ZCC Cutting Tools Europe GmbH
your Partner your Value
2019
2019
Catalogue
Version 2019
EN
Welcome to ZCC Cutting Tools Europe!
You now have the 2019 main catalogue of ZCC Cutting Tools in your hands. The entire ZCC-CT team are
pleased that you are giving us an opportunity to present our continually growing portfolio of tools, which can
make your production more cost-e cient.
Just one year after the previous version of the catalogue, we again have many newly available important and
well-engineered products and product upgrades for you to discover.
Added value through partnership is and remains both our standard and our promise to our customers. Our
services therefore go far beyond the content of this catalogue and include, in addition to the development
and testing of individual special solutions in the new Technical & Development Centre of our European head
o ce in Düsseldorf, a comprehensive range of services such as tool management and provision of tool data,
tool reconditioning and customised customer training. Please contact us about these services at any time.
You will find in Part A of this catalogue tools for turning, in Part B tools for milling and in Part C tools for
drilling. We have created separate catalogues for tool systems and boring tools. If you need additional
catalogues and further information, get in touch with your personal contact or our internal sales team at any
time.
We would like to thank you for the confidence you place in us and look forward to a very good working
relationship with you.
The team from ZCC Cutting Tools Europe will support you as your partner at any time.
Your ZCC Cutting Tools Europe GmbH
Turning
A
General turning A1-A336
Parting & grooving A337-A404
Threading A405-A446
Milling
B
Indexable milling B1-B256
Solid carbide milling B257-B462
Drilling
C
Indexable drills C1-C24
Solid carbide drills C25-C126
Solid carbide reamers C127-C140
Solid carbide threading tools C141-C164
Technical information
D
D1-D24
Index
E
E1-E8
A
2
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A1
A
General turning
Product overview A2-A11
Chip breaker overview A16-A25
Application fields of chip breakers A28-A29
Grade overview A32-A37
Application fields of grades A38-A40
ISO code – general turning inserts A42-A43
Conversion table metric/imperial A44
Negative inserts A45-A101
Positive inserts A102-A144
ISO code – PCBN & PCD inserts A146-A147
PCBN & PCD inserts A148-A172
Trouble shooting – PCBN & PCD A173
ISO code – ceramic inserts A174-A175
Ceramic inserts A176-A189
External tool holder overview A190-A193
ISO code – external tool holders A194-A195
External tool holders A197-A269
ISO code – external tool holders – Swiss turning A270-A271
External tool holders – Swiss turning A272-A279
Boring bar overview A280-A281
ISO code – boring bars A282-A283
Boring bars A284-A322
Recommended cutting data A324-A336
Trouble shooting A448
Technical information A447-A457
Carbide and cermet inserts
Double sided, negative – Finishing
Edge length
Page
CNEG-NF
CNMG-ADF
CNMG-DF
CNMG-EF
CNMG-SF
12 12 09 12 09 12 09 12
A46 A45 A45 A45 A45
Edge length
Page
DNEG-NF
DNEG-NGF
DNMG-ADF
DNMG-DF
DNMG-EF
DNMG-FM
DNMG-SF
15 15 15 11 15 11 15 15 11 15
A58 A58 A55 A55 A58 A58 A55
Edge length
Page
SNMG-ADF
SNMG-DF
SNMG-EF
SNMG-SF
12 12 09 12 15 09 12
A63 A63 A64 A63
Edge length
Page
TNMG-ADF
TNMG-DF
TNMG-EF
TNMG-FM
TNMG-SF
16 16 22 11 16 22 16 11 16 22
A78 A78 A80 A80 A79
Edge length
Page
VNEG-NF
VNEG-NGF
VNMG-ADF
VNMG-DF
VNMG-EF
VNMG-SF
16 16 16 16 16 16
A90 A91 A90 A90 A90 A91
Edge length
Page
WNEG-NF
WNMG-ADF
WNMG-DF
WNMG-EF
WNMG-NF
WNMG-SF
08 08 06 08 06 08 06 06 08
A95 A94 A94 A95 A95 A94
Double sided, negative, Wiper – Finishing
Edge length
Page
CNMG-WG
DNMX-WG
TNMX-WG
WNMG-WG
12 11 15 16 08
A45 A55 A78 A95
General turning Product overview
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A2
Carbide and cermet inserts
Double sided, negative – Medium machining
Edge length
Page
CNMG
CNMG-DM
CNMG-EG
CNMG-EM
CNMG-NM
CNMG-PM
CNMG-TC
CNMG-ZM
12 16 19 09 12 16 19 12 12 16 12 09 12 16 19 12 16 12
A54 A47 A47 A47 A49 A46 A49 A48
Edge length
Page
DNMG-DM
DNMG-EG
DNMG-EM
DNMG-NM
DNMG-PM
DNMG-TC
DNMG-ZM
11 15 15 11 15 15 11 15 15 15
A56 A59 A59 A59 A56 A59 A57
Edge length
Page
RNMG
SNMG
SNMG-DM
SNMG-EG
SNMG-EM
SNMG-NM
SNMG-PM
SNMG-TC
12 12 25 09 12 15 19 12 12 15 12 09 12 15 19 12 15
A99 A74 A66 A66 A67 A68 A65 A67
Edge length
Page
TNMG
TNMG-DM
TNMG-EG
TNMG-EM
TNMG-PM
TNMG-TC
TNMG-ZM
16 22 27 33 11 16 22 16 16 22 11 16 22 16 22 16
A88 A81 A83 A83 A81 A83 A82
Edge length
Page
VNMG
VNMG-DM
VNMG-PM
VNMG-EM
VNMG-NM
VNMG-TC
VNMG-SNR
VNMG-ZM
16 16 16 16 16 16 16 16
A92 A92 A93 A92 A92 A93 A93 A93
Edge length
Page
WNMG-DM
WNMG-EG
WNMG-EM
WNMG-NM
WNMG-PM
WNMG-TC
WNMG-ZM
06 08 08 06 08 08 06 08 08 08
A96 A96 A96 A98 A97 A98 A97
Double sided, negative – Medium machining to roughing
Edge length
Page
CNMA
DNMA
SNMA
SNUN
TNMA
WNMA
12 16 19 15 12 15 19 12 19 25 16 22 06 08
A54 A61 A75 A77 A89 A98
Product overview General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A3
Carbide and cermet inserts
Double sided, negative – Roughing
Edge length
Page
CNMG-DR
CNMG-ER
CNMG-SNR
DNMG-DR
DNMG-ER
DNMG-SNR
SNMG-DR
SNMG-ER
12 16 19 25 12 16 19 12 16 19 15 15 15 12 15 19 25 12 15 19
A49 A51 A50 A60 A61 A60 A68 A69
Edge length
Page
TNMG-DR
TNMG-ER
WNMG-DR
16 22 27 16 22 06 08
A84 A85 A98
Single sided, negative – Roughing
Edge length
Page
CNMM
CNMM-DR
CNMM-ER
CNMM-HDR
CNMM-HPR
CNMM-LR
12 19 12 16 19 25 25 12 16 19 25 19 25 12 16 19 25
A53 A51 A51 A53 A53 A52
Edge length
Page
DNMM-DR
DNMM-ER
DNMM-HDR
DNMM-LR
15 15 15 15
A62 A62 A62 A62
Edge length
Page
SNMM
SNMM-DR
SNMM-ER
SNMM-HDR
SNMM-HPR
SNMM-LR
12 19 25 15 19 25 25 12 15 19 25 19 25 12 15 19 25
A74 A70 xxx A72 A73 A71
Edge length
Page
TNMM
TNMM-DR
TNMM-HDR
TNMM-LR
16 22 27 16 22 27 22 27 16
A89 A85 A87 A85
Special form – Roughing
Edge length
Page
175.32-22 · 227
175.32-24
175.32-25
175.32-28 · 31
KNUX
16
A101 A101 A101 A101 A100
General turning Product overview
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A4
Carbide and cermet inserts
Positive – Fine-finishing
Edge length
Page
CCGT-SF
CCGT-USF
CPGT-SF
DCGT-SF
DPGT-SF
DCGT-USF
06 09 09 06 09 07 11 07 11 07 11
A102 A102 A110 A111 A117 A112
Edge length
Page
TBGH
TCGT-SF
TCGT-USF
TPGH
TPGT-SF
06 06 09 11 11 09 11 09 11
A125 A126 A126 A132 A133
Edge length
Page
VBGT-SF
VCGT-SF
VCGT-USF
VPGT-USF
11 11 16 11 11
A141 A134 A135 A139
Positive – Finishing
Edge length
Page
CCMT-AHF
CCMT-EF
CCMT-HF
CPGT
CPMT-HF
06 09 12 06 09 12 06 09 12 05 06
A103 A105 A103 A104 A110
Edge length
Page
DCMT-AHF
DCMT-EF
DCMT-HF
SCMT-AHF
SCMT-EF
SCMT-HF
07 11 07 11 07 11 09 09 09
A111 A113 A113 A120 A120 A121
Edge length
Page
TCMT-AHF
TCMT-EF
TCMT-HF
11 16 09 11 16 09 11 16
A127 A128 A127
Edge length
Page
VBET-NF
VBET-NGF
VBMT-AHF
VBMT-EF
VBMT-HF
16 16 16 11 16 11
A140 A142 A140 A140 A140
Product overview General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A5
Carbide and cermet inserts
Positive – Finishing
Edge length
Page
VCGT
VCGT-HF
VCGT-NF
VCMT-EF
13 11 16 16
A135 A134 A134 A138
Positive – Medium machining
Edge length
Page
CCMT-EM
CCMT-HM
CCMW
CPGW
CPMT-HM
06 09 12 06 09 12 09 12 06 09
A105 A106 A107 A110 A110
Edge length
Page
DCMT-EM
DCMT-HM
DCMW
07 11 07 11 11
A113 A114 A115
Edge length
Page
SCMT-EM
SCMT-HM
SPMW
09 12 09 12 09 12
A120 A121 A124
Edge length
Page
TCMT
TCMT-EM
TCMT-HM
TCMW
VBMT-EM
VBMT-HM
VCMT-EM
22 09 11 16 09 11 16 16 11 16 16 16
A130 A128 A129 A129 A142 A142 A138
Positive – Roughing
Edge length
Page
CCMT-HR
CCMT-TC
DCMT-HR
RCMT · RCGT
RCMX
RCMX-PV
SCMT-HR
TCMT-HR
06 09 12 06 09 12 11
08 10 12 16 20 25 08 10 12 16 20 25 32
32 09 12 09 11 16 22
A107 A107 A115 A118 A119 A119 A122 A129
General turning Product overview
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A6
Carbide and cermet inserts
Positive – Roughing
Edge length
Page
VBMT-HR
VBMT-SNR
16 16
A143 A143
Positive – Aluminium machining
Edge length
Page
CCGX-LC
CCGX-LH
DCGX-LC
DCGX-LH
RCGX-LH
06 09 12 06 09 12 07 11 07 11 08 12
A108 A108 A115 A116 A118
Edge length
Page
SCGX-LC
SCGX-LH
TCGX-LC
TCGX-LH
VCGX-LC
VCGX-LH
09 12 09 12 09 11 16 09 11 16 11 16 22 11 16 22
A122 A123 A131 A131 A136 A137
PCBN & PCD
Negative
Edge length
Page
CNGA
DNGA
SNGA
TNGA
VNGA
WNGA
12 15 12 16 16 08
A148 A149 A150 A151 A152 A153
Edge length
Page
CNGN
RNGN
SNGN
WNGN
12 12 12 15 08
A159 A162 A160 A161
Positive
Edge length
Page
CCGW
DCGW
TCGW
VBGW
VCGW
06 09 12 07 11 11 16 16 16
A164 A166 A156 A170 A172
Product overview General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A7
PCBN & PCD
Positive
Edge length
Page
CCGT
DCGT
TCGT
VCGT
06 09 12 07 11 11 16 16
A163 A165 A167 A171
Ceramic inserts
Negative
Edge length
Page
CNGA
CNGN
CNGX
DNGA
DNGN
DNGX
12 16 12 16 12 15 15 15
A176 A177 A178 A179 A180 A181
Edge length
Page
RNGN
SNGA
SNGN
SNGX
TNGA
TNGN
WNGA
09 12 15 19 25 12 12 15 19 12 16 22 16 22 08
A187 A182 A184 A183 A185 A186 A188
General turning Product overview
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A8
External tool holders
Holder with double clamping
Angle
Page
DCLNR/L
DDJNR/L
DSBNR/L
DTGNR/L
DVJNR/L
DVVNN
DWLNR/L
95° 93° 75° 90° 93° 72.5° 95°
A197 A198 A199 A200 A202 A201 A203
Holder with knee lever clamping
Angle
Page
PCBNR/L
PCLNR/L
PDJNR/L
PDNNR/L
PSBNR/L
PSDNN
PSKNR/L
PSSNR/L
75° 95° 93° 63° 75° 45° 75° 45°
A204 A205 A206 A207 A208 A210 A211 A212
Angle
Page
PTFNR/L
PTGNR/L
PTTNR/L
PWLNR/L
91° 90° 60° 95°
A213 A215 A214 A217
Holder with multi clamping
Angle
Page
MCBNR/L
MCLNR/L
MDJNR/L
MDPNN
MRDNN
MRGNR/L
MSBNR/L
MSDNN
75° 95° 93° 62.5° 45° 90° 75° 45°
A218 A219 A220 A221 A233 A234 A222 A225
Angle
Page
MSKNR/L
MSRNR/L
MTFNR/L
MTGNR/L
MTJNR/L
MTJNR/L-Z
MVJNR/L
MVVNN
75° 75° 90° 90° 93° 93° 93° 72.5°
A224 A223 A229 A226 A227 A228 A231 A230
Angle
Page
MWLNR/L
95°
A232
Product overview General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A9
External tool holders
Holder with screw clamping
Angle
Page
SCACR/L
SCLCR/L
SDACR/L
SDJCR/L
SDNCN
SRDCN
SRGCR/L
SSBCR/L
90° 95° 90° 93° 63° 45° 90° 75°
A235 A236 A237 A238 A239 A254 A255 A245
Angle
Page
SSDCN
SSKCR/L
SSSCR/L
STACR/L
STFCR/L
STGCR/L
STTCR/L
SVABR/L
45° 75° 45° 90° 90° 90° 60° 90°
A246 A247 A248 A249 A250 A251 A252 A241
Angle
Page
SVJBR/L
SVJCR/L
SVVBN
SVVCN
SWACR/L
93° 93° 72.5° 72.5° 90°
A240 A244 A242 A243 A253
Holder with top clamping
Angle
Page
CKJNR/L
CKNNR/L
93° 63°
A256 A257
Tool holder for ceramic inserts and solid CBN inserts
Angle
Page
CCLNR/L
CDJNR/L
CRDNN
CSDNN
CSKNR/L
CSRNR/L
CTJNR/L
CTUNR/L
95° 93° 45° 45° 75° 75° 93° 93°
A258 A260 A264 A265 A262 A263 A259 A261
Angle
Page
JCLNR/L
JDJNR/L
JSDNN
95° 93° 45°
A266 A267 A268
General turning Product overview
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A10
External tool holders
Swiss turning
Angle
Page
SCACR/L-SC
SCLCR/L-SC
SDACR/L-SC
SDHCR/L-SC
SDJCR/L-SC
SDNCN-SC
SVACR/L-SC
SVJCR/L-SC
90° 95° 90° 107.5° 93° 63° 90° 93°
A272 A273 A274 A275 A276 A277 A278 A279
Boring bars
Steel boring bars with knee lever clamping
Angle
Page
PCLNR/L
PDSNR/L
PDUNR/L
PSKNR/L
PTFNR/L
PWLNR/L
95° 45° 93° 75° 90° 95°
A284 A286 A287 A289 A290 A291
Steel boring bars with screw clamping
Angle
Page
SCFCR/L
SCLCR/L
SCLPR/L
SDQCR/L
SDQPR/L
SDUCR/L
SDUPR/L
SDZCR/L
90° 95° 95° 107.5° 107.5° 93° 93° 95°
A310 A293 A306 A295 A307 A296 A308 A297
Angle
Page
SSKCR/L
STFCR/L
STUPR/L
SVQBR/L
SVQCR/L
SVUBR/L
SVUCR/L
75° 90° 93° 107.5° 107.5° 93° 93°
A298 A300 A309 A304 A302 A305 A303
Solid carbide boring bars with screw clamping
Angle
Page
SCLCR/L
SCLPR/L
SDQCR/L
SDQPR/L
SDUCR/L
SDUPR/L
STFCR/L
STFPR/L
95° 95° 107.5° 107.5° 93° 93° 90° 90°
A313 A312 A315 A314 A317 A316 A319 A320
Angle
Page
STUPR/L
SVQCR/L
SVUCR/L
93° 107.5° 93°
A318 A321 A322
Product overview General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A11
-ADF
-AHF
New
ADF
AHF
ADF & AHF
A
12
Ground, double sided chip breaker with good chip control. Wide range
of application due to excellent balance of sharpness and cutting edge
stability.
Negative inserts
e.g. CNMG ...
Positive inserts
e.g. CCMT ...
Optimised geometry series especially for machining of steel
and stainless steel.
Ground, single sided chip breaker with good chip control. Wide range
of application due to excellent balance of sharpness and cutting edge
stability.
Chip breaker
Range of chip breaker
Depth of cut [mm]
Feed rate [mm]
Finishing to medium machining
ZM
New
-ZM
ZM
A
13
Double sided chip breaker for medium machining. Wide range of
application due to stable cutting edge and large rake angle. Very
suitable for machining of steel.
Chip breaker
Range of chip breaker
Depth of cut [mm]
Feed rate [mm/rev]
Finishing to medium
machining
PM
05
PM
15
25
35
YBM153F
YBM253F
YBC152F
YBC252F
YBC052F
YBC352F
A
14
The revolution in wear identication
Easy choice on the basis of the table without any further knowledge
and without looking at the insert box.
The colour of the cutting edge
indicates the grade, such as P15.
The colour of the inner ring indi-
cates the application range.(P/M)
Recommended for wet machining
SERIES
-NGF
-SNR
New
NGF & SNR
A
15
Chip breaker
Special chip breaker series for machining of heat-resistant
alloys.
Double sided chip breaker with ground cutting edge and large rake
angle for nishing. E-tolerance for high repeatability.
Double sided chip breaker for roughing. Wide range of application due
to excellent balance of sharpness and cutting edge stability.
Negative inserts
Finishing
SF PMK
Double sided chip breaker in combination with cermet grades. Geometry with high sharpness for improved chip control
and great surface quality. Ideal for machining with small cutting depths and feed rates.
DF PK
Double sided chip breaker with good chip control. Suitable for finishing and medium machining of steel and cast iron.
ADF PM
Ground, double sided chip breaker with good chip control. Wide range of application due to excellent balance of
sharpness and cutting edge stability.
EF MS
Double sided chip breaker with sharp cutting edge and large rake angle for finishing of stainless steel.
NF SM
Double sided chip breaker with ground cutting edge and large rake angle for finishing. E-tolerance for high repeatability.
General turning Chip breaker overview
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A16
Negative inserts
Finishing
NGF SM
Double sided chip breaker with ground cutting edge and large rake angle for finishing. E-tolerance for high repeatability.
Wiper
WG PMK
Double sided chip breaker with wiper geometry. Allows to double the feed rate and improves the surface quality.
Medium machining
DM PK
Double sided chip breaker for medium machining. Wide range of application due to excellent balance of sharpness and
cutting edge stability.
ZM P
Double sided chip breaker for medium machining. Wide range of application due to stable cutting edge and large
rake angle. Very suitable for machining of steel.
PM PK
Double sided chip breaker for medium machining. Wide range of application in steel and cast iron.
Chip breaker overview General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A17
Negative inserts
Medium machining
TC KP
Double sided chip breaker with surrounding cutting edge. Process reliable machining due to highest cutting edge
stability.
