Section H 25-26

H1 to H262 H

Milling Cutters

Milling Cutter Selection Guide ……………………………… H2 Selection Guide for Modular Tools … ……………………… H7 Selection Guide for Cast Iron High-feed and Milling Cutters (Special Purpose) … … H8 Indexable Endmill Selection Guide ………………………… H9 Grades for Milling ………………………………………………H12 Cutter Identification Table ……………………………………H14 Insert Identification Table … …………………………………H15 WGX ………………………………………………………………H18 DGC… ……………………………………………………………H32 DNX(F) / DNH, DNHS… ………………………………………H44 WEZ ………………………………………………………………H50 WEX ………………………………………………………………H77 WRX ………………………………………………………………H92 WSE ………………………………………………………………H98 WFX …………………………………………………………… H101 DFC … ………………………………………………………… H114 TSX … ………………………………………………………… H126 PWS(F) / PWSR … ………………………………………… H151 DMS …………………………………………………………… H154 WFXH … ……………………………………………………… H164 MSX …………………………………………………………… H170

For General Steel, Cast Iron, Exotic Alloy and Non-Ferrous Metal For General Steel, Cast Iron, Exotic Alloy and Non-Ferrous Metal For High-efficiency Cast Iron / Cast Steel Milling For High-precision Milling of Steel, Cast Iron, Stainless Steel and Non-Ferrous Metal For High-precision Milling of Steel, Cast Iron, Stainless Steel and Non-Ferrous Metal For High-efficiency Deep-Step Shoulder Milling For Titanium Alloys For High-feed Milling of Steel, Die Steel, Cast Iron, Stainless Steel and Non-Ferrous Metal For General Steel and Cast Iron For High-efficiency Milling of Steel, Cast Iron and Stainless Steel For Steel, Cast Iron and Stainless Steel For High Feed Machining of Steel, Exotic Alloy, Stainless Steel, and Cast Iron For High-speed, High-efficiency Milling of Steel, Die Steel, Cast Iron, Stainless Steel and Non-Ferrous Metal For High Feed Machining of Steel, Cast Iron and Stainless Steel

Face Milling

Shoulder Milling

High Feed

Multi-Purpose

WMM…………………………………………………………… H175

RSE… ………………………………………………………… H178 RSX… ………………………………………………………… H182 WRCX… ……………………………………………………… H193

For Stainless Steel and Exotic Alloy For Steel, Die Steel, Cast Iron, Stainless Steel and Exotic Alloy For Steel, Die Steel, Cast Iron, Stainless Steel and Non-Ferrous Metal

Radius

WBMR… ……………………………………………………… H200 WBMF… ……………………………………………………… H203

For Roughing For Finishing

R / 3D Profiling

TGC… ………………………………………………………… H205 TSE … ………………………………………………………… H208

For Groove Milling of Steel and Cast Iron T-Slot Endmill

Groove / T-Slot

Chamfering

WFXC… ……………………………………………………… H209

For Chamfering

ALNEX ANX … ……………………………………………… H213 HF… …………………………………………………………… H221 RF… …………………………………………………………… H227 SRF… ………………………………………………………… H229 WAX… ………………………………………………………… H231 CBN BN Finish Mill EASY (FMU / FMU-E) …………………… H236 Cutter RM for High-speed Milling of CBN Cast Iron ………………… H237

For High-speed, High-efficiency Milling of Aluminum Alloy and Non-Ferrous Metal For High-efficiency Milling of Aluminum Alloy and Non-Ferrous Metal For High-speed Milling of Aluminum Alloy and Non-Ferrous Metal For Small Diameter Milling of Aluminum Alloy and Non-Ferrous Metal For High-speed, High-efficiency Milling for Non-Ferrous Metal

Non-ferrous Metal

High-speed Cast Iron

For High-speed Finishing of Cast Iron For High-speed, High-efficiency Milling of Cast Iron

Special Purpose Cutters ··· H238 H Discontinued Milling Cutters ··· H253 H

● : Standard stocked item « : Worldwide Warehouse Item ▲ : Limited Avaibility Item, made to order, or discontinued (please confirm stock availability).

Stock Markings and Symbols

Blank: Made-to-order item — mark: Not available

Indexable Milling Selection Guide

¥ : 1st Recommendation ¡ : Suitable X : Unsuitable Blank: Not Recommended

Work Material P M K N S H

Application

Lead Angle / Maximum Depth of Cut

Cutting Edge Dia. (in. / mm )

Series

Milling Cutter (inch / metric)

Insert Cat. No. / Diagram (Typical)

Rake Angle

Lead Angle

45 55 to HRC

(Page)

ø2.000" to ø10.00" ø40 to ø250 mm ø2.000" to ø2.500" ø32 to ø63 mm ø2.000" to ø10.000" ø40 to ø250 mm ø2.000" to ø2.500" ø40 to ø63 mm ø3.000" to ø8.000" ø80 to ø250 mm ø80 to ø160 mm ø1.5 - ø2.5" ø40 - ø100 mm ø2.00 - ø6.00" ø40 - ø160 mm ø0.5 - ø1.25" ø14 - ø80mm ø1.00 - ø2.00" ø25 - ø80mm

WGX 40000R WGXM 40000R WGXF 40000R WGX 13000R(S) WGXM 13000R(S ) WGXF 13000R(S )

SEMT13T3AGSR–G

WGX

20° to 22°

–20° to –24°

−

.236”

¥ ¥

¥ ¥ ¥ ¥ ¥ ¥ ¡

à H23

13.4

SEMT13T3AGSR–G

WGX–EW

ø1.25"

WGX 40000EW WGX 13000EW

20° to 22°

–20° to –24°

.236”

¥ ¥

¥ ¥ ¥ ¥ ¥ ¥ ¡

ø32

à H26

13.4

DGC 40000R DGCM 40000R DGCF 40000R DGC 13000R(S) DGCM 13000R(S ) DGCF 13000R(S)

SNMT13T6ANER–G

DGC

.236”

–5° –10° ¥ ¡

−

¥ ¥ ¥ ¥ ¥ ¥ ¡

.118”

à H36

13.5

SNMT13T6ANER–G

DGC–EW

.236”

ø1.25"

DGC 40000EW DGC 13000EW

–5° –10° ¥ ¡

¥ ¥ ¥ ¥ ¥ ¥ ¡

ø32

.118”

