NTK GENERAL CATALOG

O Micro-grain Carbide, BIDEMICS, PCD, Tool Materials / New
PVD / CVD-coated Carbide CBN and Ceramics Selection Guide Products
Information
Insert
◦Grade Comparison Chart ������� O2 Item List
◦Turning Tool Terminology ������ O4
◦Milling Cutter Terminology ������ O5 General Turning
◦Calculation Formula for Turning ��� O6 Toolholders
◦Troubleshooting for Turning ����� O8
◦Calculation Formula for Milling Processes O10 Unique
◦Troubleshooting for Milling ����� O12 Swiss Tooling
◦Surface Roughness Standards ���� O14
◦Spare Parts - Wrenches ������� O16 Grooving /
◦Clamp Screws and Wrenches ���� O17 Side Turning
◦Material Cross Reference Chart ��� O18
◦Ni-based Heat Resistant Alloys ��� O20 Threading
◦Co-based Heat Resistant Alloys ��� O24
◦Swiss Machine List ��������� O26 Shaper
◦Hardness Comparison Chart ���� O32
ID Tooling
O1
Application
Introduction

Endmills

Rotating
Tools

Information

Index

Technical Data

Micro-grain Carbide, BIDEMICS, PCD, Tool Materials / New ■ Grade Comparison Chart
PVD / CVD-coated Carbide CBN and Ceramics Selection Guide Products
● BIDEMICS/Ceramics

NTK GREENLEAF HERTEL INDEXABLE ISCAR KENNAMETAL KYOCERA NEWCOMER ROMAY SANDVIK SPK SSANGYONG SUMIOTOMO TAEGUTECH TUNGALOY VALENITE
HC1
HW2 GEM19 AC5 I50 IN11 K060 KA30 NP5200 CC10 SN60 SZ200 AB120
SN80 SZ300 AW20
Cast iron  Ｋ HC2 GEM7 HT610CA I100 IN22 K090 A65 NP5000 CC20 CC620 SH2 SD200 NB90S AB30 LX11 Q32
HC6 MC2 IN23 KY1615 A66N CC30 CC650 SL506 ST100 LX21
PT600M CC6050 SL508 ST300 CX710
SX6 SL550C ST500
SP9 SL554C SD200
SL654 TA300
JX1 SL808 TC300
JX3 SL854C
WA1 KY3000 CC510 SN26
WA5 KY3400 CC513 SN300
CSN100 KY3500 CS7050 CC514 SN400 AS10
SX3 CSN200 MW30 IS6 KYK25 KS500 CC514SC CC1690 SN500 NS260 AS500 CX710 VPQ130
SX7 GSN100 MW43 IS8 KYK35 KS6000 CC515 CC6090 SN600 NS260C SC10 FX105 VPQ135
SX9 HSN100 IS80 KY4400 KS6050 CC516 CC6190 SN700 SN2000K AW20
HSN200 CC516SC SN800 SN2100K AB30
KYK10 AB20
KY1320

Insert Heat resistant alloy S　 WG300 SW400
Item List WG600 SW500
WG700 IW7 KY1525 CC60 CC670 SW700 WX1500 TC430
XSYTIN-1 KY4300 SW800 WX120
General Turning
Toolholders KY1540
KY2100
MW37 IS9 KYS25 CF1 CC5477 CC6060 SN800 WX2500 AS20 M101S
KYS30 KS6030 CC650 SN900 WX2000
KYSP30 KS6040 CC6065

Unique KYSM10
Swiss Tooling
H HC7 GEN7 HT610CA I100 IN22 KY1615 A65 CC30SC CC6050 ST500 NB90S AW120 LX11 Q35
ZC7 IN23 KY4400 A66N CC650 TM300 NB150H AB30 VPZ205
Hardened IN420 KT66 TC100 VPZ215
material PT600M TC300
Grooving /
Side Turning WA1 WG300 IW7 KY4300 CC670 SW400
WA5 WG600 KYS25 SW500
WG700 SW700
SW800

Threading ● BIDEMICS/CBN

NTK DIJET HITACHI INDEXABLE ISCAR KENNAMETAL KYOCERA MITSUBISHI SANDVIK SECO SPK SSANGYONG SUMIOTOMO TAEGUTECH TUNGALOY WALTER

Shaper Cast iron  Ｋ B23 JBN330 BH200 CBN90 IB50 KB1345 KBN60M BC5030 CB7525 CBN20 WBN100 SBN1000 BN500 KB90 BX470
B30 JBN795 BH250 CBN95 IB55 KB1630 KBN65B MB710 CB7925 CBN050C WBN105 SBN1600 BN600 KB90A BX480
B16 CBN100 IB85 KB5630 KBN900 MB730 CBN200 WBN115 BN700 TB650 BX850
KB9610 MB5015 CBN300 WBN120 BNS800 TB670 BX870
JP2 KB9640 MBS140 CBN300P WBN750 TB730 BX90S
ID Tooling KB1340 CBN350 BX910
CBN600 BX930
BX950
BXC90

S

Application resistant CBN80 KB1340 MB730 CBN170 BN700 KB90 BX950
Introduction alloy CBN45 KB1630 TB730
CBN50 KB5630 KB50
Heat CBN60 KB1340 TB610
CBN70 KB1610 TB650
Endmills Hardened material  H B52 JBN245 BH200 IB10HC KB1625 KBN05M BC8020 CB20 CBN10 WBN500 SBN1000 BN250 TB670 BX310 VPC225
B36 JBN300 BH250 IB20H KB5610 KBN10C MB810 CB50 CBN050C WBN550 SBN2000 BN300 BX330 WLB30
Rotating B40 IB25HA KB5625 KBN10M MB825 CB7015 CBN100 WBN600 SBN4000 BN350 BX360 WLB50
Tools B5K IB25HC KB5630 KBN25C MB835 CB7025 CBN150 WBN650 BN1000 BX380
B6K IB50 KB9610 KBN25M MB8025 CB7525 CBN160P BN2000 BX530
B22 IB55 KB9640 KBN30M MBC010 CBN170 BNC80 BXC50
KBN35N CBN200 BNC100 BXM10
KBN510 CBN300P BNC150 BXM20
KBN525 CBN350 BNC160
KBN900 BNC200
BNC300
Information BNC2010
BNC2020
BNX10
BNX20
BNX25
BNX300

● PCD

Index NTK DIJET INDEXABLE ISCAR KENNAMETAL KYOCERA MITSUBISHI SANDVIK SECO SSANGYONG SUMIOTOMO TAEGUTECH TUNGALOY WALTER

N PD1 JDA10 KD1400 DA10 DX110
PD2 JDA30 KD1405 DA90 DX120
Non-ferrous JDA40 PCD3 ID5 KD1425 KPD001 MD205 CD10 PD10 SPD1000 DA150 KP100 DX140 WCD10
material JDA715 PCD-F ID8 KD1410 KPD010 MD220 PD20 SPD2000 DA200 KP300 DX160
JDA735 PCD-UF KD1415 KPD230 MD230 PD30 SPD3000 DA1000 KP500 DX180
JDA745 KD1425 DA2200

（Note）This chart is based on published data and not authorized by each manufacturer

O2

● Non coated carbide Micro-grain Carbide, BIDEMICS, PCD, Tool Materials / New
PVD / CVD-coated Carbide CBN and Ceramics Selection Guide Products
NTK DIJET GREENLEAF HITACHI INDEXABLE ISCAR KENNAMETAL KYOCERA MITSUBISHI ROMAY SANDVIK SECO SUMIOTOMO TAEGUTECH TUNGALOY WALTER
KM1
Steel  P KM3 DX30 G20M EX35 CI5 IC50M KU10 PW30 UTi20T S10M A30 CT3000 TX40
DX35 G60 EX40 CI6 IC54 K420 S25M ST10P UF1 UX25
KM1 SR30 G50 EX45 CI7 IC70 K125M S60M ST20E UX30
KM3 SRT G70 WS10 CI9 IC28 ST30E
883 ST40E G1F
N CR1 K313 890 G2
KG03 HX EH520 G2F
Non-ferrous 　 KG1 G02 WH02 CI1 IC04 K68 GW15 HTi05T H10 G10E G3 WK1
material KG10 G23 WH05 CI2 IC10 K110M GW25 HTi10 H10F KS05F WSN10
KG20 WH10 CI3 IC20 K115M KW10 UTi20T R600 H13A H1 KS15F
KG30 WH20D CI4 IC28 K600 KS20
KT9 CI65 TH03
LF12 K1 TH10
TU10

● PVD coated carbide Insert
Item List
NTK DIJET GREENLEAF HITACHI INDEXABLE ISCAR KENNAMETAL KYOCERA MITSUBISHI SANDVIK SECO SUMIOTOMO TAEGUTECH TUNGALOY WALTER

Steel  P VM1 JC5003 G915 CY15 IC328 KC5010 PR915 VP10MF GC1125 CP200 AC350 TT1040 AH120 WSM30 General Turning
ZM3 JC5015 G920 CY150 IC507 KC5025 PR930 VP10RT GC1525 CP250 AC520U TT7220 AH130 WXM33 Toolholders
QM3 JC5030 G925 CY250 IC807 KC5510 PR1005 VP15TF CP500 AC530U TT8010 AH140 WXP20
TM4 JC5040 G935 CY9020 CI25A IC907 KC5525 PR1025 VP20MF GC15 ACZ150 TT8020 AH710 WXP43 Unique
DT4 HC844 CI29 IC908 KCU10 PR1115 VP20RT GC1025 ACZ310 TT9030 AH725 Swiss Tooling
DM4 IP2000 IC928 KCU25 PR1215 GC1145 ACZ330 TT9080 AH730
IP3000 IC3028 KC710 PR1225 GC2035 ACZ350 AH740
ST4 IC830 KC720 GC2145 GH130
VM1 IC570 KC722 GC4125 GH330
ZM3 KC730 SH730
QM3 KC735M AH330 Grooving /
TM4 KC792M GH730 Side Turning
DT4
DM4 AC350

Stainless steel  M QM3 JC5003 G915 CY250 CI23 IC308 KC5010 PR915 VP10MF GC15 CP200 AC510U TT1040 AH120 WXM20 Threading
DM4 JC5015 G920 CY9020 CI24 IC507 KC5025 PR930 VP10RT GC1005 CP250 AC520U TT5080 AH130 WXM33
JC5030 G925 IP050S CI29 IC520 KC5510 PR1025 VP15TF GC1025 CP500 AC530U TT7010 AH140 WXN10
JC5040 IP100S IC807/907 KC5525 PR1125 VP20MF GC1105 TS2000 AC6040M TT7080 AH710 WXP20
IC908 KCU10 PR1215 VP20RT GC1115 TS2500 ACZ150 TT7220 AH725 WXP43 Shaper
IC928 KCU25 PR1225 GC1125 ACZ310 TT8010 AH730
IC1008 KC710 GC1145 ACZ330 TT8020 GH130
IC1028 KC720 GC1525 ACZ350 TT9030 GH330
IC3028 KC722 GC2030 EH510Z TT9080 GH730
IC830 KC730 GC2035 EH520Z TT9020 SH730
IC570 KC735M GC4125 AC6030M AH330
KC792M AC610M
AC830P

AC630M ID Tooling

Cast iron  Ｋ JC5003 CY10H IC507 KC5010 PR905 VP10RT GC1020 CP200 AC510U TT1040 AH110 Application
JC5015 CY100H IC508 KC5025 PR1215 VP15TF GC1125 CP250 AC520U TT6080 AH120 Introduction
CY9020 IC908 KC5510 VP20RT CP500 AC530U TT7010 GH110
IC910 KC5525 GC15 DTS2500 ACZ310 TT7080 GH130
IC808 KCU10 TK1000 EH10Z
IC1008 KCU25 GC15 TK2000 EH20Z TT8125 AH905
KC720 GC1005 TS2000 EH510Z TT8135
KC730 GC1025 AC405K TT8020
GC1105 TT9030
Heat resistant alloy  S G920 IC807/907 KC5010 GC1115 AC510U TT9080 Endmills
G925 IC908 KC5510 GC1125 AC520U TT9020
IC830 KC5525 GC2145 AC530U
KC7310 GC4125
KCU10 AC503U Rotating
KCU25 GC1010 Tools
GC1025
Hardened KC5010 GC1030
material KC5510
KCU10 Information
H KCU25

● CVD coated carbide

NTK DIJET GREENLEAF HITACHI INDEXABLE ISCAR KENNAMETAL KYOCERA MITSUBISHI ROMAY SANDVIK SECO SUMIOTOMO TAEGUTECH TUNGALOY WALTER

Cast iron  Ｋ CP1 JC050W GM25 CIN2 IC418 KCK05 CA4010 MC5005 GC3005 MK1500 AC300G TT6300 T1015 Index
CP7 JC105V GM8015 CINX IC428 KCK15 CA4115 MC5015 GC3205 TH1000 AC410K TT6800 T1115
JC110V GA5022 GM8020 CIT3 IC9007 KCK20 CA4120 MY5015 R100 GC3210 TK1000 AC420K TT7005 T5105 WPP01
JC215V GA5023 GM8025 CIT6 IC9015 KCP05 CA4505 UC5105 R200 GC3215 TK2000 AC700G TT7015 T5115 WPP10
JC605W HG3305 CIX IC9150 KCP10 CA4515 UC5115 R500 GC4215 TP200 AC810P T5125 WPP20
JC605X HG3315 KCP25 CA5505 UE6110 GC4315 TP2500 AC820P
JC610 HG8010 KCP30 TX150 AC8025P
HX3505 KC9325 ACK200
HX3515

O3

Micro-grain Carbide, BIDEMICS, PCD, Tool Materials / New Technical Data
PVD / CVD-coated Carbide CBN and Ceramics Selection Guide Products
■ Turning Tool Terminology

● Toolholder part names

Overall length Part names of a cutting tool
End cutting edge angle
Side relief angle

Insert Shank
Face
Shank width

Side rake angle

Corner radius

Side cutting edge angle End cutting edge
(Minor cutting edge)
Front top rake

Cutting edge height Minor flank
Nose radius
Seat
(Shim seat)

Insert Shank height Side cutting edge
Item List (Major cutting edge)
Major flank

General Turning ● Holder rigidity
Toolholders
Toolholder deflection
Unique Boring bar deflection
Swiss Tooling
4× × 3 4× × × 3 64× × 3 64× × ×× 3
× × 3 × ×3 3× ×π× 3× ×π× 4
Grooving / δ＝ ＝ δ＝ 4 ＝
Side Turning

Threading Clamping bolt Clamping bolt

：Cutting force ：Cutting force

Shaper

ID Tooling ：Overhang ：Overhang Sleeve

Application Symbol Term Unit Symbol Term Unit
Introduction δ Deflection amount ㎜ δ Deflection amount ㎜
㎜ ㎜
Endmills （＝ × ×） Shank width ㎜ （＝ × ×） Shank width
Shank height Young’s modulus N/㎟
Rotating Young’s modulus N/㎟ ㎜
Tools Depth of cut ㎜ Depth of cut
Feed amount Feed amount ㎜/rev
Information Specific cutting force ㎜/rev Specific cutting force N/㎟
N/㎟
Overhang Overhang ㎜
Cutting force ㎜ Cutting force N
N

Index An important factor in improving the rigidity of a toolholder is to ensure the overhang
of the tool shank is as short as possible.

O4

■ Milling Cutter Terminology Micro-grain Carbide, BIDEMICS, PCD, Tool Materials / New
PVD / CVD-coated Carbide CBN and Ceramics Selection Guide Products
● Milling cutter terminology

（－） Axial rake angle
A.R.

Cutter height Peripheral cutting edge angle
(Lead angle)
Cutter diameter（Diameter between the blades） Insert
Cutting edge inclination angle Item List
（－） True rake angle

Radial rake angle
R.R.

General Turning
Toolholders

● Functions of each cutting edge angle Unique
Swiss Tooling

Name Function Effects Grooving /
Radial rake angle: R.R. Side Turning
Axial rake angle: A.R. Controls the direction of chip evacuation and cutting force Negative (－): Excels in chip control performance
Lead angle
Controls the direction of chip evacuation and cutting force Positive (+): Excels in cutting performance and BUE resistance Threading
True rake angle
Controls the thickness and evacuation direction of chips Larger lead angles decrease the thickness of chips and relieves Shaper
Cutting edge tilt angle Actual rake angle cutting load

Larger angles excel in cutting performance and BUE resistance, but lower the cutting
edge strength
Smaller angles increase the cutting edge strength but lower the BUE resistance

Controls the direction of chip evacuation Larger angles excel in chip control performance and relieve cutting load, but lower the strength of the insert corner ID Tooling

● Functions of each angle

《Lead angle》: Relationship of this angle and chip thickness 《Rake angle》: Combinations and characteristices Application
Introduction
Lead angle : 45 degrees （＋）Axial rake angle：positive （－）Axial rake angle：negative （＋）Axial rake angle：positive

Insert 45° Endmills

Thickness of chips 0.7× Combinations of Radial rake angle：positive Radial rake angle：negative Radial rake angle：negative Rotating
the angles for basic （＋） （－） （－） Tools
Lead angle : 75 degrees cutting edge shapes

Insert 75° Double-positive cutting edge Double-negative cutting edge Negative-positive cutting edge Information

shape(DP edge shape) shape(DN edge shape) shape(NP edge shape)

Thickness of chips 0.97× Radial rake angle(R.R.) Positive(+) Negative(－) Negative(－)

Lead angle : 90 degrees Axial rake angle(A.R.) Positive(+) Negative(－) Positive(+) Index

Insert specification Positive (single side used) Negative(both sides used) Positive(single side used)

Insert 90° Work material Steel ● ー ●
Thickness of chips 1.00×
Cast iron ー ● ●

Aluminum alloy ● ー ー

O5

Technical Data

Micro-grain Carbide, BIDEMICS, PCD, Tool Materials / New ■ Calculation Formula for Turning
PVD / CVD-coated Carbide CBN and Ceramics Selection Guide Products
● Calculating the cutting speed

Calculating the cutting speed from the rotation speed

＝ π× × ：Cutting speed（m/min）
1000 ：Machining diameter（㎜）
（m/min） ：Spindle speed（min-1）
π：Pi（3.14）

Calculating the revolution speed from the cutting speed

Insert ＝ 1000×
Item List π×
（min-1）

General Turning Example : Obtaining a cutting speed for machining a work piece of 200 mm diameter at the spindle speed of 1,000 min-1:
Toolholders
　＝　 π×200×1000 = 628（m/min）
     1000

Unique ● Calculating the cutting time
Swiss Tooling
Calculating the cutting time for OD (ID) machining