NM SM
Double sided chip breaker with ground cutting edge and large rake angle for medium machining of heat-resistant
materials.
EM MS
Double sided chip breaker with sharp cutting edge and large rake angle. Process reliable medium machining of stainless
steel.
EG MS
Double sided chip breaker with grinded cutting edge and large rake angle. Wide range of application for medium
machining of stainless steel.
Basic PK
Double sided chip breaker with surrounding cutting edge for universal machining of steel and cast iron.
General turning Chip breaker overview
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A18
Negative inserts
Roughing
DR double sided PK
Double sided chip breaker with positive rake angle and stable cutting edge for light to medium roughing of steel and cast
iron.
DR single sided PK
Single sided chipbreaker with positive rake angle and stable cutting edge for light to medium roughing of steel and cast
iron.
LR PM
Single sided chip breaker with curved cutting edge and unique bumpy geometry. Low cutting pressure for process
reliable machining. Light roughing of steel and stainless steel.
ER double sided MS
Double sided chip breaker with large rake angle for low cutting forces. Suitable for roughing of stainless steel.
ER single sided MS
Single sided chip breaker with large rake angle for low cutting forces. Suitable for roughing of stainless steel.
Chip breaker overview General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A19
Negative inserts
Roughing
HDR PM
Single sided chip breaker with high cutting edge stability and deformation resistance. Excellent for roughing with high
cutting depths in steel and stainless steel.
HPR PK
Single sided chip breaker with high cutting edge stability and large chip space. Excellent for heavy roughing in steel and
cast iron.
Flat K
Double sided insert without chip breaker. Stable cutting edge design, due to missing microgeometry. Excellent for
roughing in cast iron.
SNR SM
Double sided chip breaker for roughing. Wide range of application due to excellent balance of sharpness and cutting
edge stability.
PCBN & PCD inserts
Flat NH
With brazed CBN or PCD cutting edge. For machining of hardened steel (CBN) or non-ferrous metals (PCD).
General turning Chip breaker overview
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A20
Negative inserts
PCBN & PCD inserts
Flat HK
Solid CBN insert for machining od steel and cast iron.
Ceramic inserts
Flat KH
Ceramic inserts for machining of low hardened steel and cast iron.
Positive inserts
Fine-finishing
USF PM
Single sided chip breaker for fine finishing. Sharp cutting edge with large hollow flute, excellently suitable for machining
small work pieces. G-tolerance for high repeatability.
R/L PM
Single sided chip breaker for fine finishing. Excellent for high surface quality. G-tolerance for high repeatability.
SF PM
Single sided chip breaker in combination with cermet grades. Geometry with high sharpness for improved chip control
and great surface quality. Ideal for machining with small cutting depths and feed rates.
Chip breaker overview General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A21
Positive inserts
Finishing
HF PK
Single sided chip breaker with good chip control. Suitable for finishing to medium machining of steel and cast iron.
AHF PM
Ground, single sided chip breaker with good chip control. Wide range of application due to excellent balance of
sharpness and cutting edge stability.
EF MS
Single sided chip breaker with sharp cutting edge and large rake angle for finishing of stainless steel.
NF MS
Single sided chip breaker with ground cutting edge and large rake angle for finishing. E-tolerance for high repeatability.
NGF MS
Single sided chip breaker with ground cutting edge and large rake angle for finishing. E-tolerance for high repeatability.
General turning Chip breaker overview
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A22
Positive inserts
Medium machining
TC KP
Single sided chip breaker with encircling cutting edge. Process reliable machining due to highest cutting edge stability.
HM PK
Single sided chip breaker for medium machining. Wide range of application due to excellent balance of sharpness and
cutting edge stability.
EM MS
Single sided chip breaker with sharp cutting edge and large rake angle. Process reliable medium machining of stainless
steel.
Basic PK
Single sided chip breaker with encircling cutting edge for universal machining of steel and cast iron.
Roughing
Flat K
Single sided insert without chip breaker. Stable cutting edge design due to missing microgeometry. Excellent for
roughing in cast iron.
Chip breaker overview General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A23
Positive inserts
Roughing
HR PK
Single sided chip breaker with positive rake angle and stable cutting edge for light to medium roughing of steel and cast
iron.
SNR SM
Single sided chip breaker for roughing. Wide range of application due to excellent balance of sharpness and cutting edge
stability.
Basic PK
Single sided chip breaker with encircling cutting edge for universal machining of steel and cast iron.
Aluminium machining
LC N
Single sided chip breaker with excellent cutting edge design. Sharp cutting edge with positive rake angle. G-tolerance for
high repeatability.
LH N
Single sided chipbreaker for machining of cast aluminium alloys. Sharp cutting edge with positive rake angle. G-tolerance
for high repeatability.
General turning Chip breaker overview
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A24
Positive inserts
PCBN & PCD inserts
Flat NH
With brazed CBN or PCD cutting edge. For machining of hardened steel (CBN) or non-ferrous metals (PCD).
Chip breaker overview General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A25
General turning Chip breaker overview
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A26
Notes
A
27
A
B
C
D
E
2,0
1,8
1,6
1,4
1,2
1,0
0,8
0,6
0,4
0,2
0,05 0,10 0,15 0,20 0,25 0,30
2,0
1,8
1,6
1,4
1,2
1,0
0,8
0,6
0,4
0,2
00,05 0,10 0,15 0,20 0,25 0,30
General turningApplication elds of chip breakers
MillingDrilling
Technical
Information
Index Turning
A
B
C
D
E
Application elds of chip breakers determination
Application elds
General turning
Example
Insert:
Holder:
Material:
Vc :
CNMG120408-DF
PCLNL2525M12
Acier C45
200 m/min
f [mm/rev]
ap [mm]
ap [mm]
f [mm/rev]
A
28
A
B
C
D
E
EF
EM EG
ER
NGF
SNR
NF
NM
HDR
HPR
PM
TC ZM
DM
DF
ADF
LR
MillingDrilling
Technical
Information
Index Turning
General turning Application elds of chip breakers
Cutting depth [mm]Cutting depth [mm]Profondeur de coupe [mm]
Cutting depth [mm]Cutting depth [mm]
Negative inserts
Feed rate [mm/rev]
Finishing to medium machining
Feed rate [mm/rev]
Finishing to roughing
Feed rate [mm/rev]
Medium machining
Feed rate [mm/rev]
Roughing
Feed rate [mm/rev]
Finishing to roughing
DR
double sided
DR one sided
A
29
A
B
C
D
E
USF
R/L
SF
HF
AHF
USF
EM
EF
LC
LH
HM
HR
MillingDrilling
Technical
Information
Index
General turningApplication elds of chip breakers
Turning
Cutting depth [mm]Cutting depth [mm]Cutting depth [mm]
Cutting depth [mm]Cutting depth [mm]
Positive inserts
Feed rate [mm/rev]
Fine-nishing
Feed rate [mm/rev]
Finishing to medium machining
Feed rate [mm/rev]
Finishing to medium machining
Feed rate [mm/rev]
Finishing to medium machining
Feed rate [mm/rev]
Medium machining to roughing
New
YBG101
YBG101
A
30
Turning grades for aluminum
PVD coated N05–N20 carbide substrate for nishing to medium application
in aluminum material. Coating only on the top face, in combination with the
aluminum chip breaker, prevents build up edges and gives a smooth cut.
Wear resistance
Super nishing Finishing Semi-nishing Roughing
YB9320
New
YB7315
New
YB7315
YB9320
A
31
PVD multilayer coated M10–M25/P10–P30 carbide substrate for nishing
to medium application of stainless steel, super alloy and steel (grooving/
milling). Optimized coating stability for higher wear resistance and
thermal stability in a wide application eld.
PVD coated cemented carbide
For high ecient machining of cast irons
CVD coated K10–K25 carbide substrate. Optimized for medium to
roughing operation of cast iron. Improved wear resistance and toughness
at high cutting speed.
Wear resistance
Super nishing Finishing Semi-Finishing Roughing
Wear resistance
Finishing Semi nishing Roughing
Coated cemented carbide CVD
Grade ISO Micro structure Grade description
YB6315 P10 – 20
CVD coated P10–P20 carbide grade for finishing to medium operation of steel, casting
steel and high chrome material. Outstanding performance under high cutting speed and
temperature with excellent wear resistance.
YBC152 P10 – 20
CVD coated P10–P20 carbide grade for finishing to medium operation of steel and casting
steel. Outstanding performance under higher cutting speed and temperature with
excellent wear resistance.
YBC251 P20 - P35 CVD coated P20–P35 carbide grade for medium operation to roughing of steel and casting
steel in lower cutting speed.
YBC252 P20 - P35
CVD coated P20–P35 carbide grade for medium operation to roughing of steel and casting
steel. Optimal performance of wear resistance and toughness for a wide application
field.
YBC351 P20 - P40 CVD coated P20–P40 carbide grade for roughing operation of steel and casting steel in
lower cutting speed.
YBC352 P20 - P40 CVD coated P20–P40 carbide grade for roughing operation of steel and casting steel.
Optimal performance of wear resistance and toughness for a wide application field.
YBM153 M10 - M25 CVD coated M10–M25 carbide grade for finishing to medium application in stainless steel.
High wear resistance and capability against plastic deformation at higher cutting speed.
YBM253 M15 - M35
CVD coated M15–M35 carbide grade for medium to roughing operation in stainless
steel with wide application field. High wear resistance and capability against plasctic
deformation at higher cutting speed.
General turning Grade overview
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A32
Coated cemented carbide CVD
Grade ISO Micro structure Grade description
YBD052 K05 - K15 CVD coated K05–K15 carbide grade for cast iron material, special grey cast iron. Excellent
wear resistance in higher cutting speed and dry machining.
YBD102 K05 - K20 CVD coated K05–K20 carbide substrate. Optimized for medium operation of cast iron,
special nodular cast iron and hard steel at high cutting speed.
YB7315 K10 - K25 CVD coated K10–K25 carbide substrate. Optimized for medium to roughing operation of
cast iron. Improved wear resistance and toughness at high cutting speed.
YBD152 K10 - K25 CVD coated K10–K25 carbide substrate. Optimized for medium to roughing operation of
cast iron. Good wear resistance and toughness at higher cutting speed.
YBD152C K10 - K25
Thick Al2O3 CVD coated K05–K25 carbide substrate. Optimized for medium to roughing
operation of cast iron. Higher wear resistance and toughness at higher cutting speed in
combination with TC chip breaker.
Coated cemented carbide PVD
Grade ISO Micro structure Grade description
YBG102 S05 - S15
PVD coated S05–S15 carbide substrate for finishing to medium application of super alloy
material, stainless steel and aluminum. Good wear resistance in a wide application
field.
YBG105 S05 - S20
PVD multilayer coated S05–S20 carbide substrate for finishing to medium application of
super alloy material but also stainless steel. Good wear resistance and thermal stability
in a wide application field.
Grade overview General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A33
Coated cemented carbide PVD
Grade ISO Micro structure Grade description
YBG202 P10 - P30
M10 - M25
PVD coated M10–M25/P10–P30 carbide substrate for finishing to medium application of
stainless steel and steel (milling). Good wear resistance in a wide application field.
YBG205
P10 - P30
M20 - M40
S15-S25
PVD multilayer coated M20–M40/S15–S25/P10–P30 carbide substrate for finishing to
medium application of stainless steel, super alloy and steel (milling). Good wear
resistance and thermal stability in a wide application field.
YB9320 P10 - P30
M10 - M25
PVD multilayer coated M10–M25/P10–P30 carbide substrate for finishing to medium
application of stainless steel, super alloy and steel (grooving/milling). Optimized coating
stability for higher wear resistance and thermal stability in a wide application fi
YBG302 P15 - P30
M25 - M40
PVD coated M25–M40/P15–P30 carbide substrate for medium roughing application of
stainless steel and steel (milling). Good wear resistance and toughness.
YBG101 N05 - N20
PVD coated N05–N20 carbide substrate for finishing to medium application in aluminum
material. Coating only on the top face, in combination with the aluminum chip breaker,
prevents build up edges and gives a smooth cut.
Ceramic
Grade ISO Micro structure Grade description
CA1000 K10 - K25
H10 - H25
Uncoated H10–H25/K10–K25 mixed ceramic grade for finishing to medium operation in
hardened steel and nodular cast iron. Good wear resistance and toughness.
CN1000 K05 - K15 Uncoated K05-K15 Si3N4 ceramic grade for finishing to medium operation in grey cast
iron. Good wear resistance and thermal stability.
General turning Grade overview
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A34
Ceramic
Grade ISO Micro structure Grade description
CN2000 K10 - K30 Uncoated K10–K30 Si3N4 Ceramic grade for medium operation in grey cast iron also with
interrupted cut. Good wear resistance, toughness and thermal stability.
Uncoated cemented carbide
Grade ISO Micro structure Grade description
YD101 N05 - N20
K05 - K20
Uncoated N05–N20/K05–K20 carbide substrate for fine to medium application in
aluminum and other material.
YD201 N10 - N30
K10 - K30
Uncoated N10–N30/K10–K30 carbide substrate for medium application in aluminum and
other material.
CBN
Grade ISO Micro structure Grade description
YCB111 H01 - H10 Uncoated, brazed H01–H10 CBN grade for fine finishing operation in hardened steel with
continuous cut. High wear resistance and productivity at higher cutting speed.
YCB121 H10 - H25
Uncoated, brazed H10–H25 CBN grade for fine to medium application in hardened steel
from continuous to light interrupted cut. Good wear resistance and toughness
for universal use.
YCB131 H20 - H35
Uncoated, brazed H20–H35 CBN grade for fine to medium application in hardened steel
with interrupted cut. Good wear resistance and optimized toughness for safe
process.
Grade overview General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A35
CBN
Grade ISO Micro structure Grade description
YCB211 K10 - K25 Uncoated, brazed K10–K25 CBN grade for fine to medium machining of cast iron. Good
wear resistance and thermal conductivity.
YZB121 H10 - H25 Uncoated H10–H25 solid CBN grade for medium application in hardened steel, HSS or
bearing steel also in light interrupted cut. Good wear resistance and toughness.
YZB221 K10 - K25
Uncoated K10–K25 solid CBN grade for medium application in grey cast iron, nodular cast
iron and Ni/Cr basic alloy., also in light interrupted cut. Good wear resistance and thermal
conductivity.
YZB231 K20 - K30
Uncoated K20–K30 solid CBN grade for medium to roughing application in grey cast iron
and nodular cast iron in interrupted cut. Good wear resistance, toughness and thermal
conductivity.
PCD
Grade ISO Micro structure Grade description
YCD421 N01 - N10
Uncoated, brazed N01–N10 PCD grade for fine finishing operation of aluminum alloys less
than 12 % Si, composites, copper/magnesium and other alloys. Medium grain size grade
with good wear resistance for a wide application field.
Cermet
Grade ISO Micro structure Grade description
YNG151 P05 – P15 Uncoated P05–P15 cermet grade for fine finishing operation of steel and stainless steel.
Good resistance against plastic deformation for good surface finishing.
General turning Grade overview
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A36
Cermet
Grade ISO Micro structure Grade description
YNG151C P05 – P15
PVD coated P05–P15 cermet grade for fine finishing operation of steel and stainless
steel. Good wear resistance and capability against plastic deformation for good surface
roughness.
YNT251 P10 - P25
Uncoated P10–P25 cermet grade for fine finishing to medium operation of steel and
stainless steel. Good wear resistance and toughness. Suitable also in light interrupted
cut.
