADIUS*

0,70

DOC (mm)

0,60 0,50

12 08

0,40

0,30

0,20 0,10 0,01 0,02 0,03 0,04 0,05 0,06 0,07 0,08 0,09 0,10 0,11 0,12 0,13 0,14

0,15 0,16 0,17 0,18 0,19 0,20 0,21 0,22 0,23

0,24 0,25

maximum feed recommendation (mm/rev)

T-Land Width (W): 0,2mm

Number in circle is NOSE RADIUS*

0,70

0,60

DOC (mm)

PCBN/PCD Inserts

Example 1:

0,50 0,40 0,30 0,20 0,10 0,01 0,02 0,03 0,04 0,05 0,06 0,07 0,08 0,09 0,10 0,11 0,12 0,13 0,14

0,15 0,16 0,17 0,18 0,19 0,20 0,21 0,22 0,23

0,24 0,25

maximum feed recommendation (mm/rev)

*NOTE: Colored lines represent proven solutions; grey lines represent theoretically possible solutions.

B146

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Superhard Tool Materials PCBN

Step 5 โ ข Choosing the speed range How to Use

Cutting Speed Influence Tool Life

Impact Energy

Heat Generation

Increasing Speed

Using the application information, determine your position in the INPUT DATA table below and select the speed range area with which it intersects for each input parameter. If different speed ranges result, choose the lowest speed range.

PCBN/PCD Inserts

Productivity

The shaded area extends to the minimum and maximum speedsfor the application. The suggested starting speeds can be taken as the minimum line of this range.

Speed Range Selection for Hard Turning Depth of Cut (mm) Larger depths of cut need stronger grades.

0,20

INPUT DATA

0,10

0,30

0,40

0,50

0,60

0,70

Interruption Severity The angle between the cutting direction and the edge of the interruption has a big influence on the severity of an interrupt impact.

30ยบ

0ยบ

Workpiece Hardness (HRC)

60ยบ

120ยบ

90ยบ

Speed Range (m/min)

OUTPUT DATA

100 140 180 220 260 300 340

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B147

CBN Inserts with Chipbreaker For hardened steels, grinding is no longer the preferred method in finish turning operations because hard turning now drastically reduces cost per part. With high metal removal rates, faster machine setup, quicker cycle times, and greater flexibility, it is obviously the preferred method. Despite these advantages, hard turning has sometimes had issues with poor chip control causing surface scratching and bird-nest formations. Kennametal solved these problems by integrating special chipbreaking geometries into two high-performance PCBN grades, giving customers total control of their hard machining. Ideally, hardened steels are machined with a low or medium CBN content grade where the workpiece encounters few interruptions. However, because of CBN’s structure, the industry had not been able to add chipbreaking technology to low content CBN inserts. KB5610™ with chipbreaker is, therefore, the first product of its type to deliver chipbreaking where it’s most needed. KB5625™ with chipbreaker provides a chipbreaking solution for applications requiring more toughness. Together, these tools give Kennametal customers industry-leading flexibility in choosing the right tool for the job.

Features • Chipbreaker for improved chip control. • KB5610 ideal grade for continuous operations. • KB5625 ideal grade for continuous and interrupted operations.

KB5610

Benefits • Improved surface quality to reduce scrap rates. • Reduction of machine stops due to swarf issues to improve machine availability. • Reduction of bird-nest formation to reduce clean up time. • Two grades to choose from for best performance.

KB5625

B148

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CBN Inserts Insert without Chipbreaker

Insert with Chipbreaker

• Long chips.

• Chips are broken.

• Bird-nest formation.

Reverse gear face turning and chamfering Workpiece: Hardness:

Reverse gear 58–62 HRC Insert: Grade: vc: f: ap: Pieces/edge: Chip shape:

Competitor DNGG150412N-SV — 235 m/min (775 SFM) 0,25 mm/rev (.0098 in/rev) 0,26mm (.0098") 600 Snarling or infinite helix

Kennametal DNGM159412S0125MT CB1 KB5625 235 m/min (775 SFM) 0,35 mm/rev (.014 in/rev) 0,26mm (.0098") 900 Coiled with 3 turns

Result: Better chip control, high productivity (by increased feed), and 1,5x tool life

Hard material turning by using PCBN with chipbreaker Workpiece: Hardness:

Tube 52–58 HRC Insert: Grade: vc: f: ap: Pieces/edge: Chip shape:

Competitor DNGA150608S01020MT — 120 m/min (400 SFM) 0,15 mm/rev (.0059 in/rev) 0,3mm (.012") 2 Snarling or infinite helix

Kennametal DNGM150408S01325M7CB1 KB5625 120 m/min (400 SFM) 0,15 mm/rev (.0059 in/rev) 0,3mm (.012") 4 Discontinuous

Result: Better chip control and double tool life

www.kennametal.com

B149

Superhard Tool Materials PCBN

PCBN/PCD Inserts

PCBN portfolio Grade

KB5630 (KB1630)

KB1340

Grade

CBN%

GG fine boring K01

KB1340 provides excellent toughness behaviour for rough machining of cast irons.

grey and hard cast irons

Abrasion resistance of KB1630 for chilled, hardened irons.

K30

High content PCBN grades: KB1340™, KB1630™, and KB5630™ General Application Area Continuous and interrupted machining of ferrous alloys where the main wear mode is abrasive and a strong edge is required. Primary Target Workpiece Materials • Grey cast irons. • High Cr content irons. • Chilled and hardened irons. • Co-, Ni-, and Fe-based hard facing alloys. • Other alloys in which there is a high concentration of carbide forming elements, and the primary wear is abrasive.

B150

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Superhard Tool Materials PCBN

Machining grey cast iron The largest application area for KB1340™ is machining of grey cast irons. Following are a few particulars of this application: PCBN/PCD Inserts

• GCI have to be machined dry. The application needs to generate high levels of heat in order to create a protective oxide layer on the tool. • It is important to confirm with the customer that the GCI has been properly aged, and it has a sulphur content over 0,05%. • The starting point for edge preparation should be 0,10mm (.004") x 20º for finishing (DOC <0,5mm) and 0,20mm (.008") x 20º for roughing.

Proper application of KB1340 — formation of protective layer, tool life should exceed 70 km sliding distance.

• The edge preparation angle should increase if any interruptions are present, up to 35º. • Lack of aging and/or low sulphur content can lead to a decrease in tool life of up to 10 times! 25

• A slow feed approach/engagement of the tool is recommended to minimise chipping and notching.

0.008% S 0.09% S

tool life (mm)

20 15 10 5 0

400 m/min

800 m/min

cutting speed, vc (m/min)

Comparison of the life of PCBN cutting tools in machining two different grey cast irons, primarily differing in sulphur content.

Application recommendations speed m/min workpiece material hot-work tool steels — roughing

feed SFM

depth of cut in

min

max

min

max

min

max

150

165

495

0,2

0,5

165

min

mm max

min

max

min

0,008 0,020

0,8

3,0

0,031 0,118

max

cold-work tool steels — roughing

150

495

0,2

0,5

0,008 0,020

0,8

3,0

0,031 0,118

grey cast iron — roughing

700

1200 2310 3960

0,2

0,6

0,008 0,024

0,5

3,0

0,020 0,118

grey cast iron — finishing

750

1500 2475 4950

0,1

0,3

0,004 0,012

—

0,5

0,000 0,020

CGI and NCI — roughing

300

165

990

0,2

0,5

0,008 0,020

0,5

2,0

0,020 0,079

chilled cast iron — roughing

150

495

0,2

0,6

0,008 0,024

0,5

3,0

0,020 0,118

chilled cast iron — finishing

150

495

0,1

0,3

0,004 0,012

—

0,5

0,000 0,020

hard facings — as per bearing steel

200

198

660

0,1

0,5

0,004 0,020

0,2

3,0

0,008 0,118

high Cr irons

250

264

825

0,1

0,6

0,004 0,024

0,2

3,0

0,008 0,118

High-content PCBN grades are intended for use in negative rake clamp-type toolholders, boring, recessing tools, and milling heads. Due to the dynamic loads that occur in the machining of hard ferrous materials and the conditions under which these grades operate, frequently involving shocks from interrupted cutting, it is advisable to strengthen the tool system as much as possible and use dimpled inserts where possible.

www.kennametal.com

B151

Dimple Clamps for Added Stability Typical Application Continuous cost pressures force manufacturers of grey cast iron brake disks to look for cost-cutting solutions. CBN inserts deliver high productivity and long tool life. Kennametal has developed the solid, high-content grade KB1340™, which provides superior performance when machining grey cast iron components, such as brake disks or fly wheels. To ensure secure seating in the toolholder, the inserts are available with dimple-design clamping. The clamps fit Ceramtec holders, which makes the conversion to Kennametal tooling easier.