Grooving / Ｔ＝ × Ｔ：Cutting time（min）
Side Turning ：Cutting length（㎜）
（min） ：Feed rate（㎜/rev）
Threading ：Spindle speed（min-1）
Calculating the cutting time for facing
Ｔ：Cutting time（min）
Shaper Ｔ＝ π×（a2－b2） ：Cutting speed（m/min）
4000× × ：Feed amount（㎜/rev）
（min）
π：Pi（3.14）
ID Tooling
Example : Obtaining a cutting time for machining of work to be cut 100 mm long at the spindle speed of 1,000 min-1 and at a feed rate of 0.1 mm/rev:

Application 　Ｔ ＝　     100     = 1（min）
Introduction   0.1×1000

Endmills ● Calculating the theoretical surface roughness

Rotating ＝ 8 ×1000 ：Theoretical surface roughness（㎛）
Tools ：Feed amount（㎜/rev）
（㎛） ：Corner radius（㎜）

Information Example : Obtaining the theoretical surface roughness when machining with an insert having 0.8 corner radius at a feed rate of 0.1 mm/rev:

Index 　＝　   0.1²   ×1000 = 1.56（㎛）
8×0.8

【Guidelines for actually finished surface roughness】

Steel type work: Theoretical surface roughness × 1.5 to 3
Cast iron type work: Theoretical surface roughness × 3 to 5

O6

● Calculating the cutting force Micro-grain Carbide, BIDEMICS, PCD, Tool Materials / New
PVD / CVD-coated Carbide CBN and Ceramics Selection Guide Products
＝×× ：Cutting force（Ｎ）
：Specific cutting force（N/㎟）*See the table below.
（Ｎ） ：Depth of cut（㎜）
：Feed amount（㎜/rev）

F1：Principal cutting force
F2：Feed force
F3：Thrust force

Example : Calculating the cutting force for grey cast iron cut at the feed rate of 0.2 mm/rev and with a depth of cut of 3 mm: Insert
＝ 1800×3×0.2 = 1080（N） Item List

● Calculating the power required ：Required power（kW） General Turning
：Cutting speed（m/min） Toolholders
＝ ××× ：Feed amount（㎜/rev）
60×103× ：Depth of cut（㎜）
（kW） ：Specific cutting force（N/㎟）*See the table below.
：Mechanical efficiency（0.7~0.8）
Unique
Swiss Tooling

Example : Calculating the cutting power for the machining of grey cast iron at a cutting speed of 700 m/min, feed rate of 0.4 mm/rev, and with a depth of cut of 2 mm Grooving /
（with 0.8 set as the mechanical efficiency）: Side Turning

  ＝ 　7　006×00×.41×032××01.8400 = 16.33（kW） Threading

● Specific cutting force Shaper

Work material Tensile strength or Specific cutting force（N/㎟）“ ”to cutting feed rate（㎜/rev） ID Tooling
hardness
0.1㎜/rev 0.2㎜/rev 0.3㎜/rev 0.4㎜/rev 0.6㎜/rev
520
Soft steel 620 3,610 3,100 2,720 2,500 2,280
Medium steel 720
670 3,080 2,700 2,570 2,450 2,300 Application
Hard steel 770 Introduction
600 4,500 3,600 6,250 2,950 2,640
730
Tool steel SKD 900 3,040 2,800 2,630 2,500 2,400
HB350
HB200 3,150 2,850 2,620 2,450 2,340 Endmills

Cr-Mo steel SCM 3,610 3,200 2,880 2,700 2,500

4,500 3,900 3,400 3,150 2,850 Rotating
Tools
Alloy steel SNCM 3,070 2,650 2,350 2,200 1,980
Gray cast iron FC
3,310 2,900 2,580 2,400 2,200

2,110 1,800 1,600 1,400 1,330 Information

● Calculating the volume of chips produced ：Volume of evacuated chips（㎤ /min） Index
：Cutting speed（m/min）
＝×× ：Depth of cut（㎜）
：Feed amount（㎜ /rev）
（㎤/min）

Example : Obtaining the volume of chips evacuated per minute for machining at a cutting speed of 700 m/min, feed of 0.4 mm/rev, and a depth of cut of 2mm
＝ 700×0.4×2 = 560（㎤/min）

O7

Micro-grain Carbide, BIDEMICS, PCD, Tool Materials / New Technical Data Tool shape Machine/
PVD / CVD-coated Carbide CBN and Ceramics Selection Guide Products installation
■ Troubleshooting for Turning

Material/grade selection Cutting conditions

Corrective measures Change to a harder material/grade Change to a tougher material/grade Change to a material/grade more resistant to thermal shock Change to a material/grade more resistant to deposition Cutting speed Coolant Review the type of chipbreaker Rake angle Nose radius of the insert Cutting edge strength, honing Improve the accuracy of insert Improve the rigidity of the holder Improve the installation accuracy of the cutting tool Review the overhang of the cutting tool Prevent vibration of the machine, improve the machine rigidity
Feed rate Side cutting edge angle
Use non-water-soluble type Review dry or wet operation
Depth of cut

Possible cause Decrease　Increase Decrease　Increase
Type of problem
　 　
➡ ➡
➡➡ ➡
Insert Unsuitable tool material/grade ● ➡
Item List Unsuitable cutting edge shape
Excessive Improper cutting conditions ➡ ●
insert wear ➡Wet
➡
General Turning Short tool life ➡●
Toolholders ● Dry
Unsuitable tool material/grade ● ● Wet

Unique Fracture/ Improper cutting conditions ● ➡➡ ➡➡ ➡➡ ●
Swiss Tooling chipping of Insufficient cutting edge strength ● ➡
the cutting Thermal shock ● Wet
Built-up edge ➡ ●
edge ➡
●
Grooving / Insufficient toughness Wet ●●●●
Side Turning ●
Heat Poor surface finish Poor dimensional accuracy Variation in Improper accuracy of insert ●
Threading dimensions ● ➡ ➡ ➡➡ ➡ ➡➡ ➡ ●●●●
during cutting Clearance/relief of the work/tool ➡
● Wet ●●●●
Shaper Need for Increased flank wear ● ● ➡➡ ●
offsetting Built-up edge ➡ ●●●●
Improper cutting conditions ➡ ➡➡ ➡ Wet ●●●●
during ●
cutting

ID Tooling Poor Deposition ➡
surface Unsuitable cutting edge shape
roughness Chatter

Application Deterioration in tool Improper cutting conditions ➡➡ ➡➡
Introduction life/accuracy due to
excessive heat generation Unsuitable cutting edge shape ➡ ➡ ➡➡

Boundary wear ● ➡➡ ➡
➡
Endmills Burring, chipping, scuffing Burring Improper cutting conditions ➡➡ ➡

Unsuitable cutting edge shape

Rotating Improper cutting conditions ➡
Tools
Chipping Unsuitable cutting edge shape

Information Vibration

Unsuitable tool material/grade ●

Scuffing Improper cutting conditions ➡
Unsuitable cutting edge shape ➡
Index ➡ ➡

Vibration ➡

Chip control Improper cutting conditions ➡
Chipbreaker’s effective chip control range
Elongated Unsuitable cutting edge shape
chips

O8

■ Troubleshooting Case Studies: Turning Micro-grain Carbide, BIDEMICS, PCD, Tool Materials / New
PVD / CVD-coated Carbide CBN and Ceramics Selection Guide Products
Case/Symptom Possible causes Corrective measures
VB wear
Wear on face ●The material / grade is too soft ●Use a coated grade
●Cutting speed is too high ●C hoose a material/grade highly resistant
Notching wear ●Relief angle is too small
to wear
Chipping/ fracture ●Decrease the cutting speed

Flaking ●H igh temperature causes chemical ●Use a coated grade

Plastic reactions between the insert material ●D ecrease both of the cutting speed and feed rate
deformation
Built-up edge and chips ●Widen the rake angle

Deposition ●The work surface is too hard ●Widen the side cutting edge angle
Clamping ●Boundary area has been oxidized ●M ake the nose radius larger so that cutting
●B‌ urrs, caused by chips in the sheared
crack is performed within the radius
form, have been cut ●Use a round insert

●Feed rate is too high ●Enlarge the honed edge Insert
●Chips have become trapped ●Make the nose radius larger Item List
●Chatter resulting in vibration ●N arrow the rake angle to secure the
Insert General Turning
●T‌ his is due to compressive forces being cutting edge strength Toolholders
applied to the cutting edge from elastic
deformation in the area being cut ●C hange the cutting conditions by checking Unique
the cutting edge Swiss Tooling
● This occurs when deposited/adhered
material is peeled off ●C hoose a material/grade highly resistant to fracture
●Increase the coolant rate and pressure
●Improve the run-out of the main spindle of the machine

●H‌ igh cutting force and excessive heat is ●C hoose a material/grade highly resistant to wear Grooving /
applied to the cutting edge ●Decrease both of the cutting speed and feed rate Side Turning
●Make the nose radius larger
●Use coolant

●T‌ his occurs because the cutting temperature ●Increase the cutting speed

i s l o w e r t h a n t h e r e c r y s t al l i z a t i o n ●U se coolant with excellent lubrication performance Threading

temperature of the work material ●Change to a grade with less affinity to the work material

●T‌ he deposition is caused to the face ●Increase the cutting speed Shaper
by a chemical reactions of the work ●Widen the relief angle
material due to heat generation ●Hone the face with a mirror-like-surface finish
●Change to a grade with less affinity to the work material

●T h e i n s e r t w a s c l a m p e d u n d e r ●C lean the clamping areas and install the ID Tooling
improper seating conditions insert in the recommended way

●Tighten to the specified torque

Chipping ●The feed rate is too high ●Decrease the feed rate Application
Burring ●An unsuitable insert was selected ●Use a smaller edge preparation Introduction
Chatter mark ●C hange to a grade highly resistant to boundary wear
Gouging ●Change the cutting edge angle of the holder Endmills

Work piece ●The feed rate is incorrect ●Decrease the feed rate Rotating
●The shape of insert is not suitable ●Use a smaller edge preparation Tools

●The cutting force is too great ●Decrease the feed rate Information
● The rigidity of the work piece and ●Use a smaller edge preparation
●Ensure tool overhang is minimised
cutting tool is insufficient ●Change the cutting edge angle of the holder

● Vibration of the cutting edge due to ●Increase the cutting speed Index
deposition/built-up edge ●Use cutting oil excellent in lubrication performance
●C hange to a grade with less affinity to the work material

O9

Micro-grain Carbide, BIDEMICS, PCD, Tool Materials / New Technical Data
PVD / CVD-coated Carbide CBN and Ceramics Selection Guide Products
■ Calculation Formula for Milling Processes

● Calculating the cutting speed

Calculating the cutting speed from the rotation speed

＝ π× × ：Cutting speed（m/min）
1000 ：Cutter diameter（㎜）
（m/min） ：Spindle speed（min-1）
π：Pi（3.14）

Calculating the revolution speed from the cutting speed

Insert ＝ 1000×
Item List π×
（min-1）

General Turning Example : O btaining the cutting speed for machining with an 200 mm diameter cutter at the Spindle speed of 1,000 min-1:
Toolholders
　＝　 π×200×1000 = 628（m/min）
Unique      1000
Swiss Tooling
● Calculating the feeding speed and feed rate
Grooving /
Side Turning Calculating the feed rate per blade

Threading ＝ × ：Inch amount per tooth（㎜/t）
：Table feed（㎜/min）
（㎜/t） ：Number of tooth
：Spindle speed（min-1）

Shaper Calculating the feeding speed per minute

ID Tooling ＝××

（㎜/min）

Application Example : Obtaining the feed rate for milling with a 10-teeth cutter at the 0.2mm/t and the revolution speed of 1,000 min-1
Introduction ＝ 0.2×10×1000 = 2000（㎜/min）

Endmills ● Calculating the machining time

Rotating Ｔ＝ L Ｔ：Cutting time（min）
Tools L ：Total length of table feed（㎜）
（min）
Information （＋）
：Table feed（㎜/min）

Index Example : Obtaining the machining time for milling 200 mm on a work piece fed at the rate of 1000（㎜/min）
　Ｔ＝　  1200000  = 0.2（min）

O10

● Calculating the cutting power ：Required power（kW） Micro-grain Carbide, BIDEMICS, PCD, Tool Materials / New
：Cutting length（㎜） PVD / CVD-coated Carbide CBN and Ceramics Selection Guide Products
＝ ××× ：Depth of cut（㎜）
60×106× ：Feed rate（㎜/min）
（kＷ） ：Specific cutting force（N/㎟）*See the table below.
：Mechanical efficiency（0.7~0.8）

Example : Calculating the power required to machine gray cast iron for a length of 150 mm, at a feed rate of 1,100 mm/min, and with a depth of cut of 3 mm
（with 0.8 set as the mechanical efficiency and 0.2 mm as the feed par tooth/blade）

　＝　 1 5 0 × 603××110160×00×.81400 = 14.44（kW）

● Specific cutting force Insert
Item List

Work material Tensile strength or Specific cutting force (N/㎟)“ ”to cutting feed amount (㎜/rev) General Turning
hardness Toolholders
0.1㎜/t 0.2㎜/t 0.3㎜/t 0.4㎜/t 0.6㎜/t

Soft steel 520 2,200 1,950 1,820 1,700 1,580 Unique
Medium steel 620 Swiss Tooling
720 1,980 1,800 1,730 1,600 1,570
Hard steel 670
770 2,520 2,200 2,040 1,850 1,740
600
Tool steel SKD 730 1,980 1,800 1,730 1,700 1,600 Grooving /
900 Side Turning
HB350 2,030 2,030 1,800 1,750 1,700
HB200
Cr-Mo steel SCM 160 2,180 2,000 1,860 1,800 1,670 Threading

2,540 2,250 2,140 2,000 1,800

Alloy steel SNCM 2,000 1,800 1,680 1,600 1,500

2,100 1,900 1,760 1,700 1,530 Shaper

Gray cast iron FC 1,750 1,400 1,240 1,050 970
Aluminum alloy AC , ADC
580 480 400 350 320 ID Tooling

※For power required for NTK HCC, please refer to page P31.

● Calculating the volume of evacuated chips ：Volume of evacuated chips（㎤/min） Application
：Cutting length（㎜） Introduction
＝×× ：Depth of cut（㎜）
：Feed rate（㎜/min） Endmills
（㎤/min）

Example : Obtaining the volume of chips evacuated per minute for machining at a cutting speed of 700 m/min, feed rate of 0.4 mm/rev, and with a 2 mm depth of cut: Rotating
＝ 150×3×1100 = 495（㎤/min） Tools

Information

Index

O11

Micro-grain Carbide, BIDEMICS, PCD, Tool Materials / New Technical Data Cutting conditions Tool shape
PVD / CVD-coated Carbide CBN and Ceramics Selection Guide Products
■ Troubleshooting for Milling

Material/grade selection

Corrective measures Change to a harder material/grade Change to a tougher material/grade Change to a material/grade more resistant to thermal shock Change to a material/grade more resistant to deposition Cutting speed Review cutter diameter and cutting width Review tool path Coolant Relief angle of insert Number of teeth/blades Enlarge the chip pocket Check the wiper shape Improve accuracy of cutting edge run-out Improve rigidity of tool
Feed rate Nose radius of cutting edge
Wet Dry Cutting edge strength, honing
Depth of cut

Possible cause Decrease　Increase Decrease　Increase
Type of problem
➡➡ 　 ➡➡ 　
➡ ➡

Insert Damaged or broken cutting edge of the insert Increased Improper cutting conditions ● ➡➡ ➡➡ ●
Item List flank wear Unsuitable cutting edge shape ● ●
● ●●●
General Turning Increased Improper cutting conditions ➡ ➡➡➡ ➡➡➡
Toolholders wear on face Unsuitable cutting edge shape ● ● ●●
● ➡➡ ●
Unique Fracture/ Improper cutting conditions ● ● ➡ ●
Swiss Tooling chipping on Unsuitable cutting edge shape ●● ●●●
cutting edge ● ●
●
Thermal Improper cutting conditions ➡ ●●
shock Unsuitable cutting edge shape ● ●●
Grooving / ● ➡➡ ➡ ➡ ➡ ➡ ➡➡ ➡
Side Turning
Built-up Improper cutting conditions ● ➡➡
edge Unsuitable cutting edge shape ➡

Threading Machining accuracy Poor surface Improper cutting conditions ➡ ➡ ➡ ➡➡➡
finish ➡ ➡ ➡ ➡ ➡➡
Unsuitable cutting edge shape ● ● ➡
➡
Shaper Burring Improper cutting conditions
Unsuitable cutting edge shape
➡ ➡ ➡➡ ➡ ➡ ➡➡
ID Tooling Chipping Improper cutting conditions ➡
Unsuitable cutting edge shape ➡

Poor flatness and Improper cutting conditions ➡➡
parallelism

Application Others Increased chatter/ Improper cutting conditions
Introduction vibration

Poor chip Improper cutting conditions ➡
evacuation Unsuitable tool/blade edge shape
Endmills ➡

Rotating
Tools

Information

Index

O12

■ Troubleshooting Case Studies: Milling Micro-grain Carbide, BIDEMICS, PCD, Tool Materials / New
PVD / CVD-coated Carbide CBN and Ceramics Selection Guide Products
Case/Symptom Possible causes Corrective measures

VB wear ●Cutting speed is too high. ●Decrease the cutting speed.
●Feed rate is too low. ●Increase the feed rate.
●The shape of the insert is not suitable. ●Make the nose radius larger.
●T he material / grade of the insert is ●C hange to a grade highly resistant to boundary wear.

not suitable.

Notching ● The material / grade of the inserts is ●Change to a grade highly resistant to boundary wear.
wear not suitable. ●Widen the rake angle.
●Change the Insert shape to a different one.
●The shape of the cutter is not suitable
Insert ●The shape of insert is not suitable.

●D‌ ecrease the feed rate and depth of cut in order Insert
Item List
Chipping / ●The cutting speed is incorrect. to reduce the cutting force.
fracture
●The shape of the cutter is not suitable ●Use a smaller edge preparation.

●The shape of insert is not suitable. ●Prepare the cutting edge to give it a round honing. General Turning
Toolholders
●Change to a grade highly resistant to fracture.

Thermal ●The cutting conditions are incorrect ●Decrease the cutting speed. Unique
crack ●T he material / grade of insert is not ●Change to dry cutting from wet cutting. Swiss Tooling
●U se a material / grade highly resistant to thermal shock
suitable

●Decrease the feed rate. Grooving /
●Use a smaller edge preparation Side Turning
●Change to a grade highly resistant to boundary wear.
Work piece Chipping ●The feed rate is too high. ●Set the lead angle at 45 degrees. Threading
Burring ●An unsuitable insert is selected.
●The shape of the cutter is not suitable.