Grade overview General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A37
A
38
A
B
C
D
E
YBD052
P 05 - 10 P 10 - 15 P 20 - 25 P 30 - 35
YBC052
YBM153
YBM253
P
MK
YBC152
YBC252
YBC251
YB7315
M10 M20 M30 M40 K 05 - 15 K 20 - 25 K 30 - 35
YBD152/
YBD152C
YBD102
YBC352
YBC351
YB6315
General turning
MillingDrilling
Technical
Information
Index Turning
Application elds of grades
CVD grades for steel, stainless steel and cast iron
Wear resistanceWear resistance
Wear resistance
Fine-nishing Finishing Medium machining Roughing
Fine-
nishing
Finishing Medium
machining
Roughing Finishing Medium
machining
Roughing
A
39
A
B
C
D
E
YBG105
YBG102
YPD201
S
S05 S10 S20 S30
N01 N10 N15 N25
YB9320
YBG105
YNG151C
YNT251
YCD421
YBG101
YBG102
YD201
M
PN
YBG205
YD101
M05 M10 M20 M30
P 05 - 15 P 20 - 25 P 30 - 35
YNG151
General turning
MillingDrilling
Technical
Information
Index
Application elds of grades
Turning
PVD grade for stainless steel and heat-resistant alloys
Wear resistance
Wear resistanceWear resistance
Wear resistance
Cermet grades for steel Turning grades for non-ferrous metals
Fine-
nishing
Finishing Medium
machining
Roughing
Fine-
nishing
Finishing Medium
machining
Rouhging
Fine-
nishing
Finishing Medium
machining
Roughing
Finishing Medium
machining
Roughing
A
40
A
B
C
D
E
ISO HC1 (CVD) HC1 (PVD) HT HC2Ceramic HW CBN PCD
P
P01
P10
P20
P30
P40
M
M01
M10
M20
M30
M40
K
K01
K10
K20
K30
N
N01
N10
N20
N30
S
S01
S10
S20
S30
H
H01
H10
H20
H30
YZB231
YBG102
YCD421
YD101
YD201
YB9320
YBG105
YBG205
YNT251
YNG151C
YCB111YCB121
YZB121
YBG102
YBG202
YCB131
YB6315
YBC152
YBC251
YNG151
YNG151C
CA1000
YNT251
YBC351
YBC352
YBC252
YBG105
YBG205
YB9320
YBG202
YNG151
YNG151C
YBM153
YBM253
YBD152C
YBD152
YBD102
YBD052
YB7315
CN1000
CN2000
YD201
YCB211
YZB221
HC1
HT
HC2
HW
M
KH
N
S
P
General turning
MillingDrilling
Technical
Information
Index Turning
Application elds of grades
Application fields of grades – general turning
HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Heat-resistant alloys
Hardened materials
Non-ferrous metals
Steel
Stainless steel
Cast iron
A
41
A
42
A
B
C
D
E
A85° B82° C80°
D55° E75° H
K55° L M 86°
O P R
S T T 75°
V35° W80° Z
1
m
I.C
m
I.C m
I.C S
Code I.C [mm] m [mm] S [mm]
A±0,025 ±0,005 ±0,025
C±0,025 ±0,013 ±0,025
E±0,025 ±0,025 ±0,025
F±0,013 ±0,005 ±0,025
G±0,025 ±0,025 ±0,130
H±0,013 ±0,013 ±0,025
J±0,05–0,15 ±0,005 ±0,025
K±0,05–0,15 ±0,013 ±0,025
L±0,05–0,15 ±0,025 ±0,025
M±0,05–0,15 ±0,08–0,20 ±0,130
N±0,05–0,15 ±0,08–0,20 ±0,025
U±0,08–0,25 ±0,13–0,38 ±0,130
3
A
B
C
D15°
E20° F25°
G30° N
P11° O
2
I.C
[mm] lldlllll
CDRSTVWK
3,97 06
5,0 05
5,56 09
6,0 06
6,35 06 07 11 11
8,0 08
9,525 09 11 09 09 16 16 06 16
10,0 10
12,0 12
12,7 12 15 12 12 22 22 08
15,875 16 15 15 27
16,0 19 16
19,05 19 19 19 33
20,0 20
25,0 25 25 25
25,4 25 25
31,75 31
32 32
5
T N M G 22 04 08 (N) DM
12345678 9
A B
> 65°
C
> 65°
F
G H
> 65°
J> 65° M
N Q
≤ 65°
R T
≤ 65°
U
≤ 65°
W
≤ 65°
X
4
General turning ISO code – general turning inserts
MillingDrilling
Technical
Information
Index Turning
Insert shape
Special
Clearance angle
Special
Fastening features (metric)
Insert shape
Special
Tolerance class
Cutting edge length l [mm]
Insert shape
ISO standard
A
43
A
B
C
D
E
9
r
Code r
00
02 0,2
04 0,4
08 0,8
12 1,2
16 1,6
20 2,0
24 2,4
32 3,2
X
MO
7
S S
Code S Code S
00 0,79 T5 5,95
T0 0,99 06 6,35
01 1,59 T6 6,75
T1 1,98 07 7,94
02 2,38 09 9,52
T2 2,58 T9 9,72
03 3,18 11 11,11
T3 3,97 12 12,70
04 4,76
T4 4,96
05 5,56
6
TNMG432(N) DM
123456789
L
R
N
8
Code [mm]
26.35 0.250
39.525 0.375
412.7 0.500
515.875 0.625
619.05 0.750
825.4 1.000
5
Code [mm]
23.18 0.125
34.76 0.187
46.35 0.250
57.94 0.313
69.52 0.375
6
Code [mm]
00.2 0.008
10.4 0.016
20.8 0.031
31.2 0.047
41.6 0.063
52.0 0.079
62.4 0.094
7
General turningISO code – general turning inserts
MillingDrilling
Technical
Information
Index Turning
ANSI standard
Inner circle
Pouce
Insert thickness
Pouce
Nose radius
Pouce
Chip breaker overview
(on page A16)
Nose radius r [mm]
Special
Round inserts
Insert thickness S [mm]
Cutting direction
A
44
A
B
C
D
E
06T304 3(2.5)1
06T308 3(2.5)2
06T312 3(2.5)3
060404 331
060408 332
060412 333
080404 431
080408 432
080412 433
113304 221
110308 222
160404 331
160408 332
160412 333
220404 431
220408 432
220412 433
220416 434
270608 542
270612 543
270616 544
090304 321
090308 322
090312 323
120404 431
120408 432
120412 433
120416 434
150608 542
150612 543
150616 544
190412 633
190424 636
190612 643
190616 644
250724 856
250732 858
250924 866
250932 868
090304 321
090308 322
120404 431
120408 432
120412 433
120416 434
160608 542
160612 543
160616 544
190608 642
190612 643
190616 644
190624 646
250724 856
250732 858
250924 866
250932 868
110404 331
110408 332
110412 333
150404 431
150408 432
150412 433
150604 441
150608 442
150612 443
150616 444
190608 542
190612 543
160404 331
160408 332
160412 333
0903MO 32
1204MO 43
070202 2(1.5)0
070204 2(1.5)1
070208 2(1.5)2
11T302 3(2.5)0
11T304 3(2.5)1
11T308 3(2.5)2
11T312 3(2.5)3
060204 2(1.5)1
09T302 3(2.5)0
09T304 3(2.5)1
09T308 3(2.5) 2
120404 431
120408 432
120412 433
150404 531
150408 532
150412 533
190408 632
190412 633
190416 634
110202 2(1.5)0
110204 2(1.5)1
110208 2(1.5)2
110302 220
110304 221
110308 222
160402 330
160404 331
160408 332
160412 333
060202 2(1.5)0
060204 2(1.5)1
060208 2(1.5)2
09T302 3(2.5)0
09T304 3(2.5)1
09T308 3(2.5)2
120404 431
120408 432
120412 433
06T102 1.2(1.2)0
06T104 1.2(1.2)1
06T108 1.2(1.2)2
090202 1.8(1.5)0
090204 1.8(1.5)1
090208 1.8(1.5)2
110202 2(1.5)0
110204 2(1.5)1
110208 2(1.5)2
110302 220
110304 221
110308 222
16T302 30
16T304 31
16T308 32
16T312 33
160400 330
220408 432
220412 433
220416 434
270408 532
27041 2 533
330612 643
330616 644
MillingDrilling
Technical
Information
Index Turning
General turning Conversion table metric/imperial
Conversion table for general turning inserts (metric/imperial system)
Negative angle/insert Positive angle/insert
Insert shape
W
ISO Inch
Insert shape
T
Insert shape
S
Insert shape
C
ISO Inch
Insert shape
D
Insert shape
V
Insert shape
R
Insert shape
D
ISO Inch
Insert shape
S
Inserts shape
V
Insert shape
C
ISO Inch
Inserts shape
T
Turning inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
CNMG L I.C S d
09 03 9.7 9.525 3.18 3.81
12 04 12.9 12.7 4.76 5.16
CN** negative insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO r apf
YB6315
YBC152
YBC252
YBC251
YBC352
YBC351
YBM153
YBM253
YBD052
YBD102
YB7315
YBD152
YBD152C
YBG101
YBG102
YBG105
YB9320
YBG205
YBG202
YNG151
YNT251
YNG151C
YD101
YD201
WG
Wiper
CNMG120404-WG 0.4 0.25-3.00 0.05-0.25 ż
CNMG120408-WG 0.8 0.5-5.0 0.15-0.70 ƔƔ ż ż
CNMG120412-WG 1.2 0.8-6.0 0.20-0.75 Ɣ
ADF
Finishing
CNMG120404-ADF 0.4 0.5-3.0 0.05-0.30 ƔƔƔ
CNMG120408-ADF 0.8 0.5-3.0 0.1-0.4 ƔƔżƔ
CNMG120412-ADF 1.2 0.8-3.0 0.15-0.50 żƔƔ
DF
Finishing
CNMG090304-DF 0.4 0.25-1.50 0.07-0.30 ƔƔ
CNMG090308-DF 0.8 0.3-1.5 0.1-0.3 Ɣż
CNMG120404-DF 0.4 0.25-1.50 0.07-0.30 ƔƔż
CNMG120408-DF 0.8 0.3-1.5 0.1-0.4 ƔƔż
CNMG120412-DF 1.2 0.35-1.50 0.10-0.35 ƔƔ
EF
Finishing
CNMG090304-EF 0.4 0.5-2.0 0.05-0.20 żƔż
CNMG090308-EF 0.8 0.5-2.0 0.05-0.25 żƔż
CNMG120404-EF 0.4 0.5-2.5 0.05-0.20 żƔ żƔż
CNMG120408-EF 0.8 0.5-2.5 0.05-0.25 żƔ żƔż
CNMG120412-EF 1.2 0.5-2.5 0.10-0.35 żżż
SF
Finishing
CNMG090304-SF 0.4 0.05-0.50 0.05-0.30 Ɣ
CNMG090308-SF 0.8 0.05-0.50 0.10-0.35 Ɣ
CNMG120404-SF 0.4 0.1-1.5 0.05-0.30 Ɣ
CNMG120408-SF 0.8 0.1-1.5 0.10-0.35 Ɣ
ƔEx stock żOn demand
YBC152F, YBC252F, YBM153F, YBM253F available
HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Tool holder
DCLNR/L PCBNR/L PCLNR/L MCBNR/L MCLNR/L S***-PCLNR/L
Kr: 95° Kr: 75° Kr: 95° Kr: 75° Kr: 95° Kr: 95°
A197 A204 A205 A218 A219 A284
Negative inserts General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A45
System code A42 Grade selection A40 Technical info A447 Cutting data A324
Turning inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
CN** L I.C S d
09 03 9.7 9.525 3.18 3.81
12 04 12.9 12.7 4.76 5.16
16 06 16.1 15.875 6.35 6.35
19 06 19.3 19.05 6.35 7.94
CN** negative insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO r apf
YB6315
YBC152
YBC252
YBC251
YBC352
YBC351
YBM153
YBM253
YBD052
YBD102
YB7315
YBD152
YBD152C
YBG101
YBG102
YBG105
YB9320
YBG205
YBG202
YNG151
YNT251
YNG151C
YD101
YD201
NF
Finishing
CNEG120404-NF 0.4 0.2-2.5 0.05-0.30 żƔ ż
CNEG120408-NF 0.8 0.2-2.5 0.10-0.35 żƔ ż
CNEG120412-NF 1.2 0.2-2.5 0.13-0.40 żż ż
PM
Medium Cut
CNMG090304-PM 0.4 0.4-4.0 0.1-0.3 ƔƔ
CNMG090308-PM 0.8 0.5-4.0 0.15-0.50 ƔƔ
CNMG120404-PM 0.4 0.4-5.5 0.1-0.3 ƔƔƔ ż Ɣ Ɣ
CNMG120408-PM 0.8 0.5-5.5 0.15-0.50 ƔƔƔƔż żƔ Ɣ
CNMG120412-PM 1.2 0.8-5.5 0.18-0.60 ƔƔż ż ƔƔ Ɣ
CNMG120416-PM 1.6 1.0-5.5 0.23-0.65 ƔƔż ƔƔ Ɣ
CNMG160608-PM 0.8 0.5-7.2 0.15-0.50 ƔƔƔ Ɣ żż ż
CNMG160612-PM 1.2 0.8-7.2 0.18-0.60 ƔƔƔ Ɣ żƔ Ɣ
CNMG160616-PM 1.6 1.0-7.2 0.23-0.65 ƔƔ Ɣ ż
CNMG190608-PM 0.8 0.5-8.6 0.15-0.50 ƔƔ Ɣ
CNMG190612-PM 1.2 0.8-8.6 0.18-0.60 ƔƔ ż ż Ɣ
CNMG190616-PM 1.6 1.0-8.6 0.23-0.65 żƔ ż ż
ƔEx stock żOn demand
YBC152F, YBC252F, YBM153F, YBM253F available
HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Tool holder
DCLNR/L PCBNR/L PCLNR/L MCBNR/L MCLNR/L S***-PCLNR/L
Kr: 95° Kr: 75° Kr: 95° Kr: 75° Kr: 95° Kr: 95°
A197 A204 A205 A218 A219 A284
General turning Negative inserts
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A46
System code A42 Grade selection A40 Technical info A447 Cutting data A324
Turning inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
CNMG L I.C S d
09 03 9.7 9.525 3.18 3.81
12 04 12.9 12.7 4.76 5.16
16 06 16.1 15.875 6.35 6.35
19 06 19.3 19.05 6.35 7.94
CN** negative insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO r apf
YB6315
YBC152
YBC252
YBC251
YBC352
YBC351
YBM153
YBM253
YBD052
YBD102
YB7315
YBD152
YBD152C
YBG101
YBG102
YBG105
YB9320
YBG205
YBG202
YNG151
YNT251
YNG151C
YD101
YD201
DM
Medium Cut
CNMG090304-DM 0.4 0.4-4.0 0.1-0.3 ƔƔƔ
CNMG090308-DM 0.8 0.5-4.0 0.15-0.50 ƔƔƔ
CNMG090312-DM 1.2 0.5-3.0 0.1-0.4 ż
CNMG120404-DM 0.4 0.4-5.5 0.1-0.3 ƔƔƔ ż ż
CNMG120408-DM 0.8 0.5-5.5 0.15-0.50 żƔƔƔƔżƔƔ
CNMG120412-DM 1.2 0.8-5.5 0.18-0.60 żƔƔƔ żƔż
CNMG120416-DM 1.6 1.0-5.5 0.23-0.65 żƔż
CNMG160608-DM 0.8 0.5-7.2 0.15-0.50 żƔż ż
CNMG160612-DM 1.2 0.8-7.2 0.18-0.60 ƔƔƔ ż
CNMG160616-DM 1.6 1.0-7.2 0.23-0.65 ƔƔƔ Ɣ
CNMG190608-DM 0.8 0.5-8.6 0.15-0.50 ƔƔƔ
CNMG190612-DM 1.2 0.8-8.6 0.18-0.60 ƔƔƔ Ɣ
CNMG190616-DM 1.6 1.0-8.6 0.23-0.65 żƔƔ Ɣ
EG
Medium Cut
CNMG120404-EG 0.4 0.5-4.0 0.05-0.30 ƔƔ Ɣż
CNMG120408-EG 0.8 0.5-4.0 0.1-0.4 ƔƔ ƔƔ
CNMG120412-EG 1.2 0.5-4.0 0.2-0.5 żƔ ƔƔ
EM
Medium Cut
CNMG120404-EM 0.4 0.5-4.0 0.05-0.30 ƔƔ Ɣż
CNMG120408-EM 0.8 0.5-5.7 0.15-0.45 ƔƔ Ɣż
CNMG120412-EM 1.2 0.5-5.7 0.25-0.60 ƔƔ Ɣ
CNMG160608-EM 0.8 0.5-7.2 0.15-0.45 ƔƔ Ɣ
CNMG160612-EM 1.2 0.5-7.2 0.25-0.60 ƔƔ Ɣż
ƔEx stock żOn demand
YBC152F, YBC252F, YBM153F, YBM253F available
HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Tool holder
DCLNR/L PCBNR/L PCLNR/L MCBNR/L MCLNR/L S***-PCLNR/L
Kr: 95° Kr: 75° Kr: 95° Kr: 75° Kr: 95° Kr: 95°
A197 A204 A205 A218 A219 A284
Negative inserts General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A47
System code A42 Grade selection A40 Technical info A447 Cutting data A324
Turning inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
CNMG L I.C S d
12 04 12.9 12.7 4.76 5.16
CN** negative insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO r apf
YB6315
YBC152
YBC252
YBC251
YBC352
YBC351
YBM153
YBM253
YBD052
YBD102
YB7315
YBD152
YBD152C
YBG101
YBG102
YBG105
YB9320
YBG205
YBG202
YNG151
YNT251
YNG151C
YD101
YD201
ZM
Medium Cut
CNMG120404-ZM 0.4 0.5-3.0 0.05-0.30 Ɣ
CNMG120408-ZM 0.8 0.5-4.0 0.1-0.5 ż
ƔEx stock żOn demand HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Tool holder
DCLNR/L PCBNR/L PCLNR/L MCBNR/L MCLNR/L S***-PCLNR/L
Kr: 95° Kr: 75° Kr: 95° Kr: 75° Kr: 95° Kr: 95°
A197 A204 A205 A218 A219 A284
General turning Negative inserts
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A48
System code A42 Grade selection A40 Technical info A447 Cutting data A324
Turning inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
CNMG L I.C S d
12 04 12.9 12.7 4.76 5.16
16 06 16.1 15.875 6.35 6.35
19 06 19.3 19.05 6.35 7.94
25 09 25.79 25.4 9.525 9.12
CN** negative insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO r apf
YB6315
YBC152
YBC252
YBC251
YBC352
YBC351
YBM153
YBM253
YBD052
YBD102
YB7315
YBD152
YBD152C
YBG101
YBG102
YBG105
YB9320
YBG205
YBG202
YNG151
YNT251
YNG151C
YD101
YD201
NM
Medium Cut
CNMG120404-NM 0.4 0.2-3.0 0.05-0.30 żƔ
CNMG120408-NM 0.8 0.2-4.0 0.1-0.5 żƔƔż ż
CNMG120412-NM 1.2 0.2-4.0 0.2-0.6 żƔ
TC
Medium Cut
CNMG120404-TC 0.4 0.5-5.0 0.08-0.40 ƔƔ
CNMG120408-TC 0.8 0.5-5.0 0.15-0.50 ƔƔ
CNMG120412-TC 1.2 0.5-5.0 0.2-0.6 ƔƔ
CNMG120416-TC 1.6 0.5-5.0 0.20-0.65 Ɣż
CNMG160608-TC 0.8 1-7 0.15-0.50 ƔƔ
CNMG160612-TC 1.2 1-7 0.2-0.6 Ɣż
CNMG160616-TC 1.6 1-7 0.20-0.65 Ɣż
DR
Roughing
CNMG120408-DR 0.8 0.7-7.0 0.2-0.5 żƔƔƔƔƔ żƔ Ɣ
CNMG120412-DR 1.2 1-7 0.25-0.70 żƔƔżƔż żƔ Ɣ
CNMG120416-DR 1.6 1.5-7.0 0.32-0.75 żƔƔ Ɣ Ɣ Ɣ
CNMG160608-DR 0.8 0.7-8.0 0.2-0.5 ƔƔ ż Ɣ ż
CNMG160612-DR 1.2 1-8 0.25-0.70 żƔƔƔƔż Ɣ Ɣ
CNMG160616-DR 1.6 1.5-8.0 0.3-0.8 ƔƔƔƔż ż ż
CNMG190608-DR 0.8 0.7-10.0 0.2-0.5 ƔƔż ż Ɣ
CNMG190612-DR 1.2 1-10 0.25-0.70 żƔƔƔƔƔ ż Ɣ
CNMG190616-DR 1.6 1.5-10.0 0.3-0.8 ƔƔƔƔż ż Ɣ
CNMG190624-DR 2.4 2-10 0.32-0.90 żƔƔż ż