Higher Productivity and Profitability • Ensures tight and rigid clamping. • Dimpled insert with special clamping provides increased stability in the pocket. • Ideal for use in heavy-duty machining applications. • Cladded clamps for improved resistance against chip wash are available upon request. • The shallow dimple design enables the use of less expensive 4,76mm (3/16") inserts. • Round dimple design works with custom tooling where clamping direction must be offset due to space limitations.

B152

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Featured Applications: Brake Disk Machining Proven solutions Workpiece: Material:

Brake disk GGG 60 Insert: vc: f: ap: Performance:

Competitor CBN N/A 1100 m/min (3600 SFM) 0,4 mm/rev (.016 in/rev) 2mm (.079") 1500 pieces

Kennametal KB1340 SNMN120416502020 1100 m/min (3600 SFM) 0,4 mm/rev (.016 in/rev) 2mm (.079") 1700 pieces

Insert: vc: f: ap: Performance:

Competitor Ceramic N/A 800 m/min (2600 SFM) 0,5 mm/rev (.02 in/rev) 1,5mm (.059") 120 pieces

Kennametal CBN KB1340 CNGX433S0415FW 1500 m/min (5000 SFM) 0,5 mm/rev (.02 in/rev) 1,5mm (.059") 4200 pieces

Clamp selection chart insert

clamp

ANSI catalogue number CNGX433S0415 CNGX433S0415FW

ISO catalogue number CNGX120412S01015 CNGX120412S01015FW

catalogue number 551.718 - 100˚ Corner 551.718 - 100˚ Corner

MM 3968904 3968904

CNGX434S0820 CNGF432

CNGX120416S02020 CNGF120408

551.718 - 100˚ Corner 551.718 - 100˚ Corner

3968904 3968904

DNGX434S0820

DNGX150416S02020

551.720

4094234

SNGX434S0820 SNGX534S0820

SNGX120416S02020 SNGX150416S02020

551.718 551.718

3968904 3968904

VNGX333S0820 TNGX333EFW

VNGX160412S02020 TNGX160412EFW

551.721 551.733

4094236 4094235

Application recommendation vc: 800–1500 m/min

Certain melts of grey cast iron can exhibit poor machinability — by as much as two orders of magnitude — related to either insufficient aging or composition.

Good GG25 (0.05 S) 62 km sliding distance @ 1500 m/min

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B153

Superhard Tool Materials PCBN

Grey cast iron brake disk machining â&#x20AC;˘ Ceramic vs. PCBN

PCBN/PCD Inserts

silicon nitride

PCBN

(a)

200

400

PCBN

600

800

1000

2000

4000

6000

cutting speed, vc (m/min)

tool life (parts per edge)

(b)

(c)

8000

PCBN increases productivity when machining grey iron brake disks (a) in terms of cutting speed (b) and tool life (c) compared to silicon nitride ceramic.

Brake disk machining example

Optimised Process

Starting Situation

Tool Material:

black ceramic

Tool Life:

40 brake disks

Tool Life:

PCBN 2000 brake disks

Tool Change Time Machining Time Saved

17.8%

0,2%

94%

B154

82%

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Superhard Tool Materials PCBN

Grade

KB5610 (KB1610)

KB5625 (KB1625)

KB5630 (KB1630)

Grade

CBN%

PCBN/PCD Inserts

PCBN portfolio

hardness

KB5630 offers extreme abrasion resistance for highly alloyed sintered irons.

sintered irons and PM

abrasivity

PM machining • Inlet/outlet valve

50 µm

50 µm Intake

Exhaust • Abrasive with hard particle content:

• Principally, structure is hard steel.

Martensite — 800 HK

• Minimal porosity on well sintered.

WMoC — 1600 HK

• Low/medium alloy content.

VC — 2800 HK

• Macro-hardness >400 HV (>41 HRC).

• High porosity/Cu infiltrated. • Co increases hot hardness.

• Derives wear resistance from hardened matrix structure.

• Macro-hardness <400 HV (<41 HRC). • Derives wear resistance from hard particles.

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B155

Superhard Tool Materials PCBN

PCBN/PCD Inserts

PCBN grade selection for valve seat machining

600 KB5610 KB5625 500

hardness, HV

CHEMICAL WEAR RESISTANCE

KB5630

typical inlet valve seat iron

400

300

typical outlet valve seat iron

200

content of carbide formers (%)

ABRASIVE WEAR RESISTANCE

B156

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Superhard Tool Materials PCBN

PCBN grade selection for valve seat machining

Soft matrix (≤300 HV), hard carbides, high porosity

Highly Abrasive

High Hardness

Both material types with single insert

Hard matrix (≥400 HV), few carbides, low porosity

www.kennametal.com

short engagement (e.g., plunging)

long engagement (e.g., generating)

1. Abrasion resistance 2. Strength #1 Choice: KB5630™

1. Abrasion resistance 2. Strength 3. Chemical wear resistance #1 Choice: KB5630

1. Abrasion resistance 2. Chemical wear resistance 3. Strength #1 Choice: KB5630 #2 Choice: KB5625™

1. Abrasion and chemical wear resistance 2. Strength #1 Choice: KB5625 #2 Choice: KB5630

1. Chemical wear resistance 2. Strength 3. Abrasion resistance #1 Choice: KB5625 #2 Choice: KB5610™

1. Chemical wear resistance 2. Abrasion resistance 3. Strength #1 Choice: KB5625 #2 Choice: KB5610

PCBN/PCD Inserts

material to be machined

B157

A4™ Grooving and Turning System • One tool for turning, facing, grooving, and face grooving in O.D. and I.D. applications — that means exceptionally fast cycle times and no turret indexes.

Clamping Design

• Extra-long clamping area, ground 120° bottom prism seating surface, and an exclusive top guide rail combine to deliver unsurpassed grooving and side-turning stability! • Precise insert positioning is ensured for accurate cuts!

Applications Test result • A4 Tool: Material: Diameter:

B158

A4R0400M04800E KB1630 INCONEL® 718 983mm

Cutting Data Speed: Feed: DOC: Diameter: Performance:

Competitor 180 m/min (600 SFM) 0,13mm/rev (.0051 in/rev) 8mm (.31") 30mm (1.18") 70–140 pieces

Kennametal 180 m/min (600 SFM) 0,13mm/rev (.0051 in/rev) 8mm (.31") 30mm (1.18") 160–200 pieces

www.kennametal.com

Top Notch™ Grooving System Our rigid clamping design prevents insert movement. This benefit ensures excellent surface finish, improved productivity, and superior tool life and promotes perfect concentricity. The rugged bridge clamp generates locking forces in three directions to provide superior resistance to side thrust and tangential forces.

Clamping Design

Applications Test result • Top Notch Tool: Material: Machine:

WSP 4121129 Top Notch KB5625 DIN 16MnCr5/AISI 5115, 59–63 HRC Hard/soft machining

www.kennametal.com

Cutting Data Speed: Feed: DOC: Diameter: Performance:

Competitor 160 m/min (530 SFM) 0,06 mm/rev (.0024 in/rev) 2mm (.079") 39,5mm (1.56") 70 pieces

Kennametal 160 m/min (530 SFM) 0,06 mm/rev (.0024 in/rev) 2mm (.079") 39,5mm (1.56") 90 pieces

B159

Superhard Tool Materials PCBN

PCBN/PCD Inserts

Quick Optimisation Guide: Troubleshooting for Catastrophic Failure Tool Failure Criteria

Catastrophic Failure (loss of cutting edge) Example of catastrophic failure

Spalling on Rake Face

Chipping on Flank Face

Preceded by Extensive Crater Wear Example of crater wear

Yes

1, 4, 12, 3

3, 8, 7, 12, 11, 14, 5

Remedial Action 1. Select more inert PCBN grade.