●The feed rate is incorrect. ●Adjust the feed rate. Shaper

●The shape of insert is not suitable. ●Use a smaller edge preparation.

●The shape of the cutter is not suitable. ●Make the lead angle narrower. ID Tooling

Application
Introduction

Endmills

Rotating
Tools

Information

Index

O13

Micro-grain Carbide, BIDEMICS, PCD, Tool Materials / New Technical Data
PVD / CVD-coated Carbide CBN and Ceramics Selection Guide Products
■ Surface Roughness Standards

JIS B0601（2001） JIS B0601（1994）
ISO 4287（1997）/ ISO 1302（2002） JIS B0031（1982）

No filter, digital signal No filter, digital signal

Cross- Evaluation length Shape length ―
section
curve Maximum height Pt ―

10-point average roughness ― ―

Phase correction, bandλs‐λc Phase correction, short wavelengthλc

Evaluation length Determine individually for each standard lengthλc. Average for ℓn, calculated for each standard lengthλc

Maximum height Maximum height Rz Maximum height Ry

Insert Set standard length 0.25㎜ 0.1~0.5㎛ 0.1~0.5㎛
Item List based on height 0.8㎜ 0.5~10㎛ 0.5~10㎛
parameters Rz, 2.5㎜ 10~50㎛ 10~50㎛
Rmax, and Ry.

General Turning Dimension indicated in U 0.008－2.5/Rz 1.5 Ry = 1.6~0.8
Toolholders drawing L －2.5/Rz 0.7 λc 0.25

Unique Roughness RzJIS Rz
Swiss Tooling curve 10-point average roughness Ra75 Ra75
Arithmetic average roughness Ra Arithmetic average roughness Ra
Grooving / Center line average roughness 0.1~0.5㎛ 0.1~0.5㎛
Side Turning 0.5~10㎛ 0.5~10㎛
Arithmetic average roughness 10~50㎛ 10~50㎛

Threading Set standard length 0.25㎜
based on height 0.8㎜
parameters Rz, 2.5㎜
Rmax, and Ry.

Shaper Dimension indicated in U“ 2RC”－0.8/Ra75 3.1 1.6~3.2
drawing L“ 2RC”－0.8/Ra75 1.5

ID Tooling ● Theoretical surface roughness ● Relationship with triangle symbols

Application The theoretical surface roughness for lathe machining is the minimum value which can be Arithmetic average Maximum height 10-RproozuiJngI（tShan㎛veesr）sage（Triangl※e symbol）
Introduction obtained under the set machining conditions, and can be expressed by the following formula. roughness Rz（㎛）
Ra（㎛）

0.025 0.1 0.1

Endmills ＝ 8 ×1000 0.05 0.2 0.2
0.1 0.4 ▽▽▽▽
（㎛）
0.4

Rotating 0.2 0.8 0.8
Tools
：Theoretical surface roughness（㎛） 0.4 1.6 1.6
：Feed amount（㎜/rev）
：Nose radius（㎜） 0.8 3.2 3.2 ▽▽▽

Information ● Actual surface roughness 1.6 6.3 6.3

・When machining steel: Theoretical surface roughness x 1.5–3 3.2 12.5 12.5 ▽▽
・When machining cast iron: Theoretical surface roughness x 3–5
6.3 25 25
● Surface finish improvement measures
Index 12.5 50 50 ▽
・Increase the nose radius. ・Use a wiper insert. 25 100 100
・Adjust the cutting speed and/or feed amount.  ・Change the material and/or shape of the insert
・Examples of reading
　ⅰWhen Ra = 1.6㎛ ➡ 1.6㎛ Ra
　ⅱWhen Rz = 6.3㎛ ➡ 6.3㎛ Rz
　ⅲWhen RzJIS = 6.3㎛ ➡ 6.3㎛ RzJIS

※T‌ he finishing symbols (triangle symbol ▽ and symbol ~)
are no longer used in JIS pursuant to the 1994 revision.

O14

JIS B0601（1982） JIS B0601（1970） JIS B0601（1970） Micro-grain Carbide, BIDEMICS, PCD, Tool Materials / New
JIS B0031（1982） JIS B0031（1970） PVD / CVD-coated Carbide CBN and Ceramics Selection Guide Products
No filter, analog signal
No filter, analog signal No filter, analog signal
One standard length One standard length One standard length
Rmax（S indication）
Rmax Hmax（S）
Rz Rz（Z indication）
2RC, short wavelength cut-offλc ―
2RC, short wavelength cut-offλc
One measured length ≧ 3λc One measured length ≧ 3λc ―
― ―
0.8㎛ or less ―
0.8~6.3㎛ 0.8㎛ or less
6.3~25㎛ 0.8~6.3㎛ ―
6.3~25㎛
Rmax = 1.6 Select from 0.3，1，3，5 and 10㎜
Rmax = 0.8 Surface symbol or triangle symbol
Select from 0.3，1，3，5 and 10㎜ Insert
― Item List
Ra Select from 0.3，1，3，5 and 10㎜
―
― Triangle symbol General Turning
Ra shall be 12.5㎛ or less. Toolholders
12.5~100㎛ 1.6S 0.25　Upper limit 0.8S or less ▽▽▽▽
0.8S 0.25　Lower limit
3.2 1.5S~6S ▽▽▽
1.6
12S~25S ▽▽ Unique
Swiss Tooling
35S or higher ▽

― ―

Ra（“a”indication） ― Grooving /
Side Turning
― ―

― ―

λc shall be 0.8 ㎜. ― Threading

― ―

Surface symbol or triangle symbol

0.2a or less ▽▽▽▽ Shaper

0.4a~1.6a ▽▽▽ ―

3.2a~6.3a ▽▽

12.5a to 25a or more ▽ ID Tooling

● Obtaining the surface roughness ● Conditions for measuring R parameters

Arithmetic average of roughness Average roughness of 10 points Max. height (Peak) Type New symbol Old symbol Calculation Obtaining method (example) Non-cyclic wave form (random wave form) Settings for measuring Application
JIS B0601：'01 JIS B0601:'94 Introduction
Range of Ra Range of Rz Reference length Evaluated length
（㎛） （㎛）
The addition of the max. value ℓ（r ㎜）=cut-off ℓn（㎜）=
for the depth Rv and the max.
height Rp on the roughness λc（㎜） ℓr×5
Rz Ry curve for the reference length:
0.006＜Ra≦0.2 0.025＜Rz≦0.1 0.08 0.4 Endmills
0.25 1.25
0.02＜Ra≦0.1 0.1＜Rz≦0.5 0.8
2.5 4
Rz ＝ Rp + Rv 0.1＜Ra≦2 0.5＜Rz≦10 12.5 Rotating
8 40 Tools
2＜Ra≦10 10＜Rz≦50

The addition of the average of the maximum 10＜Ra≦80 50＜Rz≦200
to fifth highest vales and the average of the
RzJIS deepest to the fifth deepest values on the Information
Ra Rz roughness curve for the reference length:

（Yp1+ Yp2 + Yp3 + Yp4 + Yp5）+

RzJIS = （Yv1+ Yv2 + Yv3 + Yv4 + Yv5）

5

The average of absolute values Index
on the roughness curve f (x) for
the reference length:

Ra

∫Ra ＝ 1 ｛（f x）｝
0

O15

Micro-grain Carbide, BIDEMICS, PCD, Tool Materials / New Technical Data Optional Items
PVD / CVD-coated Carbide CBN and Ceramics Selection Guide Products
■ Spare Parts - Wrenches 〈LLR Type〉

Standard Items Item Number

Item Number Appearance LLR-13S Appearance

Insert CLR-13S LLR-15S
Item List
(Formerly
General Turning RLR-13S) LLR-20S
Toolholders
CLR-15S

(Formerly
RLR-15S)

RLR-20S

Unique LLR-25S
Swiss Tooling

Grooving / LLR-25S-20＊65
Side Turning

Threading LLR-28S

Shaper

ID Tooling 〈Driver type wrench for increased adaptability〉

Item Number Magnetic Driver Handle Item Number Replaceable Bits

Application HLR-13S
Introduction
XX2815-04 HLR-15S
Endmills HLR-20S

Rotating HLR-25S
Tools
〈Driver type wrench kits〉

Information Item Number Contents

XX2815-04-13S XX2815-04 with HLR-13S

Index XX2815-04-15S XX2815-04 with HLR-15S

XX2815-04-20S XX2815-04 with HLR-20S

XX2815-04-25S XX2815-04 with HLR-25S

O16

■ Clamp Screws and Wrenches Micro-grain Carbide, BIDEMICS, PCD, Tool Materials / New
PVD / CVD-coated Carbide CBN and Ceramics Selection Guide Products
Clamp Screw Dimension（㎜） Standard Wrench Adaptable standard
wrench

Appearance Order Code Item Number a b c θ（°）Order Code Item Number LR Hexalobular
3.1 3.5 82 （６－ LOBE）

5704739 LR-S-2×3.5 M2×P0.4

5907704 LR-S-2×3.7 M2×P0.4 3.1 3.7 82
5681994 CLR-13S LR-1 T-6

5907712 LR-S-2×4.4 M2×P0.4 3.1 4.4 82

5907720 LR-S-2×5.5 M2×P0.4 3.0 5.5 90

5907738 LR-S-2.5×4.8 M2.5×P0.45 3.6 4.8 82

5704747 LR-S-2.5×5.5 M2.5×P0.45 3.6 5.5 82 Insert
5681978 CLR-15S LR-2 T-7 Item List

5907746 LR-S-2.5×6 M2.5×P0.45 3.5 6.0 90

5907753 LR-S-2.5×6.8 M2.5×P0.45 3.5 6.8 90

5773619 LR-S-3×5.8 M3×P0.5 4.1 5.8 90

5907761 LR-S-3×6.2 M3×P0.5 5.2 6.2 82 General Turning
Toolholders
5907779 LR-S-3×7.8 M3×P0.5 4.0 7.8 90 5485164 RLR-20S LR-3 T-10

5907787 LR-S-4×5.8 M4×P0.7 5.8 6.0 82 Unique
Swiss Tooling
5907795 LR-S-4×9 M4×P0.7 5.8 9.0 82

5116991 LR-S-4×10PW M4×P0.7 5.8 10.0 90 5681978 CLR-15S LR-2 T-7

5534029 LRIS-2×6 M2×P0.4 2.6 6.0 60 5681994 CLR-13S LR-1 T-6 Grooving /
Side Turning
5907803 LRIS-2.2×6 M2.2×P0.45 3.15 6.0 60

5989181 LRIS-2.5×5 M2.5×P0.45 3.6 5.0 60 Threading
5681978 CLR-15S LR-2 T-7

5907811 LRIS-2.5×7 M2.5×P0.45 3.6 7.0 60

5907829 LRIS-3×6 M3×P0.5 4.0 6.0 60 Shaper
5428156 LRIS-3×8 5485164 RLR-20S LR-3 T-10

M3×P0.5 4.2 8.0 60

5477328 LRIS-4×5 M4×P0.7 5.85 5.0 60

5907837 LRIS-4×6 M4×P0.7 5.85 6.0 60 5364930 LLR-25S
5977566 LRIS-4×8 M4×P0.7
5907845 LRIS-4×10 M4×P0.7 5.85 8.0 60 5794698 LLR-25S-20＊65 LR-4 T-15 ID Tooling

5.85 10.0 60

5684105 LRIS-4×12 M4×P0.7 5.85 12.0 60 Application
Introduction
5907852 LRIS-5×10 M5×P0.8 7.0 9.5 60 5364948 LLR-28S - T-20

5116983 LRIS-4×10PW M4×P0.7 5.7 10.0 60 Endmills
5681978 CLR-15S LR-2 T-7

5090576 LRIS-4×12PW M4×P0.7 5.7 12.0 60

Attention: When tightening screws Recommended Tightening Torque Rotating
Tools
◦Make sure the wrench tip and wrench hole are Item Number Recommended Tightening Torque（N・m）
neither deformed nor stripped CLR Information
0.7
◦Engage the wrench wrench straight to screw hole LLR 13S 1.4 Index
3.0
◦Do not apply more torque than the HLR 5.0
recommended amount (as shown to the right) CLR 7.0
12
Note: W renches and bits come in a pack of five LLR 15S
Clamp screws come in a pack of ten
HLR
RLR

LLR 20S

HLR

HLLLRR 25S

L HLLRR 28S

LW-4

LW-5 15

O17

Technical Data

Micro-grain Carbide, BIDEMICS, PCD, Tool Materials / New ■ Material Cross Reference Chart
PVD / CVD-coated Carbide CBN and Ceramics Selection Guide Products
Country U.S.A. Japan Germany Country U.S.A. Japan Germany
ISO JIS DIN ISO JIS DIN

Standard AISI / SAE Standard AISI / SAE

Stainless Steel (Ferrite/Martensitic) Malleable cast iron

403 SUS403 X6Cr13 － FCMB310 －
32510
416 X7Cr14 40010 FCMW330 EN-GJMB350-10
430 50005
SUS416 X12CrS13 FCMW370 EN-GJMB450-6

SUS430 X6Cr17 FCMW490 EN-GJMB550-4

410 SUS410 X10Cr13 70003 FCMP540

SUS420J2 X46Cr13 A220-70003 FCMP590 EN-GJMB650-2

405 X6CrAL13 A220-80002 FCMP690 EN-GJMB700-2

420 X20Cr13 Gray cast iron

431 SUS431 X19CrNi17-2 No 20 B FC100 EN-GJL-100
430F SUS430F X14CrMoS17 No 25 B
Insert 434 SUS434 X6CrMoS17-2 Cast iron  Ｋ No 30 B FC150 EN-GJL-150
Item List CA6- SCS5 X3CrNiMo13-4 No 35 B
405 SUS405 X10CrAL13 No 40 B FC200 EN-GJL-200
HNV6 SUH4 X85CrMoV18-2 No 45 B
FD250 EN-GJL-250

－－

General Turning FC300 EN-GJL-300
Toolholders
446 SUH446 X10CrAL2-4 No 50 B FC350 EN-GJL-350

EV8 SUH35,SUH36 X53CrMnNiN21-9 No 55 B － EN-JLZ

Unique S44400 X1CrMoTi18-2 A436 Type 2 － GGL-NiCr20-2
Swiss Tooling
X20CrMoV12-1 Ductile cast iron

630 X5CrNiCuNb16-4 60-40-18 FCD400 EN-GJL-400-15

Stainless Steel (Austenitic) － － EN-GJL-400-18-LT
80-55-06 FCD500 EN-GJL-500-7
Grooving / 304L X2CrNi19-11 A43D2 EN-GJSA-500
Side Turning 304 － EN-GJS-600-3
Stainless steel  M 303 SUS304 X5CrNi18-10 － FCD600 EN-GJS-700-2
100-70-03 FCD700 G-AlSi9MGWA
304L SUS303 X8CrNiS18-9 SC64D C4BS G-ALMG5
301 GD-AISI12 AC4A
SUS304L

Threading SCS19 X2CrNi19-11
Ｎ
H SUS301 X9CrNi18-8 Nonferrous material 

304LN SUS304LN X2CrNi18-10 356.1 A5052

316 SUS316 X5CrNiMo17-2-2 A413.0 A6061 GD-AlSi12

Shaper 316LN SUS316LN X2CrNiMoN17-13-3 A380.1 A7075 GD-AlSi8Cu3

316L X2CrNiMoN17-12-2 A413.1 ADC12 G-AlSi12(Cu)

316L SCS16 X2CrNiMo18-14-3 A413.2 G-AlSi12
SUS316L A360.2
ID Tooling 317L SUS317L X2CrNiMo18-15-4 G-AlSi10Mg(Cu)
UNS X1NiCrMoCu25-20-5 330
V 0890A SUS321 Heat-resistant alloy
321 SUS347 X6CrNiTi18-10 5390A
347 X10CrNiNb18-10 5666 SUH330 X12NiCrSi36 16

SCH15 G-X40NiCrSi36-18

Application NiCr22Mo9Nb
Introduction
316Ti X6CrNiMoTi17-12-2 NiCr20Ti

Endmills 318 X10CrNiMoNb 18-12 Heat-resistant alloy  Ｓ 5660 NiFe35Cr14MoTi

309 SUH309 X15CrNiSi20-12 5391 S-NiCr13A16MoNb

310S SUH310 X8CrNi25-21 5383 NiCr19Fe19NbMo

308 SCS17 X2CrNiMoN17-11-2 4676 NiCu30AL3Ti
NiCr20TiAk
Rotating 17-7PH X7CrNiAL 17-7 AMS 5399 NiCr19Co11MoTi
Tools AMS 5544 NiCr19Fe19NbMo
N08028 X1NiCrMoCu31-27-4 AMS 5397 NiCo15Cr10MoAl
5537C CoCr20W15Ni
Stainless Steel (Austenitic/Ferrite)

S31500 X2CrNiN23-4

Information S32900 X8CrNiMo27-5

S32304 X2CrNiN23-4 AMS 5772 CoCr22W14Ni

S31803 X2CrNiMoN22-53 Titanium alloy

5130H SCr430H 34Cr4 AMS R54520 TiAl5Sn2.5

Index Hardened 5135H SCr435H 37Cr4 AMS R56400 TiAl6V4
material
4135H SCM435H 34CrMo4 AMS R56401 TiAl6V4ELl

4140H SCM440H 42CrMo4 TiAl4Mo4Sn4Si0.5

O18

Country U.S.A. Japan Germany Country U.S.A. Japan Germany Micro-grain Carbide, BIDEMICS, PCD, Tool Materials / New
ISO AISI/SAE ISO AISI/SAE PVD / CVD-coated Carbide CBN and Ceramics Selection Guide Products
JIS DIN JIS DIN
Standard Standard

Carbon steel A573-81 SM400A;B;C S275J2G3
SM490A;B;C;YA;YB S355J2G3+C2
A570.36 STKM12A;C S235JRG2 DS355J2G3
1115 SUJ2 55Si7
A573-8165 GC16E 5120 S340MGC
1015 9255 SNCM220(H) 100Cr6
1020 S235J2G3 9262 SNCM240 16Mo3
1213 52100 SCr415(H) 16Mo5
12L13 C15 ASTM SCr440 14Ni6
4520 SUP9(A) 21NiCrMo2
C22 ASTM SCM415(H) 40NiCrMo22
8620 SNCM240 17CrNiMo6
SUM22 11SMn30 8740 SCr415(H) 15Cr3
42Cr4
SUM22L 11SMnPb30 SNC236 55Cr3
SNC415(H) 15CrMo5
10SPb20 SNC815(H) 40NiCrMo8-4
15Cr3
1215 11SMn37 13CrMo5
12L14 13CrMo4-5
1015 11SMnPb37 14MoV63 Insert
1025 31CrMo12 Item List
A572-60 S15C Ck15E 39CrMoV13
A572-60 41CrS4
1035 S25C Ck25E 5015 22Mo4
1045 5140 50CoMo4
1040 S380N 5155 16MnCr5
1039 31NiCrMo14
1335 17MnV7 50NiCr13 General Turning
1330 36NiCr6 Toolholders
1035 C35 14NiCr10
1045 14NiCr14
1050 C45 8740
1055 5015
1060 35S20 ASTMA182 Unique
1055 ASTMA182 Swiss Tooling
1060 40Mn4
1095
W1 SMn438(H) 36Mn5
W210
SCMn1 28Mn6
ASTMA353
2515 S35C C35G Grooving /
Side Turning
S45C C45E