à H39

13.5

SNMT1205ZNEN

DNX

DNX 40000 DNXF 40000 DNX 12000 DNXF 12000

.315” 25

–5° –6° ¡

−

¡ ¥

12.7

à H46

SNMT1205ZNEN

DNH(S)

.118”

DNH 12000 DNHS 12000

–5° –6°

−

¡ ¥

.197”

à H48

12.7

(For 20000 / 11000 Type) AOMT11T302PEER-G

WEZ

14° to 15°

–7° to –11°

WEZ 20000R WEZ 11000R(S)

.394”

−

¥ ¥ ¥ ¥ ¥

¥ ¥ ¥ ¥ ¥ ¥ ¥

–10° to –15° 6° to 15° 6° to 15° 9° to 17° 23° to 25° 19° to 24° 9° to 17° 14° to 25° 16° to 24°

–4° to –9°

WEZ 30000R WEZ 17000R(S) WEZ 20000EW / EMW WEZ 20000ELC WEZ 11000E WEZ 11000EL WEZ 30000EW / EMW WEZ 30000ELC WEZ 17000E WEZ 17000EL

.591”

−

12.8

à H56

(For 30000 / 17000 Type) AOMT170502PEER-G

WEZ–E

–7° to –18° –6° to –12° 7° to 17° 16° to 18° 12° to 15° 7° to 17° 10° to 18° 8° to 15°

ø16 to ø32 ø25 to ø42

.394”

¥ ¥ ¥ ¥ ¥

¥ ¥ ¥ ¥ ¥ ¥ ¥

19.5

.591”

à H58

(For 3000 Type) AXMT170508PEER–G

WEX–F/R

.236”

ø32 to ø63mm

−

WEX 1000F

ø1.50 - ø2.50" ø40 - ø63mm ø2.00 - ø8.00" ø40 - ø125mm ø32 to ø63mm ø0.500" to ø1.250" ø14 to ø63mm ø1.000" to ø2.000" ø25 to ø63mm

WEX 20000R WEX 2000F WEX 3000F WEX 30000R WEXF 3000R

.394”

−

¡ ¡ ¥ ¥ ¡

¥ ¥ ¥ ¥ ¥ ¥ ¥

RE 17.54

see H3 for AXMT11

.551”

−

à H83

(For 2000 Type) AXMT123504PEER–G

WEX–E

ø10 to ø20

WEX 1000E WEX 1000EL

.236”

WEX 20000EW/EMW WEX 20000ELC WEX 2000E/EL WEX 30000EW/EMW WEX 30000ELC WEX 3000E(–C) WEX 3000ES(–C) WEX 3000EL

ø.75 - ø1.25" ø16 - ø32mm ø1.0 - ø1.25" ø20 - ø42mm

.394”

¡ ¡ ¥ ¥ ¡

¥ ¥ ¥ ¥ ¥ ¥ ¥

RE 12.00

.551”

à H87

*Use a chamfering tool for chamfering operations.

Indexable Milling Selection Guide

¥ : 1st Recommendation ¡ : Suitable X : Unsuitable Blank: Not Recommended

Work Material P M K N S H

Application

Lead Angle / Maximum Depth of Cut

Cutting Edge Dia. (in. / mm )

Series

Model (inch / metric)

Insert Cat. No. / Diagram (Typical)

Rake Angle

Lead Angle

45 55 to HRC

(Page)

.709”

16° to 17°

1.417” to

(For 3000 Type) AXMT170508PEER–G

WRX–R

ø40 to ø50 ø2.5" to ø3.0" ø50 to ø100 ø1.000" to ø1.500" ø20 to ø40 ø2.000" ø40 to ø50

24° 22° 24° 16° to 24° 20° to 22°

WRX 20000RS

−

¡ ¥ ¥ ¡

¥ ¥ ¥ ¥ ¥ ¥ ¥

13° 15° 13° to 16° 12° to 13°

WRX 30000R WRX 3000RS WRX 20000E WRX 2000E WRX 30000E WRX 3000E

.866”

to 1.575”

−

RE 17.54

à H94

ø1.0 - ø1.25" ø20 - ø42 ø1.25" ø32 - ø42

(For 2000 Type) AXMT123504PEER–G

WRX–E

.709”

1.417” to

¡ ¥ ¥ ¡

¥ ¥ ¥ ¥ ¥ ¥ ¥

1.06-2.09”

à H96

RE 12.00

WSE

ø50 to ø63

8° to 14°

-9° to -6°

−

WSE 16000RS

à H98

S G S G

WSE-E

(2)

ø32 ø32

8° -9°

WSE 16000E

à H100

WFX 08000R(S) WFXM 08000R(S) WFXF 08000R(S) WFX 40000R WFXF 40000R WFXX 40000R WFX 12000R(S) WFXF 12000R(S) WFX 08000E WFXM 08000E WFX 12000E WFXF 12000E DFC 20000R DFCM 20000R DFCF 20000R DFC 09000R(S) DFCM 09000R(S) DFCF 09000R(S) DFC 20000EW DFCM 2000EW DFC 09000E DFCM 09000E TSX 30000R TSXF 30000R TSX 08000R(S) TSXF 08000R(S ) TSX 40000R TSXF 40000R TSX 13000R(S) TSXM 13000R(S) TSXF 13000R(S) TSX 30000EW TSX 08000E TSXF 30000EW TSXF 08000E TSX 40000EW TSXF 40000EW TSX 13000E TSXM 13000E TSXF 13000E

(For 08000 Type) SOMT080304PZER

WFX

ø40 to ø100

.236”

12° –6°

−

¡ ¥ ¥ ¡

¥ ¥ ¥ ¥ ¥ ¥ ¡

ø2.000" to ø8.000" ø50 to ø250

.394”

8° –8°

−

8.0 (See below 40000/ 12000 Type) (For 40000/ 12000 Type) SOMT120408PDER

à H104

ø20 to ø63 ø40 to ø80

ø16 to ø32

WFX–E

.236”

12° –6°

¡ ¥ ¥ ¡

¥ ¥ ¥ ¥ ¥ ¥ ¡

.394”

8° –8°

ø32

à H111

12.7

DFC

XNMU060608PNER–G

ø2.000" to ø8.000" ø50 to ø160 ø1.000" to ø2.500" ø25 to ø80mm ø1.5"to ø2.5" ø40 to ø80

.236”