9. Decrease chamfer angle.

2. Select more abrasion-resistant PCBN grade.

10. Increase clearance angle.

3. Select stronger PCBN grade.

11. Reduce clearance angle.

4. Reduce cutting speed.

12. Increase edge hone dimension.

5. Increase cutting speed.

13. Reduce edge hone dimension.

6. Reduce nose radius.

14. Reduce feed and/or depth of cut.

7. Increase nose radius.

15. Increase feed and/or depth of cut.

8. Increase chamfer angle.

B160

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Superhard Tool Materials PCBN

PCBN/PCD Inserts

Quick Optimisation Guide: Troubleshooting for Non-Catastrophic Failure Tool Failure Criteria

Non-Catastrophic Failure (workpiece-related failure)

Surface Finish

Form Errors

Preceded by Extensive Flank Wear Example of flank wear

Yes

2, 10, 4

14, 13, 6, 3, 5

Remedial Action 1. Select more inert PCBN grade.

9. Decrease chamfer angle.

2. Select more abrasion-resistant PCBN grade.

10. Increase clearance angle.

3. Select stronger PCBN grade.

11. Reduce clearance angle.

4. Reduce cutting speed.

12. Increase edge hone dimension.

5. Increase cutting speed.

13. Reduce edge hone dimension.

6. Reduce nose radius.

14. Reduce feed and/or depth of cut.

7. Increase nose radius.

15. Increase feed and/or depth of cut.

8. Increase chamfer angle.

www.kennametal.com

B161

Quick-Turn Solutions Program for CBN Inserts Standard inserts incorporate latest grade, coating, edge preparation, and manufacturing technology. They cover a wide range of applications and provide superior performance. However, in some cases, further fine tuning is needed to reach the optimum performance point. Therefore, Kennametal has set up the Quick-Turn Solutions Program (QTSP) to allow edge preparation modifications on selected styles, grades, and formats to further enhance the tool performance.

Technical Details â&#x20AC;˘ Options for a Customisation Decide nose radius.

Add wiper.

Decide T-land width and angle.

Decide hone size.

Various shapes from which to choose.

Multitipped, full tops, and solid inserts are part of the program.

Seven grades are available. High and low content, coated and uncoated.

For more information, please contact a Kennametal Sales Representative, Authorised Kennametal Distributor, or visit www.kennametal.com.

B162

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Teardrop (TD Edges) for Demanding Applications Teardrop (TD) edges are advanced edge preparations used in heavily interrupted operations where standard edge preps fail. They can be ordered as specials.

Possible TD Edges β

W — Edge Prep Width

Wxβ

α — Clearance Angle β — Edge Prep Angle — between rake face and K-land α

R1 R2

R 0,020mm E

Edge Preparation Specifications E

hone only

TD-Style Selection 0,020mm

DOC in mm 0

Wxβ

width in 0,001mm x angle

TDR

ellipse based on 0,25 x 30°

TDR

TDF

ellipse based on 0,20 x 20°

TDF

TDS

ellipse based on 0,10 x 20°

TDS

www.kennametal.com

0,15

0,30

0,45

0,60

0,75

B163

Superhard Tool Materials PCD

PCD

PCBN/PCD Inserts

The current global metalcutting climate has put increased focus on high productivity and cost reductions coming from cutting tools. These requirements lead to the rapid growth and implementation of cutting tools using superhard materials. As the name implies, these materials have a significant advantage in hardness over conventional tool materials, which from the end user point of view, translates into increased productivity (higher cutting speeds, longer tool life, etc.), lower tooling cost per part, and also, the ability to process materials previously un-machinable with conventional tooling. The most widely known superhard materials are diamond and cubic boron nitride. Our industry uses the polycrystalline forms of these materials, i.e., polycrystalline diamond (PCD) and polycrystalline boron nitride (PCBN). PCD tooling is mainly targeted at the machining of non-ferrous materials (e.g., aluminium alloys, plastics, CFRPs, composites, titanium alloys, ceramics, carbides, etc.) whereas PCBN targets iron-based alloys (e.g., cast irons, hard steels, iron-based composites, etc.) Kennametal is at the forefront of developing and implementing superhard materials in our standard and special tooling solutions across all our product lines. Kennametalâ&#x20AC;&#x2122;s approach to superhard tooling starts with customer needs and constraints. We then use fundamental research to develop the best superhard solutions that would make available the best value for the customer and respond to their specific demands.

www.kennametal.com

Carbon

B165

Superhard Tool Materials PCD

Different kinds of PCD grades Application demands determine the choice of cutting tool material. The important requirements of the material are: • Abrasion resistance. PCBN/PCD Inserts

• Toughness and strength. • Thermal behaviour.

Fine Grain

Medium Grain

Coarse Grain

Increased Cutting Edge Quality (and Strength)

Increased Abrasion Resistance

Comparison of different PCD grades Behaviour in Applications grade characteristics:

KD1400™

fine grain

medium grain

grain size:

0,5–1 µm

2 µm

10 µm

chip resistance:

•••••••••• ••••••••• ••••• •••

•••••••• •••••

grade characteristics:

coarse grain

KD1425™

KD1405™

grain size:

25 µm

2–30 µm

0 µm

chip resistance:

••••••• •••••••

•••••• ••••••••

••••••• ••••••••••

abrasion resistance: Behaviour in Applications

abrasion resistance:

Chipping can be defined as the formation of small notches on the cutting edge and generally occurs when the load at the cutting edge exceeds the strength of the material. An A390 alloy was used in edge milling tests to assess the chip resistance of the different PCD grades. Abrasion is characterised by the development of grooves and ridges on the flank of the tool in the direction of sliding. The abrasion resistance of PCD was evaluated on a high silicon aluminium alloy, A390, in a continuous cutting operation.

B166

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Superhard Tool Materials PCD

PCD grain size • Workpiece surface finish coarse

PCBN/PCD Inserts

medium KD1425™ fine KD1400™ 0.3

0.4

0.5

0.6

0.7

0.8

This chart illustrates the influence of the PCD grain size on surface finish in turning 18% silicon aluminium alloys. The best finish is obtained with the submicron grade KD1400. While the grade KD1425 contains grains as large as 30 microns, this material’s unique multimodal grain size distribution results in a microstructure of closely packed diamond grains resulting in a smoother ground edge.

KD1400 advantages at a glance • Summary A sharper cutting edge

A less serrated (smoother) cutting edge

• Clean cuts on carbon fibres. • Permits larger nose radii for increased feed and productivity without loss in finish.

• Improved surface finish — potentially reducing rough and intermediate honing.

Permits a more positive rake

• Reduced cutting forces, delamination, and burr formation.

Permits increased clearance

• Providing for lower tool wear rates and lower push-off forces — thereby improving process capability.

Provides unparalleled chip resistance

• Suitable for heavy milling and interrupted turning with positive edge geometries and longest tool life.

Comparable abrasion resistance to a coarse grade PCD

• Covers the widest range of applications with a single grade — reduce inventory and complexity.