S50C C53G L1
8620
C55

Steel  Ｐ C60E Steel  Ｐ Threading

S55C C55E

S58C C60E

C101E L6
3135
SK3 C101u 3415 Shaper
3415;3310
SUP4 C105W1 9255
9840
Alloy steel 4340
5132
X8Ni9 5140 ID Tooling
5115
12Ni19 4130 36CrNiMo4
4137;4135
14NiCrMo13 4140;4142 34CrNiMo6
4140
SCr430(H) 34Cr4
6150
D3 SKD1 X210Cr12 SCr440(H) 41Cr4 Application
L3 Introduction
16MnCr5
L6
SCM420;SCM430 25CrMo4

H13 SKD61 X40CrMo134 SCM432;SCCRM3 34CrMo4 Endmills

A2 SKD12 X100CrMoV51 SCM440 41CrMo4
SKD2 X210CrW12
S1 45WCrV7 SCM440(H) 42CrMo4
H21 SKD5 X30WCrV93
X30WCrV9 32CrMo12
HW3 SUH1 X165CrMoV12
D3 SUH3 X45GrSi93 SUP10 51CrV4 Rotating
M2 SKH51 S6-5-2 Tools
M35 SKH55 S6-5-2 41CrMo7
M7 S6-5-2-5
HNV3 S6-9-2 100Cr6
X210Cr12G
SKS31 105WCr6

SKS2,SKS3 Information

SKT4 55NiCrMoV6

Cast steel

SEMnH1

SCMnH/1 G-X120Mn12 Index

O19

Micro-grain Carbide, BIDEMICS, PCD, Tool Materials / New Technical Data
PVD / CVD-coated Carbide CBN and Ceramics Selection Guide Products
■ Ni-based Heat Resistant Alloys

● Material Specifications Cross-Reference List-Aerospace Material Designation

Commercial Hardness Nominal composition
designation Brinell HB Approximate content in %

Ann. Aged Ni Cr Co Fe Mo C Mn Si Al Ti Others

Insert Astroloy* — — 56.9 15.0 15.0 — 5.25 0.06 — — 4.0 3.5 0.05
Item List AerMet 100 — — 11.1 3.1 13.4 70.0 1.20 0.23 0.25 0.6 3.0 0.05 0.06
GMR 235* — — 63.3 15.5 10.0 5.2 0.15 0.1 0.3 3.5 2.0 0.05
General Turning GMR 235D 140 — 63.0 15.5 — 4.5 5.0 0.15 0.8 0.7 — 2.5
Toolholders Hastalloy B* 200 — 64.3 0.6 — 5.5 28.0 0.1 3.0 0.1 0.5 —
Hastalloy B-3 65.0 1.5 1.25 1.5 28.5 0.01 0.8 0.7 — — 1.0
Unique Hastalloy C* — — 54.1 16.0 3.00 5.75 17.0 0.07 0.5 0.1 — 4.0
Swiss Tooling Hastalloy C-22 — — 56.0 22.0 1.25 3.00 1.0 0.1 0.5 3.8
Hastalloy C*22HS 160 — 74.0 22.0 2.50 2.00 16.0 0.01 0.4 0.25 — — 0.0
Grooving / Hastalloy C-276 — — 57.0 16.0 1.00 5.00 16.5 0.06 0.5 0.5 — — 1.0
Side Turning Hastalloy N* — — 72.2 7.0 2.50 3.0 24.5 0.06 0.6 0.6 3.0 — 0.21
Hastalloy W* — — 62.7 5.0 0.25 5.5 9.0 0.1 0.25 0.6 0.25 2.0 —
Threading Hastalloy X* — 25 47.1 22.0 1.25 18.5 5.5 0.15 1.50 0.4 1.5 0.4 0.6
Hastelloy R235* — — 61.0 15.0 1.5 10.0 1.0 0.10 — 1.0 2.5 —
Shaper Haynes 25 — — 10.0 20.0 2.5 3.0 0.12 — — — 1.5 15.0
Haynes 75 — 43 73.7 20.0 51.0 5.0 — 0.1 — 0.35 — — 0.5
ID Tooling Haynes 80A — 37 70.9 20.0 — 3.0 — 0.1 1.25 — 0.5 — —
Haynes 188 — — 22.0 22.0 2.0 3.0 6.0 0.06 — — 0.8 0.9 1.0
Application Haynes 263 51.4 20.0 39.0 — 0.08 — — 5.5 0.25 —
Introduction Haynes 600 — — 75.9 16.0 20.0 — 9.0 0.1 — — 0.6 4.75 —
Haynes 625 180 — 61.4 21.0 — 8.0 3.0 0.08 — — 0.25 2.10 3.5
Endmills Haynes 718 180 300 53.5 18.0 — 5.0 — 0.08 — 0.5 — 0.60 5.0
Haynes X-750 — 380 74.9 16.0 — 19.0 3.0 0.18 1.2 0.15 0.6 1.0
Rotating IN-100* 61.6 10.0 — 7.0 0.10 0.75 0.7 1.0 —
Tools Incoloy A-286 170 — 25.5 15.0 15.0 — — 0.1 1.0 — 0.0 2.7 1.8
Incoloy 800 150 — 35.0 23.0 56.5 3.0 0.04 — 4.5 1.4 0.5
Information Incoloy 804* 180 — 41.0 29.5 — 39.5 6.0 0.05 0.24 0.12 — 1.5 2.0
Incoloy 825* 180 — 42.0 21.0 — 26.0 — 0.02 — — 1.4 0.5 0.15
Index Incoloy 901* — 350 44.3 12.5 — 30.0 1.25 0.4 — — 3.0
Incoloy 903* — — 39.0 — 15.0 34.0 — 0.05 — — 1.2 — 4.7
Incoloy 909 — — 38.0 20.0 13.0 41.0 — 0.05 — — 0.4 — 0.5
Incoloy MA956 — — 75.0 15.5 — 42.0 — 0.04 0.2 0.2 3.0 0.4 —
Inconel 600* 180 380 60.0 23.0 — 74.0 9.5 0.04 0.5 0.5 3.0 2.2 —
Inconel 601* — 380 74.4 15.8 — 8.0 9.0 0.12 0.1 0.3 0.4 0.7 0.1
Inconel 604* — — 52.0 22.0 12.5 14.0 9.0 0.04 0.05 0.2 6.1 1.75 3.6
Inconel 617 — — 61.0 21.5 — 7.2 3.75 0.03 0.2 0.3 0.9 0.8 3.6
Inconel 625* 61.0 21.5 23.5 1.5 — 0.12 — — 0.6 0.9 —
Inconel 625CLF — 390 46.0 15.0 — 2.5 — 0.04 0.35 1.5 1.0 —
Inconel 700* 79.6 15.6 — 2.5 4.2 0.04 0.55 0.35 0.1 2.4 —
Inconel 702* 130 — 42.0 16.0 — 0.7 3.0 0.1 1.0 0.2 6.0 2.6 —
Inconel 706* 220 — 75.0 12.5 — 0.35 3.0 0.07 2.25 0.5 0.3 3.0 0.1
Inconel 713* — 300 52.5 19.0 — 40.0 — 0.03 0.05 0.15 0.7 0.4 5.0
Inconel 718* — 320 54.0 18.0 — — — 0.5 —
Inconel 718SPF — — 74.8 15.0 — 19.0 — 0.04 0.35 0.35 — 2.5 0.5
Inconel 722* — 270 70.0 15.5 26.5 18.5 9.0 0.15 0.60 0.40 6.0 0.2
Inconel 751* — — 70.0 16.0 1.5 6.5 — 0.50 0.40 1.3 — 0.6
Inconel 781 — — 30.0 3.5 — 7.0 0.5 — 1.0 — 0.6
Inconel 783 110 — 47.0 22.0 0.5 8.0 3.0 0.15 — — 5.0 2.3 —
Inconel HX 120 290 77.5 20.0 — 27.0 3.0 0.05 — — 5.5 2.6 1.00
Inconel MA754 73.0 15.5 — 18.0 — 0.12 — 0.18 4.3 2.0 1.00
Inconel X-750* 36.0 0.25 13.0 1.0 1.8 0.15 0.7 0.5 2.8 1.5 4.5
Invar 36 41.0 19.5 10.0 7.0 10.0 0.15 0.5 — — 1.75 4.0
Invar 42 67.5 11.0 10.0 62.0 — 0.15 — — 2.8 4.3 —
Jessop G39* 60.7 20.0 10.0 56.0 2.5 0.15 — — — 0.6
Jessop G64* 79.3 16.8 10.0 5.0 1.7 0.15 — — 0.6 —
Jessop G81* 2.5 20.0 20.0 2.0 — 0.12 — — 13.5
Jethete M-152 55.3 9.0 — — — 0.30 1.0 0.5 11.5
Jethete M-252* 69.4 9.0 — — — 0.13 2.0 — 5.3
MAR-M 200* 59.5 15.5 — 0.8 5.0
MAR-M 246* 62.3 15.5 0.2 32.0
MAR-M 421* 52.3 — — 34.0
MAR-M 432* 65.0 — — 30.0
Monel 400* 63.0 1.5
Monel 405 64.0 2.5
Monel K-500* 1.0

* These alloys can be hardened by an aging process

O20

USA UK France Germany Micro-grain Carbide, BIDEMICS, PCD, Tool Materials / New
PVD / CVD-coated Carbide CBN and Ceramics Selection Guide Products
Others

SAE AMS BS AFNOR Werkst.-Nr DIN1706
— —
— — —————
— —
5396A — — — — AISI:686
5388C 5396 — — — NiCr16MoAl —
5388 — ND37FeV 2.48 S-NiMo30 N10001

— — 2.4602 NiCr17Mo17FeW N10002

5771 5607 — — — — N10003 Insert
— 5786 — — — — N10004 Item List
5390 — NC22FeD 2.4603 — N06002
5390A — — — — General Turning
— — — — — — — Toolholders
— — — — — — —
— — — — — — — Unique
— 5872 — — — — — Swiss Tooling
— — — — — — —
— — — — — — — Grooving /
— 5596/5597 — NC15TNbA — — — Side Turning
— 5542/5593 — — LW2.4674 NiCo15Cr10MoAITi —
— 5397 N13100
— — — — Threading
— — 3072-76 NC21FeDU 2.4858 NiCr21Mo —
— — ZSNCDT42 LW2.4662 NiFe35Cr14MoTi N08825
— 5660 — N09901
— — — — — —
—
5540 5580 3072-76 NC15Fe 2.4816 NiCr15Fe Shaper
— 5715 — — 2.4851 NiCr23Fe N06600
— — — N06601 ID Tooling
— — — — —
— 5887-89 — NC22FeDNB 2.4856 NiCr22Mo9Nb — Application
— — NK27CADT NiCo29Cr15MoAITi N06625 Introduction
— 5666 — —
— 5879 — — — — Endmills
3146-3 — — — N07702
5383 — HR8 NC12AD LW2.4670 S-NiCr13AI6MoNb N09707
— 5550 — NC19FeNB LW24668 NiCr19Fe19NbMo
— 5702 — NC16FeTi — NiCr16FeTi —
— 5391 — — — — N07713
5589 — — — N07722
5542G 5596G N07751
5541
— —
— —
— — — NC16FeTNb 2.4669 NiCr16FeTi N07750 Rotating
— 5536 Tools
— 5582 — — —
— — — — NiCr20MoW — Information
— — — — — NiCr11AIWNb —
— — — — 2.4916 NiCr20Co18Ti — Index
4544 — — — — N07252
4676 5551 — — 2.4675 S-NiCr19Co —
— — — — NiW13Co10Cr9AITi —
— — — — NiCo10W10Cr9AITi —
— 3072-76 NU30 2.436 NiCR16Co10WAlTi —
— 3072-76 — 2.4375 NiCo20Cr16WAITi N04400
4574 N05500
— NiCu30Fe
NiCu30AI

O21

Micro-grain Carbide, BIDEMICS, PCD, Tool Materials / New Technical Data
PVD / CVD-coated Carbide CBN and Ceramics Selection Guide Products
■ Ni-based Heat Resistant Alloys

● Material Specifications Cross-Reference List-Aerospace Material Designation

Commercial Hardness Nominal composition
designation Brinell HB Approximate content in %

Ann. Aged Ni Cr Co Fe Mo C Mn Si Al Ti Others

Monel R-405* 110 — 66.0 — — 1.2 — 0.15 1.0 — — — 31.06
Multimet N155
Nickel 200 — 21.0 22.5 21 3.5 0.16 2.0 1.0 4.50
Nickel 201 —
Nimocast 80* — 99.0 0.4 0.15 0.35 0.35 0.26
Nimocast 90* —
Nimocast 713 — 99.0 0.4 0.02 0.35 0.35 0.26
Nimocast 842 —
Nimocast PD16 — — 69.9 20.0 2.0 5.0 — 0.1 — — 1.0 2.0 —
Nimocast PE10 170
Nimocast PK24 — — 52.9 20.0 18.0 5.0 — 0.1 — — 1.5 2.5 —
Nimonic 75*
Insert Nimonic 80A* — — 72.6 13.4 — — 4.5 0.12 — — 6.2 1.0 2.3
Item List Nimonic 86 —
Nimonic 90* — 57.7 22.0 10.0 — 10.0 0.3 — — — — —
Nimonic 95 —
Nimonic 101 — — 43.8 16.5 — 34.0 3.3 0.06 — — 1.2 1.2 —
Nimonic 105* —
General Turning Nimonic 115* — — 56.4 20.0 — — 6.0 — — — — — 9.0
Toolholders Nimonic 242 —
Nimonic 263/C263* — 61.1 9.5 15.0 — 3.0 0.17 — — 5.5 4.7 1.0
Nimonic 901* —
Nimonic PE11 — — 75.0 19.5 — 4.0 — 0.12 — — — 0.4 —
Nimonic PE13 —
Nimonic PE16* — 350 75.0 19.5 — — — 0.08 — — 1.4 2.4 —
Nimonic PK25 —
Unique Nimonic PK31 — 65.0 25.0 10.0
Swiss Tooling Nimonic PK33* —
R-235* — 346 59.0 19.5 16.5 — — 0.08 — — 1.5 2.5 —
Refractaloy 26 —
Rene 41 — — 49.9 19.5 — 5.0 — 0.11 — 1.0 2.0 3.5 —
Rene 63 —
Grooving / Rene 77 — 48.0 24.2 19.7 1.5 1.4 3.0
Side Turning Rene 80 —
Rene 95 — 320 53.0 15.0 20.0 — 5.0 0.12 — — 4.7 1.2 —
Rene 100 —
Rene 125 — 350 59.0 14.2 13.2 — 4.0 0.16 — — 5.0 4.0 —
TRW 1800
TRW V1 A — — 58.0 21.5 10.0 — 10.5 — — — — — —
Udimar 250
Threading Udimar 300 — 275 51.5 20.2 20.0 — 6.0 0.06 — — 0.5 2.0 —
Udimet 500* —
Udimet 520 — 350 44.0 12.5 — 35.0 5.7 0.04 — — 0.3 2.9 —
Udimet 630 180
Udimel 700 39.0 18.0 34.0 5.2 0.8 2.3
Udimet 710 —
Udimet 718* — 49.0 21.8 1.5 18.5 9.0 0.1 0.5 0.5 — — 0.6
Udimet 720
Shaper Udimet alloy D-979 250 43.5 16.5 — 34.0 3.3 0.06 — — 1.2 1.2 —
Udimet L-605
Udimet alloy R41 — 49.9 19.0 19.5 — 4.0 0.08 0.8 0.8 2.9 2.9 —
Waspaloy*
— 53.8 20.0 14.0 — 4.5 — — — 0.4 2.3 5.0

ID Tooling 350 55.9 18.0 14.0 0.5 7.0 0.05 0.25 0.25 2.1 2.2 —

— 63.3 15.0 1.2 10.0 5.5 0.12 0.1 0.3 2.0 2.5 —

— 38.0 19.0 20.0 16.0 3.2 0.03 0.8 1.0 0.2 2.75 —

— 53.1 19.0 11.0 1.8 10.0 0.09 0.3 0.3 1.5 3.1 —

Application — 54.4 14.0 15.0 0.5 6.0 0.05 0.1 0.2 3.8 2.5 3.5
Introduction
— 57.6 15.0 15.0 0.4 4.2 0.17 0.1 0.1 4.3 3.3 —

— 61.0 14.0 9.5 — 4.0 0.15 — — — 4.0 8.0

Endmills — 64.5 14.0 8.0 — 3.5 0.15 — — — 2.5 3.5

— 60.6 10.0 15.0 — 3.0 0.18 — — 5.5 4.7 —

— 60.0 8.9 10.0 — 2.0 0.1 — — 4.7 2.5 7.0

— 70.0 13.0 — — — 0.1 — — 6.0 0.06 10.5

Rotating — 70.5 6.0 7.5 — 2.0 0.13 — — 5.4 1.0 6.3
Tools
18.0 8.0 68.0 5.0 0.1 0.4

18.5 9.0 66.0 5.0 0.1 0.7

Information — 51.7 19.0 19.0 — 4.0 0.1 0.1 0.1 3.0 3.0 —

56.0 19.0 12.0 6.0 2.0 3.0 1.0

— 51.0 17.0 — 17.5 3.0 0.04 — — 0.6 1.1 4.1

— 54.6 15.0 17.5 — — 0.1 — — 4.4 3.4 —

— 55.0 18.0 15.0 0.5 1.5 0.07 — — 2.5 5.0 1.5

Index 380 52.5 18.0 — 18.0 3.0 0.05 — — 0.6 0.1 5.2

56.0 16.0 14.7 3.0 2.5 5.0 1.3

45.0 15.0 27.0 4.0 1.0 3.0 4.0

10.0 20.5 50.0 3.0 1.5 15.0

55.0 19.0 11.0 10.0 1.5 3.1

HRC35-42 56.9 19.8 13.5 0.8 4.45 0.07 0.1 0.1 1.4 3.0 —

* These alloys can be hardened by an aging process

O22

USA UK France Germany Micro-grain Carbide, BIDEMICS, PCD, Tool Materials / New
PVD / CVD-coated Carbide CBN and Ceramics Selection Guide Products
Others