–5° –9°

−

à H119

¥ ¡ ¥ ¡

¥ ¥ ¡ ¥ ¡

DFC–E

ø1.0 - 1.25"

11.2

.236”

–5° –9°

ø25 - ø42 mm

à H125

TSX

.315”

–20°

−

–6°

¥ ¥ ¥ ¡

¥ ¥ ¥ ¥ ¥ ¥ ¥

ø1.5" to

ø6.0" −

–23° to –15°

.472”

ø1.5" to ø4.0" ø40 to ø315mm ø0.625" to ø1.5" ø16 to ø80mm ø0.750" to ø1.5" ø20 to ø80mm ø1.0" to ø1.5" ø25 to ø80mm ø32 to ø80mm ø1.25" to ø1.5" ø40 to ø80mm ø32 to ø63mm ø40 to ø125mm ø20 to ø40mm ø40 to ø50mm

−

à H131

(For 08000 Type) LNEX080404PNER–G

ø.625 - ø1.25" ø16 - ø32mm ø.750 - ø1.25" ø20 - ø32mm ø1.0 - ø1.25" ø25 - ø32mm ø1.0"

TSX–E

–36° to –20°

.315”

–6° to –3°

¥ ¥ ¥ ¡

¥ ¥ ¥ ¥ ¥ ¥ ¥

8.6

–31° to –15°

.472”

(For 13000 Type) LNEX130604PNER–L

ø32 mm

à H138

–20° to –15° –23° to –15° –33° to –18° –23° to –18°

TSXR

1.614”

to 2.362”

TSXR 08000RS

–6° to –3°

−

¡ ¥

¥ ¥ ¥ ¥ ¥ ¥ ¥

1.614”

to 2.362”

TSXR 13000RS

à H142

ø20 to ø32mm ø32 to ø42mm

TSXR–E

.827”

to 1.575”

TSXR 08000E

–6° to –3°

¡ ¥

¥ ¥ ¥ ¥ ¥ ¥ ¥

1.614”

to 2.362”

TSXR 13000E

à H146

Indexable Milling Selection Guide

¥ : 1st Recommendation ¡ : Suitable X : Unsuitable Blank: Not Recommended

Work Material P M K N S H

Application

Lead Angle / Maximum Depth of Cut

Cutting Edge Dia. (in. / mm ))

Series

Model (inch / metric)

Insert Cat. No. / Diagram (Typical)

Rake Angle

Lead Angle

45 55 to HRC

(Page)

LNMX170808PNSR–G

PWS

ø3.0 - 10.0"

ø4.6

PWS 4000 PWSF 4000

.630”

−

–6° –15° ¡ ¥ ¥

¥ ¡ ¡ ¡

ø80 - ø250 mm ø1.500" to ø2.500" ø40 to ø50mm ø.6250" to ø1.250" ø16 to ø35mm ø2.000" to ø4.000" ø50 to ø160mm ø1.500" to ø2.000" ø35 to ø63mm ø40 to ø63mm

à H152

DMSL

-8° to -12.5° -12.5° to -16.5° -7° to -10° S -10° to -13°

DMSL 20000 DMSL06 000 Fig 1

.0591

−

G S S S

G G S G S S

-8°

à H157

DMSL-E

DMSL 20000EW DMSL 20000ELC DMSL06 000E DMSW 20000 DMSW06 000 Fig 1 DMSW 20000EW DMSW 20000ELC DMSW06 000E

ø16 to ø32

.0591

G S S S

G G S G S S

-8°

.161”

.236”

à H158

DMSW

.1181

G S S S

G G S G S S

−

-6°

à H160

DMSW-E

ø3 to

.1181

G S S S

G G S G S S

-6°

ø42 mm

à H161

(For 12000 Type) SOMT120408PDER

WFXH

0.059”

–6° 6°

−

WFXH 08000RS

¥ ¡ ¡

¥ ¥ ¥ ¥ ¥ ¥ ¡

ø50 to ø63mm ø1.500" to ø6.000" ø40 to ø100 ø0.750" to ø1.500" ø16 to ø63mm ø1.000" to ø1.50" ø20 to ø30mm ø1.500" ø32 to ø40mm

0.098”

−

–6° 6°

WFXH 12000RS

à H167

12.7

MSX 30000R MSX 40000R MSX 50000R MSX 08000R MSX 12000R MSX 14000R MSX 20000EW/ELC MSX 30000EW/ELC MSX 40000EW/ELC

WDMT0603ZDTR (IC=6.35) WDMT0804ZDTR (IC=8.5) WDMT1204ZDTR (IC=12)

MSX–R

–3° to –8°

to .098” .059”

−

8°

¥ ¡ ¡

¥ ¥ ¥ ¥

à H172

MSX–E

ø16 to ø42 mm ø1.0 - ø1.25" ø20 - ø25 mm ø1.25 ø32mm

–3° to –8°

to .098” .039”

8°

¥ ¡ ¡

¥ ¥ ¥ ¥

MSX 06000E MSX 08000E MSX 12000E

à H173

APMT103504PDER APMT160508PDER

WMM

WMM 10000M WMM 2000E/EL WMM 2000ELH WMM 16000M WMM 3000E/EL WMM 3000ELH

7° to 11° 7° to 11°

15° to 16° ¥ ¥¥¥ ¥ ¥¥¥¥¥¥¥

.669 - 1.378”

17° to 19°

1.534”

10 (16)

à H176

RSE

ø40 to ø50

4-cornered 1.4 mm

4° -5° S S S S

RSE 10000RS

8-cornered

−

(4)

ø40 to ø80

4-cornered 1.7 mm 8-cornered

4° -5° S S S S

RSE 12000R(S)

à H180

RSX 30000 RSX 10000 RSXF 10000 RSX 40000 RSX 12000 RSXF 12000 RSX 50000 RSX 16000 RSXF 16000 RSX 20000 RSXF 20000

ø 2.000" ø40 to ø52 ø 2.000" ~6.000" ø40 to ø100 ø 2.500" ~6.000" ø63 to ø160 ø80 to ø160

RDET0803M0EN (IC=8) RDET10T3M0EN (IC=10) RDET1204M0EN (IC=12)

RSX

.197”

10° –5°

.236”

10° –5°

−

¥ ¡¥¡¥ ¥ ¥¥¥¥ ¥

.315”

10° –5°

0.394”