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B167

Superhard Tool Materials PCD

PCD grades application/workpiece material MMC

PCBN/PCD Inserts

KD1425

™

AISi alloys >13% Si

AISi alloys <13% Si

KD1400™ wrought AI alloys super finishing

finishing

general machining

roughing

APPLICATION SEVERITY

PCD application areas and parameter range speed material machined

operation

aluminium alloy

turning

4–8% Si

milling

9–12% Si

turning milling

>13 Si

KD1400

min

max

feed rate SFM

min

mm/rev

max

min

max

1000 4000 3300 13200

0,1

2000 5000 6600 16500 700

DOC

in/rev min

max

min

max

min

0,4

0,004 0,016

0,1

4,0

0,004 0,157

max

0,1

0,3

0,004 0,012

0,1

0,3

0,004 0,012

3000 2310

9900

0,1

0,4

0,004 0,016

0,1

4,0

0,004 0,157

KD1400/KD1425 1000 3000 3300

9900

0,1

0,3

0,004 0,012

0,1

0,3

0,004 0,012

turning

KD1425

300

1000

990

3300

0,1

0,4

0,004 0,016

0,1

4,0

0,004 0,157

milling

KD1400

500

1500 1650

4950

0,1

0,3

0,004 0,012

0,1

0,3

0,004 0,012 0,020 0,118

cast iron

roughing

300

165

990

0,2

0,5

0,008 0,020

0,5

3,0

CGI/NCI

finishing

400

165

1320

0,1

0,3

0,004 0,012

—

0,5

300

700

990

2310

0,1

0,4

0,004 0,016

0,2

1,5

0,008 0,059

400

1300 1320

4290

0,03

0,3

0,001 0,012 0,05

2,0

0,002 0,079

120

396

0,1

0,4

0,004 0,016

0,2

1,0

0,008 0,039

198

0,1

0,25 0,004 0,010

0,1

0,5

0,004 0,020

—

120

231

396

0,1

0,4

0,004 0,016

0,2

1,0

0,008 0,039

100

165

330

0,1

0,25 0,004 0,010

0,1

0,5

0,004 0,020

—

300

990

8250

0,05

0,3

0,002 0,012

0,2

3,0

0,004 0,118

200

660

3300

0,05

0,5

0,002 0,020

0,1

3,0

0,004 0,118

MMC 20% Sic/Al copper alloys copper, zinc, bass tungsten carbide <16% Co unsintered (green) sintered ceramics unsintered sintered plastics/composites carbon/graphite

B168

PCD grade

m/min

KD1425

turning/milling

KD1400

turning

KD1425

—

turning

KD1425

—

turning/milling KD1400/KD1425

—

0,020

—

www.kennametal.com

Superhard Tool Materials PCD

PCD tool failure modes The gradual wear observed on diamond cutting tools can be divided into: • Mechanically activated wear (abrasion, adhesion, and wear by microfracture). PCBN/PCD Inserts

• Tribochemical wear (dissolution/diffusion wear and formation of new chemical compounds). Abrasion The primary mode of mechanically activated wear for diamond cutting tools is abrasion, which is the removal of tool material by a scoring action of protruding asperities and hard phase inclusions in the workpiece and chip (e.g., silicon grains in aluminium-silicon alloys). Abrasion is characterised by the development of grooves and ridges in the direction of the tool sliding against a newly machined surface of the workpiece or chip sliding against the rake face. The severity of abrasion can be increased in cases where the workpiece material contains hard inclusions or when there is hard wear debris from the workpiece or the tool at the interface. Tribochemical Tribochemical wear is particularly relevant in the machining of titanium alloys when the carbon in the tool material diffuses into the adhered titanium layer to form a TiC boundary layer on the rake face of the tool. This boundary quickly becomes saturated with tool constituents and can then act as a protective barrier against any further diffusion. Attrition When two surfaces slide over each other, particularly in the absence of a lubricant, some adhesion can occur at the points of contact. Adhesive wear (often called attrition) in cutting tools involves the mechanism in which individual grains or small grain aggregates are pulled out of the tool surfaces and are carried away at the underside of the chip or are torn away by the adherent workpiece. The term “plucking” is also used to describe the loss of tool particles from the edge or faces. For example, when the forces are high enough, the TiC boundary layer that forms in titanium machining can be removed from the rake face of the tool transporting with it a pulled-out diamond grain, to form a crater. Once this crater becomes excessive, fracture of the tool could occur due to the geometrical weakening of the edge. Negative geometries tend to enhance the possibility of adhesive wear and built-up edge formation. Subsequent break-up (fracture) of the adhesive tool/workpiece joints results in attrition wear. The wear scars produced by attrition are rough, as opposed to the usually smooth wear surfaces generated by tribochemical wear. Microfracture When cutting tools are employed for continuous machining of high hardness materials or interrupted machining, small fractures can appear on the cutting edge. If fracturing is small, the cutting tool can usually still be used. Wear by microfracture involves a less severe form of fracture and includes chipping, spalling, and cracking whereby the cutting tool can be reused.

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B169

Superhard Tool Materials PCD

PCBN/PCD Inserts

Tool Failure and Wear: Tool Failure Criteria

Catastrophic Failure (loss of cutting edge)

Fracture

Thermal Degradation

Nose Breakage

Extensive Flank Wear/Cracking

11, 1, 2, 15, 3, 4, 5

16, 17, 2, 4, 3, 5

Remedial Action 1. Increase nose radius.

10. Increase lead angle.

2. Reduced clearance angle.

11. Select a tougher grade.

3. Reduce feed.

12. Select more abrasion-resistant grade.

4. Reduce cutting speed.

13. Select a higher TRS grade.

5. Reduce DOC.

14. Choose a more chemically inert grade.

6. Increase clearance angle.

15. Increase thickness.

7. Use a positive rake angle.

16. Select a more thermally stable grade.

8. Add a small edge hone.

17. Use coolant.

9. Use neutral rake angle.

B170

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Superhard Tool Materials PCD

PCBN/PCD Inserts

Tool Failure and Wear: Tool Failure Criteria

Non-Catastrophic Failure (gradual/progressive wear)

Abrasion

Adhesion

Wear by Fracture

Diffusion

New Chemical Compound

Grooves and Ridges on Flank

BUE and Crater Wear

Chipping and Spalling

Crater Wear

12, 6, 4, 3

7, 17, 4

13, 2, 8, 9, 5, 3, 1

14, 4, 17, 10, 1

Remedial Action 1. Increase nose radius.

10. Increase lead angle.

2. Reduced clearance angle.

11. Select a tougher grade.

3. Reduce feed.

12. Select more abrasion-resistant grade.

4. Reduce cutting speed.

13. Select a higher TRS grade.

5. Reduce DOC.

14. Choose a more chemically inert grade.

6. Increase clearance angle.

15. Increase thickness.

7. Use a positive rake angle.

16. Select a more thermally stable grade.

8. Add a small edge hone.

17. Use coolant.

9. Use neutral rake angle.

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B171

Superhard Tool Materials PCD

Machining of carbides with superhards speed

PCBN/PCD Inserts

material machined

feed rate

m/min

SFM

mm/rev

operation

PCD grade

min

max

min

max

min

unsintered (green)

turning

KD1425

120

396

0,1

0,4

sintered

turning

KD1425

264

0,1

unsintered (green)

turning

KB1340

150

165

495

0,1

0,5

sintered

turning

KB1340

100

330

0,1

0,4

max

DOC

in/rev min

max

min

max

min

max

0,004 0,016

0,2

1,0

0,008 0,039

0,25 0,004 0,010

0,1

0,5

0,004 0,020

0,2

1,0

0,008 0,039

0,004 0,016

0,1

0,5

0,004 0,020

tungsten carbide <19% Co

tungsten carbide >19% Co

Application Notes • PCD tools should be used with a neutral geometry and 7º clearance. • PCD edge preparation should be either F or E. An E edge preparation is preferred for larger DOCs, low Co content, and interrupted machining. • PCBN tools should be used in a negative geometry with 5º to 7º negative rake.

• PCBN edge preparation should be either E or S01025. • Coolant application is recommended and very important, especially with PCD application where failure is determined by heat generation. • PCD can also be applied for Co concentrations higher than 19% as long as minimal heat is generated.