SAE AMS BS AFNOR Werkst.-Nr DIN1706
4674 7234
— — — — N04405

— — 3146 — — — — Insert
— — — — — — — Item List
— — — — — — —
5391A — NC13AD 2.467 S-NiCr13AI6MoNb — General Turning
— 5397 HC203 NK15CAT LW2.4674 — — Toolholders
— — HC204 — — NiFe33Cr17Mo —
— — — — — — Unique
— — — NC20T 2.463 NiCr20Ti — Swiss Tooling
— — 3146 NC20TA 2.4631 NiCr20TiAk N07080
HR5,203-4 Grooving /
— — Hr401,601 Nc20ATV 2.4632 NiCr20Co18Ti N07090 Side Turning
— — — — — —
Hr2,202 Threading
— — — NCKD20ATV 2.4634 NiCo20C15MoAITi —
— — NCK15ATD 2.4636 NiCo15Cr15MoAITi — Shaper
— — HR3 —
— — HR4 — — — — ID Tooling
5660C 5661A NCK20D 2.465 NiCr15Co19MoTi —
— ZSNCDT42 2.4662 Application
5536E 5754E HR10 NiCr15MoTi — Introduction
— — NC22FeD 2.4665 —
— NW11AC — NiCr22Fe18Mo — Endmills
5751A 5753 NKOD20ATU NiFe33Cr17Mo —
— — HR6,204 2.4666 — Rotating
— — HR207 — — NiCr18CoMo — Tools
— — NC19KDUV — — —
— — — — N07041
— — — — NiCr20Co16MoTi —
— 5399 — Z6NKCDT38 — —
— — — 2.4973 — —
— — — NC19KDT — —
— — — — — NiCr19Co11MoTi —
— — — — — — —
— — — — — — —
— — — — — —
— — — NC14K8 — —
— — — —
— — — — NiCo15Cr10MoAITi
6512 — — —
— — — —
— 5751
— NiTa9Co8W6CrAI
5383 —
— — NCK19DAT 2.4983 NiCr18Co18MoTi N07500 Information
— —
5589 — — 2.4668 NiCr19NbMo — Index
— NCKD20AT 2.4636 NiCo15CrMoAlTi —
5759 — NC18TDA —
HR8 NC19FeN — — N07718
5544 LW2.4668 NiCr19Fe19NbMo

— NC20K14 LW2.4668 NiCr19Fe19NbMo N07001

O23

Micro-grain Carbide, BIDEMICS, PCD, Tool Materials / New Technical Data
PVD / CVD-coated Carbide CBN and Ceramics Selection Guide Products
■ Co-based Heat Resistant Alloys

● Material Specifications Cross-Reference List-Aerospace Material Designation

Commercial Hardness Nominal composition
designation Brinell HB Approximate content in %

Ann. Aged Ni Cr Co Fe Mo W Mn Si Al Ti Others

Air Resist 13 — — 1.0 — 79.6 2.5 — 11.0 — — 3.5 — 4.12
Air Resist 213
Altemp S 816 — — — 19.0 65.8 — — 4.7 — — 3.5 — 6.68
FSX 414
Haynes 25* — — 20.0 20.0 47.6 — 4.0 4.0 — — — — 0.4
Haynes 36
Haynes 151 — — 10.0 29.0 52.8 1.0 — 7.0 — — — — 0.25
Haynes 188*
HS 6* — — 10.0 20.0 49.0 3.0 — 15.0 1.5 0.5 — — 0.1
HS 21*
Insert HS 25 — — 10.0 18.5 52.8 2.0 — 14.5 1.2 0.6 — — 0.4
Item List HS 30
HS 31 — — — 20.0 65.6 — — 12.8 0.5 0.5 — 0.15 0.47
HS 36
Inconel 783 — — 22.0 22.0 38.0 2.5 — 14.0 1.0 0.4 — — 0.1
J 1570*
General Turning J 1650 — — 2.5 28.0 60.5 3.0 — 5.0 — — — — 1.0
Toolholders Jessop 832
Jessop 834 — — 3.0 27.0 62.6 2.0 5.0 — 0.6 0.6 — — 0.25
Jessop 865
Jessop 875 — — 10.0 20.0 48.4 3.0 — 15.0 1.5 2.0 — — 0.1
Jessop 887
Unique Jessop X-40 — — 16.0 24.0 51.4 1.0 6.0 — 0.6 0.6 — — 0.4
Swiss Tooling Jessop X-45
Jessop X-50 — — 10.0 25.0 53.8 1.5 — 8.0 0.6 0.8 — — 0.4
Jessop X-63
Jetalloy 209 — — 10.0 18.0 53.1 2.0 — 15.0 1.5 — — — 0.4
L-251
Grooving / L-605 28.5 3.0 34.0 26.0 5.4 0.1 3.0
Side Turning M 203
M 204 — — 28.0 19.0 39.0 2.0 — 7.0 — — — — —
M 205
ME16 — — 27.0 19.0 38.0 — — 12.0 — — — — 0.2
MP35N
MAR-M 302 — — 12.0 19.0 44.0 17.0 2.0 — 0.8 0.3 — — 3.5
MAR-M 322
Threading MAR-M 509 — — 12.0 19.0 42.0 20.0 2.0 — — — — — 6.5
MAR-M 905
MAR-M 918 — — 10.5 25.5 53.0 2.0 — 7.5 0.6 0.6 — — 0.45
NF3
Refractaloy 70 — — — 21.0 66.0 — — 11.0 — — — — 2.45
STELLITE 6
Shaper UDIMET 188 — — 10.0 20.0 50.0 3.0 — 15.0 0.5 1.5 — — 0.1
V-36
Wl-52 10.5 25.5 53.0 1.5 — 7.5 0.75 0.75 — — 0.5

10.5 25.5 54.7 2.0 — 7.0 — — — — 0.25

ID Tooling 20.5 25.5 40.3 4.0 — 12.0 — — — — 0.75

10.0 25.0 57.6 1.0 6.0 — — — — — 0.45

— — 10.0 20.0 52.0 1.0 — 15.0 — — — 2.0 0.02

— — 10.0 19.0 56.0 1.0 — 14.0 — — — — 0.4

Application — — 10.0 20.0 51.0 1.6 — 15.0 1.5 0.6 — — 0.1
Introduction
— — 25.0 20.0 38.0 1.6 — 12.0 0.8 1.0 0.7 2.0 1.67

— — 25.0 18.0 42.0 1.6 — 12.0 — — — — 1.27

Endmills — — 25.0 18.0 40.0 1.6 — 12.0 — — 2.7 — 1.67

15.0 23.0 2.0 5 5.0 22.25

37.0 21.0 29.2 1.0 10.5 0.15 0.15 1.0 0.04

Rotating — — — 21.5 57.0 0.75 — 10.0 0.1 0.2 — — 10.0
Tools
— — — 21.5 60.0 0.75 — 9.0 0.1 0.1 — 0.75 7.7

— — 10.0 23.0 55.0 — — 7.0 0.05 0.05 — 0.2 4.6

Information — — 20.0 20.0 55.0 — — — — — — 0.5 7.65

— — 20.0 20.0 52.0 0.4 — — 0.1 0.1 — 0.5 7.65

14.3 22.4 3.9 4.8 4.6 17.90

— — 20.0 21.0 46.0 0.5 8.0 4.0 — — — — 0.08

Index 26.0 72.0 5.0

22.0 22.0 38.0 3.0 14.0 1.25

— — 20.0 25.0 43.2 2.4 4.0 2.0 0.6 0.5 — — 2.29

0.5 21.0 62.6 2.0 — 11.0 0.25 0.25 — — 2.45

* These alloys can be hardened by an aging process

O24

USA UK France Germany Others Micro-grain Carbide, BIDEMICS, PCD, Tool Materials / New
PVD / CVD-coated Carbide CBN and Ceramics Selection Guide Products
SAE AMS BS AFNOR Werkst.-Nr DIN1706 —
— Insert
— — — — — — — Item List
— — — — — — —
— (5534) — — LW2.4989 CoCr20Ni20W — General Turning
— — — — — — — Toolholders
5537C 5759 — KC20WN LW2.4964 CoCr20W15Ni —
— — — — — CoCr19W14NiB — Unique
— — — — — CoCr20W13 R30006 Swiss Tooling
— 5772 — KC22WN — CoCr22W14Ni R30021
— 5373 — — — — —
— 5385 3531 — — CoCr29Mo R30030
5759 — KC20WN LW2.4964 CoCr20W15Ni R30031
5380 — — — — CoCr25NiW —
5382 — 3146 — LW2.4670 CoCr25NiW
— — — — CoCr19W14NiB —
— 5940 —
— — — — — — Grooving /
— — — — — — — Side Turning
— — — — — CoCr19Fe16NiMoVNb —
— — — — — CoCr19Fe20NiMoVNb — Threading
— — — — — CoCr25Niw —
— — — — — CoCr21W11Nb — Shaper
— — — — — CoCr20W15Ni —
— 5382 3156-2 — LW2.4670 CoCr25NiW — ID Tooling
— — — — — — —
— — — — — — — Application
— — — — — — — Introduction
— — — — — — R30605
— — — — — — — Endmills
— 5759 — — 2.4964 CoCr20W15Ni —
— — — — — — —
— — — — — —
— — — — — —
—
5844 — — — CoCrW10TaZrB — Rotating
— — — — — CoCr22W9TaZrNb — Tools
— — 3146-3 — — CoCr24Ni10WTaZrB —
— — — ———— Information
— — — — — CoCr20Ni20Ta —
— —
— ————
— —
—
—— — — — CoCr25NiMoWNb — Index
—— — — CoCr12MoW —

O25

Technical Data

Micro-grain Carbide, BIDEMICS, PCD, Tool Materials / New ■ Swiss Machine List
PVD / CVD-coated Carbide CBN and Ceramics Selection Guide Products
● Citizen/Cincom

Gang Station Turret Station Sleeve Station

Machine Metric Number of Metric Number of tools Metric Hand Max cutting dia
Model tools
h×b L h×b L Turret Station mm R mm
A12 R
A16 □10 100 5— — — — φ19.05/φ20 R φ12
A20 □10 100 5— — R φ16
A25 □12（□13） 120 5-7 — — — — φ19.05/φ20 R φ20
A32 □12（□13） 120 5/6 — — R φ25
B12, B12E □16 150 6— — —— φ25.4 R φ32
B16E □10 100 5— — R φ12
B20 □10 120 5— — —— φ25.4 R φ16
BL12 □12（□13） 120 6— — R φ20
BL20 □10 60-120 5— — —— φ25.4 R φ12
BL25 □12（□13） 120 7— — R φ20
Insert C12 □12（□13） 120 7— — — — φ19.05/φ20 R φ25
Item List C16 □10 120 6— — R φ12
C32 □10 120 6— — — — φ19.05/φ20 R φ16
D25 VIII □16 130 5— — R φ32
E32 □16 — 10 — — φ19.05/φ20 R φ25
F10 — — □16（19×13） 90 R φ32
F12 — — — □10 60 — — φ19.05/φ20 R φ10
F16 — — — □10 60 R φ12
General Turning F20 — — — □10 60 — — φ19.05/φ20 R φ16
Toolholders F25 — — — □16（19×13） 90 R φ20
FL25 — — — □16（19×13） 90 — — φ19.05/φ20 R φ25
FL42 — — — □16 90 R φ25
G10 — — — □16 90 —— φ19.05 R φ42
G16 — — — □10 60 R φ10
Unique G32 — — — □10 60 —— φ19.05 R φ16
Swiss Tooling K12, K12E — — — □16（19×13） 90 R φ32
K16, K16E — 100 7— — —— φ25.4 R φ12
L10 □10 100 6— — R φ16
L12 □12 100-130 5— — φ25.4 R φ10
L16, L16E □8 100 6— — R φ12
L20, L20E, L20X □10 130 7— — 2 10/Turret φ25.4 R φ16
L25 □12（□10） 130 7— — R φ20
Grooving / L32 □12 130 5— — 1 10 φ19.05 R φ25
Side Turning M₂12, M₃12 □16 130 5— — φ32
M₂16, M₃16, □16 120 5 □10 60 1 10 φ19.05 R φ12
M₄16 □10
M₂20, M₃20 120 1 10 φ19.05 R φ16
M₂32, M₃32, □10
Threading M₄32 130 1 10 φ25.4 R φ20
M20 □12
MSL12 130 1 10 φ25.4 R φ32
R04 □16 R
R07 150 1 12 φ16 R φ20
RL02 □13（□12） 120 R φ12
RL21 □10 120 1 12 φ16 L φ4
□8 120 R φ7
Shaper □8 60-150 18 — φ25
□16 90 φ35
18 —
□10（□12）
1 10 —

ID Tooling —— φ20

—— φ20

—— φ15.875

Application —— φ19.05
Introduction
—— φ19.05

—— φ19.05

—— φ25.4

Endmills —— φ25.4

1 10 φ19.05

5 □10 60 1 10 φ19.05

Rotating 5 □16 90 1 10 φ25.4
Tools
5 □16 90 1 10 φ25.4

Information 5 □10 60 1 10 φ19.05
— — —
7 — — —— —
5 — —
Max 6 — — —— φ15.875
— — —
—— φ15.875

Index — — φ16/φ20

—— φ19.05

O26

● STAR Micro-grain Carbide, BIDEMICS, PCD, Tool Materials / New
PVD / CVD-coated Carbide CBN and Ceramics Selection Guide Products
Gang Station Turret Station Sleeve Station

Machine Metric Num ber of Metric Number of tools Metric Hand DS-Sleeve Max cutting dia
Model tools item number mm

h×b L h×b L Turret Station mm

ECAS-12 □10 95-150 6 φ22 R SS-DSU-L23 φ13
SS-DSU-SK

ECAS-20 □12（16） 80-144 6 φ22 R SS-DSU-L23 φ20
SS-DSU-SK
ECAS-20T φ22
ECAS-32T □12（16） 80 3 8/Turret φ22/32 R SS-DSU-B8D34 φ20
JNC-10 2 10/Turret
JNC-16 □16 80-120 4 □16 60-78 16 - R SS-DSU-SK φ32
JNC-25/32 16 -
KJR-16B/25B □8 65 1 10 φ22 L— φ10
KNC-16/20 1 12/16 φ22
KNC-25II/32II □10 80 1 16 φ22 L— φ16
RNC-10/16 1 20 φ22/32
RNC-16II/16BII □16 78-120 φ22 R — φ25/φ32 Insert
SA-16R φ22 Item List
□16 78 φ22 R — φ16/φ25
SB-12II/12R/16II
□16 68 φ22 R — φ16/φ20

□16 78 R — φ25/φ32 General Turning
Toolholders
□10 80-120 5 R — φ10/φ16
□10 80-120
□10 95-120 5 R— φ16

6 R— φ16 Unique
Swiss Tooling
□12（10） 95-130 6（7） R SS-DSU-L23 φ12/φ13/φ16
SS-DSU-SK

SB-16/16R □12（10） 95-130 6（7） φ22 R SS-DSU-L23 φ16
SS-DSU-SK
Grooving /
SB-20/20R □12（10） 95-130 6（7） φ22 R SS-DSU-L23 φ20 Side Turning
SS-DSU-SK
φ22
SC-20 □12 95-130 6 φ22 R— φ20
SE-12/12B, 16/16B □10 95-120 φ22/32
SF-25 5 φ22/32 R — φ13/φ16 Threading
SG-42 φ22
SH-12/16 □16 73-98 1 10 φ22 R— φ25
SH-7 1 10 φ22
SI-12/12C □16（20） 84-88 R— φ42
φ22
□10 95-120 5 R — φ13/φ16
□8 95-120 φ22
□10 80-130 5 R— φ7 Shaper
φ22
6 R— φ13

SR-10J □8 67-110 6 R SS-DSU-L23 φ10
SS-DSU-SK
ID Tooling
SR-16/20 □12 95-120 5 R — φ16/φ20

SR-20J □12 100-135 6 R SS-DSU-L23 φ20
SS-DSU-SK

SR-20R/20RII/20RIII □12 100-135 6 φ22 R SS-DSU-L23 φ20 Application
φ22 SS-DSU-SK Introduction
φ22/32
SR-20RIV □12 100-130 7 φ22 R SS-DSU-B8L23 φ20
φ22
SR-25J/32J □16 95-155 6 φ22 R SS-DSU-L23 φ25/φ32 Endmills
φ22 SS-DSU-SK
φ22/32
SR-32, SR-32J, SR-38 □16 100-135 6 R— φ32
φ22
SR32JII □16 6 R SS-DSU-B8L23 φ32
φ22/32 SS-DSU-B8D34
φ22/32
SST-16 □12 95-115 5 φ22/32 R— φ16 Rotating
ST-20 Tools
ST-38 □12（16） 70-78 3 8/Turret φ16 R— φ20
3 10/Turret φ22
SV-12/20 □16（20） 85 18 R— φ38
18 —
SV-32 □12 95-135 4 □12 70-78 1 10 R— Information
SV-32J/32JII 18 φ13/φ20
□12/□16 95-135 5 □16 65-70
SV-38R 1 10 R—

SW-12RII □16 95-135 4 □16 80-88 R— φ32
SW-20
SW-7 □16 95-135 4 □16 65-70 R— φ32

□16+□20 95-135 5 □16（20） 84-88 R SS-DSU-B8D34 φ38 Index
（Cut off）

□10 80-115 6 R SS-DSU-B8L23 φ13
6 R SS-DSU-B8L23 φ20
□12（16） 80-144 4 R— φ7

□8 80-120

O27

Technical Data

Micro-grain Carbide, BIDEMICS, PCD, Tool Materials / New ● TSUGAMI
PVD / CVD-coated Carbide CBN and Ceramics Selection Guide Products
Gang Station Turret Station Sleeve Station