CNMG250924-DR 2.4 2-15 0.4-1.0 żż
ƔEx stock żOn demand
YBC152F, YBC252F, YBM153F, YBM253F available
HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Tool holder
DCLNR/L PCBNR/L PCLNR/L MCBNR/L MCLNR/L S***-PCLNR/L
Kr: 95° Kr: 75° Kr: 95° Kr: 75° Kr: 95° Kr: 95°
A197 A204 A205 A218 A219 A284
Negative inserts General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A49
System code A42 Grade selection A40 Technical info A447 Cutting data A324
Turning inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
CNMG L I.C S d
12 04 12.9 12.7 4.76 5.16
16 06 16.1 15.875 6.35 6.35
19 06 19.3 19.05 6.35 7.94
CN** negative insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO r apf
YB6315
YBC152
YBC252
YBC251
YBC352
YBC351
YBM153
YBM253
YBD052
YBD102
YB7315
YBD152
YBD152C
YBG101
YBG102
YBG105
YB9320
YBG205
YBG202
YNG151
YNT251
YNG151C
YD101
YD201
SNR
Roughing
CNMG120408-SNR 0.8 1-3 0.1-0.4 Ɣ
CNMG120412-SNR 1.2 1-3 0.2-0.6 Ɣ
CNMG160608-SNR 0.8 2-6 0.1-0.4 Ɣ
CNMG190616-SNR 1.6 2-7 0.2-0.6 żƔ
ƔEx stock żOn demand HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Tool holder
DCLNR/L PCBNR/L PCLNR/L MCBNR/L MCLNR/L S***-PCLNR/L
Kr: 95° Kr: 75° Kr: 95° Kr: 75° Kr: 95° Kr: 95°
A197 A204 A205 A218 A219 A284
General turning Negative inserts
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A50
System code A42 Grade selection A40 Technical info A447 Cutting data A324
Turning inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
CN** L I.C S d
12 04 12.9 12.7 4.76 5.16
16 06 16.1 15.875 6.35 6.35
19 06 19.3 19.05 6.35 7.94
25 07 25.79 25.4 7.94 9.12
25 09 25.79 25.4 9.525 9.12
CN** negative insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO r apf
YB6315
YBC152
YBC252
YBC251
YBC352
YBC351
YBM153
YBM253
YBD052
YBD102
YB7315
YBD152
YBD152C
YBG101
YBG102
YBG105
YB9320
YBG205
YBG202
YNG151
YNT251
YNG151C
YD101
YD201
DR
Roughing
CNMM120412-DR 1.2 1.0-7.5 0.25-0.70 żƔƔżƔ żż
CNMM160612-DR 1.2 1.0-9.5 0.25-0.70 ƔƔƔ
CNMM160616-DR 1.6 1.5-9.5 0.32-0.90 ƔƔ żƔ
CNMM190612-DR 1.2 1-12 0.25-0.70 żƔƔƔƔƔ Ɣ
CNMM190616-DR 1.6 1.5-12.0 0.32-0.90 ƔƔƔƔż
CNMM190624-DR 2.4 2-12 0.35-1.20 ƔƔƔ ż
CNMM250924-DR 2.4 2.0-12.5 0.2-1.2 ƔƔƔżż
ER
Roughing
CNMG120408-ER 0.8 2.0-7.6 0.15-0.55 Ɣ
CNMG120412-ER 1.2 2.0-7.6 0.25-0.80 Ɣ
CNMG160612-ER 1.2 2-10 0.35-0.80 Ɣ
CNMG160616-ER 1.6 2-10 0.45-1.00 Ɣ
CNMG190612-ER 1.2 2.0-11.4 0.35-1.00 żƔ Ɣ
CNMG190616-ER 1.6 2.0-11.4 0.45-1.10 Ɣ
ER
Roughing
CNMM250724-ER 2.4 2.0-12.5 0.3-1.4 Ɣ
CNMM250732-ER 3.2 2.0-12.5 0.45-1.80 żż
CNMM250924-ER 2.4 2.0-12.5 0.3-1.4 ƔƔ
CNMM250932-ER 3.2 2.0-12.5 0.45-1.80 Ɣż
ƔEx stock żOn demand
YBC152F, YBC252F, YBM153F, YBM253F available
HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Tool holder
DCLNR/L PCBNR/L PCLNR/L MCBNR/L MCLNR/L S***-PCLNR/L
Kr: 95° Kr: 75° Kr: 95° Kr: 75° Kr: 95° Kr: 95°
A197 A204 A205 A218 A219 A284
Negative inserts General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A51
System code A42 Grade selection A40 Technical info A447 Cutting data A324
Turning inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
CNMM L I.C S d
12 04 12.9 12.7 4.76 5.16
16 06 16.1 15.875 6.35 6.35
19 06 19.3 19.05 6.35 7.94
25 09 25.79 25.4 9.525 9.12
CN** negative insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO r apf
YB6315
YBC152
YBC252
YBC251
YBC352
YBC351
YBM153
YBM253
YBD052
YBD102
YB7315
YBD152
YBD152C
YBG101
YBG102
YBG105
YB9320
YBG205
YBG202
YNG151
YNT251
YNG151C
YD101
YD201
LR
Roughing
CNMM120408-LR 0.8 1-5 0.1-0.5 ƔƔ Ɣ
CNMM120412-LR 1.2 2-6 0.2-0.7 ƔƔ Ɣ
CNMM120416-LR 1.6 2.0-6.5 0.25-0.80 żƔ
CNMM160608-LR 0.8 1-7 0.2-0.6 ƔƔ ż
CNMM160612-LR 1.2 1.0-7.5 0.2-0.7 ƔƔ Ɣ
CNMM160616-LR 1.6 1.0-8.5 0.25-0.80 ƔƔ
CNMM160624-LR 2.4 2.0-8.5 0.25-0.70 żż
CNMM190612-LR 1.2 2.0-10.5 0.2-0.7 ƔƔ Ɣ
CNMM190616-LR 1.6 2.0-10.5 0.3-1.0 ƔƔ Ɣ
CNMM190624-LR 2.4 2.0-10.5 0.3-1.1 Ɣż ż
CNMM250924-LR 2.4 2.0-12.5 0.3-1.2 żƔ
ƔEx stock żOn demand
YBC152F, YBC252F, YBM153F, YBM253F available
HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Tool holder
DCLNR/L PCBNR/L PCLNR/L MCBNR/L MCLNR/L S***-PCLNR/L
Kr: 95° Kr: 75° Kr: 95° Kr: 75° Kr: 95° Kr: 95°
A197 A204 A205 A218 A219 A284
General turning Negative inserts
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A52
System code A42 Grade selection A40 Technical info A447 Cutting data A324
Turning inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
CNMM L I.C S d
12 04 12.9 12.7 4.76 5.16
16 06 16.1 15.875 6.35 6.35
19 06 19.3 19.05 6.35 7.94
25 09 25.79 25.4 9.525 9.12
CN** negative insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO r apf
YB6315
YBC152
YBC252
YBC251
YBC352
YBC351
YBM153
YBM253
YBD052
YBD102
YB7315
YBD152
YBD152C
YBG101
YBG102
YBG105
YB9320
YBG205
YBG202
YNG151
YNT251
YNG151C
YD101
YD201
Basic
Medium Cut
CNMM120404 0.4 0.5-7.0 0.1-0.5 ż
CNMM190612 1.2 0.5-10.5 0.1-0.8 Ɣ
CNMM190616 1.6 0.5-10.5 0.1-1.0 ż
HDR
Roughing
CNMM120408-HDR 0.8 1-7 0.2-0.6 ƔƔƔ ż
CNMM120412-HDR 1.2 1-7 0.3-0.8 żƔƔ ż
CNMM120416-HDR 1.6 1-7 0.4-1.0 ƔƔ Ɣ
CNMM160612-HDR 1.2 1.5-7.5 0.3-0.8 ƔƔƔ ż
CNMM160616-HDR 1.6 1.5-8.5 0.4-1.0 żƔƔ ż
CNMM160624-HDR 2.4 1.5-10.5 0.8-1.2 żƔ
CNMM190608-HDR 0.8 2.0-12.5 0.3-0.7 ż
CNMM190612-HDR 1.2 2.0-12.5 0.35-0.80 żƔż Ɣ
CNMM190616-HDR 1.6 2.0-12.5 0.5-1.1 żƔƔ ż żż
CNMM190624-HDR 2.4 2.0-12.5 0.8-1.2 ƔƔż
CNMM250924-HDR 2.4 2.0-12.5 0.8-1.4 żƔ
HPR
Roughing
CNMM190616-HPR 1.6 2.0-10.5 0.5-1.0 ż
CNMM190624-HPR 2.4 2.0-10.5 0.7-1.4 ƔƔ
CNMM250924-HPR 2.4 2.0-12.5 0.7-1.4 ƔƔ
ƔEx stock żOn demand
YBC152F, YBC252F, YBM153F, YBM253F available
HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Tool holder
DCLNR/L PCBNR/L PCLNR/L MCBNR/L MCLNR/L S***-PCLNR/L
Kr: 95° Kr: 75° Kr: 95° Kr: 75° Kr: 95° Kr: 95°
A197 A204 A205 A218 A219 A284
Negative inserts General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A53
System code A42 Grade selection A40 Technical info A447 Cutting data A324
Turning inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
CN** L I.C S d
12 04 12.9 12.7 4.76 5.16
16 06 16.1 15.875 6.35 6.35
19 06 19.3 19.05 6.35 7.94
CN** negative insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO r apf
YB6315
YBC152
YBC252
YBC251
YBC352
YBC351
YBM153
YBM253
YBD052
YBD102
YB7315
YBD152
YBD152C
YBG101
YBG102
YBG105
YB9320
YBG205
YBG202
YNG151
YNT251
YNG151C
YD101
YD201
Flat
CNMA120404 0.4 0.2-5.0 0.05-0.40 Ɣż
CNMA120408 0.8 0.2-5.0 0.05-0.50 ƔƔ ƔƔ
CNMA120412 1.2 0.2-5.0 0.1-0.6 ƔƔƔƔƔ ż
CNMA120416 1.6 0.2-5.0 0.10-0.65 żƔ Ɣ
CNMA160608 0.8 0.2-7.0 0.1-0.5 żƔ
CNMA160612 1.2 0.2-7.0 0.1-0.6 ƔƔ
CNMA160616 1.6 0.2-7.0 0.15-0.65 żƔ Ɣ
CNMA190612 1.2 0.2-8.0 0.15-0.70 żƔ Ɣ
CNMA190616 1.6 0.2-8.0 0.15-0.70 żƔ Ɣ
Basic
CNMG120404 0.4 0.1-5.0 0.05-0.50 żż
CNMG120408 0.8 0.1-5.0 0.1-0.6 żżƔ Ɣ ż
CNMG120412 1.2 0.1-5.0 0.1-0.7 żżƔ ż
CNMG160612 1.2 0.1-7.0 0.1-0.7 ż
CNMG190608 0.8 0.1-8.0 0.1-0.7 ż
CNMG190612 1.2 0.1-8.0 0.1-0.8 ż
CNMG190616 1.6 0.1-8.0 0.1-1.0 żż
ƔEx stock żOn demand
YBC152F, YBC252F, YBM153F, YBM253F available
HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Tool holder
DCLNR/L PCBNR/L PCLNR/L MCBNR/L MCLNR/L S***-PCLNR/L
Kr: 95° Kr: 75° Kr: 95° Kr: 75° Kr: 95° Kr: 95°
A197 A204 A205 A218 A219 A284
General turning Negative inserts
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A54
System code A42 Grade selection A40 Technical info A447 Cutting data A324
Turning inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
DN** L I.C S d
11 04 11.6 9.525 4.76 3.81
15 04 15.5 12.7 4.76 5.16
15 06 15.5 12.7 6.35 5.16
DN** negative insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO r apf
YB6315
YBC152
YBC252
YBC251
YBC352
YBC351
YBM153
YBM253
YBD052
YBD102
YB7315
YBD152
YBD152C
YBG101
YBG102
YBG105
YB9320
YBG205
YBG202
YNG151
YNT251
YNG151C
YD101
YD201
WG
Wiper
DNMX110404-WG 0.4 0.2-1.5 0.08-0.30 ż
DNMX110408-WG 0.8 0.5-3.5 0.15-0.50 ƔƔ
DNMX150608-WG 0.8 0.5-5.0 0.15-0.70 żż
DNMX150612-WG 1.2 0.8-6.0 0.20-0.75 ż
ADF
Finishing
DNMG150604-ADF 0.4 0.5-6.0 0.15-0.50 żƔż
DNMG150608-ADF 0.8 0.1-4.0 0.08-0.50 żƔƔż
DNMG150612-ADF 1.2 0.5-4.0 0.15-0.50 żƔ
DF
Finishing
DNMG110404-DF 0.4 0.15-2.00 0.08-0.25 ƔƔż
DNMG110408-DF 0.8 0.15-2.00 0.1-0.3 ƔƔ
DNMG110412-DF 1.2 0.35-1.50 0.15-0.50 żż
DNMG150404-DF 0.4 0.15-2.00 0.08-0.25 ƔƔż
DNMG150408-DF 0.8 0.15-2.00 0.1-0.3 ƔƔż
DNMG150412-DF 1.2 0.35-1.50 0.15-0.50 ż
DNMG150604-DF 0.4 0.8-6.0 0.18-0.60 ƔƔż
DNMG150608-DF 0.8 0.15-2.00 0.1-0.3 ƔƔƔ
DNMG150612-DF 1.2 0.2-2.5 0.10-0.35 Ɣż
SF
Finishing
DNMG110404-SF 0.4 0.05-0.50 0.05-0.25 Ɣ
DNMG150404-SF 0.4 0.05-0.50 0.05-0.25 Ɣ
DNMG150408-SF 0.8 0.05-0.50 0.10-0.35 Ɣ
DNMG150604-SF 0.4 0.05-0.50 0.05-0.25 Ɣ
DNMG150608-SF 0.8 0.05-0.50 0.10-0.35 Ɣ
ƔEx stock żOn demand
YBC152F, YBC252F, YBM153F, YBM253F available
HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Tool holder
DDJNR/L PDJNR/L PDNNR/L MDJNR/L MDPNN S***-PDSNR/L S***-PDUNR/L
Kr: 93° Kr: 93° Kr: 63° Kr: 93° Kr: 62°30' Kr: 62°30' Kr: 93°
A198 A206 A207 A220 A221 A286 A287
Negative inserts General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A55
System code A42 Grade selection A40 Technical info A447 Cutting data A324
Turning inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
DNMG L I.C S d
11 04 11.6 9.525 4.76 3.81
15 04 15.5 12.7 4.76 5.16
15 06 15.5 12.7 6.35 5.16
DN** negative insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO r apf
YB6315
YBC152
YBC252
YBC251
YBC352
YBC351
YBM153
YBM253
YBD052
YBD102
YB7315
YBD152
YBD152C
YBG101
YBG102
YBG105
YB9320
YBG205
YBG202
YNG151
YNT251
YNG151C
YD101
YD201
DM
Medium Cut
DNMG110404-DM 0.4 0.4-5.0 0.1-0.3 ƔƔƔ
DNMG110408-DM 0.8 0.5-5.0 0.15-0.50 ƔƔƔ
DNMG110412-DM 1.2 0.8-5.0 0.18-0.50 ƔƔ
DNMG150404-DM 0.4 0.4-6.0 0.1-0.3 ƔƔƔ
DNMG150408-DM 0.8 0.5-6.0 0.15-0.50 ƔƔż
DNMG150412-DM 1.2 0.8-6.0 0.18-0.60 żƔ
DNMG150604-DM 0.4 1-6 0.23-0.65 ƔƔƔ
DNMG150608-DM 0.8 0.5-6.0 0.15-0.50 żƔƔƔ ż Ɣ
DNMG150612-DM 1.2 0.8-6.0 0.18-0.60 ƔƔƔ ż
DNMG150616-DM 1.6 1-6 0.23-0.65 żƔƔƔ ż
PM
Medium Cut
DNMG110404-PM 0.4 0.4-5.0 0.1-0.3 ƔƔ ż
DNMG110408-PM 0.8 0.5-5.0 0.15-0.50 żżƔ ż Ɣ
DNMG110412-PM 1.2 0.8-5.0 0.18-0.50 żżƔ
DNMG150404-PM 0.4 0.4-6.0 0.1-0.3 żż
DNMG150408-PM 0.8 0.5-6.0 0.15-0.50 ƔƔƔ żƔ Ɣ
DNMG150412-PM 1.2 0.8-6.0 0.18-0.60 Ɣż ż ż
DNMG150416-PM 1.6 1-6 0.23-0.65 ż
DNMG150604-PM 0.4 0.4-6.0 0.1-0.3 ƔƔƔ ƔƔ ż
DNMG150608-PM 0.8 0.5-6.0 0.15-0.50 ƔƔƔƔż żƔ Ɣ
DNMG150612-PM 1.2 0.8-6.0 0.18-0.60 ƔƔƔ żƔ Ɣ
DNMG150616-PM 1.6 1-6 0.23-0.65 ƔƔ ż
ƔEx stock żOn demand
YBC152F, YBC252F, YBM153F, YBM253F available
HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Tool holder
DDJNR/L PDJNR/L PDNNR/L MDJNR/L MDPNN S***-PDSNR/L S***-PDUNR/L
Kr: 93° Kr: 93° Kr: 63° Kr: 93° Kr: 62°30' Kr: 62°30' Kr: 93°
A198 A206 A207 A220 A221 A286 A287
General turning Negative inserts
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A56
System code A42 Grade selection A40 Technical info A447 Cutting data A324
Turning inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
DNMG L I.C S d
15 06 15.5 12.7 6.35 5.16
DN** negative insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO r apf
YB6315
YBC152
YBC252
YBC251
YBC352
YBC351
YBM153
YBM253
YBD052
YBD102
YB7315
YBD152
YBD152C
YBG101
YBG102
YBG105
YB9320
YBG205
YBG202
YNG151
YNT251
YNG151C
YD101
YD201
ZM
Medium Cut
DNMG150612-ZM 1.2 1.0-5.5 0.15-0.60 żƔ
ƔEx stock żOn demand
YBC152F, YBC252F, YBM153F, YBM253F available
HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Tool holder
DDJNR/L PDJNR/L PDNNR/L MDJNR/L MDPNN S***-PDSNR/L S***-PDUNR/L
Kr: 93° Kr: 93° Kr: 63° Kr: 93° Kr: 62°30' Kr: 62°30' Kr: 93°
A198 A206 A207 A220 A221 A286 A287
Negative inserts General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A57
System code A42 Grade selection A40 Technical info A447 Cutting data A324
Turning inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
DN** L I.C S d
11 04 11.6 9.525 4.76 3.81
15 04 15.5 12.7 4.76 5.16
15 06 15.5 12.7 6.35 5.16
DN** negative insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO r apf
YB6315
YBC152
YBC252
YBC251
YBC352
YBC351
YBM153
YBM253
YBD052
YBD102
YB7315
YBD152
YBD152C
YBG101
YBG102
YBG105
YB9320
YBG205
YBG202
YNG151
YNT251
YNG151C
YD101
YD201
EF
Finishing
DNMG110404-EF 0.4 0.1-1.5 0.05-0.20 żƔż
DNMG110408-EF 0.8 0.1-1.5 0.1-0.4 żƔż
DNMG150404-EF 0.4 0.1-1.5 0.05-0.30 Ɣ
DNMG150408-EF 0.8 0.1-1.5 0.1-0.4 Ɣ
DNMG150604-EF 0.4 0.1-1.5 0.05-0.30 żƔ Ɣż
DNMG150608-EF 0.8 0.1-1.5 0.1-0.4 żƔ Ɣ
DNMG150612-EF 1.2 0.1-1.5 0.15-0.50 Ɣ
FM
Finishing
DNMG150604L-FM 0.4 0.5-3.0 0.05-0.30 ƔƔ Ɣ
DNMG150604R-FM 0.4 0.5-3.0 0.05-0.30 ƔƔ Ɣ
DNMG150608L-FM 0.8 0.5-3.0 0.1-0.5 żƔ Ɣ
DNMG150608R-FM 0.8 0.5-3.0 0.1-0.5 ƔƔ Ɣ
NF
Finishing
DNEG150404-NF 0.4 0.2-3.0 0.05-0.30 ż
DNEG150408-NF 0.8 0.2-3.0 0.1-0.4 ż
DNEG150604-NF 0.4 0.2-3.0 0.05-0.30 żż ż
DNEG150608-NF 0.8 0.2-3.0 0.1-0.4 Ɣż ż
NGF
Finishing
DNEG150608-NGF 0.8 0.2-3.0 0.05-0.40 ż
DNEG150612-NGF 1.2 0.2-3.0 0.1-0.5 Ɣ
ƔEx stock żOn demand
YBC152F, YBC252F, YBM153F, YBM253F available
HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Tool holder
DDJNR/L PDJNR/L PDNNR/L MDJNR/L MDPNN S***-PDSNR/L S***-PDUNR/L
Kr: 93° Kr: 93° Kr: 63° Kr: 93° Kr: 62°30' Kr: 62°30' Kr: 93°
A198 A206 A207 A220 A221 A286 A287
General turning Negative inserts
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A58
System code A42 Grade selection A40 Technical info A447 Cutting data A324