10° –5°

à H185

Indexable Milling Selection Guide

¥ : 1st Recommendation ¡ : Suitable X : Unsuitable Blank: Not Recommended

Work Material P M K N S H

Application

Lead Angle / Maximum Depth of Cut

Cutting Edge Dia. (in. / mm )

Series

Model (inch / metric)

Insert Cat. No. / Diagram (Typical)

Rake Angle

Lead Angle

45 55 to HRC

(Page)

ø20 to ø25

(For 10000 Type) RDET10T3M0EN

RSX–ES

RSX 08000ES RSXF 08000ES RSX 30000EW RSX 30000ELC RSX 10000ES RSXF 10000ES RSX 40000EW RSX 40000ELC RSX 12000ES RSXF 12000ES

.157”

ø20 - ø25mm ø1.25" ø25 - ø32mm

10° –8°

ø1.000" to ø1.500" ø25 to ø32 ø1.250" to ø1.500" ø32mm

.197”

10° –5°

¥ ¡¥¡¥ ¥ ¥¥¥¥ ¥

.236”

ø32

10° –5°

à H191

QPMT120440PPEN (IC=12) QPMT160660PPEN (IC=16) QPMT200670PPEN (IC=20)

WRCX

ø2.000" −

WRCX 30000

.236”

–3° 0° ¥ ¡¥¡¥ ¥ ¥¥¥¥ ¡¡

WRCX 40000 WRCX 16000 WRCXF 16000 WRCX 60000 WRCX 16000 WRCXF 16000 WRCX 80000 WRCX 20000

ø2.000" ~ø4.000" ø40 to ø80mm ø3.000" ~ø6.000" ø63 to ø100mm ø4.000" ~ø6.000" ø125 to ø160mm ø20 to ø25mm ø1.000" to ø1.500" ø25 to ø32 ø1.250" to ø1.500" ø40 to ø50 ø0.750" to ø2.000" R10 (ø20) to R25 (ø50) ø0.500" to ø1.250" R5 (ø10) to R15 (ø30) ø100 to ø200

−

.315”

−

–3° 0° ¥ ¡¥¡¥ ¥ ¥¥¥¥ ¥¡¡

90°

0.394”

−

–3° 0° ¥ ¡¥¡¥ ¥ ¥¥¥¥ ¡¡

à H194

QPMT080330PPEN (IC=8) QPMT10T335PPEN (IC=10) QPMT160660PPEN (IC=16)

WRCX–E

ø20 to ø25 ø1.000 - ø1.500" ø25 - ø32mm ø1.000 - ø1.500"

.157”

–3° 0°

WRCX 08000E

WRCX 30000E WRCX 30000E WRCX 10000E WRCX 40000E WRCX 40000E WRCX 16000E

.197”

–3° 0°

¥ ¡¥¡¥ ¥ ¥¥¥¥ ¥¡¡

90°

.315”

–3° 0°

ø32 mm

à H198 à H201

ZNMT1804100–C

WBMR

ø25 to ø50.8

.787”

to 1.693”

–10° -

¥ ¥ ¥ ¥ ¥ ¡ ¡

WBMR 2000 WBMR 2000L

18.00

WBMF

ZPGU1551050

à H204

WBMF

RE ±0.015

ø16 to ø32

.0039”

to .016”

0°

¥ ¥ ¥ ¥ ¥ ¥

WBMF 1000

15.6

à H207

TGCX130704PNEN-G

TGC

-11.5° to -9.5

17 to 24.6 mm

S S G

G G S G

−

10°

TGC 13000

(4)

Standard Disc Shape

CPMT060204N–US

TSE

à H208

ø21 to ø50 ø8 to ø16 ø25 to ø32

ø25 to ø32 ø10 to ø16 ø25 to ø32

0° 0°

to .866” .354”

TSE

¡ ¡ ¡

(For 12000 Type) SOMT120308PDER

WFXC–E

WFXC 08000E

0° 0°

¥ ¥ ¥ ¥ ¥ ¥ ¡

WFXC 12000E

à H210

12.7

Indexable Milling Selection Guide

¥ : Best ¡ : Suitable X : Unsuitable Blank: Not Recommended

Work Material P M K N S H

Application

Lead Angle / Maximum Depth of Cut

Cutting Edge

Series

Model (inch / metric)

Insert Cat. No. / Diagram (Typical)

Rake Angle

Dia. (in / mm )

Lead Angle

45 55 to HRC

(Page)

ANB1600R–L

ANX

ø40 to ø125 ø80 to ø160

5° 5°

ANXS 16000R(S)

−

6.0

.118”

5° 5°

ANXA 16000R(S)

¡ ¥ ¥ ¥

¥ ¥

ø32 to ø40

–2° to 0°

ø20

5°

ANXS 16002E

à H215

HFMH 40000 HFM 12000 HFF 12000 HFFH 40000 HFFH 12000

ø 2.500" ~6.000" ø80 to ø125 ø 3.000" ~6.000" ø80 to ø125 ø80 to ø125

NF–LDEN12T3ZDFR

.118”

−

12.7

6.0

.118”

−

10° 4° ¥ ¥ ¡ ¡

X X X X ¡ ¥

.118”

−

HFFH 12000R–BBT30

à H223

NF–SNEW1204ADFR

4.7

ø80 to ø200

.118”

−

10° 4° ¥ ¥ ¡ ¡

RF 4000

X X X X ¡ ¥

12.70

à H228

NF–SNEW09T3ADTR 9.525 6 C0.5

SRF

−

SRF

ø30 to ø63

–2° to 4°

.197”

6°

X X X X ¡ ¥

¥ ¥ ¡ ¡

ø20

SRF–ST

à H230

ø2.000" to ø5.000" ø50 to ø125 ø.750" to ø1.500" ø20 to ø40mm ø1.000" to ø1.500" ø25 to ø40mm

(For 3000 Type) AECT160404PEFRA 18 0.4

WAX

WAX 30000 WAX 40000

.63 - .71”

−

19° to 25°

6° ¡ ¥ ¥ ¥ ¥

X X X X ¡ ¥

WAX 3000 WAX 4000

1.4

to .866” .945”

−

à H232

(For 4000 Type) AECT220604PEFRA 24 0.4

WAX–E

ø.750"- ø1.500"

WAX 30000EW WAX 30000ELC WAX 3000E WAX 3000EL WAX 40000EW WAX 40000ELC WAX 4000E WAX 4000EL

.63 - .71”