Machine Max cutting dia
Model
Metric Number of Metric Number of tools Metric Hand
P013H/P014H tools
Insert P033H/P034H h×b L hxb L Turret Station mm mm
Item List B007-III 6
B073-II □8 100-120 6 — — —— φ16 R φ1
General Turning B074/B07-V □8 100-120 8 — — —— φ16 R φ3
Toolholders B074-II □7(□8/□10) 9 — — —— φ25 R φ7
B0123/B0124/B0125/B0126 □8 85 9 φ20 R φ7
Unique B012F/B012-V/BE12-V □8 85 6 — — —— φ20 R φ7
Swiss Tooling B0123-II/B0124-II/B0125-II/ □8 85 9 — — —— φ20 R φ7
B0126-II □12 85 9 — — —— φ20 R φ12
Grooving / B016MF □12 85 — — —— φ20 R φ12
Side Turning B018-III 85 9
B0203/B0204/B0205/B025-II/ □12 — — —— φ20 R φ12
Threading B0205-III/B0206-II 85 9
B0203-II/B0204-II/B0206-II □12 9 — — —— φ20 R φ16
Shaper B020F/B020-V/BE20-V □12 85 — — —— φ20 R φ18
B026-V 85 9
ID Tooling B0265-II/B0266-II □12 — — —— φ20 R φ20
B0325-II/B0326-II 85 9
Application B0385/B0385L □12 9 — — —— φ20 R φ20
Introduction B038T □12 85 6 — — —— φ20 R φ20
BA20-III □12(□16) 85 12 — — —— φ25 R φ26
Endmills BA26-III □16 85 12 φ25 R φ26
BC18 □16 100 8 — — —— φ25 R φ32
Rotating BC25 □16 100 3 □20 125 18 φ32 R φ38
Tools BE18 □16 125 6 — —— φ25/φ32 R φ38
BH20/BH20Z □12 125 6 — — —— φ25 R φ20
Information BH38 □12(□16) 85 10 — — —— φ25 R φ26
BM07 □12 85 10 — — —— φ25 R φ18
Index BM163/BM164/BM165 □12 85 9 — — —— φ10/φ25 R φ25
BM20-V □12 85 4 — 85 1 12 φ20 R φ18
BN12-III □12 85 7 □12 125 1 12 φ25/φ32 R φ20
BN20-III □16 85 9 □20 — —— φ25/φ32 R φ38
BS12-V □8 125 9 — — —— φ20 R φ7
BS18-III □12 85 9 — — —— φ20 R φ16
BS20-V □12 85 7 — — —— φ20 R φ20
BS26(ABC)-V □12 85 7 — — —— φ20 R φ12
BS32C-V □12(□16) 85 8(12) — — —— φ20 R φ20
BU12 □12 85 7(10) — — —— φ20/φ25 R φ12
BU20 □12 85 8(12) — — —— φ14/φ25 R φ18
BU26 □12 85 7(10) — — —— φ20/φ25 R φ20
BU38 □16 85 6 — — —— φ16/φ25 R φ26
BW07-III □16 100 4 — 80 18 φ16/φ25 R φ32
BW12-III/BW129Z □12 100 4 □12 80 18 φ20 R φ51
BW20-III/BW209Z □12 85 7 □12 80 18 φ20 R φ20
C004-III □16 85 7 □20 80 18 φ20/φ32 R φ26
C150 □16 100 7 □20 — —— φ20/φ32 R φ38
C180 □12 100 7 — — —— φ20 R φ7
C220 □12 85 7 — — —— φ20 R φ12
C300-III □12(□16) 85 6-8 — — —— φ20 R φ20
CH154 □13 85 4-6 — — —— -φ10 R/L φ120
M34J □10 60-100 4-6 — — —— -φ8 R/L φ80
□12 60-100 6-8 — — —— -φ10 R/L φ120
□13 60-100 6-10 — — —— -φ10 R/L φ120
□16 60-100 -16 — — —— -φ14 R/L φ170
□12 100-130 — — 125 1 12 -φ10 R/L φ15
60-100 □20 φ20/φ32 R φ34
— —

O28

Gang Station Turret Station Sleeve Station Micro-grain Carbide, BIDEMICS, PCD, Tool Materials / New
PVD / CVD-coated Carbide CBN and Ceramics Selection Guide Products
Machine Max cutting dia
Model
Metric Number of Metric Number of tools Metric Hand
M42J/M42D/M42SD tools
M50SY-III h×b L hxb L Turret Station mm mm
M50J —
MB25 — — — □20 125 1 12 φ25/φ32 R φ42
MB35-III — — — 1 12 φ32 R φ51
MB38-III — — — □20 100 1 12 R φ51
MB50-III — — — 2 8/Turret φ20/φ32 R φ25
MU26 — — — □20 100 2 8/Turret φ20/φ32 R φ35
MU38 — — — 2 8/Turret φ20/φ32 R* φ38
NU50-III — — — □20 80 2 8/Turret φ20/φ32 R φ50
B020M-II/SS20M/SS20M-5AX — — — 2 8/Turret φ20/φ32 R φ26
S205/S206 — — — □20 80 2 8/Turret φ20/φ32 R φ38
SS20 — — — 1 12 φ20/φ32 R φ51
SS207/SS207-5AX □10* 46 8 □20 80 φ20/φ32 R φ20
SS26 □12(□16) 100 8 24 R φ20
SS267/SS267-5AX □16 100 8 □20 80 —— φ20 R φ20
SS32/SS32L □12(□16) 100 7 —— φ20/φ22 R φ20
SS327/SS327-5AX □16 100 8 □20 80 —— φ20/φ22 R φ26 Insert
TMB2 □16 100 7 —— φ20/φ22 R φ26 Item List
TMU1 □16 100 8 □20 80 φ20/φ22 R φ32
TMA8-IV/TMA8J □16 100 — —— R φ32
M06J — — — □20 100 φ25 R φ51
M06SY — — 1 16 φ20/φ22 R φ38
M06JC □20* 100 BT15 spindle 1 16 R φ220
M08J φ25 R φ260
M08SY/M08D/M08SD —— 30 φ32 R φ260 General Turning
18 φ32 R φ260 Toolholders
—— 1 12 R φ280
18 φ32/φ40 R φ280
—— 18 φ32/φ40
1 12 φ32/φ40
—— φ32/φ40 Unique
φ32/φ40 Swiss Tooling
——

□20 125 Grooving /
Side Turning
□20 125

KM40 spindle

□25 150 Threading

□25 150

□20 125

□25 150

□25 150 Shaper

● DMG MORI ID Tooling

Machine Gang Station Sleeve Station Application
Model Introduction
Metric Number of tools Metric Hand Max cutting dia
Sprint 20/5 L Endmills
Sprint 20/8 h×b 6 mm R mm
Sprint 32/5 □12 6 φ20 R φ20 Rotating
Sprint 32/8 □12 6 φ20 R φ20 Tools
□16 6 φ20 R φ32
□16 φ20 φ32

Information

Index

O29

Technical Data

Micro-grain Carbide, BIDEMICS, PCD, Tool Materials / New ● NOMURA
PVD / CVD-coated Carbide CBN and Ceramics Selection Guide Products
Gang Station Sleeve Station

Machine Metric Metric Hand Max cutting dia
Model
Insert h×b L Number of tools mm R mm
Item List NS-P1053A R
NN-10C □9.5 130 5 — R φ10
General Turning NN-10E □10 130 6 φ17 R φ10
Toolholders NN-10C2 □10 130 6 φ16 R φ10
NN-10CS □10 130 6 φ17 R φ10
Unique NN-10CS（No live tools） □10 130 6 φ17 R φ10
Swiss Tooling NN-10SII □10 130 5 φ17 R φ10
NN-10T □10 130 5 φ17（φ23） R φ10
Grooving / NN-10SB5 □10 130 7 φ17（φ23） R φ10
Side Turning NN-16SB5 □10 130 5 φ17（φ23） R φ16
NN-16SB6 Type1 □10 130 5 φ17（φ23） R φ16
Threading NN-16SB6 Type2 □12.7 130 5 φ17（φ22） R φ16
NN-16SB6 Type2.5 □12.7 130 5 φ17（φ22） R φ16
Shaper NN-16SB6 Type3 □12.7 130 5 φ17（φ22） R φ16
NN-16SB7 □12.7 130 5 φ17（φ22） R φ16
ID Tooling NN-16HIII □12.7 5(7) φ16 R φ16
NN-20HIII □12 130 6 φ23 R φ16
Application NN-16UIII □12 130 6 φ23 R φ20
Introduction NN-20UIII □12 130 5 φ23 R φ16
NN-20CS □12 130 5 φ23 R φ20
NN-20U5 □12.7 130 5（6） φ22 R φ20（φ25）
NN-16UB5 □12.7 130 5（6） φ22 R φ20（φ25）
NN-20UB5 □12 130 5 φ23 R φ16
NN-20UB7 □12 130 5 φ23 R φ20
NN-20UB8 □12 130 6 φ23 R φ20
NN-20YB □12.7 130 5（6） φ22 R φ20（φ25）
NN-25UB8 □12 130 8 φ23 R φ20
NN-32UB8 □12 5 φ22 R φ25
NN-38UB8 □16 130 5 φ22 R φ32
NN-25YB/32YB □20 130 5 φ22/φ32 R φ38
NN-32YB2 □16 8 φ23/φ32 R φ25/φ32
NN-32YB3 □16 130 5 φ22/φ32 R φ32
NN-32YB3XB □16 130 5 φ22/φ32 R φ32
NN-16J □16 130 6 φ22/φ32 R φ32
NN-20J □12.7 6 φ23 R φ16
NN-20J2 □12.7 6 φ23 R φ20
NN-20J3 □12.7 6 φ22 R φ20
NN-20J3XB □12.7 6 φ23 φ20
□12.7 5 φ23 φ20

Endmills

Rotating
Tools

Information

Index

O30

● TORNOS Gang Station Turret Station Sleeve Station Micro-grain Carbide, BIDEMICS, PCD, Tool Materials / New
PVD / CVD-coated Carbide CBN and Ceramics Selection Guide Products
Machine Max cutting dia
Model
Metric Metric Metric Hand
EvoDECO 10/10
EvoDECO 10/8 Number of tools Number of tools mm
EvoDECO 16/10
EvoDECO 16/8 h×b L 8 hxb L φ20/φ25 mm
EvoDECO 20 8 φ20/φ25
EvoDECO 32 □8 85 10 φ20/φ25 R φ10 Insert
Swiss ST 26 □8 85 10 φ20/φ25 R φ10 Item List
Sigma 20/6 □12 85 10 φ20/φ25 R φ16
Sigma 32/6 □12 85 10 φ20/φ25 R φ16 General Turning
SwissNano □16 125 17 φ20/φ22/φ25 R φ25.4 Toolholders
Delta 12/4 □16 125 14 R φ32
Delta 12/5 □12 100 14 φ20 R φ25.4
Delta 20/4 □16 100 7 φ32 R φ25.4
Delta 20/5 □16 100 5 φ12/φ16 R φ32
Delta 38/5B □8 5 φ20 R φ4
Delta 38/5BL □12 5 φ20 R φ12
Gamma 20/5 □12 5 φ20 R φ12
Gamma 20/6 □12 8 φ20 R φ20
CT20 □12 8 φ25/φ32 R φ20
MultiSwiss 6X16 □20 8 φ25/φ32 R φ38
MultiSwiss 8X26 □20 8 φ20/φ22 R φ38
MultiSwiss 6X32 □16 5 φ20/φ22 R φ20
Swiss GT13 □16 R φ20
Swiss GT26 □12 R φ20 Unique
Swiss GT26B Swiss Tooling
Swiss GT32 □12 8 □16 6 φ25 13
Swiss GT32B □16 9 □16 8 φ25 26 Grooving /
SwissDeco 26-G □16 8 □16 8 φ25 26 Side Turning
SwissDeco 26-T □16 9 32
SwissDeco 26-TB □16 8 □16 φ20/φ22 32 Threading
SwissDeco 32-G □16 8 □16 φ20/φ22 26
SwissDeco 26-T □16 □16 φ20/φ22 26
SwissDeco 26-TB □16 8 □16 φ20/φ22 26
□16 φ20/φ22 32
□16 φ20/φ25 32 Shaper
□16 8 φ20/φ25 32
8 φ20/φ25
φ20/φ25
8 φ20/φ25
8 φ20/φ25

● Hanwha Machinery ID Tooling

Gang Station Turret Station Sleeve Station Application
Introduction
Machine Max cutting dia
Model
Metric Metric Metric Hand
XD 03
XD 07 Number of tools Number of tools mm
XD 12
XD 16 h×b L 6 hxb L φ15.87 mm
XD 20 / 20V 6 φ15.87
XDI20 □8 5 R φ3 Endmills
XD 26 □8 5 φ20 R φ7
XD32 □12 6 φ20 R φ12 Rotating
XD 38 □12 6 φ25 R φ16 Tools
XD 42 □12 5 φ25 R φ20
XE 12 □12 5 φ25 R φ20 Information
XE 16 □16 5 φ32 R φ26
XE 20 □16 5 φ32 R φ32 Index
XE 26 □16 6 φ32 R φ38
XE 35 □20 6 □16 φ20 R φ42
XP 12 /12S □12 6 φ20 R φ12
XP 16 /16S □12 5 φ25 R φ16
XP 20 □12 5 φ25 R φ20
XP 26 / 26S □16 6 φ32 R φ26
STL38H □16 6 φ20 R φ35
□12 6 φ20 R φ12
□12 5 φ25 R φ16
□12 5 φ25 R φ20
□16 φ32 R φ26
□16 R φ38

O31

Technical Data

Micro-grain Carbide, BIDEMICS, PCD, Tool Materials / New ■ Hardness Comparison Chart
PVD / CVD-coated Carbide CBN and Ceramics Selection Guide Products
Vickers Hardness Rockwell hardness Brinell hardness, Shore hardnessTensile Rockwell hardness Brinell hardness, Shore hardness Tensile
10 mm balls, Vickers Hardness 10 mm balls,

3000 kgf load strength 3000 kgf load strength

Scale A Scale C Scale B Kgf/mm2 Scale A Scale C Scale B Kgf/mm2
Load: 60 kgf Load: 150 kgf Load: 100 kgf
Load: 60 kgf Load: 150 kgf Load: 100 kgf Tungsten [N/m2] Tungsten [N/m2]
brale brale Diameter carbide ball Approximate brale brale Diameter carbide ball Approximate
value MPa ⑴ indenter indenter 1/16’’indenter
indenter indenter 1/16’’indenter （HV） (HRA) (HRC) value MPa ⑴
(HRB)
（HV） (HRA) (HRC) (HRB) （HS） （HS）

2200 （95.1） － － －－ 490 74.9 48.4 － 460 －

2100 （94.6） － － －－ 480 74.5 47.7 － 452 64

2000 94.2 － － －－ 470 74.1 46.9 － 442 －

1900 93.7 （80.5） － －－ 460 73.6 46.1 － 433 62

1800 93.2 （79.2） － －－ 450 73.3 45.3 － 425 －

1700 92.7 （77.9） － －－ 440 72.8 44.5 － 415 59

Insert 1600 91.8 （76.6） － －－ 430 72.3 43.6 － 405 －
Item List
1500 91.0 （75.3） － －－ 420 71.8 42.7 － 397 57

1450 90.4 （74.6） － －－ 410 71.4 41.8 － 388 －

General Turning 1400 90.0 74.0 － －－ 400 70.8 40.8 － 379 55
Toolholders
1350 89.6 73.4 － －－ 390 70.3 39.8 － 369 －

1300 89.1 72.7 － －－ 380 69.8 38.8 （110.0） 360 52

Unique 1250 88.6 72.1 － －－ 370 69.2 37.7 － 350 －
Swiss Tooling
1200 88.1 71.5 － －－ 360 68.7 36.6 （109.0） 341 50

1150 87.6 70.9 － －－ 350 68.1 35.5 － 331 －

1100 87.1 70.3 － －－ 340 67.6 34.4 （108.0） 322 47

Grooving / 1050 86.6 69.6 － －－ 330 67.0 33.3 － 313 －
Side Turning
1000 86.2 68.9 － －－ 320 66.4 32.2 （107.0） 303 45

940 85.6 68.0 － － 97 310 65.8 31.0 － 294 －

Threading 920 85.3 67.5 － － 96 300 65.2 29.8 （105.5） 284 42

900 85.0 67.0 － － 95 295 64.8 29.2 － 280 －

880 84.7 66.4 － （767） 93 290 64.5 28.5 104.5 275 41

860 84.4 65.9 － （757） 92 285 64.2 27.8 － 270 －

Shaper 840 84.1 65.3 － （745） 91 280 63.8 27.0 103.5 265 40

820 83.8 64.7 － （733） 90 275 63.5 26.4 － 261 －

800 83.4 64.0 － （722） 88 270 63.1 25.6 102.0 256 38

ID Tooling 780 83.0 63.3 － （710） 87 265 62.7 24.8 － 252 －

760 82.6 62.5 － （698） 86 260 62.4 24.0 101.0 247 37 825

740 82.2 61.8 － （684） 84 255 62.0 23.1 － 243 － 805

720 81.8 61.0 － （670） 83 250 61.6 22.2 99.5 238 36 795

Application 700 81.3 60.1 － （656） 81 245 61.2 21.3 － 233 － 780
Introduction
690 81.1 59.7 － （647） － 240 60.7 20.3 98.1 228 34 765

680 80.8 59.2 － （638） 80 230 － 18.0 96.7 219 33 730

Endmills 670 80.6 58.8 － 630 － 220 － 15.7 95.0 209 32 695

660 80.3 58.3 － 620 79 210 － 13.4 93.4 200 30 670

650 80.0 57.8 － 611 － 200 － （11.0） 91.5 190 29 635

640 79.8 57.3 － 601 77 190 － （8.5） 89.5 181 28 605

Rotating 630 79.5 56.8 － 591 － 180 （6.0） 87.1 171 26 580
Tools
620 79.2 56.3 － 582 75 170 （3.0） 85.0 162 25 545

610 78.9 55.7 － 573 － 160 （0.0） 81.7 152 24 515

Information 600 78.6 55.2 － 564 74 150 78.7 143 22 490

590 78.4 54.7 － 554 － 140 75.0 133 21 455

580 78.0 54.1 － 545 72 130 71.2 124 20 425

570 77.8 53.6 － 535 － 120 66.7 114 390

Index 560 77.4 53.0 － 525 71 110 52.3 105 －

550 77.0 52.3 － 517 － 100 56.2 95 －

540 76.7 51.7 － 507 69 95 52.0 90 －

530 76.4 51.1 － 497 － 90 48.0 86 －

520 76.1 50.5 － 488 67 85 41.0 81 －

510 75.7 49.8 － 479 － ⑴ 1 MPa = 1 N/mm2
⑵This table is an excerpt from the JIS Iron and Steel Handbook
500 75.3 49.1 － 471 66 ⑶Values in parentheses in the above table are not usually used

O32

P

Index

◦Item number（alphabetical order） �� P2
◦keyword（alphabetical order） ���� P8

P1
Index Information Rotating Endmills Application ID Tooling Shaper Threading Grooving / Unique General Turning Insert Micro-grain Carbide, BIDEMICS, PCD, Tool Materials / New
Tools Introduction Side Turning Swiss Tooling Toolholders Item List PVD / CVD-coated Carbide CBN and Ceramics Selection Guide Products