Machining Carbide with Superhards 60

m/min

KB1340

cutting speed

30 KB5630 KD1425 20

KD1400

0 5

PCD

B172

15 cobalt content

Wt%

PCBN

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Superhard Tool Materials PCD

Machining Parameters

Tool Life Criteria

• Feed = 0,1mm (.0038")

• VB max = 0,3mm (.0098")

• Depth of cut = 0,25mm (.0098")

• Number of bores = 1500

PCBN/PCD Inserts

CGI boring with turning insert

CGI Tool Life Results, Estimated Number of Bores fn = 1 mm/rev (.0038 in/rev) ap = 0,25mm (.0098") cermet 200 m/min 660 SFM

TARGET

mixed ceramic 200 m/min 660 SFM

coated carbide 100 m/min 330 SFM KB1610™ 300 m/min 990 SFM

KB1610 200 m/min 660 SFM KD1425™ 200 m/min 660 SFM

500

1000

1500

2000

2500

3000

3500

4000

4500

number of bores

Six-Edge Tool

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Single-Edge Tool

B173

Superhard Inserts Kenloc™ Inserts

P M K N S H

first choice

v v v

v v v v v v v v

CNGA D

L10

Rε

mm 12,70 12,70

mm 12,90 12,90

mm 0,4 0,8

L10

Rε

mm 12,70 12,70

mm 12,90 12,90

mm 0,8 1,2

L10

Rε

mm 12,70 12,70

mm 12,90 12,90

mm 0,4 0,8

L10

Rε

ISO catalogue number CNGA120404S01025FWMT CNGA120404EFWMT

mm 12,70 12,70

mm 12,90 12,90

mm 0,4 0,4

CNGA120408EFWMT CNGA120408S01025FWMT

12,70 12,70

12,90 12,90

0,8 0,8

CNGA120412EFWMT CNGA120416S02015MWMT

12,70 12,70

12,90 12,90

1,2 1,6

ISO catalogue number CNGA120404E CNGA120408E

KB1340 KB1345 KD1400 KD1405 KD1425 KB1610 KB1625 KB1630 KB5610 KB5625 KB5630

PCBN/PCD Inserts

alternate choice

v v

CNGA-EMT

ISO catalogue number CNGA120408EMT CNGA120412EMT

v v

CNGA-FST

ISO catalogue number CNGA120404FST CNGA120408FST

CNGA-FW/MW MT

B174

v v v

v v

www.kennametal.com

Superhard Inserts Kenloc™ Inserts

first choice alternate choice

v v v

v v v v v v v v

CNGA-MT L10

Rε

ISO catalogue number CNGA120404S01025MT CNGA120408S01020MT

mm 12,70 12,70

mm 12,90 12,90

mm 0,4 0,8

CNGA120408S02020MT CNGA120408S01025MT

12,70 12,70

12,90 12,90

0,8 0,8

CNGA120412S01025MT CNGA120412S01020MT

12,70 12,70

12,90 12,90

1,2 1,2

CNGA120412T02020MT CNGA120416S01020MT

12,70 12,70

12,90 12,90

1,2 1,6

L10

Rε

ISO catalogue number CNGA120404S01025ST CNGA120408S01025ST

mm 12,70 12,70

mm 12,90 12,90

mm 0,4 0,8

CNGA120412S01025ST

12,70

12,90

1,2

L10

Rε

ISO catalogue number CNGM120404S01325MTCB1 CNGM120408S01325MTCB1

mm 12,70 12,70

mm 12,90 12,90

mm 0,4 0,8

CNGM120412S01325MTCB1

12,70

12,90

1,2

L10

Rε

ISO catalogue number CNGM120404S01325MTCB2 CNGM120408S01325MTCB2

mm 12,70 12,70

mm 12,90 12,90

mm 0,4 0,8

CNGM120412S01325MTCB2

12,70

12,90

1,2

KB1340 KB1345 KD1400 KD1405 KD1425 KB1610 KB1625 KB1630 KB5610 KB5625 KB5630

v v v v v v v v v v v v v v v v

v v v v

v v

CNGA-ST

CNGM-CB1

CNGM-CB2

C2–C71

www.kennametal.com

C72–C109

C110–C115

C116–C147

B10–B23

B24–B31

B32–B37

B175

PCBN/PCD Inserts

P M K N S H

Superhard Inserts Kenloc™ Inserts

P M K N S H

first choice

v v v

v v v v v v v v

CNMA D

L10

Rε

ISO catalogue number CNMA120408S01025 CNMA120408S02020

mm 12,70 12,70

mm 12,90 12,90

mm 0,8 0,8

CNMA120412S02020

12,70

12,90

1,2

L10

Rε

mm 12,70

mm 12,90

mm 0,8

L10

Rε

mm 12,70 12,70

mm 12,90 12,90

mm 0,4 0,8

L10

Rε

mm 12,70 12,70

mm 15,50 15,50

mm 0,4 0,8

L10

Rε

mm 12,70 12,70

mm 15,50 15,50

mm 0,8 1,2

KB1340 KB1345 KD1400 KD1405 KD1425 KB1610 KB1625 KB1630 KB5610 KB5625 KB5630

PCBN/PCD Inserts

alternate choice

v v v

CNMS-E

ISO catalogue number CNMS120408E

CNMS-FST

ISO catalogue number CNMS120404FST CNMS120408FST

DNGA

ISO catalogue number DNGA150404E DNGA150408E

v v

DNGA-EMT ISO catalogue number DNGA150408EMT DNGA150412EMT

B176

v v

www.kennametal.com

Superhard Inserts Kenloc™ Inserts

first choice alternate choice

v v v

v v v v v v v v

DNGA-FST L10

Rε

mm 12,70 12,70

mm 15,50 15,50

mm 0,4 0,8

L10

Rε

ISO catalogue number DNGA150404EFWMT DNGA150408EFWMT

mm 12,70 12,70

mm 15,50 15,50

mm 0,4 0,8

DNGA150412EFWMT

12,70

15,50

1,2

ISO catalogue number DNGA150404FST DNGA150408FST

KB1340 KB1345 KD1400 KD1405 KD1425 KB1610 KB1625 KB1630 KB5610 KB5625 KB5630

DNGA-FW/MW MT

DNGA-MT D

L10

Rε

ISO catalogue number DNGA150404S01025MT DNGA150408S01020MT

mm 12,70 12,70

mm 15,50 15,50

mm 0,4 0,8

DNGA150408S01025MT DNGA150412S01025MT

12,70 12,70

15,50 15,50

0,8 1,2

v v v v

v v v v v v v v v

DNGM-CB1

ISO catalogue number DNGM150408S01325MTCB1 DNGM150412S01325MTCB1

C2–C71

www.kennametal.com

L10

Rε

mm 12,70 12,70

mm 15,50 15,50

mm 0,8 1,2

C72–C109

C110–C115

C116–C147

B10–B23

v v

B24–B31

B32–B37

B177

PCBN/PCD Inserts

P M K N S H

Superhard Inserts Kenloc™ Inserts

P M K N S H

first choice

v v v

v v v v v v v v

DNGM-CB2

ISO catalogue number DNGM150408S01325MTCB2 DNGM150412S01325MTCB2

L10

Rε

mm 12,70 12,70

mm 15,50 15,50

mm 0,8 1,2

L10

Rε

mm 9,53 9,53

mm 11,63 11,63

mm 0,8 1,2

L10

Rε

mm 12,70 12,70

mm 15,50 15,50

mm 0,4 0,8

L10

Rε

mm 12,70

mm 0,8

KB1340 KB1345 KD1400 KD1405 KD1425 KB1610 KB1625 KB1630 KB5610 KB5625 KB5630

PCBN/PCD Inserts

alternate choice

v v

NOTE: Other insert geometries available upon request.