ø20 - ø32 mm ø.750"- ø1.500"

1.5

19° to 25°

6° ¡ ¥ ¥ ¥ ¥

X X X X ¡ ¥

to .866” .945”

ø25 - ø32 mm

à H234

SNEW1203ADTR

FMU

R300

ø37 to ø200

FMU FMU–E

.019”

¥ (FC)

8° 2°

−

X X X

X X X X

45°

à H236

12.70

SNGN0903 9.525

ø80 to ø160

–5° 45'

–6° 45'

1 .118”

¥ (FC)

−

X X X

X X X X

¡ ¥

à H237

Selection Guide for Modular Tools

¥ : Best ¡ : Suitable X : Unsuitable Blank: Not Recommended

Work Material P M K N S H

Application

Lead Angle / Maximum Depth of Cut

Cutting Edge

Series

Model (inch / metric)

Insert Cat. No. / Diagram (Typical)

Rake Angle

Dia. (in / mm )

Lead Angle

45 55 to HRC

(Page)

(For 20000 Type) AOMT11T302PEER-G

WEZ–M

ø0.750- ø1.500" ø20- ø40mm ø1.00- ø1.500" ø25- ø40mm

ø18 to ø32 mm ø18 to ø32 mm ø18 to ø32 mm

Modular

14° to 15°

–7° to –11°

WEZ 20000M WEZ 11000M

.394”

¡ ¥ ¥ ¥ ¡

¥ ¥ ¥ ¥ ¥ ¥ ¥

12.8

–10° to –15°

–4° to –9°

WEZ 30000M WEZ 17000M

(For 30000 Type) AOMT170502PEER-G RE

.591”

à H69

19.5

SOMT080304PZER–G

WFX–M

Modular

ø20 to ø40 mm

.236”

12° –6° ¡ ¥ ¥ ¥

WFX 08000M

¥ ¥ ¥ ¥ ¥ ¥ ¡

8.0

à H113

DMSL-M

ø8.4 to ø34.3 ø0.750" to ø1.500" ø16 to ø40mm ø1.000" to ø1.500" ø25 to ø40mm

-12.5° to -16.5° 10° to 18° 8° to 15°

Modular

G S S S

G G S G S S

−

-8°

DMSL 06000M

à H159

(For 3000 Type) AXMT170504PEER–G

ø15 to ø32 mm ø23 to ø32 mm ø23 to ø32 mm ø28 to ø32 mm ø15 to ø25 ø23- ø32 mm ø28- ø32 mm ø18- ø32 mm ø23 to ø32 mm ø28 to ø32 mm ø18 to ø25 ø23 to ø32 ø28 to ø32 ø15- ø16 mm ø23- ø32 mm ø18 to ø32 mm ø23 to ø32 mm

WEX–M

Modular

14° to 25° 16° to 24°

WEX 20000M WEX 2000M

.394”

¡ ¥ ¥ ¡

¥ ¥ ¥ ¥ ¥ ¥ ¥

WEX 30000M WEX 3000M

.551”

17.54

à H91

ø25 to ø32 mm ø40 mm

(For 12000 Type) SOMT120308PDER

WFXH–M Modular

0.059”

6° –6°

WFXH 08000M

¥ ¡ ¡ ¡

¥ ¥ ¥ ¥ ¥ ¥ ¡

0.098”

6° –6°

WFXH 12000M

à H169

12.7

ø0.750" to ø1.000" ø16 to ø25mm ø1.000- ø1.250" ø25 to ø35mm ø32- ø40 mm ø20- ø32 mm ø1.000" to ø1.250 " ø25 to ø32mm ø1.250" to ø1.500" ø32 to ø40mm ø20- ø25 mm ø25- ø32 mm

(For 08000 Type) WDMT0804ZDTR

MSX–M

Modular MSX 20000M MSX 06000M

.039”

–3° to –6°

MSX 30000M MSX 08000M

.059”

8°

¥ ¡ ¡ ¡

¥ ¥ ¥ ¥

8.5

.079”

MSX 12000M

à H174

RDET0803M0EN (IC=8) RDET10T3M0EN (IC=10) RDET1204M0EN (IC=12)

RSX–M

Modular

.157”

10° –8°

RSX 08000M

RSX 30000M RSX 10000M RSXF 10000M RSX 40000M RSX 12000M RSXF 12000M

.197”

10° –5°

¥ ¡ ¡ ¡ ¥ ¥

.236”

10° –5°

à H192

(For 10000 Type) QPMT10T335PPEN

WRCX–M Modular

.157”

WRCX 08000M

RE –3° 0° ¥ ¡¡¡¥ ¥ ¥¥¥¥ ¥¡¡

.197”

WRCX 10000M

ø40 mm

.236”

WRCX 12000M

à H199

(For 08000 Type) SOMT080308PZER–G

WFXC–M Modular

ø16 mm ø25 to ø32 mm

RE 0° 0°

WFXC 08000M

¥ ¥ ¥ ¥ ¥ ¥ ¡

0° 0°

WFXC 12000M

à H212

8.0

(For 08000 Type) LNEX080404PNER–G

TSX–M

–36° to –20° –31° to –15°

ø0.750" to ø1.500"

.315”

L11

CRKS

TSXF 30000M

–6° to –3°

8.6

¥ ¥ ¥ ¡

¥ ¥ ¥ ¥ ¥ ¥ ¥

(For 13000 Type) LNEX130604PNER–L

ø1.000" to ø1.500"

LS2

TSX 40000M H

.472”

OAL

à H150

Selection Guide for Cast Iron High-feed and Milling Cutters (Special Purpose) ¥ : Best ¡ : Suitable X : Unsuitable Blank: Not Recommended

Work Material P M K N S H

Application

Lead Angle / Maximum Depth of Cut

Cutting Edge Dia. (in / mm )

Series

Model (inch / metric)

Insert Cat. No. / Diagram (Typical)

Rake Angle

Lead Angle

(Page)

(For 16000 Type) LNGX160516PNFN–W

GFX

GFX ( C ) 13000

ø80 to ø315

ø4.2

−

–5° –8°

X X X ¥ X X X X

¥ ¥

GFX 16000

à H240

15.875

LNGX130508PNFN–W

GFS

ø4.2

ø80 to ø160

.394”