Index

Micro-grain Carbide, BIDEMICS, PCD, Tool Materials / New Item number（alphabetical order） （○ represents a number and □ represents a letter）
PVD / CVD-coated Carbide CBN and Ceramics Selection Guide Products
Item number Description Page number Item number Description Page number

Number C16R/L-○○ Toolholder F19

C17R/L-○○ Toolholder F21

1/4-20UNC＊11/○ Parts L26,etc. C21R/L-○○ Toolholder F23
2（○○）＊○AW Parts L27,etc.
28○○□○○○ Parts N28 C22R/L-○○ Toolholder F23
3/8-16UNC＊11/○ Parts L26,etc.
6300-T○○-80 Parts N33,etc. C23R/L-○○ Toolholder F25
6600-4.0-130 Parts N33,etc.
C24R/L-○○ Toolholder F25

C25R/L-○○ Toolholder F25

C31R/L-○○ Toolholder F9

A C54M-○○ Toolholder F30

Insert C55R/L-○○ Toolholder F30
Item List
ACN○○○ Parts F9,etc. CA1040A Parts N23
ADN○○○ Parts F13,etc.
AMS-○T Parts N8,N9 CC08□ Parts F9,etc.
AOB-○S-T○○ Parts N8,N9
General Turning AOB-○C Parts H30,etc. CCBNR/L○○○○□○○ Toolholder F11
Toolholders AOB-5＊○○ Parts H28,etc.
AOS-5＊○○ Parts G58,etc. CCET○○○○○○（Carbide） Insert E39
AOS-6＊○○ Parts F9,etc.
APCW○○○○○○□○○○○○ Insert N11 CCET○○□○○○（Carbide） Insert E39
APCW○○○○□□□□ Insert N11
Unique ARN○○ Parts L23,etc. CCGT○○○○○○（Carbide） Insert E39,E40
Swiss Tooling ARP○○A Parts N8
ASG-○ Parts G58,etc. CCGT○○□○○○（Carbide） Insert E39,E40
ASGL○ Parts L22,etc.
Grooving / ASGL○-D Parts F9,etc. CCGW○○○○○○（Carbide） Insert E40
Side Turning ASN○○○ Parts F17,etc.
ATN○○○ Parts F23,etc. CCGW○○○○○○PD（CBN） Insert E28
AVN○○○ Parts F27,etc.
AWN○○○-□ Parts F29,etc. CCGW○○□○○○（Carbide） Insert E40

Threading CCGW○○□○○○PD（CBN） Insert E28

CCKNR/L○○○○□○○ Toolholder F11

CCLNR/L○○○○□○○ Toolholder F9

CCMT○○○○○○（Carbide） Insert E39

Shaper CCMT○○□○○○（Carbide） Insert E39

CCMT○○○○○○PBF（PCD） Insert E28

ID Tooling CCMT○○□○○○P（PCD） Insert E28

CCMW○○○□○○（PCD） Insert E28

CDH○○□□ Insert E17,L26

Application B CDJNR/L○○○○□○○ Toolholder F13
Introduction
CH-FGVR/L○○○○ Toolholder H38

B○○□-STZ□R/L-○○-□ Toolholder K32 CH-GTTR/L○○□○○ Toolholder G61,H19
BGR○○ Toolholder H35
Endmills BS○○○○ CH-LBML○○○○□ Toolholder K6
BSM○○ Parts F9,etc.
BT○○-FMN□○○ Parts N28 CH-SDUCR/L○○○○□○○ Toolholder G25
Arbor N36
CH-STUCR/L○○○○□○○ Toolholder G36

Rotating CH-SVUPR/L○○○○□○○ Toolholder G33
Tools
C CH-SVXCR/L○○○○□○○ Toolholder G56

CH-TBPAR/L○○ Toolholder G55

Information C○○□-SCL□R/L○○□○○-OH Toolholder K28 CH-TTPR/L○○ Toolholder Ⅰ12

C○○□-STU□R/L○○□○○-OH Toolholder K30 CLH○○○○ Insert M11,M13

C○○□-STZ□R/L○○□○○（○）-OH Toolholder K32 CLR-○○S Parts O16,etc.

Index C○○□-MBR□○○-OH Toolholder K24 CNGA○○○○○○□○○○○○ Insert E6

C○○○□-MBR□○○-OH Toolholder K24 CNGA○○○○○○BQ Insert E20

C○○□-SEXRR/L□○□○○-OH Toolholder K27 CNGA○○○○○○PQ（CBN） Insert E20

C○○J-MSBR Toolholder K25 CNGA○○○○○○WL□○○○○○ Insert E6

C11R/L-○○ Toolholder F19 CNGG○○○○○○（Carbide） Insert E36

C12R/L-○○ Toolholder F17 CNGG○○○○○○□○○○○○AG Insert E6

C13R/L-○○ Toolholder F19 CNGN○○○○○○□○○○○○ Insert E7

C14M-○○ Toolholder F17 CNGX○○○○○○□○○○○○ Insert E7

C15R/L-○○ Toolholder F21 CNMG○○○○○○（Carbide） Insert E21,E36

P2

Item number（alphabetical order） （○ represents a number and □ represents a letter） Micro-grain Carbide, BIDEMICS, PCD, Tool Materials / New
PVD / CVD-coated Carbide CBN and Ceramics Selection Guide Products
Item number Description Page number Item number Description Page number

CNMX○○○○○○PF（PCD） Insert E21 DCGW○○○○○○（Carbide） Insert E43

COUP-R1/8 Parts K15 DCGW○○○○○○PD（CBN） Insert E29

CPGH○○○○○○（Carbide） Insert E41 DCGW○○□○○○（PCD） Insert E29

CPR/L5 Parts H26,etc. DCGW○○□○○○（Carbide） Insert E29

CPR/L6 Parts H26 DCMT○○○○○○（Carbide） Insert E42,E43

CRDCN○○○○□○○ Toolholder F32 DCMT○○○○○○P（PCD） Insert E29

CRDNN○○○○□○○ Toolholder F30 DCMT○○□○○○（Carbide） Insert E29,E42,E43

CRGNR/L○○○○□○○ Toolholder F30 DCMT○○□○○○P（PCD） Insert E29

CRN○ Parts F33,etc. DNGA○○○○○○□○○○○○ Insert E8

CRXCR/L Toolholder F33 DNGA○○○○○○BQ Insert E22 Insert
Item List
CS○○○○ Parts F33,etc. DNGA○○○○○○PQ（CBN） Insert E22

CS○○○○A Parts N23 DNGG○○○○○○（Carbide） Insert E36

CS○○○○T Parts N33 DNGG○○○○○○□○○○○○AG Insert E8 General Turning
Toolholders
CSDNN○○○○□○○ Toolholder F17 DNGN○○○○○○□○○○○○ Insert E8

CSHNR/L○○○○□○○ Toolholder F19 DNGX○○○○○○□○○○○○ Insert E8

CSSNR/L○○○○□○○ Toolholder F17 DNMG○○○○○○（Carbide） Insert E36 Unique
Swiss Tooling
CSVB○○ Insert G50,G96 DNMX○○○○○○PF（PCD） Insert E23

CSVC○○ Insert G72,G97 DS-FGVR/L○○ Toolholder H38 Grooving /
Side Turning
CSVF○○ Insert G21,G96 DS-GTTR/L○○ Toolholder G61,H19

CSVG○○ Insert G97,H15 DS-LBMBL○○ Toolholder K6

CSVR/L○○ Toolholder G95,etc. DS-PTXR/L○○（□）-○○ Toolholder G39 Threading

CSVT○○ Insert G97,Ⅰ10 DS-SCLR/L○○ Toolholder G23

CTDP○○□ Insert G88 DS-SDUR/L○○（□）-○○ Toolholder G27

CTDPR/L○○ Toolholder G88 DS-SDXR/L○○（□）-○○ Toolholder G27

CTP○○ Insert G76,G77,G79 DS-STTR/L○○□ Toolholder Ⅰ15 Shaper

CTPA○○ Insert G82 ～ G84 DS-SVVPN○○-○○ Toolholder G33

CTPAR/L○○ Toolholder G55,G81 DS-SVXPR/L○○-○○ Toolholder G33 ID Tooling

CTPR/L○○ Toolholder G75 DS-SVXR/L○○（□）-○○ Toolholder G31

CTPS○○□□ Insert G73,G99 DS-TBPR/L○○ Toolholder G53

CTPSR/L○○ Toolholder G98,etc. DS-TTPR/L○○ Toolholder Ⅰ12 Application
Introduction
CTPW○○□R/L Insert G86 E

CTPWR/L○○ Toolholder G86

CTPX○○FR/L Insert G78 ENGN○○○○○○□○○○○○ Insert E8 Endmills
ERGH□○○○○○ Insert E45,K27
CTV○○□ Insert G91

CTV○○□○○□ Insert G87,G91 F

CTVN○○□○ Toolholder G87 Rotating
Tools
CTVR/L○○□ Toolholder G87,G90 FBV○○□○○□○□□□ Insert H39
FDX○○○○-○○-○○□ Insert N13,N15,N17
CTWPR/L○○○○□-○□○○ Toolholder G89 FGV○○○R/L□○○□○ Insert H39
FGVR/L○○○○ Toolholder H38
CVR/L○□□ Parts H30 FSI01-○○○＊○ Parts M13 Information
FSI02-○○○＊○○○ Parts M10,etc.
CZH○○○○ Insert M10 FSI0307A Parts N33
FSI035104A Parts N33
D FSI04-○○○＊○○○ Parts M13
FSI17-○○○＊○○○ Parts Ⅰ21
DC5TN Parts F23,etc. FSI21-○○○＊○○○○○ Parts N20,N21 Index
DC6CN Parts F9,etc. FSI22-○○○＊○○ Parts N11
DC6DN Parts F13,etc. FSI23-○○○＊○ Parts N11
DC6VN Parts F27,etc. FSI24-○○○＊○○○ Parts Ⅰ21
DCET○○○○○○（Carbide） Insert E42
DCET○○□○○○（Carbide） Insert E42
DCGT○○○○○○（Carbide） Insert E42,E43
DCGT○○□○○○（Carbide） Insert E42,E43

P3

Index

Micro-grain Carbide, BIDEMICS, PCD, Tool Materials / New Item number（alphabetical order） （○ represents a number and □ represents a letter）
PVD / CVD-coated Carbide CBN and Ceramics Selection Guide Products
Item number Description Page number Item number Description Page number
FSI26-○○○＊○○-□□ Parts N19
FSI28-○○○＊○○ Parts H41,etc. HLA○○○○□○○ Insert N33
FSS15-○○○＊○○ Parts F9,etc.
FSS16-○○○＊○ Parts K34,etc. HLR-○○S Parts O16,etc.

HLW○○○ Parts N12,N14,N16,N23

HN59Z-○○○○ Toolholder Ⅰ17

G HOSE-CN-CN-○○○ Parts K14

HRCD-○○ Toolholder F31

GBWPFR/L-○□○○-○○○○○○ Toolholder H41 HRL○○○○□○○ Insert N33

GEV○○○□ Insert H36 HRT○○○○□○○ Insert N33

GKVR/L○○○○-○ Toolholder H36 HSDNN○○○○□○○ Toolholder F17

Insert GKWPR/L○○○○□-○□○○ Toolholder H29 HSSNR/L○○○○□○○ Toolholder F17
Item List
GKWPR/L○○○○-□ Toolholder H41 HVJNR/L○○○○□○○ Toolholder F27

GTG○○○○○ Insert H35 HVPNR/L○○○○□○○ Toolholder F27

General Turning GTMA43○○○ Insert H27 HVVNN○○○○□○○ Toolholder F27
Toolholders
GTMH32○○○ Insert H22 ～ H25 HY-NBH○○○○○□ Toolholder K19

GTMT43○○○R/L Insert H27 HY-NBH○○○○○（○○）□-OH Toolholder K13

Unique GTMX32○○○ Insert H23 ～ H25 J
Swiss Tooling
GTPA○○□□□○○ Insert H17

Grooving / GTPAR/L○○○○ Toolholder H17 JFDX○○○-○○-○○□ Cutter N12,N14,N16
Side Turning JHF○○○□○○○○□○○ Cutter N22
GTPS○○○□□ Insert G99,H16 JOINT-□□-R1/8 Parts K15
JQTE○○○-○○-○□ Cutter N11
GTTR/L○○ Toolholder G61,H19 JQTS○○○-○○-○□ Cutter N11
JRNMW○○○□○○○□○○ Cutter N9
Threading GTWPR/L○○○○-□ Toolholder H41 JRPMW○○○□○○○□○○ Cutter N8
JSDW○○○-○○-○○□ Cutter N20,N21
GTWPR/L○○○○-○□○○ Toolholder H28 JSF-○○○-○○-□□ Cutter N28
JWNXM○○○□○○○○□○○-□ Cutter N19
GTWPR/L○○○○□-○□○○ Toolholder H28 JXTM○○○-○○-○○□ Cutter N10

GWPFM○○○□○○-□□ Insert G89,H42

Shaper GWPG○○○□○○□-□□ Insert H29

GWPM○○○□○○□-□□ Insert H29

ID Tooling H

Application H-M○＊○○ Parts Ⅰ20 L
Introduction HACDH○○ Parts F31,etc.
HAL○○○○□○○ Insert N33 LBM○○○○□□□□ Insert K7
Endmills HAN○○○○□○○□ Insert N33 LBM□○○○○□□□ Insert K7
HAR○○Y Parts F33,etc. LBMAR○○ Toolholder K6
Rotating HARCGX○○ Parts F32,etc. LCL○ Parts F9,etc.
Tools HAT○○○○□○○ Insert N33 LCS○ Parts F9,etc.
HC35KR-○○○○ Parts F32,etc. LLR-○○S Parts O16,etc.
Information HC6CN Parts F9,etc. LLR-T10 Parts F9,etc.
HC6DN Parts F13,etc. LLR-T15 Parts F23,etc.
Index HC6SN Parts F17,etc. LLR-T20 Parts F9,etc.
HC6VN Parts F27,etc. LNM○○○○□□ Insert E18,L31
HCA○○○○○○□○○ Insert N29 LNX○○○-○○□○○○○○ Insert N10
HCD○○○○○○□○○□ Insert N29 LRIS-○ Parts O17,etc.
HCLNR/L○○○○□○○ Toolholder F9 LR-S-○ Parts O17,etc.
HDA○○○○□○○ Insert N33 LS○○○ Parts N28
HDHNR/L○○○○□○○ Toolholder F15 LSC○○ Parts F9,etc.
HDJNR/L○○○○□○○ Toolholder F13 LSD○○ Parts F13,etc.
HDNNR/L○○○○□○○ Toolholder F15 LSP○ Parts F9,etc.
HDW-M5S Parts N28 LSS○○ Parts F17,etc.
HDWM○-EU○DD Parts N28 LST○○○ Parts F23,etc.
HFT○○○○（○）□○○ Insert N22 LW-○ Parts F9,etc.

P4

Item number（alphabetical order） （○ represents a number and □ represents a letter） Micro-grain Carbide, BIDEMICS, PCD, Tool Materials / New
PVD / CVD-coated Carbide CBN and Ceramics Selection Guide Products
Item number Description Page number Item number Description Page number
LWU-○ Parts F31,etc.
S
M
S○○-H Adaptor K33

M○＊○○ Parts F9,etc. S○○□-BGR○○□○○ Toolholder H35
MBC-M○○ Parts N23
MBL○○○□□ Insert K24,K25 S○○□-HCLNR/L○○ Toolholder K34

S○○□-HDUNR/L○○ Toolholder K35

N S○○□-HSKNR/L○○ Toolholder K36

S○○□-MBR□○○-OH Toolholder K24

NBH○○○○○□ Toolholder K8,K9 S○○□-SCL□R/L○○□○○-OH Toolholder K28
NC5-○○-FMN□○○ Arbor N36
NGTAR/L○○○○○○-○○□ S○○□-SEXRR/L□○□○○-OH Toolholder K27 Insert
NGTBR/L○○○○○○-○○□ Toolholder H21,H26 Item List
NGTNR/L○○○○○○-○○ Toolholder H21,H26 S○○□-STU□R/L○○□○○-OH Toolholder K30
NSWS-M○-○○ Toolholder H21,H26
NTTBR/L○○○○○○ S○○□-TCLNR/L○○ Toolholder K34
Parts N28
Toolholder Ⅰ15 S○○□-TSKNR/L○○ Toolholder K36 General Turning
Toolholders
S○○□-WCLNR/L○○ Toolholder K34

S○○□-WDUNR/L○○ Toolholder K35

P S○○□-WSKNR/L○○ Toolholder K36 Unique
Swiss Tooling
S○○□-WWLNR/L○○ Toolholder K37

PCLNR/L○○○○□○○ Toolholder F9 SALS-063 Parts N28 Grooving /
PDJNR/L○○○○□○○ Toolholder F13 Side Turning
PLUG-RC1/8 SBB○○○□□○○○ Insert K11
PSBNR/L○○○○□○○ Parts K15
PSDNN○○○○□○○ Toolholder F19 SBFB○○○□○○○□ Insert K11
PTANR/L○○○○□○○□ Toolholder F17
PTLNR/L○○○○□○○ Toolholder G39 SBFS○○○□○○○□ Insert K11 Threading
PTM○○□○○○ Toolholder F23
PTXNR/L○○○○□○○□ SBG○○○○○○□□ Insert H34
Insert L32
Toolholder G39 SBT○○○□○ Insert Ⅰ16

SCACR/L○○○○□（□）○○□ Toolholder G23

SCGW○○□○○○PQ（CBN） Insert E30 Shaper

SCJ-M○ Parts K15

R SCJ-R1/8 Parts K15 ID Tooling

SCLCR/L○○-□○○ Toolholder G23

RA○○○□○○○○○□○○ Cutter N32 SCLCR/L○○○○□○○ Toolholder G23

RA06P03NC Parts N33 SDCW○○○○○○□ Insert N20,N21 Application
Introduction
RBGX○○□□□ Insert E17,L31 SDCW○○○○□□□ Insert N20,N21

RCE□○○○□○□○○○□ Endmill M4 SDCW○○□□□□□□□○○ Insert N20,N21

RCGX○○○○○○□○○○○○ Insert E17,L18,L27 SDEW○○○○○○ Insert E45 Endmills

RCGX○○○○□□ Insert E17,L18,L27 SDJCR/L○○-□○○ Toolholder G25

RCGY○○○○○○□□□ Insert E17,L22 SDJCR/L○○○○□（□）○○□ Toolholder G25

RCL○○○□○R/L○○○ Toolholder M13 SDNCN○○-□○○ Toolholder G25 Rotating
Tools
RCS□○○○□○□○○○□ Endmill M5 SDQCR/L○○-□○○ Toolholder G25