Turning inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
DNMG L I.C S d
11 04 11.6 9.525 4.76 3.81
15 04 15.5 12.7 4.76 5.16
15 06 15.5 12.7 6.35 5.16
DN** negative insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO r apf
YB6315
YBC152
YBC252
YBC251
YBC352
YBC351
YBM153
YBM253
YBD052
YBD102
YB7315
YBD152
YBD152C
YBG101
YBG102
YBG105
YB9320
YBG205
YBG202
YNG151
YNT251
YNG151C
YD101
YD201
EG
Medium Cut
DNMG150604-EG 0.4 1-3 0.05-0.30 ƔƔ
DNMG150608-EG 0.8 1-3 0.1-0.4 ƔƔ ƔƔ
DNMG150612-EG 1.2 1-3 0.2-0.6 ƔƔ ƔƔ
EM
Medium Cut
DNMG110404-EM 0.4 0.5-4.4 0.05-0.30 ƔƔż
DNMG110408-EM 0.8 0.5-4.4 0.10-0.45 ƔƔ
DNMG150404-EM 0.4 0.5-6.4 0.05-0.30 żż
DNMG150408-EM 0.8 0.5-6.4 0.10-0.45 żƔ
DNMG150412-EM 1.2 0.5-6.4 0.1-0.6 ż
DNMG150604-EM 0.4 0.2-6.4 0.05-0.30 ƔƔ Ɣż
DNMG150608-EM 0.8 0.5-6.4 0.10-0.45 ƔƔ Ɣż
DNMG150612-EM 1.2 0.5-6.4 0.1-0.6 ƔƔ Ɣ
NM
Medium Cut
DNMG150412-NM 1.2 0.2-4.0 0.2-0.6 ż
DNMG150608-NM 0.8 0.2-4.0 0.1-0.4 żƔ
DNMG150612-NM 1.2 0.2-4.0 0.2-0.6 żƔ
TC
Medium Cut
DNMG150608-TC 0.8 0.5-5.0 0.15-0.40 ƔƔ
DNMG150612-TC 1.2 0.5-5.0 0.2-0.6 Ɣż
ƔEx stock żOn demand
YBC152F, YBC252F, YBM153F, YBM253F available
HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Tool holder
DDJNR/L PDJNR/L PDNNR/L MDJNR/L MDPNN S***-PDSNR/L S***-PDUNR/L
Kr: 93° Kr: 93° Kr: 63° Kr: 93° Kr: 62°30' Kr: 62°30' Kr: 93°
A198 A206 A207 A220 A221 A286 A287
Negative inserts General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A59
System code A42 Grade selection A40 Technical info A447 Cutting data A324
Turning inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
DNMG L I.C S d
15 06 15.5 12.7 6.35 5.16
DN** negative insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO r apf
YB6315
YBC152
YBC252
YBC251
YBC352
YBC351
YBM153
YBM253
YBD052
YBD102
YB7315
YBD152
YBD152C
YBG101
YBG102
YBG105
YB9320
YBG205
YBG202
YNG151
YNT251
YNG151C
YD101
YD201
DR
Roughing
DNMG150608-DR 0.8 1-6 0.2-0.5 ƔƔƔ Ɣ Ɣ Ɣ
DNMG150612-DR 1.2 1-6 0.25-0.70 ƔƔƔ ż Ɣ Ɣ
DNMG150616-DR 1.6 1-6 0.32-0.75 Ɣżż Ɣż
SNR
Roughing
DNMG150608-SNR 0.8 0.2-6.0 0.1-0.5 Ɣ
DNMG150612-SNR 1.2 0.2-6.0 0.2-0.6 ż
ƔEx stock żOn demand
YBC152F, YBC252F, YBM153F, YBM253F available
HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Tool holder
DDJNR/L PDJNR/L PDNNR/L MDJNR/L MDPNN S***-PDSNR/L S***-PDUNR/L
Kr: 93° Kr: 93° Kr: 63° Kr: 93° Kr: 62°30' Kr: 62°30' Kr: 93°
A198 A206 A207 A220 A221 A286 A287
General turning Negative inserts
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A60
System code A42 Grade selection A40 Technical info A447 Cutting data A324
Turning inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
DN** L I.C S d
15 06 15.5 12.7 6.35 5.16
DN** negative insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO r apf
YB6315
YBC152
YBC252
YBC251
YBC352
YBC351
YBM153
YBM253
YBD052
YBD102
YB7315
YBD152
YBD152C
YBG101
YBG102
YBG105
YB9320
YBG205
YBG202
YNG151
YNT251
YNG151C
YD101
YD201
Flat
Medium Cut
DNMA150604 0.4 0.2-6.0 0.1-0.3 żƔ ż
DNMA150608 0.8 0.2-6.0 0.1-0.6 ƔƔ Ɣ
DNMA150612 1.2 0.2-6.0 0.15-0.70 ƔƔż
DNMA150616 1.6 0.2-6.0 0.2-0.8 Ɣż ż
ER
Roughing
DNMG150608-ER 0.8 2-6 0.15-0.55 Ɣ
DNMG150612-ER 1.2 2-6 0.25-0.80 Ɣ
ƔEx stock żOn demand
YBC152F, YBC252F, YBM153F, YBM253F available
HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Tool holder
DDJNR/L PDJNR/L PDNNR/L MDJNR/L MDPNN S***-PDSNR/L S***-PDUNR/L
Kr: 93° Kr: 93° Kr: 63° Kr: 93° Kr: 62°30' Kr: 62°30' Kr: 93°
A198 A206 A207 A220 A221 A286 A287
Negative inserts General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A61
System code A42 Grade selection A40 Technical info A447 Cutting data A324
Turning inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
DNMM L I.C S d
15 06 15.5 12.7 6.35 5.16
DN** negative insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO r apf
YB6315
YBC152
YBC252
YBC251
YBC352
YBC351
YBM153
YBM253
YBD052
YBD102
YB7315
YBD152
YBD152C
YBG101
YBG102
YBG105
YB9320
YBG205
YBG202
YNG151
YNT251
YNG151C
YD101
YD201
DR
Roughing
DNMM150608-DR 0.8 0.7-6.0 0.20-0.55 ƔƔż
DNMM150612-DR 1.2 1-6 0.25-0.70 ƔƔ Ɣ
DNMM150616-DR 1.6 1.5-6.0 0.32-0.90 ƔƔ
ER
Roughing
DNMM150608-ER 0.8 0.7-6.0 0.20-0.55 Ɣ
DNMM150612-ER 1.2 1-6 0.25-0.70 Ɣ
HDR
Roughing
DNMM150608-HDR 0.8 1-7 0.25-0.60 Ɣżż ż
DNMM150612-HDR 1.2 1-7 0.3-0.8 żż
DNMM150616-HDR 1.6 1.5-7.0 0.4-1.0 żżż
LR
Roughing
DNMM150608-LR 0.8 2-6 0.1-0.6 ƔƔ Ɣ
DNMM150612-LR 1.2 2-6 0.2-0.8 ƔƔ Ɣ
DNMM150616-LR 1.6 2-6 0.25-1.00 ƔƔ ż
ƔEx stock żOn demand
YBC152F, YBC252F, YBM153F, YBM253F available
HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Tool holder
DDJNR/L PDJNR/L PDNNR/L MDJNR/L MDPNN S***-PDSNR/L S***-PDUNR/L
Kr: 93° Kr: 93° Kr: 63° Kr: 93° Kr: 62°30' Kr: 62°30' Kr: 93°
A198 A206 A207 A220 A221 A286 A287
General turning Negative inserts
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A62
System code A42 Grade selection A40 Technical info A447 Cutting data A324
Turning inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
SNMG L I.C S d
09 03 9.525 9.525 3.18 3.81
12 04 12.7 12.7 4.76 5.16
SN** negative insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO r apf
YB6315
YBC152
YBC252
YBC251
YBC352
YBC351
YBM153
YBM253
YBD052
YBD102
YB7315
YBD152
YBD152C
YBG101
YBG102
YBG105
YB9320
YBG205
YBG202
YNG151
YNT251
YNG151C
YD101
YD201
ADF
Finishing
SNMG120404-ADF 0.4 0.5-5.0 0.1-0.3 ƔƔ
SNMG120408-ADF 0.8 0.5-5.0 0.12-0.50 ƔƔ
SNMG120412-ADF 1.2 1-5 0.2-0.6 ƔƔ
DF
Finishing
SNMG120408-DF 0.8 0.3-1.5 0.1-0.4 ƔƔż
SNMG120412-DF 1.2 0.35-1.50 0.15-0.50 ƔƔż
SF
Finishing
SNMG090304-SF 0.4 0.05-0.50 0.05-0.20 Ɣ
SNMG090308-SF 0.8 0.05-0.50 0.10-0.35 Ɣ
SNMG120404-SF 0.4 0.05-0.50 0.05-0.20 ż
SNMG120408-SF 0.8 0.05-0.50 0.10-0.35 ż
ƔEx stock żOn demand
YBC152F, YBC252F, YBM153F, YBM253F available
HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Tool holder
DSBNR/L PSBNR/L PSDNN PSKNR/L PSSNR/L MSBNR/L MSRNR/L
Kr: 75° Kr: 75° Kr: 45° Kr: 75° Kr: 45° Kr: 75° Kr: 75°
A199 A208 A210 A211 A212 A222 A223
MSKNR/L MSDNN S***-PSKNR/L
Kr: 75° Kr: 45° Kr: 75°
A224 A225 A289
Negative inserts General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A63
System code A42 Grade selection A40 Technical info A447 Cutting data A324
Turning inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
SNMG L I.C S d
09 03 9.525 9.525 3.18 3.81
12 04 12.7 12.7 4.76 5.16
15 06 15.875 15.875 6.35 6.35
SN** negative insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO r apf
YB6315
YBC152
YBC252
YBC251
YBC352
YBC351
YBM153
YBM253
YBD052
YBD102
YB7315
YBD152
YBD152C
YBG101
YBG102
YBG105
YB9320
YBG205
YBG202
YNG151
YNT251
YNG151C
YD101
YD201
EF
Finishing
SNMG090304-EF 0.4 0.5-2.0 0.05-0.30 ƔƔż
SNMG090308-EF 0.8 0.5-2.0 0.05-0.40 ƔƔ
SNMG090312-EF 1.2 0.5-2.0 0.05-0.45 ż
SNMG120404-EF 0.4 0.8-3.0 0.05-0.30 ƔƔż
SNMG120408-EF 0.8 0.8-3.0 0.1-0.4 ƔƔż
SNMG120412-EF 1.2 0.8-3.0 0.15-0.45 żƔż
SNMG150608-EF 0.8 1-4 0.1-0.4 żż
SNMG150612-EF 1.2 1-4 0.15-0.45 ż
ƔEx stock żOn demand
YBC152F, YBC252F, YBM153F, YBM253F available
HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Tool holder
DSBNR/L PSBNR/L PSDNN PSKNR/L PSSNR/L MSBNR/L MSRNR/L
Kr: 75° Kr: 75° Kr: 45° Kr: 75° Kr: 45° Kr: 75° Kr: 75°
A199 A208 A210 A211 A212 A222 A223
MSKNR/L MSDNN S***-PSKNR/L
Kr: 75° Kr: 45° Kr: 75°
A224 A225 A289
General turning Negative inserts
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A64
System code A42 Grade selection A40 Technical info A447 Cutting data A324
Turning inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
SNMG L I.C S d
09 03 9.525 9.525 3.18 3.81
12 04 12.7 12.7 4.76 5.16
15 06 15.875 15.875 6.35 6.35
19 06 19.05 19.05 6.35 7.94
SN** negative insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO r apf
YB6315
YBC152
YBC252
YBC251
YBC352
YBC351
YBM153
YBM253
YBD052
YBD102
YB7315
YBD152
YBD152C
YBG101
YBG102
YBG105
YB9320
YBG205
YBG202
YNG151
YNT251
YNG151C
YD101
YD201
PM
Medium Cut
SNMG090304-PM 0.4 0.4-4.5 0.1-0.3 żƔ
SNMG090308-PM 0.8 0.5-4.5 0.15-0.50 żƔ Ɣ żƔ Ɣ
SNMG090312-PM 1.2 0.6-4.5 0.2-0.6 ż
SNMG120404-PM 0.4 0.4-6.0 0.1-0.3 ƔżƔ ż ż
SNMG120408-PM 0.8 0.5-6.0 0.15-0.50 ƔƔƔ ż żƔ Ɣ
SNMG120412-PM 1.2 0.8-6.0 0.18-0.60 ƔƔƔ Ɣ ż Ɣ
SNMG120416-PM 1.6 1-6 0.23-0.65 żżż ż ż ż
SNMG150608-PM 0.8 0.7-7.5 0.14-0.50 żż
SNMG150612-PM 1.2 0.8-7.5 0.18-0.60 żƔż ż Ɣ Ɣ
SNMG190612-PM 1.2 1.0-7.5 0.20-0.65 żƔƔ Ɣ żƔ Ɣ
SNMG190616-PM 1.6 1.0-7.5 0.23-0.65 ż
ƔEx stock żOn demand
YBC152F, YBC252F, YBM153F, YBM253F available
HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Tool holder
DSBNR/L PSBNR/L PSDNN PSKNR/L PSSNR/L MSBNR/L MSRNR/L
Kr: 75° Kr: 75° Kr: 45° Kr: 75° Kr: 45° Kr: 75° Kr: 75°
A199 A208 A210 A211 A212 A222 A223
MSKNR/L MSDNN S***-PSKNR/L
Kr: 75° Kr: 45° Kr: 75°
A224 A225 A289
Negative inserts General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A65
System code A42 Grade selection A40 Technical info A447 Cutting data A324
Turning inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
SNMG L I.C S d
09 03 9.525 9.525 3.18 3.81
12 04 12.7 12.7 4.76 5.16
15 06 15.875 15.875 6.35 6.35
19 06 19.05 19.05 6.35 7.94
SN** negative insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO r apf
YB6315
YBC152
YBC252
YBC251
YBC352
YBC351
YBM153
YBM253
YBD052
YBD102
YB7315
YBD152
YBD152C
YBG101
YBG102
YBG105
YB9320
YBG205
YBG202
YNG151
YNT251
YNG151C
YD101
YD201
DM
Medium Cut
SNMG090304-DM 0.4 0.4-4.5 0.1-0.3 ƔƔ
SNMG090308-DM 0.8 0.5-4.5 0.15-0.50 ƔƔƔ ż
SNMG120404-DM 0.4 0.4-6.0 0.1-0.3 ƔƔƔ
SNMG120408-DM 0.8 0.5-6.0 0.15-0.50 ƔƔƔƔƔ
SNMG120412-DM 1.2 0.8-6.0 0.18-0.60 ƔƔƔ ż
SNMG120416-DM 1.6 1-6 0.23-0.65 żƔż ż
SNMG150608-DM 0.8 0.8-7.5 0.1-0.5 ƔƔƔ
SNMG150612-DM 1.2 0.8-7.5 0.18-0.60 ƔƔƔ
SNMG190612-DM 1.2 1-9 0.18-0.60 ƔƔż ż
SNMG190616-DM 1.6 1-9 0.23-0.65 ƔƔƔ Ɣ
EG
Medium Cut
SNMG120408-EG 0.8 0.5-4.0 0.1-0.5 ƔƔƔ
SNMG120412-EG 1.2 0.5-4.0 0.2-0.6 ƔƔ
ƔEx stock żOn demand
YBC152F, YBC252F, YBM153F, YBM253F available
HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Tool holder
DSBNR/L PSBNR/L PSDNN PSKNR/L PSSNR/L MSBNR/L MSRNR/L
Kr: 75° Kr: 75° Kr: 45° Kr: 75° Kr: 45° Kr: 75° Kr: 75°
A199 A208 A210 A211 A212 A222 A223
MSKNR/L MSDNN S***-PSKNR/L
Kr: 75° Kr: 45° Kr: 75°
A224 A225 A289
General turning Negative inserts
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A66
System code A42 Grade selection A40 Technical info A447 Cutting data A324
Turning inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
SNMG L I.C S d
12 04 12.7 12.7 4.76 5.16
15 06 15.875 15.875 6.35 6.35
SN** negative insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO r apf
YB6315
YBC152
YBC252
YBC251
YBC352
YBC351
YBM153
YBM253
YBD052
YBD102
YB7315
YBD152
YBD152C
YBG101
YBG102
YBG105
YB9320
YBG205
YBG202
YNG151
YNT251
YNG151C
YD101
YD201
EM
Medium Cut
SNMG120404-EM 0.4 0.50-6.35 0.05-0.30 Ɣż Ɣ
SNMG120408-EM 0.8 0.50-6.35 0.20-0.45 ƔƔ Ɣż
SNMG120412-EM 1.2 0.50-6.35 0.25-0.60 ƔƔ Ɣż
SNMG120416-EM 1.6 0.50-6.35 0.30-0.75 ż
SNMG150612-EM 1.2 0.5-8.0 0.25-0.60 żƔ Ɣ
SNMG150616-EM 1.6 0.5-8.0 0.30-0.75 żƔ
TC
Medium Cut
SNMG120404-TC 0.4 0.5-5.0 0.08-0.25 Ɣ
SNMG120408-TC 0.8 0.5-5.0 0.15-0.40 ƔƔ
SNMG120412-TC 1.2 0.5-5.0 0.2-0.5 ƔƔ
SNMG150616-TC 1.6 1-7 0.2-0.7 Ɣ
ƔEx stock żOn demand
YBC152F, YBC252F, YBM153F, YBM253F available
HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Tool holder
DSBNR/L PSBNR/L PSDNN PSKNR/L PSSNR/L MSBNR/L MSRNR/L
Kr: 75° Kr: 75° Kr: 45° Kr: 75° Kr: 45° Kr: 75° Kr: 75°
A199 A208 A210 A211 A212 A222 A223
MSKNR/L MSDNN S***-PSKNR/L
Kr: 75° Kr: 45° Kr: 75°
A224 A225 A289
Negative inserts General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A67
System code A42 Grade selection A40 Technical info A447 Cutting data A324
Turning inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
SNMG L I.C S d
12 04 12.7 12.7 4.76 5.16
15 06 15.875 15.875 6.35 6.35
19 06 19.05 19.05 6.35 7.94
25 09 25.4 25.4 9.525 9.12
SN** negative insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO r apf
YB6315
YBC152
YBC252
YBC251
YBC352
YBC351
YBM153
YBM253
YBD052
YBD102
YB7315
YBD152
YBD152C
YBG101
YBG102
YBG105
YB9320
YBG205
YBG202
YNG151
YNT251
YNG151C
YD101
YD201
NM
Medium Cut
SNMG120408-NM 0.8 0.5-5.0 0.1-0.4 ƔƔ ż
SNMG120412-NM 1.2 0.5-5.0 0.15-0.50 ż
DR
Roughing
SNMG120408-DR 0.8 0.7-7.0 0.2-0.5 żƔƔ ż Ɣ Ɣ
SNMG120412-DR 1.2 1-7 0.25-0.70 ƔƔƔƔż Ɣ Ɣ
SNMG120416-DR 1.6 1.5-7.0 0.32-0.75 żƔƔ Ɣ Ɣ
SNMG150612-DR 1.2 1-8 0.25-0.70 ƔƔż Ɣ Ɣ Ɣ
SNMG150616-DR 1.6 1.5-8.0 0.3-0.8 żƔƔ ż ż
SNMG190612-DR 1.2 1-10 0.25-0.70 ƔƔƔƔƔ Ɣ
SNMG190616-DR 1.6 1.5-10.0 0.3-0.8 ƔƔƔƔƔ ż Ɣ
SNMG190624-DR 2.4 2-10 0.32-0.90 ƔƔƔż
SNMG250924-DR 2.4 2-15 0.4-1.2 Ɣżż
ƔEx stock żOn demand
YBC152F, YBC252F, YBM153F, YBM253F available
HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Tool holder
DSBNR/L PSBNR/L PSDNN PSKNR/L PSSNR/L MSBNR/L MSRNR/L
Kr: 75° Kr: 75° Kr: 45° Kr: 75° Kr: 45° Kr: 75° Kr: 75°
A199 A208 A210 A211 A212 A222 A223
MSKNR/L MSDNN S***-PSKNR/L
Kr: 75° Kr: 45° Kr: 75°
A224 A225 A289
General turning Negative inserts
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A68
System code A42 Grade selection A40 Technical info A447 Cutting data A324
Turning inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
SNMG L I.C S d
12 04 12.7 12.7 4.76 5.16
15 06 15.875 15.875 6.35 6.35
19 06 19.05 19.05 6.35 7.94
SN** negative insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO r apf
YB6315