–3° –11°

−

GFS 13000

X X X ¥ X X X X

¥ ¥ ¡

12.700

à H242

HNEF100608DNEN–G R0.8 ø15.875

GRHN

–6.5° to –5° –6.5° to –5°

–6°

GRHNF 17000

ø80 to ø315

.236”

−

X X X ¥ X X X X

–6°

GRHNM 17000

à H243

120°

LNGX16

GFV

ø3.000" to ø8.000"

–5° –8° ¥ ¥

GFV 5000

X X X ¥ X X X X

90°

SNMN433 SNC535

NRV

.216”

−

NRV 4000

ø100 to ø450

–5° –6°

X X X ¥ X X X X

.335”

−

NRV 5000

12.70 (15.875)

à H247

SDCN42R ( IC=12.70 ) SDCN53R ( IC=15.875 )

DPV

ø100 to ø450 ø100 to ø450 ø100 to ø450 ø100 to ø450

.275”

−

10° 5°

DPV 4000

15°

X X X ¥ X X X X

¡ ¥

.295”

−

10° 5°

DPV 5000

à H248

25°

SNEF43W ( IC=12.70 ) SNEF53W ( IC=15.875 )

NFV

.019”

−

–5° –6°

NFV 4000

X X X ¥ X X X X

¥ ¥

.019”

−

–5° –6°

NFV 5000

X X X ¥ X X X

¥ ¥

à H249

SDC53R

APV

25° 25°

ø200 to ø450

.394”

−

18° –2°

APV 5000

X X X

¥ ¥

¥ ¡

à H250

15.88

*Use a chamfering tool for chamfering operations.

Indexable Endmill Selection Guide

¥ : Best ¡ : Suitable X : Unsuitable Blank: Not Recommended

Work Material P M K N S H

Application

Lead Angle / Maximum Depth of Cut

Cutting Edge Dia. (in / mm )

Series (inch / metric)

Model

Insert Cat. No. / Diagram (Typical)

Rake Angle

Lead Angle

45 55 to HRC

(Page)

DFC–E

XNMU060608PNER–G

ø1.000" to ø2.500" ø25 to ø80mm ø0.5 - ø1.25" ø14 - ø80mm ø1.00 - ø2.00" ø25 - ø80mm

DFC 20000EW DFCM 2000EW DFC 09000E DFCM 09000E

ø1.0 - 1.25" ø25 -

.236”

–5° –9° ¥ ¡ ¥ ¡

¥ ¥ ¡ ¥ ¡

ø42 mm

à H111

11.2

AOMT11T302PEER–G

WEZ–E

WEZ 11000E

6° to 15° 6° to 15°

–7° to –18° –6° to –12°

ø16 to ø32 ø25 to ø42 ø16 to ø32

.394”

WEZ 11000EL

¥ ¥ ¥ ¥ ¥

¥ ¥ ¥ ¥ ¥ ¥ ¥

WEZ 17000E WEZ 17000EL WFX 08000E WFXM 08000E WFX 12000E WFXF 12000E TSX 30000EW TSXF 30000EW TSX 08000E TSXF 08000E TSX 40000EW TSXF 40000EW TSX 13000E TSXM 13000E TSXF 13000E

12.8

.591”

à H58

ø20 to ø63 ø40 to ø80

WFX–E

(For 12000 Type) SOMT120408PDER

.236”

12° –6°

¡ ¥ ¥ ¡

¥ ¥ ¥ ¥ ¥ ¥

.394”

ø32

8° –8°

à H111

12.7

ø0.625" to ø1.5" ø16 to ø80mm ø0.750" to ø1.5" ø20 to ø80mm ø1.0" to ø1.5" ø25 to ø80mm ø32 to ø80mm ø1.25" to ø1.5" ø40 to ø80mm ø20 to ø40mm ø40 to ø50mm ø32 to ø63mm ø0.500" to ø1.250" ø14 to ø63mm ø1.000" to ø2.000" ø25 to ø63mm ø1.000" to ø1.500" ø20 to ø40 ø2.000" ø40 to ø50 ø0.750" to ø1.500" ø16 to ø63mm ø20 to ø25mm ø1.000" to ø1.500" ø25 to ø32mm ø1.250" to ø1.500" ø32mm

ø.625 - ø1.25" ø16 - ø32mm ø.750 - ø1.25" ø20 - ø32mm ø1.0 - ø1.25" ø25 - ø32mm ø1.0" ø32 mm ø20 to ø32mm ø32 to ø42mm

TSX–E

–36° to –20°

.315”

(For 08000 Type) LNEX080404PNER–G

–6° to –3°

¥ ¥ ¥ ¡

¥ ¥ ¥ ¥ ¥ ¥ ¥

–31° to –15°

.473”

8.6

(For 13000 Type) LNEX130604PNER–L

à H138

–33° to –18° –23° to –18°

TSXR–E

.827”

to 1.575”

TSXR 08000E

–6° to –3°

¡ ¥

¥ ¥ ¥ ¥ ¥ ¥ ¥

1.614”

to 2.362”

TSXR 13000E

à H146

WEX–E

(For 2000 Type) AXMT123504PEER–G

9° to 17°

7° to 17°

ø10 to ø20

WEX 1000E WEX 1000EL

.236”

WEX 20000EW/EMW WEX 20000ELC WEX 2000E/EL WEX 30000EW/EMW WEX 30000ELC WEX 3000E ( –C ) WEX 3000ES ( –C ) WEX 3000EL WRX 20000E WRX 2000E WRX 30000E WRX 3000E MSX 20000EW/ELC MSX 30000EW/ELC MSX 40000EW/ELC RSX 08000ES RSXF 08000ES RSX 30000EW RSX 30000ELC RSX 10000ES RSXF 10000ES RSX 40000EW RSX 40000ELC RSX 12000ES RSXF 12000ES MSX 06000E MSX 08000E MSX 12000E

ø.75 - ø1.25" ø16 - ø32mm ø1.0 - ø1.25" ø20 - ø42mm ø1.0 - ø1.25" ø20 - ø42 ø1.25" ø32 - ø42

14° to 25° 16° to 24° 16° to 24° 20° - 22°

10° to 18° 8° to 15° 13° to 16° 12° - 13° –3° to –8°

.394”

¡ ¡ ¥ ¥ ¡

¥ ¥ ¥ ¥ ¥ ¥ ¥

RE 12.00

.551”

à H90

(For 2000 Type) AXMT123504PEER–G

WRX–E

.709”

1.417” to

¡ ¥ ¥ ¡

¥ ¥ ¥ ¥ ¥ ¥ ¥

1.06-2.09”

à H96

RE 12.00

WDMT0603ZDTR (IC=6.35) WDMT0804ZDTR (IC=8.5) WDMT1204ZDTR (IC=12) IC

MSX–E

ø16 to ø42

to .098” .039”

8°

¥ ¡ ¡ ¡

¥ ¥ ¥ ¥

à H173

RSX–ES

RDET0803M0EN (IC=8) RDET10T3M0EN (IC=10) RDET1204M0EN (IC=12)

.157”

ø20 - ø25mm

10° –8°

ø1.25"

.197”

10° –5°

¥ ¡¥¡¥ ¥ ¥¥¥¥ ¥

ø25 - ø32mm

.236”

ø32

10° –5°

à H191

*Use a chamfering tool for chamfering operations.