RD○○○□○○○○○□○○ Cutter N32 SDW○○○○-○○-○○□ Insert N20,N21

REL○○○□○□○○○ Toolholder M11 SDXCR/L○○○○□○○□ Toolholder G25 Information

REZ○○○□○□○○○ Toolholder M10 SFG○○○□○○○□ Insert H37

RLR-○○S Parts O16,etc. SHF□○○○□○○○□ Insert K21

RNGN○○○○○○□○○○○○ Insert E9,L23,L30 SNEN○○○○□□□○○○○○ Insert N15 Index

RNGN○○○○○○□○○○ Insert E9,L23,L30 SNGA○○○○○○□○○○○○ Insert E10

RNGN○○○○○○S Insert E23 SNGA○○○○○○PE（CBN） Insert E24

RPGN○○○○○○□○○○○○ Insert E15,N8 SNGF○○○○○○□□□-□ Insert N13,N15,N17

RPGN○○○○○○□ Insert E15,N8 SNGN○○○○○○□○○○○○ Insert E10,E11,N13,N15,N17

RPGX○○○○○○□○○○○○ Insert E17,L18 SNGN○○○○□□□ Insert N13

RPGX○○○○□□□ Insert E17,L18 SNGX○○○○○○□○○○○○ Insert E11

RTS-M○○ Parts N28,etc. SNMG○○○○○○（Carbide） Insert E37

RWEM○○○□○□○○□○○ Endmill M7 SNMN○○○○○○S（CBN） Insert E24

P5

Index

Micro-grain Carbide, BIDEMICS, PCD, Tool Materials / New Item number（alphabetical order） （○ represents a number and □ represents a letter）
PVD / CVD-coated Carbide CBN and Ceramics Selection Guide Products
Item number Description Page number Item number Description Page number

SPGN○○○○○○□○○○○○ Insert E15 TF33○○□ Insert G35

SPGN○○○○○○PQ（CBN） Insert E30 TFD○○□□○○ Insert E44

SPR1/8 Parts G34,etc. TFT○○□□○○ Insert E48

SR08 Parts F9,etc. TFTR/L○○ Toolholder G34

SS○○○○□ Parts K8,etc. TFV○○□□○○ Insert E51

SS-DSU-□ Toolholder G103 TFX33○○□□ Insert G35

SSP○○○□○○ Insert J4 TGC○○□○○□○○○□ Toolholder Ⅰ17

SSP○○ Parts N28 TMN○○□□○○ Insert Ⅰ17

STACR/L○○○○□○○□ Toolholder G36 TNEG○○○○○○（Carbide） Insert E37

Insert STTNR/L○○○○○○ Toolholder Ⅰ15 TNGA○○○○○○□○○○○○ Insert E12
Item List
STXNR/L○○○○□○○□ Toolholder G39 TNGA○○○○○○PH（CBN） Insert E25

SVACR/L○○○○□○○□ Toolholder G29,G62 TNGG○○○○○○（Carbide） Insert E37

General Turning SVACR/L○○-□○○ Toolholder G29 TNGG○○○○○○□○○○○○AG Insert E13
Toolholders
SVJCR/L○○○○□○○□ Toolholder G29 TNGN○○○○○○□○○○○○ Insert E12,E13

SVQCR/L○○-□○○ Toolholder G31 TNMG○○○○○○（Carbide） Insert E37

Unique SVQPR/L○○○○□○○□ Toolholder G33 TNMN○○○○○○S（CBN） Insert E26
Swiss Tooling
SVVCN○○-□○○ Toolholder G31 TNMX○○○○○○PF（PCD） Insert E26

Grooving / SVVCN○○○○□○○ Toolholder G31 TPGH○○○○○○ Insert E47
Side Turning
SVVCR/L○○○○□○○○ Toolholder G31 TPGN○○○○○○□○○○○○ Insert E16

SVXCR/L○○○○□○○□ Toolholder G31 TPGN○○○○○○PT（CBN） Insert E31

Threading SVXPR/L○○○○□○○□ Toolholder G33 TPGW○○○○○○PT（CBN） Insert E32

SWS-M○-○○ Parts N28 TPMH○○○○○○（Carbide） Insert E33

T TPMT○○○○○○P（PCD） Insert E33

TSDNN○○○○□○○ Toolholder D19

Shaper T-06 Parts M13 TSSNR/L○○○○□○○ Toolholder D19

T-07 Parts Ⅰ21 TTFNR/L○○○○□○○ Toolholder F25

ID Tooling T-15A Parts N11,etc. TTGNR/L○○○○□○○ Toolholder F23

T-20 Parts N20,N21 TTMH○○○○□○○○ Insert Ⅰ15

TB○○○○R/L Insert G59 TTP○○□R/L Insert Ⅰ13

Application TBDP○○○○ Insert G57 TTPR/L○○ Toolholder Ⅰ12
Introduction
TBDPR/L○○ Toolholder G57 TTPS○○□□ Insert G99,Ⅰ11

TBGN○○○○○○□○○○○○ Insert E16 TW○○○○-□□○○○-□○○ Insert Ⅰ22

Endmills TBMH○○○○○□○○-○○ Insert G61 TWC○□ Cutter Ⅰ20,Ⅰ21

TBP○○□□ Insert G53 V

TBPA○○□□ Insert G55

Rotating TBPAR/L○○□-OH Toolholder G55 VBGT○○○○○○ Insert E49
Tools VBGW○○○○○○PD（CBN） Insert E34
TBPR/L○○ Toolholder G53 VCET○○○○○○ Insert E49
VCGT○○○○○○ Insert E49,E50,G62
TBPS○○□□ Insert G51,G98 VCGW○○○○○○H Insert E49
VCGW○○○○○○PD（CBN） Insert E34,E35
Information TBR/L○○□ Toolholder G58 VCMT○○○○○○ Insert E49
VCMW○○○○○○（PCD） Insert E35
TBTR/L○○□ Toolholder G58 VGW○○○○-○□○○○ Insert E18,L13
VGW○○○○-○□□○○○○ Insert E18,L13
TBVC○○□□○○□ Insert G56 VGW○○○○-□□○○○ Insert E18,L13
VGW○○○○-□□□○○○○ Insert E18,L13
Index TBVCR/L○○ Toolholder G56 VNGA○○○○○○□○○○○○ Insert E14
VNGA○○○○○○BQ Insert E27
TC5TN Parts F23,etc. VNGA○○○○○○P□（CBN） Insert E27

TC6CN Parts F9,etc.

TCBNR/L○○○○□○○ Toolholder F11

TCGH○○○○○○ Insert E46

TCGT○○○○○○ Insert E46

TCGW○○○○○○□□ Insert E46

TCGW○○□○○○□□ Insert E46

TCLNR/L○○○○□○○ Toolholder F9

P6

Item number（alphabetical order） （○ represents a number and □ represents a letter） Micro-grain Carbide, BIDEMICS, PCD, Tool Materials / New
PVD / CVD-coated Carbide CBN and Ceramics Selection Guide Products
Item number Description Page number

VNGG○○○○○○（Carbide） Insert E38

VNMG○○○○○○（Carbide） Insert E38

VPET○○○○○○ Insert E50

VPGT○○○○○○ Insert E50

W

W○○○ Parts F31,etc.

WCBNR/L○○○○□○○ Toolholder F11

WCLNR/L○○○○□○○ Toolholder F9

WDHNR/L○○○○□○○ Toolholder F15 Insert
Item List
WDJNR/L○○○○□○○ Toolholder F13

WDNNR/L○○○○□○○ Toolholder F15

WNGA○○○○○○□○○○○○ Insert E14 General Turning
Toolholders
WNGG○○○○○○（Carbide） Insert E38

WNMG○○○○○○（Carbide） Insert E38

WNX○○-□○○□○○○○○ Insert N19 Unique
Swiss Tooling
WS-○ Parts F32,F33,etc.

WS○○○ Parts F31 Grooving /
Side Turning
WS○○○○ Parts N23

WS○○○○-T○○ Parts N12,N14,N16

WSDNN○○○○□○○ Toolholder F17 Threading

WSSNR/L○○○○□○○ Toolholder F17

WTFNR/L○○○○□○○ Toolholder F25

WTGNR/L○○○○□○○ Toolholder F23

WVJNR/L○○○○□○○ Toolholder F27 Shaper

WVPNR/L○○○○□○○ Toolholder F27

WVVNN○○○○□○○ Toolholder F27 ID Tooling

WWLNR/L○○○○□○○ Toolholder F29

X Application
Introduction
XX2815-04 Parts O16,etc.

Y Endmills

Y-GTPAR/L○○○○ Toolholder H17

Y-GTTR/L○○□ Toolholder G61,H19

Y-SDJCR/L○○ Toolholder G27 Rotating
Tools
Y-SDNCN○○-○○□ Toolholder G27

Y-SVJCR/L○○○○□○○□-OH Toolholder G29

Y-TBPR/L○○□ Toolholder G53 Information

Index

P7

Index

Micro-grain Carbide, BIDEMICS, PCD, Tool Materials / New keyword（alphabetical order）
PVD / CVD-coated Carbide CBN and Ceramics Selection Guide Products
keyword Description Page number keyword Description Page number
F05
A F1 Chipbreaker for ID boring B10,K23
FG
Chipbreaker for ID boring B10,K23

A Chipbreaker for Front turning B11 Chipbreaker for ID boring B9,K23
A1 Chipbreaker for Front turning B11
A2 Chipbreaker for Front turning B11 G
ACH Tools for sub-spindle machining G18
Insert AM3 Chipbreaker for Front turning B8,G15 G Chipbreaker for Front turning B12
Item List AM5 Chipbreaker for ID boring B9 GT Chipbreaker for Face Grooving H42
AMX Chipbreaker for Front turning B8,G15 GV Chipbreaker for Grooving H29
AT Chipbreaker for Front turning B10,G17 GW Chipbreaker for Grooving H29
AZ7 Chipbreaker for Front turning B8 GX Chipbreaker for Grooving H9
AZ8 Chipbreaker for Front turning B9
H

General Turning B HC1 Grade (Ceramic) C9
Toolholders HC2
HC6 Grade (Ceramic) C9
HFC
B1 Chipbreaker for ID boring B11 HPC Grade (Ceramic) C9
B16 HW2
Unique B2 Grade (CBN) C6 Milling Cutters For Aluminum N22
Swiss Tooling B22
B23 Chipbreaker for ID boring B11 Milling Cutters For Aluminum N32
B3
Grooving / B30 Grade (CBN) C6 Grade (Ceramic) C9
Side Turning B36
B40 Grade (CBN) C7 J
B52
B5K Chipbreaker for ID boring B11
B6K
Threading BIDEMICS Grade (CBN) C7 JP2 Grade (BIDEMICS) C2
BM JX1 Grade (BIDEMICS) C2
Grade (CBN) C7 JX3 Grade (BIDEMICS) C2

Grade (CBN) C7

Grade (CBN) C7 K

Shaper Grade (CBN) C7

Grade (CBN) C7 K Chipbreaker for Front turning B10
KHG Chipbreaker for Front turning B10
ID Tooling Grade (BIDEMICS) C2,C3 KM1 Grade (Uncoated Carbide) D6

Chipbreaker for Back Turning G48

Application C M
Introduction
C Chipbreaker for Front turning B13 MOGUL BAR High rigidity boring bars K22

CERAMATIC Solid Ceramic Endmill for M2 P
HRSA/Cast iron materials
Endmills
CL Chipbreaker for Front turning B8,G15 PD1 Grade (PCD) C5
CP1 PD2 Grade (PCD) C5
CP7 Grade (CVD Coated Carbide) D6
CSV
Rotating CTPS Grade (CVD Coated Carbide) D6 Q
Tools CUT DUO EXTRA
CUT DUO Interchangeable tools G94
CX
Cut-off Tools G98 QM3 Grade (PVD Coated Carbide) D4

Information Cut-off Tools G71 S

Cut-off Tools G70

Chipbreaker for Cut-off G69 S Chipbreaker for Front turning B10

Index D SATURN DUO Face turning/grooving tools H12

SCRUM DUO BLADE Face turning/grooving tools H40

D1 Chipbreaker for Front turning B13 SCRUM DUO Wide grooving tool for Swiss machines H10
DA Chipbreaker for Front turning B13
DM4 Grade (PVD Coated Carbide) D4 SFC Milling Cutters For Aluminum N26
DS Sleeves Tools for sub-spindle machining G103
DT4 Grade (PVD Coated Carbide) D4 SHAPER DUO For Hexalobular, HEX and Square socket J2

SHIFTED Toolholders for extended guide-bushing G102

S-MILL Sharp carbide endmill for Swiss machine M6

F SP9 Grade (Ceramic) C15

SPLASH Keep edge cool, smooth chip evacuation A45,K12

P8

keyword（alphabetical order） Micro-grain Carbide, BIDEMICS, PCD, Tool Materials / New
PVD / CVD-coated Carbide CBN and Ceramics Selection Guide Products
keyword Description Page number
ST4
Grade (PVD Coated Carbide) D4

STICK DUO HYPER Tools for for ID Tooling (bars with K18
adjustable overhang mechanism)

STICK DUO Tools for for ID Tooling (Bars type) K10
SX3
SX6 Grade (Ceramic) C14
SX7
SX9 Grade (Ceramic) C15

Grade (Ceramic) C15

Grade (Ceramic) C15

T Insert
Item List
TFX Front turning for large DOC G35

THREAD WHIRLING Multi-lead thread machining capability Ⅰ18

TM4 Grade (PVD Coated Carbide) D5 General Turning
Toolholders
U

U Chipbreaker for Front turning B10 Unique
U1 Chipbreaker for Front turning B10 Swiss Tooling
U2 Chipbreaker for Front turning B13
UC1 Grade (Diamond Coated Carbide) C4 Grooving /
UHG Chipbreaker for Front turning B10 Side Turning
UL Chipbreaker for Front turning B12,G16
Threading
V

VM1 Grade (PVD Coated Carbide) D5

W Shaper

WA1 Grade (Ceramic) C17 ID Tooling
WA5 Grade (Ceramic) C16

Y Application
Introduction
YL Chipbreaker for Front turning B8,G15
Y-axis Chip controlled by gravity G100,G101

Z Endmills

Z5 Chipbreaker for Front turning B12
ZC7
ZM3 Grade (Ceramic) C9 Rotating
ZP Tools
Grade (PVD Coated Carbide) D5

Chipbreaker for Front turning B12

Others Information

CLR…/RLR…/LLR… Wrenches O16

Multi Clamp holders Toolholders for General Turning F6 Index

LR-S.../LRIS… Clamp Screws O17

Coolant through holders SPLASH Series A45

Adiust centerline height DS-ACH Toolholders G18

P9

P10 Index Information Rotating Endmills Application ID Tooling Shaper Threading Grooving / Unique General Turning Insert Micro-grain Carbide, BIDEMICS, PCD, Tool Materials / New
Tools Introduction Side Turning Swiss Tooling Toolholders Item List PVD / CVD-coated Carbide CBN and Ceramics Selection Guide Products

North and South America NTK CUTTING TOOLS MEXICO NTK CUTTING TOOLS BRAZIL

NTK CUTTING TOOLS USA a division of Bujías NGK de México, S.A. DE C.V. a division of NGK DO BRASIL LTDA.

a division of NGK SPARK PLUGS (U.S.A), INC. Carretera Lago de Guadalupe, Rodovia Professor Alfredo
Km. 27.5, S/N, Bodega 3-A, Rolim de Moura(SP-88),
46929 Magellan Drive, Col. San Pedro Barrientos, km.61, s/n, Bairro Cocuera,
Wixom,MI 48393, U.S.A. Tlalnepantla, Estado de Caixa Postal 2540,
Tel.; +1-248-668-0100 México, C.P. 54010 CEP 08780-970,
Fax; +1-248-668-0200 Mogi das Cruzes-SP, Brasil
www.ntkcuttingtools.com Tel.; +52-55-5317-5872
Fax; +52-55-5317-5876 Tel.; +55-11-4793-8264
Fax ;+55-11-4793-8270
www.ntkcuttingtools.com/mx/
www.ntkcuttingtools.com/br/

JAPAN / Head office

NTK CUTTING TOOLS JAPAN

a division of NGK SPARK PLUG CO.,LTD.

2808,Iwasaki, Komaki,
Aichi
485-8510, Japan
Tel.; +81-568-76-1538
Fax; +81-568-76-1288
www.ntkcuttingtools.com/jp/

EUROPE ASIA NTK CUTTING TOOLS INDONESIA NTK CUTTING TOOLS CHINA

NTK CUTTING TOOLS EUROPE NTK CUTTING TOOLS THAILAND a division of P.T. NGK Busi Indonesia a division of NGK SPARK PLUGS (SHANGHAI) TRADING CO., LTD.

a division of NGK SPARK PLUG EUROPE GmbH a division of NGK SPARK PLUGS (ASIA) CO., LTD. JI. Raya No.736
Harkortstr41, 40880 Jakarta-Bogor, Songsheng Road
Ratingen, Germany Amata City Chonburi Km 26, 6 Ciracas, Songjiang Industrial Zone,
Tel.; +49 2102 974-350 Industrial Estate (PH10) Pasar Rebo, Shanghai 201613,The People's
Fax; +49 2102 974-399 700/1006 Moo.9 Jakarta Timur, Republic of China
www.ntk-cutting-tools.com Tumbon Mappong, Indonesia
Amphur Panthong, Tel. ; +62-21-8710974 Tel.; +86-21-63857652
NTK CUTTING TOOLS UK Chonburi 20160 Thailand Fax ; +62-21-8710965 Fax; +86-21-63853690
Tel.; +66-38-109-305-10
a division of NGK SPARK PLUGS (U.K), LTD. Fax; +66-38-109-311 NTK CUTTING TOOLS TAIWAN www.ntkcuttingtools.com/cn/

Maylands Avenue, NTK CUTTING TOOLS KOREA a division of TAIWAN NGK SPARK PLUG CO., LTD.
Hemel Hempstead Herts.
HP2 4SD, U.K. a division of NTK TECHNICAL CERAMICS KOREA CO.,LTD. 3F, No.102,
Tel.; +44 1442-281-000 Dunhua North Rd.,
Fax; +44 1442-281-080 17, Bodeum 6-ro, Taipei City, 10595,
www.ntkcuttingtools.co.uk Seo-gu, Incheon Korea Taiiwan (R.O.C.)
Tel.; +82-32-456-6763 Tel.; +02-2717-3483#14
Fax; +82-32-456-6762 Fax; +02-2717-3330
www.kntktool.co.kr

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