DNMA ISO catalogue number DNMA110408S02020 DNMA110412S02020

v v

DNMS-FST ISO catalogue number DNGA150404FST DNGA150408FST

SNGA-FW ISO catalogue number SNGA120408S01020FWMT

B178

www.kennametal.com

Superhard Inserts Kenloc™ Inserts

first choice alternate choice

v v v

v v v v v v v v

SNGA L10

Rε

ISO catalogue number SNGA120404S01025MT SNGA120408S01025MT

mm 12,70 12,70

mm 0,4 0,8

SNGA120412S01025MT

12,70

1,2

L10

Rε

ISO catalogue number SNMA120408S01025 SNMA120408S02020

mm 12,70 12,70

mm 0,8 0,8

SNMA120412S01025 SNMA120412S02020

12,70 12,70

1,2 1,2

L10

Rε

mm 12,70 12,70

mm 0,8 1,2

L10

Rε

mm 9,53 9,53

mm 16,50 16,50

mm 0,8 1,2

KB1340 KB1345 KD1400 KD1405 KD1425 KB1610 KB1625 KB1630 KB5610 KB5625 KB5630

v v

SNMA

SNMS-FST

ISO catalogue number SNMS120408FST SNMS120412FST

v v

TNGA-FW MT

ISO catalogue number TNGA160408EFWMT TNGA160412EFWMT

C2–C71

www.kennametal.com

C72–C109

C110–C115

C116–C147

B10–B23

v v

B24–B31

B32–B37

B179

PCBN/PCD Inserts

P M K N S H

Superhard Inserts Kenloc™ Inserts

P M K N S H

first choice

v v v

v v v v v v v v

TNGA D

L10

Rε

ISO catalogue number TNGA160404S01025MT TNGA160408S01020MT

mm 9,53 9,53

mm 16,50 16,50

mm 0,4 0,8

TNGA160408S01025MT TNGA160412S01025MT

9,53 9,53

16,50 16,50

0,8 1,2

TNGA160416S01025MT

9,53

16,50

1,6

L10

Rε

mm 9,53 9,53

mm 16,50 16,50

mm 0,4 0,8

L10

Rε

mm 9,53 9,53

mm 16,61 16,61

mm 0,40 0,80

L10

Rε

mm 9,53 9,53

mm 16,61 16,61

mm 0,4 0,8

L10

Rε

mm 9,53 9,53

mm 16,61 16,61

mm 0,4 0,8

KB1340 KB1345 KD1400 KD1405 KD1425 KB1610 KB1625 KB1630 KB5610 KB5625 KB5630

PCBN/PCD Inserts

alternate choice

v v v v

v v

TNMS-FST

ISO catalogue number TNMS160404FST TNMS160408FST

VNGA-FST

ISO catalogue number VNGA160404FST VNGA160408FST

VNGA-MT

ISO catalogue number VNGA160404S01025MT VNGA160408S01025MT

v v v v v v v v v v v v

VNMS-E

ISO catalogue number VNMS160404E VNMS160408E

B180

v v

www.kennametal.com

Superhard Inserts Kenloc™ Inserts

first choice alternate choice

v v v

v v v v v v v v

ISO catalogue number VNMS160404FST VNMS160408FST

L10

Rε

mm 9,53 9,53

mm 16,61 16,61

mm 0,4 0,8

L10

Rε

mm 12,70 12,70

mm 8,69 8,69

mm 0,4 0,8

L10

Rε

mm 12,70

mm 8,69

mm 1,2

KB1340 KB1345 KD1400 KD1405 KD1425 KB1610 KB1625 KB1630 KB5610 KB5625 KB5630

VNMS-FST

WNGA-FST

ISO catalogue number WNGA080404FST WNGA080408FST

v v

WNGA-FW/MT

ISO catalogue number WNGA080412S01020FWMT

WNGA ISO catalogue number WNGA080404S01025MT WNGA080408S01025MT

C2–C71

www.kennametal.com

L10

Rε

max

mm 12,70 12,70

mm 8,69 8,69

mm 0,4 0,8

mm 1,60 1,12

C72–C109

C110–C115

C116–C147

B10–B23

v v

B24–B31

B32–B37

B181

PCBN/PCD Inserts

P M K N S H

Superhard Inserts Kendex™ Negative Inserts

P M K N S H

first choice

v v v

v v v v v v v v

CNMN D

L10

Rε

ISO catalogue number CNMN090308S02020 CNMN090312S02020

mm 9,53 9,53

mm 9,67 9,67

mm 0,8 1,2

CNMN120408S02020 CNMN120412S02020

12,70 12,70

12,90 12,90

0,8 1,2

L10

Rε

ISO catalogue number RNMN090300S02020 RNMN120300S02020

mm 9,53 12,70

mm — —

RNMN120400S02020

12,70

—

L10

Rε

ISO catalogue number SNMN090308S02020 SNMN090312S02020

mm 9,53 9,53

mm 0,8 1,2

SNMN090316S02020 SNMN120308S02020

9,53 12,70

1,6 0,8

SNMN120312S02020 SNMN120316S02020

12,70 12,70

1,2 1,6

SNMN120416T02020

12,70

1,6

KB1340 KB1345 KD1400 KD1405 KD1425 KB1610 KB1625 KB1630 KB5610 KB5625 KB5630

PCBN/PCD Inserts

alternate choice

v v v v

RNMN

SNMN

B182

v v

www.kennametal.com

Superhard Inserts Kendex Negative Dimple Inserts ™

first choice alternate choice

v v v

v v v v v v v v

ISO catalogue number CNGF120408

L10

Rε

mm 12,70

mm 12,90

mm 0,8

L10

Rε

mm 12,70 12,70

mm 12,90 12,90

mm 1,20 1,60

L10

Rε

mm 12,70

mm 12,90

mm 1,2

L10

Rε

mm 12,70

mm 15,50

mm 1,6

KB1340 KB1345 KD1400 KD1405 KD1425 KB1610 KB1625 KB1630 KB5610 KB5625 KB5630

CNGF

CNGX

ISO catalogue number CNGX120412S01015 CNGX120416S02020

v v

CNGX-FW

ISO catalogue number CNGX120412S01015FW

DNGX

ISO catalogue number DNGX150416S02020

C2–C71

www.kennametal.com

C72–C109

C110–C115

C116–C147

B10–B23

B24–B31

B32–B37

B183

PCBN/PCD Inserts

P M K N S H

Superhard Inserts Kendex™ Negative Dimple Inserts

P M K N S H

first choice

v v v

v v v v v v v v

SNGX

ISO catalogue number SNGX120416S02020 SNGX150416S02020

L10

Rε

mm 12,70 15,88

mm 1,6 1,6

L10

Rε

mm 9,53

mm 16,61

mm 1,2

L10

Rε

mm 9,53

mm 16,50

mm 1,2

KB1340 KB1345 KD1400 KD1405 KD1425 KB1610 KB1625 KB1630 KB5610 KB5625 KB5630

PCBN/PCD Inserts

alternate choice

v v

35˚

VNGX

Rε

L10

ISO catalogue number VNGX160412S02020

TNGX-FW

ISO catalogue number TNGX160412EFW

Clamp Selection Chart insert

B184

clamp

MM 3960807 3960808

ISO catalogue number CNGX120412S01015 CNGX120412S01015FW

551.718 - 100˚ Corner 551.718 - 100˚ Corner

551.716 - 80˚ Corner 551.716 - 80˚ Corner

3960806 3960811

CNGX120416S02020 DNGX150416S02020

551.718 - 100˚ Corner 551.720

551.716 - 80˚ Corner 551.720

3960812 3960823

SNGX120416S02020 SNGX150416S02020

551.718 551.718

3960824 3876843

VNGX160412S02020 CNGF120408

551.721 551.718 - 100˚ Corner

551.721 551.716 - 80˚ Corner

3960825

TNGX160412EFW

551.733

www.kennametal.com

Superhard Inserts Kendex™ Positive Inserts