Indexable Endmill Selection Guide

¥ : Best ¡ : Suitable X : Unsuitable Blank: Not Recommended

Work Material P M K N S H

Application

Lead Angle / Maximum Depth of Cut

Cutting Edge Dia. (in. / mm )

Series

Model (inch / metric)

Insert Cat. No. / Diagram (Typical)

Rake Angle

Lead Angle

45 55 to HRC

(Page)

DMSL-E

ø.6250" to ø1.250" ø16 to ø35mm ø1.500" to ø2.000" ø35 to ø63mm ø20 to ø25mm ø1.000" to ø1.500" ø25 to ø32 ø1.250" to ø1.500" ø40 to ø50 ø0.750" to ø2.000" R10 (ø20) to R25 (ø50) ø0.500" to ø1.250" R5 (ø10) to R15 (ø30)

-12.5° to -16.5°

ø16 to ø32

.0591

G S S S

G G S G S S

-8°

DMSL 06000E(L)

(4)

 H158

DMSW-E

ø3 to

-10° to -13°

.1181

G S S S

G G S G

-6°

DMSW 08000E (L)

ø42 mm

(6)

 H161

ø20 to ø25 ø1.000 - ø1.500" ø25 - ø32mm ø1.000 - ø1.500"

QPMT080330PPEN (IC=8) QPMT10T335PPEN (IC=10) QPMT160660PPEN (IC=16)

WRCX–E

.157”

–3° 0°

WRCX 08000E

WRCX 30000E WRCX 30000E WRCX 10000E WRCX 40000E WRCX 40000E WRCX 16000E

.197”

–3° 0°

¥ ¡¥¡¥ ¥ ¥¥¥¥ ¥¡¡

90°

.315”

–3° 0°

ø32 mm

à H194

ZNMT1804100–C

WBMR

ø25 to ø50.8

.787”

to 1.693”

–10° -

¥ ¥ ¥ ¥ ¥ ¡ ¡

WBMR 2000 WBMR 2000L

à H201

18.00

ZPGU1551050

WBMF

RE ±0.015

WBMF

ø16 to ø32

.0039”

to .016”

0°

¥ ¥ ¥ ¥ ¥ ¥

WBMF 1000

à H203

15.6

CPMT060204N–US RE

TSE

ø21 to ø50

ø25 to ø32

0° 0°

to .866” .354”

TSE

¡ ¡ ¡

à H208

WFXC–E

ø8 to ø16 ø25 to ø32 ø7 to ø35

ø10 to ø16 ø25 to ø32

(For 12000 Type) SOMT120308PDER

WFXC 08000E

0° 0°

¥ ¥ ¥ ¥ ¥ ¥ ¡

WFXC 12000E

à H210

12.7

SPMN422

SMC

0° 0°

ø32

SMC

¡ ¡ ¡ ¡

12.70

à H262

ø.750" to ø1.500" ø20 to ø40mm ø1.000" to ø1.500" ø25 to ø40mm

(For 4000 Type) AECT220604PEFRA 24 0.4

WAX–E

ø.750"- ø1.500"

WAX 30000EW WAX 30000ELC WAX 3000E WAX 3000EL

.63 - .71”

ø20 - ø32 mm ø.750"- ø1.500"

1.5

19° to 25°

6° ¡ ¥ ¥ ¥ ¥

X X X X ¡ ¥

WAX 40000EW WAX 40000ELC

à H234

to .866” .945”

WAX 4000E WAX 4000EL

ø25 - ø32 mm

H10

MEMO

H11

Grades for Milling Selection Guide by Work Material and Cutting Process

General Steel (Carbon Steel, Alloy Steel), Mild Steel

Stainless Steel

Cast Iron

Work Material

Wear Resistance

Fracture Resistance

Wear Resistance

Fracture Resistance

Wear Resistance

Fracture Resistance

Classification

P01 P10 P20 P30

P40

M01

M10 M20 M30 M40

K01 K10 K20 K30

ACU2500

ACM100 P

ACK2000

ACP2000 C

ACS2500 P

ACK3000

ACS3000 P

ACP3000

Coated Carbide

ACM200 C

ACK100 C

ACP100 C

ACM300 P

ACK200 C

ACP200 P

ACK300 P

ACP300 P

ACK300 P

A26

T2500A

T250A T2500A

Cermet

T250A

T4500A

A29

A30N

G10E BN7125

Cemented Carbide

A30

Uncoated CBN Coated CBN

BNC8115 P BNS8125

A32

Work Material

Exotic Alloy

Hardened Steel

Non-Ferrous Metal

Wear Resistance

Fracture Resistance

Wear Resistance

Fracture Resistance Wear Resistance

Fracture Resistance

Classification

S01

S10 S20 S30 S40

H01 H10 H20 H30

N01 N10 N20 N30

ACU2500 P

DL1000 P

ACS2500 P

ACS3000 P

Coated Carbide

ACM100 P

ACM200 C

ACM300 P

DL2000 P

ACK300 P

A26

Cemented Carbide

EH520

H20

A30

BN350

Uncoated CBN

BN2000

A32

DA1000

PCD

A34

: 1st Recommended Grade

: 2nd Recommended Grade

C : CVD Coating,

: PVD Coating, Blank: Uncoated P

H12

Grades for Milling / Characteristic Values

CVD

Work Material

Grade

Hardness (HRA)

TRS (GPa)

Coating Type Coating Thickness (μm)