YBC152
YBC252
YBC251
YBC352
YBC351
YBM153
YBM253
YBD052
YBD102
YB7315
YBD152
YBD152C
YBG101
YBG102
YBG105
YB9320
YBG205
YBG202
YNG151
YNT251
YNG151C
YD101
YD201
ER
Roughing
SNMG120408-ER 0.8 2.0-7.6 0.20-0.55 żƔ
SNMG120412-ER 1.2 2.0-7.6 0.3-0.6 żż
SNMG150612-ER 1.2 2.0-9.6 0.3-0.6 żż
SNMG190612-ER 1.2 2.0-11.4 0.3-0.6 żƔ
SNMG190616-ER 1.6 2.0-11.4 0.35-0.80 żƔ
ƔEx stock żOn demand
YBC152F, YBC252F, YBM153F, YBM253F available
HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Tool holder
DSBNR/L PSBNR/L PSDNN PSKNR/L PSSNR/L MSBNR/L MSRNR/L
Kr: 75° Kr: 75° Kr: 45° Kr: 75° Kr: 45° Kr: 75° Kr: 75°
A199 A208 A210 A211 A212 A222 A223
MSKNR/L MSDNN S***-PSKNR/L
Kr: 75° Kr: 45° Kr: 75°
A224 A225 A289
Negative inserts General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A69
System code A42 Grade selection A40 Technical info A447 Cutting data A324
Turning inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
SNMM L I.C S d
15 06 15.875 15.875 6.35 6.35
19 06 19.05 19.05 6.35 7.94
25 07 25.4 25.4 7.94 9.12
25 09 25.4 25.4 9.525 9.12
SN** negative insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO r apf
YB6315
YBC152
YBC252
YBC251
YBC352
YBC351
YBM153
YBM253
YBD052
YBD102
YB7315
YBD152
YBD152C
YBG101
YBG102
YBG105
YB9320
YBG205
YBG202
YNG151
YNT251
YNG151C
YD101
YD201
DR
Roughing
SNMM150612-DR 1.2 1-7 0.25-0.60 Ɣ
SNMM150616-DR 1.6 1.5-9.0 0.32-0.90 żƔżƔ
SNMM190608-DR 0.8 2.0-10.5 0.25-0.50 ż
SNMM190612-DR 1.2 2.0-10.5 0.25-0.60 ƔƔżƔƔ
SNMM190616-DR 1.6 2.0-10.5 0.35-0.90 ƔƔƔƔƔ
SNMM190624-DR 2.4 2.0-10.5 0.4-1.1 ƔƔƔ ż
SNMM250716-DR 1.6 2.5-12.5 0.4-1.0 Ɣ
SNMM250724-DR 2.4 2.5-12.5 0.5-1.2 żƔƔ Ɣ
SNMM250924-DR 2.4 2.5-12.5 0.5-1.2 ƔƔƔ
ƔEx stock żOn demand
YBC152F, YBC252F, YBM153F, YBM253F available
HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Tool holder
DSBNR/L PSBNR/L PSDNN PSKNR/L PSSNR/L MSBNR/L MSRNR/L
Kr: 75° Kr: 75° Kr: 45° Kr: 75° Kr: 45° Kr: 75° Kr: 75°
A199 A208 A210 A211 A212 A222 A223
MSKNR/L MSDNN
Kr: 75° Kr: 45°
A224 A225
General turning Negative inserts
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A70
System code A42 Grade selection A40 Technical info A447 Cutting data A324
Turning inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
SNMM L I.C S d
12 04 12.7 12.7 4.76 5.16
15 06 15.875 15.875 6.35 6.35
19 06 19.05 19.05 6.35 7.94
25 09 25.4 25.4 9.525 9.12
SN** negative insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO r apf
YB6315
YBC152
YBC252
YBC251
YBC352
YBC351
YBM153
YBM253
YBD052
YBD102
YB7315
YBD152
YBD152C
YBG101
YBG102
YBG105
YB9320
YBG205
YBG202
YNG151
YNT251
YNG151C
YD101
YD201
LR
Roughing
SNMM120408-LR 0.8 1-6 0.1-0.5 żƔ
SNMM120412-LR 1.2 1-6 0.2-0.6 żƔ
SNMM120416-LR 1.6 1-6 0.25-0.70 ż
SNMM150612-LR 1.2 1.5-7.0 0.1-0.5 żƔ
SNMM150616-LR 1.6 1.5-7.0 0.1-0.5 żż
SNMM190612-LR 1.2 2-10 0.25-0.70 żƔ
SNMM190616-LR 1.6 2-10 0.3-1.0 żƔ
SNMM190624-LR 2.4 2-10 0.3-1.1 żƔ
SNMM250924-LR 2.4 3.0-12.5 0.3-1.2 ƔƔ ż
ƔEx stock żOn demand
YBC152F, YBC252F, YBM153F, YBM253F available
HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Tool holder
DSBNR/L PSBNR/L PSDNN PSKNR/L PSSNR/L MSBNR/L MSRNR/L
Kr: 75° Kr: 75° Kr: 45° Kr: 75° Kr: 45° Kr: 75° Kr: 75°
A199 A208 A210 A211 A212 A222 A223
MSKNR/L MSDNN S***-PSKNR/L
Kr: 75° Kr: 45° Kr: 75°
A224 A225 A289
Negative inserts General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A71
System code A42 Grade selection A40 Technical info A447 Cutting data A324
Turning inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
SNMM L I.C S d
12 04 12.7 12.7 4.76 5.16
15 06 15.875 15.875 6.35 6.35
19 06 19.05 19.05 6.35 7.94
25 07 25.4 25.4 7.94 9.12
25 09 25.4 25.4 9.525 9.12
SN** negative insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO r apf
YB6315
YBC152
YBC252
YBC251
YBC352
YBC351
YBM153
YBM253
YBD052
YBD102
YB7315
YBD152
YBD152C
YBG101
YBG102
YBG105
YB9320
YBG205
YBG202
YNG151
YNT251
YNG151C
YD101
YD201
HDR
Roughing
SNMM120408-HDR 0.8 1-6 0.1-0.6 ƔƔ ż
SNMM120412-HDR 1.2 1.5-6.0 0.2-0.7 żƔ ż
SNMM150608-HDR 0.8 1-7 0.2-0.6 Ɣ
SNMM150612-HDR 1.2 1-7 0.25-0.70 ƔƔƔ ż
SNMM150616-HDR 1.6 1.5-9.0 0.32-1.00 żƔ ż
SNMM150624-HDR 2.4 1.5-9.0 0.4-1.2 ż
SNMM190612-HDR 1.2 2.0-10.5 0.25-0.70 żżƔ
SNMM190616-HDR 1.6 2.0-10.5 0.35-1.00 ƔƔƔ Ɣ
SNMM190624-HDR 2.4 2.0-10.5 0.4-1.2 ƔƔ
SNMM250724-HDR 2.4 2.5-12.5 0.5-1.4 Ɣż Ɣ
SNMM250924-HDR 2.4 2.5-12.5 0.5-1.4 ƔƔ Ɣ
ƔEx stock żOn demand
YBC152F, YBC252F, YBM153F, YBM253F available
HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Tool holder
DSBNR/L PSBNR/L PSDNN PSKNR/L PSSNR/L MSBNR/L MSRNR/L
Kr: 75° Kr: 75° Kr: 45° Kr: 75° Kr: 45° Kr: 75° Kr: 75°
A199 A208 A210 A211 A212 A222 A223
MSKNR/L MSDNN S***-PSKNR/L
Kr: 75° Kr: 45° Kr: 75°
A224 A225 A289
General turning Negative inserts
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A72
System code A42 Grade selection A40 Technical info A447 Cutting data A324
Turning inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
SNMM L I.C S d
19 06 19.05 19.05 6.35 7.94
25 09 25.4 25.4 9.525 9.12
SN** negative insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO r apf
YB6315
YBC152
YBC252
YBC251
YBC352
YBC351
YBM153
YBM253
YBD052
YBD102
YB7315
YBD152
YBD152C
YBG101
YBG102
YBG105
YB9320
YBG205
YBG202
YNG151
YNT251
YNG151C
YD101
YD201
HPR
Roughing
SNMM190616-HPR 1.6 2.0-10.5 0.35-1.00 Ɣ
SNMM190624-HPR 2.4 2.0-10.5 0.4-1.2 żƔ
SNMM250924-HPR 2.4 2.0-12.5 0.5-1.4 żƔ Ɣ
ƔEx stock żOn demand
YBC152F, YBC252F, YBM153F, YBM253F available
HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Tool holder
PSBNR/L PSDNN PSKNR/L PSSNR/L MSBNR/L MSRNR/L MSKNR/L
Kr: 75° Kr: 45° Kr: 75° Kr: 45° Kr: 75° Kr: 75° Kr: 75°
A208 A210 A211 A212 A222 A223 A224
Negative inserts General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A73
System code A42 Grade selection A40 Technical info A447 Cutting data A324
Turning inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
SN** L I.C S d
12 04 12.7 12.7 4.76 5.16
25 07 25.4 25.4 7.94 9.12
25 09 25.4 25.4 9.525 9.12
SN** negative insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO r apf
YB6315
YBC152
YBC252
YBC251
YBC352
YBC351
YBM153
YBM253
YBD052
YBD102
YB7315
YBD152
YBD152C
YBG101
YBG102
YBG105
YB9320
YBG205
YBG202
YNG151
YNT251
YNG151C
YD101
YD201
Basic
Medium Cut
SNMG120408 0.8 0.5-6.0 0.1-0.6 ƔƔƔ
SNMG120412 1.2 0.5-6.0 0.1-0.7 żżż
SNMG250724 2.4 1-9 0.1-1.1 Ɣ
SNMG250924 2.4 1-9 0.1-1.1 ż
Basic
SNMM120408 0.8 0.5-5.0 0.1-0.5 Ɣ
SNMM120412 1.2 1.5-7.0 0.2-0.6 ż
ƔEx stock żOn demand
YBC152F, YBC252F, YBM153F, YBM253F available
HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Tool holder
DSBNR/L PSBNR/L PSDNN PSKNR/L PSSNR/L MSBNR/L MSRNR/L
Kr: 75° Kr: 75° Kr: 45° Kr: 75° Kr: 45° Kr: 75° Kr: 75°
A199 A208 A210 A211 A212 A222 A223
MSKNR/L MSDNN S***-PSKNR/L
Kr: 75° Kr: 45° Kr: 75°
A224 A225 A289
General turning Negative inserts
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A74
System code A42 Grade selection A40 Technical info A447 Cutting data A324
Turning inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
SN** L I.C S d
12 04 12.7 12.7 4.76 5.16
15 06 15.875 15.875 6.35 6.35
19 06 19.05 19.05 6.35 7.94
25 07 25.4 25.4 7.94 9.12
SN** negative insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO r apf
YB6315
YBC152
YBC252
YBC251
YBC352
YBC351
YBM153
YBM253
YBD052
YBD102
YB7315
YBD152
YBD152C
YBG101
YBG102
YBG105
YB9320
YBG205
YBG202
YNG151
YNT251
YNG151C
YD101
YD201
Flat
SNMA120408 0.8 0.5-5.0 0.1-0.5 ƔƔ Ɣ
SNMA120412 1.2 0.5-5.0 0.2-0.7 Ɣż Ɣż
SNMA120416 1.6 0.5-5.0 0.2-1.0 żż ż
SNMA150608 0.8 0.8-7.0 0.1-0.5 ż
SNMA150612 1.2 0.8-7.0 0.2-0.7 Ɣ
SNMA190612 1.2 0.8-7.0 0.2-0.7 żƔ Ɣ
SNMA190616 1.6 0.8-7.0 0.3-0.8 żƔ
Basic
SNMM250724-1 2.4 2.0-12.5 0.3-1.2 ƔƔƔ
ƔEx stock żOn demand
YBC152F, YBC252F, YBM153F, YBM253F available
HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Tool holder
DSBNR/L PSBNR/L PSDNN PSKNR/L PSSNR/L MSBNR/L MSRNR/L
Kr: 75° Kr: 75° Kr: 45° Kr: 75° Kr: 45° Kr: 75° Kr: 75°
A199 A208 A210 A211 A212 A222 A223
MSKNR/L MSDNN S***-PSKNR/L
Kr: 75° Kr: 45° Kr: 75°
A224 A225 A289
Negative inserts General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A75
System code A42 Grade selection A40 Technical info A447 Cutting data A324
Turning inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
SNMM L I.C S d
19 06 19.05 19.05 6.35 7.94
25 09 25.4 25.4 9.525 9.12
SN** negative insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO r apf
YB6315
YBC152
YBC252
YBC251
YBC352
YBC351
YBM153
YBM253
YBD052
YBD102
YB7315
YBD152
YBD152C
YBG101
YBG102
YBG105
YB9320
YBG205
YBG202
YNG151
YNT251
YNG151C
YD101
YD201
Basic
SNMM190608 0.8 1.0-10.5 0.15-0.50 ż
SNMM190612 1.2 1.5-10.5 0.2-0.7 żƔ
SNMM190616 1.6 0.5-10.5 0.2-1.0 ż
SNMM250924 2.4 2.0-12.5 0.3-1.2 Ɣż Ɣ
ƔEx stock żOn demand
YBC152F, YBC252F, YBM153F, YBM253F available
HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Tool holder
PSBNR/L PSDNN PSKNR/L PSSNR/L MSBNR/L MSRNR/L MSKNR/L
Kr: 75° Kr: 45° Kr: 75° Kr: 45° Kr: 75° Kr: 75° Kr: 75°
A208 A210 A211 A212 A222 A223 A224
General turning Negative inserts
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A76
System code A42 Grade selection A40 Technical info A447 Cutting data A324
Turning inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
SNUN L I.C S
12 04 12.7 12.7 4.76
19 04 19.05 19.05 4.76
25 07 25.4 25.4 7.94
SN** negative insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO r apf
YB6315
YBC152
YBC252
YBC251
YBC352
YBC351
YBM153
YBM253
YBD052
YBD102
YB7315
YBD152
YBD152C
YBG101
YBG102
YBG105
YB9320
YBG205
YBG202
YNG151
YNT251
YNG151C
YD101
YD201
Flat
SNUN120408 0.8 0.7-6.0 0.2-0.5 Ɣ
SNUN120412 1.2 0.7-6.0 0.25-0.60 Ɣż żż żż
SNUN190412 1.2 0.9-6.0 0.25-0.60 ż
SNUN190416 1.6 0.9-6.0 0.3-0.7 ż
SNUN250724 2.4 1-9 0.5-1.0 ż
ƔEx stock żOn demand HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Tool holder
CSKNR/L CSRNR/L CSDNN
Kr: 75° Kr: 75° Kr: 45°
A262 A263 A265
Negative inserts General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A77
System code A42 Grade selection A40 Technical info A447 Cutting data A324
Turning inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
TN** L I.C S d
16 04 16.5 9.525 4.76 3.81
22 04 22 12.7 4.76 5.16
TN** negative insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO r apf
YB6315
YBC152
YBC252
YBC251
YBC352
YBC351
YBM153
YBM253
YBD052
YBD102
YB7315
YBD152
YBD152C
YBG101
YBG102
YBG105
YB9320
YBG205
YBG202
YNG151
YNT251
YNG151C
YD101
YD201
WG
Wiper
TNMX160408-WG 0.8 0.5-5.0 0.15-0.70 Ɣ
TNMX160412-WG 1.2 0.8-6.0 0.20-0.75 ż
ADF
Finishing
TNMG160404-ADF 0.4 0.5-5.0 0.05-0.30 ƔƔƔ
TNMG160408-ADF 0.8 0.5-5.0 0.1-0.4 ƔƔżƔ
TNMG160412-ADF 1.2 0.5-5.0 0.2-0.5 ƔƔ
DF
Finishing
TNMG160404-DF 0.4 0.15-2.00 0.08-0.25 ƔƔż
TNMG160408-DF 0.8 0.15-2.00 0.1-0.3 ƔƔż
TNMG160412-DF 1.2 0.35-1.50 0.15-0.50 ƔƔ
TNMG220408-DF 0.8 0.3-1.5 0.1-0.4 ƔƔż
TNMG220412-DF 1.2 0.35-1.50 0.15-0.50 ƔƔ
ƔEx stock żOn demand
YBC152F, YBC252F, YBM153F, YBM253F available
HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Tool holder
DTGNR/L PTFNR/L PTTNR/L PTGNR/L MTGNR/L MTJNR/L MTJNR/L
Kr: 91° Kr: 91° Kr: 60° Kr: 90° Kr: 90° Kr: 93° Kr: 93°
A200 A213 A214 A215 A226 A227 A228
MTFNR/L S***-PTFNR/L
Kr: 91° Kr: 90°
A229 A290
General turning Negative inserts
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A78
System code A42 Grade selection A40 Technical info A447 Cutting data A324
Turning inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
TNMG L I.C S d
11 03 11 6.35 3.18 2.26
16 04 16.5 9.525 4.76 3.81
22 04 22 12.7 4.76 5.16
TN** negative insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO r apf
YB6315
YBC152
YBC252
YBC251
YBC352
YBC351
YBM153
YBM253
YBD052
YBD102
YB7315
YBD152
YBD152C
YBG101
YBG102
YBG105
YB9320
YBG205
YBG202
YNG151
YNT251
YNG151C
YD101
YD201
SF
Finishing
TNMG110304-SF 0.4 0.05-0.50 0.05-0.30 ż
TNMG160404-SF 0.4 0.05-1.00 0.05-0.30 żƔ
TNMG160408-SF 0.8 0.05-1.00 0.05-0.40 Ɣ
TNMG220408-SF 0.8 0.05-1.50 0.05-0.40 ż
TNMG220412-SF 1.2 0.05-1.50 0.10-0.45 ż
ƔEx stock żOn demand HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Tool holder
DTGNR/L PTFNR/L PTTNR/L PTGNR/L MTGNR/L MTJNR/L MTJNR/L
Kr: 91° Kr: 91° Kr: 60° Kr: 90° Kr: 90° Kr: 93° Kr: 93°
A200 A213 A214 A215 A226 A227 A228
MTFNR/L S***-PTFNR/L
Kr: 91° Kr: 90°
A229 A290
Negative inserts General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A79
System code A42 Grade selection A40 Technical info A447 Cutting data A324
Turning inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
TNMG L I.C S d
11 03 11 6.35 3.18 2.26
16 04 16.5 9.525 4.76 3.81
22 04 22 12.7 4.76 5.16
TN** negative insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO r apf
YB6315
YBC152
YBC252
YBC251
YBC352
YBC351
YBM153
YBM253
YBD052
YBD102
YB7315
YBD152
YBD152C
YBG101
YBG102
YBG105
YB9320
YBG205
YBG202
YNG151
YNT251
YNG151C
YD101
YD201
EF
Finishing
TNMG110304-EF 0.4 0.1-1.0 0.05-0.20 Ɣ
TNMG110308-EF 0.8 0.1-1.0 0.05-0.40 Ɣ
TNMG160404-EF 0.4 0.1-1.5 0.05-0.30 ƔƔ
TNMG160408-EF 0.8 0.1-1.5 0.1-0.4 ƔƔż
TNMG160412-EF 1.2 0.2-2.5 0.15-0.40 żƔ
TNMG220404-EF 0.4 0.5-2.5 0.05-0.25 żƔ
TNMG220408-EF 0.8 0.5-2.5 0.1-0.4 żƔż
TNMG220412-EF 1.2 0.5-2.5 0.1-0.5 ż
FM
Finishing
TNMG160404L-FM 0.4 0.5-3.0 0.1-0.3 ƔƔ
TNMG160404R-FM 0.4 0.5-3.0 0.1-0.3 żƔ Ɣ
TNMG160408L-FM 0.8 0.5-3.0 0.15-0.50 żƔ Ɣ