first choice alternate choice

v v v

v v v v v v v v

CPG L10

Rε

mm 12,70 12,70

mm 12,90 12,90

mm 0,4 0,8

L10

Rε

mm 12,70 12,70

mm 12,90 12,90

mm 0,4 0,8

L10

Rε

ISO catalogue number TPGN110304F TPGN110308F

mm 6,35 6,35

mm 11,00 11,00

mm 0,4 0,8

TPGN160304F TPGN160308F

9,53 9,53

16,50 16,50

0,4 0,8

TPGN160312F TPGN220404F

9,53 12,70

16,50 22,00

1,2 0,4

TPGN220408F

12,70

22,00

0,8

ISO catalogue number CPGN120304F CPGN120308F

KB1340 KB1345 KD1400 KD1405 KD1425 KB1610 KB1625 KB1630 KB5610 KB5625 KB5630

v v

CPG-MT

ISO catalogue number CPGN120304S01015MT CPGN120308S01015MT

v v

TPG

C2–C71

www.kennametal.com

C72–C109

C110–C115

C116–C147

B10–B23

v v

B24–B31

B32–B37

B185

PCBN/PCD Inserts

P M K N S H

Superhard Inserts Kendex™ Positive Inserts

P M K N S H

first choice

v v v

v v v v v v v v

TPG-M D

L10

Rε

ISO catalogue number TPGN110304EM TPGN110304S01020M

mm 6,35 6,35

mm 11,00 11,00

mm 0,4 0,4

TPGN160304EM TPGN160304S01020M

9,53 9,53

16,50 16,50

0,4 0,4

TPGN160308EM

9,53

16,50

0,8

L10

Rε

ISO catalogue number TPGN160304S01015MT TPGN160308S01015MT

mm 9,53 9,53

mm 16,50 16,50

mm 0,4 0,8

TPGN220404S01015MT TPGN220408S01015MT

12,70 12,70

22,00 22,00

0,4 0,8

KB1340 KB1345 KD1400 KD1405 KD1425 KB1610 KB1625 KB1630 KB5610 KB5625 KB5630

PCBN/PCD Inserts

alternate choice

v v

TPG-MT

B186

v v v v

www.kennametal.com

Superhard Inserts Screw-On Inserts

first choice alternate choice

v v v

v v v v v v v v

CCGW-C L10

Rε

ISO catalogue number CCGW060202EC CCGW060202S01015C

mm 6,35 6,35

mm 6,45 6,45

mm 0,2 0,2

CCGW060204S01015C CCGW09T304S01015C

6,35 9,53

6,45 9,67

0,4 0,4

CCGW09T308EC CCGW09T308S01015C

9,53 9,53

9,67 9,67

0,8 0,8

L10

Rε

mm 9,53

mm 9,67

mm 0,4

L10

Rε

ISO catalogue number CCGW060204FST CCGW09T304FST

mm 6,35 9,53

mm 6,45 9,67

mm 0,4 0,4

CCGW09T308FST

9,53

9,67

0,8

L10

Rε

ISO catalogue number CCGW060202EFWC CCGW060204EFWC

mm 6,35 6,35

mm 6,45 6,45

mm 0,2 0,4

CCGW09T304EFWC CCGW09T308EFWC

9,53 9,53

9,67 9,67

0,4 0,8

KB1340 KB1345 KD1400 KD1405 KD1425 KB1610 KB1625 KB1630 KB5610 KB5625 KB5630

v v

v v v v

v v v

CCGW-EMT ISO catalogue number CCGW09T304EMT

CCGW-FST

CCGW-FWC

C2–C71

www.kennametal.com

C72–C109

C110–C115

C116–C147

B10–B23

v v v v

B24–B31

B32–B37

B187

PCBN/PCD Inserts

P M K N S H

Superhard Inserts Screw-On Inserts

P M K N S H

first choice

v v v

v v v v v v v v

CCGW-FWM D

L10

Rε

ISO catalogue number CCGW060202EFWM CCGW060204EFWM

mm 6,35 6,35

mm 6,45 6,45

mm 0,2 0,4

CCGW09T304EFWM CCGW09T308EFWM

9,53 9,53

9,67 9,67

0,4 0,8

L10

Rε

mm 9,53 9,53

mm 9,67 9,67

mm 0,4 0,8

L10

Rε

ISO catalogue number CCGW060202EM CCGW060204S01015M

mm 6,35 6,35

mm 6,45 6,45

mm 0,2 0,4

CCGW09T304S01015M CCGW09T308S01015M

9,53 9,53

9,67 9,67

0,4 0,8

L10

Rε

ISO catalogue number CCGW09T304S01015MT CCGW09T308S01015MT

mm 9,53 9,53

mm 9,67 9,67

mm 0,4 0,8

CCGW120404S01015MT CCGW120408S01015MT

12,70 12,70

12,90 12,90

0,4 0,8

KB1340 KB1345 KD1400 KD1405 KD1425 KB1610 KB1625 KB1630 KB5610 KB5625 KB5630

PCBN/PCD Inserts

alternate choice

v v v v

CCGW-FWMT

ISO catalogue number CCGW09T304S01015FWMT CCGW09T308S01015FWMT

v v

CCGW-M

v v v v

CCGW-MT

B188

v v

www.kennametal.com

Superhard Inserts Screw-On Inserts

first choice alternate choice

v v v

v v v v v v v v

CDHB L10

Rε

ISO catalogue number CDHBS4T0S0 CDHBS4T002

mm 3,97 3,97

mm 4,03 4,03

mm 0,1 0,2

CDHBS4T004

3,97

4,03

0,4

L10

Rε

mm 3,97 3,97

mm 4,03 4,03

mm 0,1 0,2

L10

Rε

ISO catalogue number CPGW060204E CPGW09T304E

mm 6,35 9,53

mm 6,45 9,67

mm 0,4 0,4

CPGW09T308E

9,53

9,67

0,8

L10

Rε

mm 6,35 6,35

mm 6,45 6,45

mm 0,2 0,4

KB1340 KB1345 KD1400 KD1405 KD1425 KB1610 KB1625 KB1630 KB5610 KB5625 KB5630

v v v

CDHB-FST

ISO catalogue number CDHBS4T004FST CDHBS4T002FST

CPGW-E

CPGW-FWC

ISO catalogue number CPGW060202EFWC CPGW060204EFWC

C2–C71

www.kennametal.com

C72–C109

C110–C115

C116–C147

B10–B23

v v

B24–B31

B32–B37

B189

PCBN/PCD Inserts

P M K N S H

Superhard Inserts Screw-On Inserts

P M K N S H

first choice

v v v

v v v v v v v v

CPGW-FWM D

L10

Rε

ISO catalogue number CPGW060202EFWM CPGW060204EFWM

mm 6,35 6,35

mm 6,45 6,45

mm 0,2 0,4

CPGW060208EFWM

6,35

6,45

0,8

L10

Rε

mm 9,53 9,53

mm 9,67 9,67

mm 0,4 0,8

L10

Rε

ISO catalogue number CPGW060204FWST CPGW09T308FWST

mm 6,35 9,53

mm 6,45 9,67

mm 0,4 0,8

v v

CPGW120408FWST

12,70

12,90

0,8

L10

Rε

ISO catalogue number CPGW060202FST CPGW060204FST

mm 6,35 6,35

mm 6,45 6,45

mm 0,2 0,4

CPGW060208FST CPGW09T304FST

6,35 9,53

6,45 9,67

CPGW09T308FST CPGW120404FST

9,53 12,70

CPGW120408FST

12,70

KB1340 KB1345 KD1400 KD1405 KD1425 KB1610 KB1625 KB1630 KB5610 KB5625 KB5630

PCBN/PCD Inserts

alternate choice

v v v

CPGW-FWMT ISO catalogue number CPGW09T304S01015FWMT CPGW09T308S01015FWMT

v v

CPGW-FWST

CPGW-ST

B190

0,8 0,4

9,67 12,90

0,8 0,4

12,90

0,8

www.kennametal.com

Superhard Inserts Screw-On Inserts

first choice alternate choice

v v v

v v v v v v v v

DCGW-C L10

Rε

ISO catalogue number DCGW070202EC DCGW070202S01015C

mm 6,35 6,35

mm 7,75 7,75

mm 0,2 0,2

DCGW070204S01015C

6,35

7,75

0,4

L10

Rε

mm 6,35