Features

Old Grades

Super FF Coat

· For high-speed machining of steel · Grade emphasizing wear resistance for high-speed machining · For high-speed machining of steel · Stable long tool life with high-speed machining is realized by adopting a tough carbide substrate and a new coating with excellent thermal crack resistance · For machining high-hardness stainless steel · Adopts newly developed high-strength cemented carbide with excellent wear resistance and thermal resistance, realizing outstanding stability when machining hardened stainless steel · For high-speed cast iron milling · Adopts a high-hardness substrate as a grade with high wear resistance · For high-speed cast iron milling · Adopts a tough carbide substrate as a grade with excellent wear resistance and thermal crack resistance · For high-speed cast iron milling · Stable long tool life with high-speed machining is realized by adopting a tough carbide substrate and a new coating with excellent thermal resistance

ACP100

AC230

89.3

3.1

Steel

ACP2000

ACP100

89.5

3.2

Absotech

ACM200

AC230

89.8

3.4

Super FF Coat

Stainless Steel

ACK100

92.0

2.4

Super FF Coat

—

Super FF Coat

ACK200

AC211

91.7

2.5

Cast Iron

ACK100 ACK200

ACK2000

91.7

3.1

Absotech

PVD

Work Material

Grade

Hardness (HRA)

TRS (GPa)

Coating Type Coating Thickness (μm)

Features

Old Grades

· General-purpose grade supporting steel, stainless steel, and cast iron machining · Adopts a carbide substrate with excellent fracture resistance and wear resistance, plus a new coating with excellent wear resistance and chipping resistance, providing stable long tool life with various work material grades · Our 1st recommended grade for steel applications · General-purpose grade with an excellent balance of wear and fracture resistance · Also suitable for machining stainless steel · For interrupted machining of steel · Tough grade with an emphasis on fracture resistance · Also suitable for interrupted machining of stainless steel · Our 1st recommended grade for interrupted or unstable work holding conditions for milling steel · Carbide substrate with excellent thermal crack resistance, plus a new coating with excellent wear resistance and chipping resistance, realizes stable long tool life over a wide range of cutting conditions · For high-speed machining of stainless steel · Adopts high-hardness micro-grain carbide substrate and super multi-layered coating to realize outstanding wear resistance · Our 1st recommended grade for milling stainless steel · Adopts high-strength carbide substrate and super multi-layered coating for next-level wear resistance and fracture resistance · First recommendation for titanium alloy applications · Carbide substrate with excellent wear and adhesion resistance, coupled with a chipping-resistant coating, balances excellent wear and fracture resistance · Suitable for a wide range of exotic alloy machining applications · Realizes superb stability due to a high-toughness carbide substrate with a highly chipping-resistant coating · General-purpose grade with an excellent balance of wear and fracture resistance · Our 1st recommended grade for milling cast iron · Adopts a high thermal conductivity carbide substrate and a new coating with excellent wear resistance and chipping resistance, realizing stable long tool life over a wide range of cast iron machining operations · For milling non-ferrous metal, utilizing DLC coat with a low coefficient of friction and excellent adhesion resistance · For milling non-ferrous metal, utilizing DLC coat with a low coefficient of friction and excellent adhesion resistance

ACU2500

91.6

3.8

Absotech

—

Super ZX Coat

ACP200

ACZ330

89.5

3.2

Steel

Super ZX Coat

ACP300

ACZ350

89.3

3.1

ACP200 ACP300

ACP3000

89.5

3.2

Absotech

Super ZX Coat

ACM100

ACZ310

91.4

3.3

Stainless Steel

Super ZX Coat

ACM300

89.8

3.4

—

ACS2500

ACZ310

90.8

4.2

ABSOTECH 3

Exotic Alloy

ACS3000

—

89.8

3.4

ABSOTECH 3

Super ZX Coat

ACK300

ACZ310

91.4

3.3

Cast Iron

ACK3000

ACK300

91.7

3.1

Absotech

AURORA Coat (DLC) AURORA Coat (DLC)

DL1000

92.9

2.1

0.5

—

DL2000

Non-Ferrous Metal

91.6

3.8

0.5

—

Cermet

Work Material

Grade

Hardness (HRA)

TRS (GPa)

Coating Type Coating Thickness (μm)

Features

Old Grades

· For finishing of steel and stainless steel · Excellent balance of wear and fracture resistance, achieving excellent machined surface quality over a wide range of cutting conditions · For finishing of steel and stainless steel ·Tough grade with enhanced crack spread resistance · For finishing of steel and stainless steel · Fine, uniform grain structure greatly improves toughness, realizing long tool life and excellent surface finishes · For finishing of steel and stainless steel · Tough grade with excellent fracture resistance and reduced thermal cracking

T1500A

92.0

2.2

—

T1200A

T250A

91.4

2.1

—

Steel

T2500A

91.8

2.4

—

T250A

Stainless Steel

T4500A

91.0

2.3

—

CBN Classification Grade

Binder Carbon Content (%) Grain Size (μm) Hardness HV (GPa)

TRS (GPa)

Main Coating Components Coating Thickness (μm)

Features

General-purpose grade with excellent wear resistance, fracture resistance, and thermal shock resistance, suitable for machining of cast iron and exotic alloys Grade with 100% solid CBN structure and excellent thermal shock resistance. Grade exhibiting wear and fracture resistance in cutting of cast iron and exotic alloys. Grade optimized for cast iron cutting. Provides superior wear and fracture resistance.

BN7125

Co Compound 90 to 95

41 to 44

1.9 to 2.0

BNS800

Al Alloy 85 to 90

39 to 42

0.9 to 1.1

—

Cast Iron

Co Compound 90 to 95

BN7000

41 to 44

1.8 to 1.9

—

BN500

TiC 65 to 70

32 to 34

1.0 to 1.1

—

Grade with ultimate cutting edge strength, suitable for heavy interrupted cutting.

BN350

TiN 60 to 65

33 to 35

1.5 to 1.6

—

Hardened Steel

Polycrystalline Diamond (PCD)

Classification Grade

Binder

Carbon Content (%) Grain Size (μm) Hardness HK (GPa)

TRS (GPa)

Features

High-density sintered material made of ultra-fine grain diamond that demonstrates optimum wear and fracture resistance and excellent edge sharpness.

DA1000

90 to 95 up to 0.5

50 to 60

≈ 2.60

Non-Ferrous Metal

H13

Carbide

Ceramics

A30

A36

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