TNMG160408R-FM 0.8 0.5-3.0 0.15-0.50 ƔƔ Ɣ
ƔEx stock żOn demand
YBC152F, YBC252F, YBM153F, YBM253F available
HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Tool holder
DTGNR/L PTFNR/L PTTNR/L PTGNR/L MTGNR/L MTJNR/L MTJNR/L
Kr: 91° Kr: 91° Kr: 60° Kr: 90° Kr: 90° Kr: 93° Kr: 93°
A200 A213 A214 A215 A226 A227 A228
MTFNR/L S***-PTFNR/L
Kr: 91° Kr: 90°
A229 A290
General turning Negative inserts
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A80
System code A42 Grade selection A40 Technical info A447 Cutting data A324
Turning inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
TNMG L I.C S d
11 03 11 6.35 3.18 2.26
16 04 16.5 9.525 4.76 3.81
22 04 22 12.7 4.76 5.16
TN** negative insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO r apf
YB6315
YBC152
YBC252
YBC251
YBC352
YBC351
YBM153
YBM253
YBD052
YBD102
YB7315
YBD152
YBD152C
YBG101
YBG102
YBG105
YB9320
YBG205
YBG202
YNG151
YNT251
YNG151C
YD101
YD201
DM
Medium Cut
TNMG110308-DM 0.8 0.3-3.0 0.1-0.4 żƔ
TNMG160404-DM 0.4 0.4-5.0 0.1-0.3 ƔƔƔżƔ
TNMG160408-DM 0.8 0.5-5.0 0.15-0.50 ƔƔƔƔż
TNMG160412-DM 1.2 0.8-5.0 0.18-0.60 ƔƔż ż
TNMG220404-DM 0.4 0.4-6.6 0.1-0.3 ƔƔƔ ż
TNMG220408-DM 0.8 0.5-6.6 0.15-0.50 ƔƔƔ Ɣ
TNMG220412-DM 1.2 0.8-6.6 0.18-0.60 ƔƔƔ Ɣ
TNMG220416-DM 1.6 1.0-6.6 0.23-0.65 ƔƔƔ ż
PM
Medium Cut
TNMG110304-PM 0.4 0.4-3.0 0.1-0.3 ƔƔ
TNMG110308-PM 0.8 0.4-3.0 0.15-0.40 ƔƔ
TNMG160404-PM 0.4 0.4-5.0 0.1-0.3 ƔƔƔ Ɣ żƔ Ɣ
TNMG160408-PM 0.8 0.5-5.0 0.15-0.50 ƔƔƔ Ɣ żƔ Ɣ
TNMG160412-PM 1.2 0.8-5.0 0.18-0.60 ƔƔż żƔ Ɣ
TNMG220408-PM 0.8 0.5-6.6 0.15-0.50 ƔƔƔ ż Ɣ Ɣ
TNMG220412-PM 1.2 0.8-6.6 0.18-0.60 żƔƔ ż żƔ Ɣ
TNMG220416-PM 1.6 1.0-6.6 0.23-0.65 żƔ ż ż ż
ƔEx stock żOn demand
YBC152F, YBC252F, YBM153F, YBM253F available
HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Tool holder
DTGNR/L PTFNR/L PTTNR/L PTGNR/L MTGNR/L MTJNR/L MTJNR/L
Kr: 91° Kr: 91° Kr: 60° Kr: 90° Kr: 90° Kr: 93° Kr: 93°
A200 A213 A214 A215 A226 A227 A228
MTFNR/L S***-PTFNR/L
Kr: 91° Kr: 90°
A229 A290
Negative inserts General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A81
System code A42 Grade selection A40 Technical info A447 Cutting data A324
Turning inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
TNMG L I.C S d
16 04 16.5 9.525 4.76 3.81
TN** negative insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO r apf
YB6315
YBC152
YBC252
YBC251
YBC352
YBC351
YBM153
YBM253
YBD052
YBD102
YB7315
YBD152
YBD152C
YBG101
YBG102
YBG105
YB9320
YBG205
YBG202
YNG151
YNT251
YNG151C
YD101
YD201
ZM
Medium Cut
TNMG160404-ZM 0.4 0.5-5.0 0.08-0.30 Ɣ
TNMG160408-ZM 0.8 0.5-5.0 0.1-0.4 Ɣ
TNMG160412-ZM 1.2 0.5-5.0 0.1-0.6 Ɣ
ƔEx stock żOn demand HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Tool holder
DTGNR/L PTFNR/L PTTNR/L PTGNR/L MTGNR/L MTJNR/L MTJNR/L
Kr: 91° Kr: 91° Kr: 60° Kr: 90° Kr: 90° Kr: 93° Kr: 93°
A200 A213 A214 A215 A226 A227 A228
MTFNR/L S***-PTFNR/L
Kr: 91° Kr: 90°
A229 A290
General turning Negative inserts
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A82
System code A42 Grade selection A40 Technical info A447 Cutting data A324
Turning inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
TNMG L I.C S d
16 04 16.5 9.525 4.76 3.81
22 04 22 12.7 4.76 5.16
TN** negative insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO r apf
YB6315
YBC152
YBC252
YBC251
YBC352
YBC351
YBM153
YBM253
YBD052
YBD102
YB7315
YBD152
YBD152C
YBG101
YBG102
YBG105
YB9320
YBG205
YBG202
YNG151
YNT251
YNG151C
YD101
YD201
EG
Medium Cut
TNMG160404-EG 0.4 0.5-4.0 0.1-0.3 ƔƔ
TNMG160408-EG 0.8 0.5-4.0 0.1-0.4 ƔƔ ƔƔ
TNMG160412-EG 1.2 0.5-4.0 0.15-0.50 ƔƔ ƔƔ
EM
Medium Cut
TNMG160404-EM 0.4 0.5-4.8 0.05-0.30 Ɣż Ɣż
TNMG160408-EM 0.8 0.5-4.8 0.10-0.45 ƔƔ Ɣż
TNMG160412-EM 1.2 0.5-4.8 0.1-0.6 ƔƔ Ɣż
TNMG220408-EM 0.8 0.5-6.6 0.10-0.45 ƔƔ Ɣż
TNMG220412-EM 1.2 0.5-6.6 0.1-0.6 żƔ Ɣż
TNMG220416-EM 1.6 0.5-6.6 0.10-0.65 ƔƔ
TC
Medium Cut
TNMG160404-TC 0.4 0.5-3.0 0.05-0.20 ƔƔ
TNMG160408-TC 0.8 0.5-3.0 0.08-0.25 ƔƔ
TNMG160412-TC 1.2 1-3 0.1-0.3 ƔƔ
TNMG220412-TC 1.2 1-6 0.15-0.40 ƔƔ
TNMG220416-TC 1.6 1-6 0.2-0.5 Ɣ
ƔEx stock żOn demand
YBC152F, YBC252F, YBM153F, YBM253F available
HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Tool holder
DTGNR/L PTFNR/L PTTNR/L PTGNR/L MTGNR/L MTJNR/L MTJNR/L
Kr: 91° Kr: 91° Kr: 60° Kr: 90° Kr: 90° Kr: 93° Kr: 93°
A200 A213 A214 A215 A226 A227 A228
MTFNR/L S***-PTFNR/L
Kr: 91° Kr: 90°
A229 A290
Negative inserts General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A83
System code A42 Grade selection A40 Technical info A447 Cutting data A324
Turning inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
TNMG L I.C S d
16 04 16.5 9.525 4.76 3.81
22 04 22 12.7 4.76 5.16
27 06 27.5 15.875 6.35 6.35
TN** negative insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO r apf
YB6315
YBC152
YBC252
YBC251
YBC352
YBC351
YBM153
YBM253
YBD052
YBD102
YB7315
YBD152
YBD152C
YBG101
YBG102
YBG105
YB9320
YBG205
YBG202
YNG151
YNT251
YNG151C
YD101
YD201
DR
Roughing
TNMG160408-DR 0.8 0.7-6.0 0.20-0.55 ƔƔƔ Ɣ Ɣ
TNMG160412-DR 1.2 1-6 0.25-0.65 ƔƔƔ ż ż Ɣ
TNMG220408-DR 0.8 0.7-7.0 0.20-0.55 ƔƔ ż ż
TNMG220412-DR 1.2 1-7 0.25-0.65 żƔƔƔż ż Ɣ
TNMG220416-DR 1.6 1.5-7.0 0.32-0.75 ƔƔ Ɣ ż Ɣ
TNMG270608-DR 0.8 1.5-12.0 0.35-0.55 ż
TNMG270612-DR 1.2 2-12 0.35-0.75 Ɣ
ƔEx stock żOn demand
YBC152F, YBC252F, YBM153F, YBM253F available
HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Tool holder
DTGNR/L PTFNR/L PTTNR/L PTGNR/L MTGNR/L MTJNR/L MTJNR/L
Kr: 91° Kr: 91° Kr: 60° Kr: 90° Kr: 90° Kr: 93° Kr: 93°
A200 A213 A214 A215 A226 A227 A228
MTFNR/L S***-PTFNR/L
Kr: 91° Kr: 90°
A229 A290
General turning Negative inserts
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A84
System code A42 Grade selection A40 Technical info A447 Cutting data A324
Turning inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
TN** L I.C S d
16 04 16.5 9.525 4.76 3.81
22 04 22 12.7 4.76 5.16
27 06 27.5 15.875 6.35 5.16
TN** negative insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO r apf
YB6315
YBC152
YBC252
YBC251
YBC352
YBC351
YBM153
YBM253
YBD052
YBD102
YB7315
YBD152
YBD152C
YBG101
YBG102
YBG105
YB9320
YBG205
YBG202
YNG151
YNT251
YNG151C
YD101
YD201
DR
Roughing
TNMM160408-DR 0.8 0.7-6.0 0.20-0.55 żƔƔ ż
TNMM160412-DR 1.2 1-6 0.25-0.70 żżƔ
TNMM220408-DR 0.8 0.7-8.0 0.20-0.55 żżƔ ż
TNMM220412-DR 1.2 1-8 0.25-0.70 Ɣż ż
TNMM220416-DR 1.6 1.5-8.0 0.32-0.90 żż ż
TNMM270612-DR 1.2 2.5-11.0 0.25-0.70 ż
TNMM270616-DR 1.6 2.5-11.0 0.3-0.9 ż
ER
Roughing
TNMG160408-ER 0.8 2.0-5.6 0.15-0.55 Ɣ
TNMG160412-ER 1.2 2.0-5.6 0.15-0.60 ż
TNMG220408-ER 0.8 2.0-7.7 0.15-0.55 ż
TNMG220412-ER 1.2 2.0-7.7 0.15-0.60 ż
LR
Roughing
TNMM160408-LR 0.8 1-5 0.1-0.5 ƔƔ Ɣ
TNMM160412-LR 1.2 1.5-6.0 0.1-0.6 ƔƔ Ɣ
ƔEx stock żOn demand
YBC152F, YBC252F, YBM153F, YBM253F available
HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Negative inserts General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A85
System code A42 Grade selection A40 Technical info A447 Cutting data A324
Tool holder
DTGNR/L PTFNR/L PTTNR/L PTGNR/L MTGNR/L MTJNR/L MTJNR/L
Kr: 91° Kr: 91° Kr: 60° Kr: 90° Kr: 90° Kr: 93° Kr: 93°
A200 A213 A214 A215 A226 A227 A228
MTFNR/L S***-PTFNR/L
Kr: 91° Kr: 90°
A229 A290
General turning Negative inserts
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A86
System code A42 Grade selection A40 Technical info A447 Cutting data A324
Turning inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
TNMM L I.C S d
22 04 22 12.7 4.76 5.16
27 06 27.5 15.875 6.35 6.35
TN** negative insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO r apf
YB6315
YBC152
YBC252
YBC251
YBC352
YBC351
YBM153
YBM253
YBD052
YBD102
YB7315
YBD152
YBD152C
YBG101
YBG102
YBG105
YB9320
YBG205
YBG202
YNG151
YNT251
YNG151C
YD101
YD201
HDR
Heavy
Turning
TNMM220412-HDR 1.2 2-9 0.25-0.80 ż
TNMM220416-HDR 1.6 2-9 0.35-1.00 ż
TNMM270616-HDR 1.6 2-6 0.35-1.00 Ɣ
TNMM270624-HDR 2.4 2-7 0.4-1.2 Ɣż
ƔEx stock żOn demand
YBC152F, YBC252F, YBM153F, YBM253F available
HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Tool holder
PTFNR/L PTTNR/L PTGNR/L MTGNR/L MTJNR/L MTJNR/L MTFNR/L
Kr: 91° Kr: 60° Kr: 90° Kr: 90° Kr: 93° Kr: 93° Kr: 91°
A213 A214 A215 A226 A227 A228 A229
Negative inserts General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A87
System code A42 Grade selection A40 Technical info A447 Cutting data A324
Turning inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
TNMG L I.C S d
16 04 16.5 9.525 4.76 3.81
22 04 22 12.7 4.76 5.16
27 06 27.5 15.875 6.35 6.35
33 09 33 19.05 9.525 7.94
TN** negative insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO r apf
YB6315
YBC152
YBC252
YBC251
YBC352
YBC351
YBM153
YBM253
YBD052
YBD102
YB7315
YBD152
YBD152C
YBG101
YBG102
YBG105
YB9320
YBG205
YBG202
YNG151
YNT251
YNG151C
YD101
YD201
Basic
Medium Cut
TNMG160404 0.4 0.2-4.0 0.05-0.20 żƔ
TNMG160408 0.8 0.2-4.0 0.08-0.30 ƔƔƔ ż
TNMG160412 1.2 0.2-4.0 0.1-0.4 ƔƔż
TNMG220404 0.4 0.2-6.0 0.05-0.20 żż
TNMG220408 0.8 0.2-6.0 0.1-0.3 żƔ
TNMG220412 1.2 0.2-6.0 0.1-0.4 ż
TNMG220416 1.6 0.2-6.0 0.1-0.5 ż
TNMG270612 1.2 0.2-9.0 0.1-0.5 żƔ
TNMG270616 1.6 0.2-9.0 0.1-0.5 żƔ
TNMG330916 1.6 0.2-11.0 0.1-0.5 żż
TNMG330924 2.4 0.2-11.0 0.1-0.7 żż
ƔEx stock żOn demand
YBC152F, YBC252F, YBM153F, YBM253F available
HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Tool holder
DTGNR/L PTFNR/L PTTNR/L PTGNR/L MTGNR/L MTJNR/L MTJNR/L
Kr: 91° Kr: 91° Kr: 60° Kr: 90° Kr: 90° Kr: 93° Kr: 93°
A200 A213 A214 A215 A226 A227 A228
MTFNR/L S***-PTFNR/L
Kr: 91° Kr: 90°
A229 A290
General turning Negative inserts
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A88
System code A42 Grade selection A40 Technical info A447 Cutting data A324
Turning inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
TN** L I.C S d
16 04 16.5 9.525 4.76 3.81
22 04 22 12.7 4.76 5.16
27 06 27.5 15.875 6.35 6.35
TN** negative insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO r apf
YB6315
YBC152
YBC252
YBC251
YBC352
YBC351
YBM153
YBM253
YBD052
YBD102
YB7315
YBD152
YBD152C
YBG101
YBG102
YBG105
YB9320
YBG205
YBG202
YNG151
YNT251
YNG151C
YD101
YD201
Flat
TNMA160404 0.4 0.2-4.0 0.05-0.20 żż Ɣ
TNMA160408 0.8 0.2-4.0 0.08-0.30 ƔƔ Ɣ
TNMA160412 1.2 0.2-4.0 0.1-0.4 żƔ Ɣ
TNMA160416 1.6 0.5-4.0 0.05-0.50 żƔ ż
TNMA220404 0.4 0.2-6.0 0.05-0.20 Ɣ
TNMA220408 0.8 0.2-6.0 0.1-0.3 żƔ Ɣ
TNMA220412 1.2 0.2-6.0 0.1-0.4 żƔƔ
TNMA220416 1.6 0.2-6.0 0.1-0.5 żż
Basic
TNMM160404 0.4 0.2-7.0 0.05-0.60 żƔ
TNMM160408 0.8 0.5-7.0 0.05-0.60 żż
TNMM160412 1.2 0.5-7.0 0.05-0.60 ż
TNMM220408 0.8 0.5-7.0 0.05-0.60 żƔ ż
TNMM220412 1.2 1-7 0.1-0.6 żƔ
TNMM220416 1.6 0.5-7.0 0.05-0.60 ż
TNMM270616 1.6 0.5-6.5 0.05-0.70 żƔ
ƔEx stock żOn demand
YBC152F, YBC252F, YBM153F, YBM253F available
HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Tool holder
DTGNR/L PTFNR/L PTTNR/L PTGNR/L MTGNR/L MTJNR/L MTJNR/L
Kr: 91° Kr: 91° Kr: 60° Kr: 90° Kr: 90° Kr: 93° Kr: 93°
A200 A213 A214 A215 A226 A227 A228
MTFNR/L S***-PTFNR/L
Kr: 91° Kr: 90°
A229 A290
Negative inserts General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A89
System code A42 Grade selection A40 Technical info A447 Cutting data A324
Turning inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
VN** L I.C S d
16 04 16.6 9.525 4.76 3.81
VN** negative insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO r apf
YB6315
YBC152
YBC252
YBC251
YBC352
YBC351
YBM153
YBM253
YBD052
YBD102
YB7315
YBD152
YBD152C
YBG101
YBG102
YBG105
YB9320
YBG205
YBG202
YNG151
YNT251
YNG151C
YD101
YD201
ADF
Finishing
VNMG160404-ADF 0.4 0.5-2.5 0.1-0.3 ƔƔ
VNMG160408-ADF 0.8 0.5-2.5 0.1-0.5 ƔƔ
DF
Finishing
VNMG160404-DF 0.4 0.25-1.50 0.07-0.30 żƔƔ
VNMG160408-DF 0.8 0.3-1.5 0.1-0.4 ƔƔƔ
EF
Finishing
VNMG160404-EF 0.4 0.1-1.5 0.05-0.25 ƔƔ
VNMG160408-EF 0.8 0.2-2.5 0.08-0.35 ƔƔż
VNMG160412-EF 1.2 0.2-2.5 0.10-0.45 ż
NF
Finishing
VNEG160404-NF 0.4 0.2-4.0 0.05-0.30 żƔ ż
VNEG160408-NF 0.8 0.2-4.0 0.05-0.50 żƔ ż
ƔEx stock żOn demand
YBC152F, YBC252F, YBM153F, YBM253F available
HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Tool holder
DVVNN DVJNR/L MVVNN MVJNR/L
Kr: 72°30' Kr: 93° Kr: 72°30' Kr: 93°
A201 A202 A230 A231
General turning Negative inserts
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A90
System code A42 Grade selection A40 Technical info A447 Cutting data A324
Turning inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
VN** L I.C S d
16 04 16.6 9.525 4.76 3.81
VN** negative insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO r apf
YB6315
YBC152
YBC252
YBC251
YBC352
YBC351
YBM153
YBM253
YBD052
YBD102
YB7315
YBD152
YBD152C
YBG101
YBG102
YBG105
YB9320
YBG205
YBG202
YNG151
YNT251
YNG151C
YD101
YD201
NGF
Finishing
VNEG160408-NGF 0.8 0.2-3.0 0.1-0.3 Ɣ
VNEG160412-NGF 1.2 0.2-3.0 0.1-0.5 ż
SF
Finishing
VNMG160404-SF 0.4 0.05-3.00 0.05-0.20 Ɣ
VNMG160408-SF 0.8 0.05-3.00 0.05-0.35 ż
ƔEx stock żOn demand HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Tool holder
DVVNN DVJNR/L MVVNN MVJNR/L
Kr: 72°30' Kr: 93° Kr: 72°30' Kr: 93°
A201 A202 A230 A231
Negative inserts General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A91
System code A42 Grade selection A40 Technical info A447 Cutting data A324
Turning inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
VNMG L I.C S d
16 04 16.6 9.525 4.76 3.81
VN** negative insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO r apf