mm 7,75

mm 0,4

L10

Rε

mm 9,53 9,53

mm 11,63 11,63

mm 0,4 0,8

L10

Rε

ISO catalogue number DCGW070202EM DCGW070204EM

mm 6,35 6,35

mm 7,75 7,75

mm 0,2 0,4

DCGW070204S01015M DCGW11T304S01015M

6,35 9,53

7,75 11,63

0,4 0,4

v v

DCGW11T308S01015M

9,53

11,63

0,8

KB1340 KB1345 KD1400 KD1405 KD1425 KB1610 KB1625 KB1630 KB5610 KB5625 KB5630

v v

v v v

DCGW-FWM ISO catalogue number DCGW070204EFWM

DCGW-FWMT

ISO catalogue number DCGW11T304EFWMT DCGW11T308S01015FWMT

v v

DCGW-M

C2–C71

www.kennametal.com

C72–C109

C110–C115

C116–C147

B10–B23

v v v

B24–B31

B32–B37

B191

PCBN/PCD Inserts

P M K N S H

Superhard Inserts Screw-On Inserts

P M K N S H

first choice

v v v

v v v v v v v v

DCGW-MT D

L10

Rε

mm 9,53 9,53

mm 11,63 11,63

mm 0,4 0,8

L10

Rε

mm 6,35 9,53

mm 7,75 11,63

mm 0,4 0,4

L10

Rε

ISO catalogue number DPGW070202EC DPGW070204S01015C

mm 6,35 6,35

mm 7,75 7,75

mm 0,2 0,4

DPGW070208S01015C

6,35

7,75

0,8

L10

Rε

mm 6,35 9,53

mm 7,75 11,63

mm 0,2 0,4

L10

Rε

mm 9,53

mm 11,63

mm 0,4

ISO catalogue number DCGW11T304S01015MT DCGW11T308S01015MT

KB1340 KB1345 KD1400 KD1405 KD1425 KB1610 KB1625 KB1630 KB5610 KB5625 KB5630

PCBN/PCD Inserts

alternate choice

v v

DCGW-ST ISO catalogue number DCGW070204FST DCGW11T304FST

DPGW-C

DPGW-E ISO catalogue number DPGW070202E DPGW11T304E

v v

DPGW-EMT ISO catalogue number DPGW11T304EMT

B192

www.kennametal.com

Superhard Inserts Screw-On Inserts

first choice alternate choice

v v v

v v v v v v v v

DPGW-FST L10

Rε

ISO catalogue number DPGW070202FST DPGW070204FST

mm 6,35 6,35

mm 7,75 7,75

mm 0,2 0,4

DPGW11T304FST

9,53

11,63

0,4

L10

Rε

mm 6,35

mm 7,75

mm 0,4

L10

Rε

mm 6,35 9,53

mm 7,75 11,63

mm 0,2 0,2

L10

Rε

ISO catalogue number DPGW070202EM DPGW070204S01015M

mm 6,35 6,35

mm 7,75 7,75

mm 0,2 0,4

DPGW070208S01015M DPGW11T304S01015M

6,35 9,53

7,75 11,63

0,8 0,4

DPGW11T308S01015M

9,53

11,63

0,8

KB1340 KB1345 KD1400 KD1405 KD1425 KB1610 KB1625 KB1630 KB5610 KB5625 KB5630

DPGW-FWM ISO catalogue number DPGW070204S01015FWM

DPGW-FWST ISO catalogue number DPGW070204FWST DPGW11T304FWST

DPGW-M

C2–C71

www.kennametal.com

C72–C109

C110–C115

C116–C147

B10–B23

v v

B24–B31

B32–B37

B193

PCBN/PCD Inserts

P M K N S H

Superhard Inserts Screw-On Inserts

P M K N S H

first choice

v v v

v v v v v v v v

DPGW-MT D

L10

Rε

mm 9,53 9,53

mm 11,63 11,63

mm 0,4 0,8

L10

Rε

ISO catalogue number TCGW110202EC TCGW110202S01015C

mm 6,35 6,35

mm 11,00 11,00

mm 0,20 0,20

TCGW110204S01015C

6,35

11,00

0,40

L10

Rε

mm 6,35 9,53

mm 11,00 16,50

mm 0,40 0,40

L10

Rε

ISO catalogue number TCGW110202EM TCGW110204S01015M

mm 6,35 6,35

mm 11,00 11,00

mm 0,2 0,4

TCGW16T304S01015M TCGW16T308S01015M

9,53 9,53

16,50 16,50

0,4 0,8

ISO catalogue number DPGW11T304S01015MT DPGW11T308S01015MT

KB1340 KB1345 KD1400 KD1405 KD1425 KB1610 KB1625 KB1630 KB5610 KB5625 KB5630

PCBN/PCD Inserts

alternate choice

v v v v v v

TCGW-C

TCGW-FST ISO catalogue number TCGW110204FST TCGW16T304FST

TCGW-M

B194

v v v v

www.kennametal.com

Superhard Inserts Screw-On Inserts

first choice alternate choice

v v v

v v v v v v v v

L10

Rε

mm 9,53

mm 16,50

mm 0,4

L10

Rε

mm 4,06

mm 7,04

mm 0,2

L10

Rε

mm 6,35

mm 11,00

mm 0,80

L10

Rε

ISO catalogue number TPGW110202EC TPGW110204EC

mm 6,35 6,35

mm 11,00 11,00

mm 0,20 0,40

TPGW110204S01015C TPGW110208S01015C

6,35 6,35

11,00 11,00

0,40 0,80

ISO catalogue number TCGW16T304S01015MT

KB1340 KB1345 KD1400 KD1405 KD1425 KB1610 KB1625 KB1630 KB5610 KB5625 KB5630

TCGW-MT

TDHB ISO catalogue number TDHB07T1202

TPGW ISO catalogue number TPGW110208E

TPGW-C

C2–C71

www.kennametal.com

C72–C109

C110–C115

C116–C147

B10–B23

v v

B24–B31

v v v v

B32–B37

B195

PCBN/PCD Inserts

P M K N S H

Superhard Inserts Screw-On Inserts

P M K N S H

first choice

v v v

v v v v v v v v

TPGW-FST D

L10

Rε

ISO catalogue number TPGW110204FST TPGW110208FST

mm 6,35 6,35

mm 11,00 11,00

mm 0,4 0,8

TPGW16T304FST TPGW16T308FST

9,53 9,53

16,50 16,50

0,4 0,8

L10

Rε

ISO catalogue number TPGW110202EM TPGW110204S01015M

mm 6,35 6,35

mm 11,00 11,00

mm 0,2 0,4

TPGW110208S01015M TPGW16T304S01015M

6,35 9,53

11,00 16,50

0,8 0,4

TPGW16T308S01015M

9,53

16,50

0,8

L10

Rε

mm 9,53

mm 16,50

mm 0,8

L10

Rε

mm 9,53

mm 16,61

mm 0,8

KB1340 KB1345 KD1400 KD1405 KD1425 KB1610 KB1625 KB1630 KB5610 KB5625 KB5630

PCBN/PCD Inserts

alternate choice

v v

TPGW-M

v v

TPGW-MT ISO catalogue number TPGW16T308S01015MT

VBGW-E ISO catalogue number VBGW160408E

B196

www.kennametal.com

Superhard Inserts Screw-On Inserts

first choice alternate choice

v v v

v v v v v v v v

ISO catalogue number VBGW110304FST VBGW160404FST

L10

Rε

mm 6,35 9,53

mm 11,07 16,61

mm 0,4 0,4

L10

Rε

mm 9,53 9,53

mm 16,61 16,61

mm 0,4 0,8

L10

Rε

mm 9,53 9,53

mm 16,61 16,61

mm 0,4 0,8

KB1340 KB1345 KD1400 KD1405 KD1425 KB1610 KB1625 KB1630 KB5610 KB5625 KB5630

VBGW-FST

VBGW-M ISO catalogue number VBGW160404S01015M VBGW160408S01015M

v v

VBGW-MT ISO catalogue number VBGW160404S01015MT VBGW160408S01015MT

C2–C71

www.kennametal.com

C72–C109

C110–C115

C116–C147

B10–B23

B24–B31

v v

B32–B37

B197

PCBN/PCD Inserts

P M K N S H