YB6315
YBC152
YBC252
YBC251
YBC352
YBC351
YBM153
YBM253
YBD052
YBD102
YB7315
YBD152
YBD152C
YBG101
YBG102
YBG105
YB9320
YBG205
YBG202
YNG151
YNT251
YNG151C
YD101
YD201
Basic
Medium Cut
VNMG160404 0.4 0.2-6.0 0.05-0.60 ż
VNMG160408 0.8 0.2-6.0 0.08-0.60 ż
DM
Medium Cut
VNMG160408-DM 0.8 0.5-4.0 0.15-0.50 ƔƔƔ
VNMG160412-DM 1.2 0.8-4.0 0.18-0.60 ƔƔƔ
EM
Medium Cut
VNMG160404-EM 0.4 0.2-3.0 0.05-0.30 ƔƔż
VNMG160408-EM 0.8 0.5-4.0 0.10-0.45 ƔƔż
NM
Medium Cut
VNMG160412-NM 1.2 0.2-4.0 0.05-0.40 Ɣ
ƔEx stock żOn demand
YBC152F, YBC252F, YBM153F, YBM253F available
HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Tool holder
DVVNN DVJNR/L MVVNN MVJNR/L
Kr: 72°30' Kr: 93° Kr: 72°30' Kr: 93°
A201 A202 A230 A231
General turning Negative inserts
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A92
System code A42 Grade selection A40 Technical info A447 Cutting data A324
Turning inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
VNMG L I.C S d
16 04 16.6 9.525 4.76 3.81
VN** negative insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO r apf
YB6315
YBC152
YBC252
YBC251
YBC352
YBC351
YBM153
YBM253
YBD052
YBD102
YB7315
YBD152
YBD152C
YBG101
YBG102
YBG105
YB9320
YBG205
YBG202
YNG151
YNT251
YNG151C
YD101
YD201
PM
Medium Cut
VNMG160404-PM 0.4 0.4-4.0 0.13-0.40 ƔƔƔ Ɣ ż
VNMG160408-PM 0.8 0.5-4.0 0.15-0.50 ƔƔƔ ż ƔƔ Ɣ
VNMG160412-PM 1.2 0.8-4.0 0.18-0.60 ƔƔƔ żƔ
TC
Medium Cut
VNMG160404-TC 0.4 0.5-2.0 0.05-0.20 ƔƔ
VNMG160408-TC 0.8 0.5-2.0 0.08-0.25 ƔƔ
VNMG160412-TC 1.2 0.5-3.0 0.08-0.30 ƔƔ
ZM
Medium Cut
VNMG160404-ZM 0.4 0.5-3.0 0.08-0.30 Ɣ
VNMG160408-ZM 0.8 0.5-3.0 0.1-0.4 Ɣ
SNR
Roughing
VNMG160408-SNR 0.8 0.2-2.0 0.1-0.4 Ɣ
VNMG160412-SNR 1.2 0.2-2.0 0.1-0.5 Ɣ
ƔEx stock żOn demand
YBC152F, YBC252F, YBM153F, YBM253F available
HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Tool holder
DVVNN DVJNR/L MVVNN MVJNR/L
Kr: 72°30' Kr: 93° Kr: 72°30' Kr: 93°
A201 A202 A230 A231
Negative inserts General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A93
System code A42 Grade selection A40 Technical info A447 Cutting data A324
Turning inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
WNMG L I.C S d
06 T3 6.5 9.525 3.97 3.81
06 04 6.5 9.525 4.76 3.81
08 04 8.7 12.7 4.76 5.16
WN** negative insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO r apf
YB6315
YBC152
YBC252
YBC251
YBC352
YBC351
YBM153
YBM253
YBD052
YBD102
YB7315
YBD152
YBD152C
YBG101
YBG102
YBG105
YB9320
YBG205
YBG202
YNG151
YNT251
YNG151C
YD101
YD201
ADF
Finishing
WNMG080404-ADF 0.4 0.2-2.5 0.05-0.30 ƔƔƔ
WNMG080408-ADF 0.8 0.5-2.5 0.05-0.40 ƔƔżƔ
WNMG080412-ADF 1.2 0.5-2.5 0.05-0.50 ƔƔ
DF
Finishing
WNMG060404-DF 0.4 0.15-2.00 0.08-0.25 ƔƔƔ
WNMG060408-DF 0.8 0.15-2.00 0.1-0.3 ƔƔƔ
WNMG080404-DF 0.4 0.15-2.00 0.08-0.25 ƔƔż
WNMG080408-DF 0.8 0.15-2.00 0.1-0.3 ƔżƔ
WNMG080412-DF 1.2 0.2-2.5 0.10-0.35 ƔƔż
SF
Finishing
WNMG060404-SF 0.4 0.05-0.50 0.05-0.20 Ɣ
WNMG060408-SF 0.8 0.05-0.50 0.05-0.35 Ɣ
WNMG06T304-SF 0.4 0.05-0.50 0.05-0.20 Ɣ
WNMG06T308-SF 0.8 0.05-0.50 0.05-0.35 Ɣ
WNMG080404-SF 0.4 0.05-0.50 0.05-0.20 Ɣ
WNMG080408-SF 0.8 0.05-0.50 0.05-0.35 Ɣ
WNMG080412-SF 1.2 0.05-0.50 0.05-0.40 ż
ƔEx stock żOn demand
YBC152F, YBC252F, YBM153F, YBM253F available
HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Tool holder
DWLNR/L PWLNR/L MWLNR/L S***-PWLNR/L
Kr: 95° Kr: 95° Kr: 95° Kr: 95°
A203 A217 A232 A291
General turning Negative inserts
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A94
System code A42 Grade selection A40 Technical info A447 Cutting data A324
Turning inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
WN** L I.C S d
06 T3 6.5 9.525 3.97 3.81
06 04 6.5 9.525 4.76 3.81
08 04 8.7 12.7 4.76 5.16
WN** negative insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO r apf
YB6315
YBC152
YBC252
YBC251
YBC352
YBC351
YBM153
YBM253
YBD052
YBD102
YB7315
YBD152
YBD152C
YBG101
YBG102
YBG105
YB9320
YBG205
YBG202
YNG151
YNT251
YNG151C
YD101
YD201
WG
Wiper
WNMG080408-WG 0.8 0.5-5.0 0.15-0.70 ƔƔ
WNMG080412-WG 1.2 0.8-6.0 0.20-0.75 Ɣż
EF
Finishing
WNMG060404-EF 0.4 0.1-1.5 0.05-0.30 żƔż
WNMG060408-EF 0.8 0.1-1.5 0.1-0.4 żƔż
WNMG06T308-EF 0.8 0.1-1.5 0.1-0.4 Ɣ
WNMG080404-EF 0.4 0.1-1.5 0.05-0.30 żƔ ƔƔ
WNMG080408-EF 0.8 0.1-1.5 0.1-0.4 żƔ żƔż
NF
Finishing
WNEG080404-NF 0.4 0.2-3.0 0.05-0.30 żƔ
WNEG080408-NF 0.8 0.2-2.5 0.05-0.30 ż
NF
Finishing
WNMG060408-NF 0.8 0.2-2.5 0.05-0.30 żƔ
ƔEx stock żOn demand
YBC152F, YBC252F, YBM153F, YBM253F available
HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Tool holder
DWLNR/L PWLNR/L MWLNR/L S***-PWLNR/L
Kr: 95° Kr: 95° Kr: 95° Kr: 95°
A203 A217 A232 A291
Negative inserts General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A95
System code A42 Grade selection A40 Technical info A447 Cutting data A324
Turning inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
WNMG L I.C S d
06 T3 6.5 9.525 3.97 3.81
06 04 6.5 9.525 4.76 3.81
08 04 8.7 12.7 4.76 5.16
WN** negative insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO r apf
YB6315
YBC152
YBC252
YBC251
YBC352
YBC351
YBM153
YBM253
YBD052
YBD102
YB7315
YBD152
YBD152C
YBG101
YBG102
YBG105
YB9320
YBG205
YBG202
YNG151
YNT251
YNG151C
YD101
YD201
DM
Medium Cut
WNMG060408-DM 0.8 0.5-3.0 0.15-0.50 ƔƔƔ ż
WNMG060412-DM 1.2 0.8-3.0 0.18-0.60 żƔƔƔ ż
WNMG06T308-DM 0.8 0.5-3.0 0.15-0.15 żƔ
WNMG080404-DM 0.4 0.5-4.0 0.1-0.4 ƔƔƔ ż
WNMG080408-DM 0.8 0.5-4.0 0.15-0.50 żƔƔƔƔż Ɣ
WNMG080412-DM 1.2 0.8-4.0 0.18-0.60 żƔƔƔƔ
WNMG080416-DM 1.6 1-4 0.23-0.65 ƔƔ
EG
Medium Cut
WNMG080408-EG 0.8 0.5-4.0 0.05-0.40 ƔƔ ƔƔ
WNMG080412-EG 1.2 0.5-4.0 0.05-0.60 ƔƔ ƔƔ
EM
Medium Cut
WNMG060404-EM 0.4 0.5-3.0 0.05-0.30 żƔ Ɣż
WNMG060408-EM 0.8 0.5-3.0 0.1-0.5 ƔƔ Ɣż
WNMG06T304-EM 0.4 0.5-3.0 0.05-0.30 Ɣ
WNMG06T308-EM 0.8 0.5-3.0 0.1-0.5 Ɣ
WNMG06T312-EM 1.2 0.5-3.0 0.1-0.7 żż
WNMG080404-EM 0.4 1-4 0.05-0.30 ƔƔ ƔƔ
WNMG080408-EM 0.8 1-4 0.1-0.5 ƔƔ Ɣż
WNMG080412-EM 1.2 1-4 0.1-0.7 ƔƔ Ɣ
ƔEx stock żOn demand
YBC152F, YBC252F, YBM153F, YBM253F available
HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Tool holder
DWLNR/L PWLNR/L MWLNR/L S***-PWLNR/L
Kr: 95° Kr: 95° Kr: 95° Kr: 95°
A203 A217 A232 A291
General turning Negative inserts
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A96
System code A42 Grade selection A40 Technical info A447 Cutting data A324
Turning inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
WNMG L I.C S d
06 04 6.5 9.525 4.76 3.81
08 04 8.7 12.7 4.76 5.16
WN** negative insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO r apf
YB6315
YBC152
YBC252
YBC251
YBC352
YBC351
YBM153
YBM253
YBD052
YBD102
YB7315
YBD152
YBD152C
YBG101
YBG102
YBG105
YB9320
YBG205
YBG202
YNG151
YNT251
YNG151C
YD101
YD201
PM
Medium Cut
WNMG060408-PM 0.8 0.5-3.0 0.15-0.50 ƔƔƔ Ɣ żƔ Ɣ
WNMG060412-PM 1.2 0.8-3.0 0.18-0.60 ƔżƔ ż ż ż
WNMG080404-PM 0.4 0.4-4.0 0.12-0.40 ƔƔƔ żƔ Ɣ
WNMG080408-PM 0.8 0.5-4.0 0.15-0.50 ƔƔƔƔƔ żƔ Ɣ
WNMG080412-PM 1.2 0.8-4.0 0.18-0.60 ƔƔƔ Ɣ żƔ Ɣ
WNMG080416-PM 1.6 1-4 0.23-0.65 ƔżƔƔ
ZM
Medium Cut
WNMG080408-ZM 0.8 0.5-4.0 0.1-0.5 Ɣ
WNMG080412-ZM 1.2 1.0-5.5 0.15-0.60 Ɣ
ƔEx stock żOn demand
YBC152F, YBC252F, YBM153F, YBM253F available
HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Tool holder
DWLNR/L PWLNR/L MWLNR/L S***-PWLNR/L
Kr: 95° Kr: 95° Kr: 95° Kr: 95°
A203 A217 A232 A291
Negative inserts General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A97
System code A42 Grade selection A40 Technical info A447 Cutting data A324
Turning inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
WN** L I.C S d
06 T3 6.5 9.525 3.97 3.81
06 04 6.5 9.525 4.76 3.81
08 04 8.7 12.7 4.76 5.16
WN** negative insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO r apf
YB6315
YBC152
YBC252
YBC251
YBC352
YBC351
YBM153
YBM253
YBD052
YBD102
YB7315
YBD152
YBD152C
YBG101
YBG102
YBG105
YB9320
YBG205
YBG202
YNG151
YNT251
YNG151C
YD101
YD201
NM
Medium Cut
WNMG080404-NM 0.4 0.2-3.0 0.05-0.30 Ɣ
WNMG080408-NM 0.8 0.2-3.0 0.1-0.3 ƔƔ ż
WNMG080412-NM 1.2 0.2-4.0 0.1-0.4 ƔƔ
TC
Medium Cut
WNMG080404-TC 0.4 0.5-3.0 0.08-0.25 Ɣż
WNMG080408-TC 0.8 0.5-4.0 0.15-0.40 ƔƔ
WNMG080412-TC 1.2 0.5-4.0 0.2-0.6 ƔƔ
DR
Roughing
WNMG060408-DR 0.8 0.7-3.5 0.20-0.45 ƔƔƔ ż Ɣ Ɣ
WNMG060412-DR 1.2 0.8-3.5 0.25-0.55 ƔƔƔ ż ż ż
WNMG080408-DR 0.8 0.7-5.0 0.20-0.55 ƔƔƔƔƔ Ɣ Ɣ
WNMG080412-DR 1.2 1-5 0.25-0.70 żƔƔƔƔż Ɣ Ɣ
WNMG080416-DR 1.6 1.5-5.0 0.32-0.75 żƔƔ Ɣ ż
Flat
WNMA060408 0.8 0.5-3.0 0.1-0.3 ƔƔ Ɣ
WNMA060412 1.2 0.5-3.0 0.15-0.30 Ɣ
WNMA06T308 0.8 0.5-3.0 0.1-0.3 ż
WNMA080404 0.4 0.5-4.0 0.08-0.25 żƔż
WNMA080408 0.8 0.5-4.0 0.15-0.30 ƔƔ ƔƔ
WNMA080412 1.2 0.5-5.0 0.15-0.30 ƔƔ ƔƔ
WNMA080416 1.6 0.5-5.0 0.2-0.5 żż ż
ƔEx stock żOn demand
YBC152F, YBC252F, YBM153F, YBM253F available
HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Tool holder
DWLNR/L PWLNR/L MWLNR/L S***-PWLNR/L
Kr: 95° Kr: 95° Kr: 95° Kr: 95°
A203 A217 A232 A291
General turning Negative inserts
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A98
System code A42 Grade selection A40 Technical info A447 Cutting data A324
Turning inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
RNMG L I.C S d
12 04 12.7 12.7 4.76 5.16
RN** negative insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO apf
YB6315
YBC152
YBC252
YBC251
YBC352
YBC351
YBM153
YBM253
YBD052
YBD102
YB7315
YBD152
YBD152C
YBG101
YBG102
YBG105
YB9320
YBG205
YBG202
YNG151
YNT251
YNG151C
YD101
YD201
Basic
Medium Cut
RNMG120400 0.5-7.0 0.1-1.8 Ɣżż
ƔEx stock żOn demand HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Tool holder
MRDNN MRGNR/L
A233 A234
Negative inserts General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A99
System code A42 Grade selection A40 Technical info A447 Cutting data A324
Turning inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
KNUX L I.W S
16 04 16.15 9.525 4.76
KN** negative insert HC1 (CVD) HC1 (PVD) HT HC2HW
Example R type
P
M
K
N
S
H
ISO La brn r apf
YB6315
YBC152
YBC252
YBC251
YBC352
YBC351
YBM153
YBM253
YBD052
YBD102
YB7315
YBD152
YBD152C
YBG101
YBG102
YBG105
YB9320
YBG205
YBG202
YNG151
YNT251
YNG151C
YD101
YD201
KNUX
Finishing
KNUX160405L11 16 2.2 0.5 0.2-6.0 0.05-0.70 ƔƔ ż ż
KNUX160405L12 16 2.2 0.5 0.2-6.0 0.05-0.70 Ɣ
KNUX160405R11 16 2.2 0.5 0.2-6.0 0.05-0.70 ƔƔ ż ż
KNUX160405R12 16 2.2 0.5 0.2-6.0 0.05-0.70 Ɣ
KNUX160410L11 16 2.2 1 0.2-6.0 0.05-0.70 Ɣ
KNUX160410L12 16 2.2 1 0.2-6.0 0.05-0,70 żƔ
KNUX160410R11 16 2.2 1 0.2-6.0 0.05-0.70 ƔƔ
KNUX160410R12 16 2.2 1 0.2-6.0 0.05-0.70 żƔ
ƔEx stock żOn demand
YBC152F, YBC252F, YBM153F, YBM253F available
HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Tool holder
CKJNR/L CKNNR/L
Kr: 93° Kr: 63°
A256 A257
General turning Negative inserts
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A100
System code A42 Grade selection A40 Technical info A447 Cutting data A324
Turning inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
175 L I.C S d
32 -3 30 10 19.05 6.35
32 -1 19.05 10 19.05 6.35
Railway wheel machining HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO r
YB6315
YBC152
YBC252
YBC251
YBC352
YBC351
YBM153
YBM253
YBD052
YBD102
YB7315
YBD152
YBD152C
YBG101
YBG102
YBG105
YB9320
YBG205
YBG202
YNG151
YNT251
YNG151C
YD101
YD201
175.32-191940-22 4ż
175.32-191940-24 4Ɣ
175.32-301940-24 4żƔ
175.32-191940-25 4ż
175.32-191940-28 4ƔƔƔ
175.32-301940-31 4ż
ƔEx stock żOn demand
YBC152F, YBC252F, YBM153F, YBM253F available
HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Negative inserts General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A101
System code A42 Grade selection A40 Technical info A447 Cutting data A324
Turning inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
CCGT L I.C S d
06 02 6.4 6.35 2.38 2.8
09 T3 9.7 9.525 3.97 4.4
CC** positive insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO r apf
YB6315
YBC152
YBC252
YBC251
YBC352
YBC351
YBM153
YBM253
YBD052
YBD102
YB7315
YBD152
YBD152C
YBG101
YBG102
YBG105
YB9320
YBG205
YBG202
YNG151
YNT251
YNG151C
YD101
YD201
SF
Finishing
CCGT060202-SF 0.2 0.05-2.00 0.05-0.18 ƔƔ
CCGT060204-SF 0.4 0.05-2.00 0.05-0.35 ƔƔƔ
CCGT09T304-SF 0.4 0.05-2.00 0.05-0.35 ƔƔƔ
USF
Finishing
CCGT09T301L-USF 0.1 0.2-2.0 0.01-0.08 żż
CCGT09T302L-USF 0.2 0.2-2.0 0.05-0.18 żƔ
CCGT09T304L-USF 0.4 0.2-2.0 0.05-0.20 żż
USF
Finishing
CCGT09T301R-USF 0.1 0.2-2.0 0.01-0.08 ż
CCGT09T302R-USF 0.2 0.2-2.0 0.05-0.18 Ɣ
CCGT09T304R-USF 0.4 0.2-2.0 0.05-0.20 ż
ƔEx stock żOn demand HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Tool holder
SCACR/L SCLCR/L SCACR/L-SC SCLCR/L-SC S***-SCLCR/L S***-SCFCR/L S***-SCLCR
Kr: 90° Kr: 95° Kr: 90° Kr: 95° Kr: 95° Kr: 90° Kr: 95°
A235 A236 A272 A273 A293 A310 A311
E***-SCLCR/L
Kr: 95°
A313
General turning Positive inserts
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A102
System code A42 Grade selection A40 Technical info A447 Cutting data A324
Turning inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
CCMT L I.C S d
06 02 6.4 6.35 2.38 2.8
09 T3 9.7 9.525 3.97 4.4
12 04 12.9 12.7 4.76 5.56
CC** positive insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO r apf
YB6315
YBC152
YBC252
YBC251
YBC352
YBC351
YBM153
YBM253
YBD052
YBD102
YB7315
YBD152
YBD152C
YBG101
YBG102
YBG105
YB9320
YBG205
YBG202
YNG151
YNT251
YNG151C
YD101
YD201
AHF
Finishing
CCMT060204-AHF 0.4 0.2-2.5 0.05-0.20 żƔƔ
CCMT060208-AHF 0.8 0.3-2.5 0.05-0.30 żƔ
CCMT09T304-AHF 0.4 0.2-3.0 0.05-0.30 żƔżƔ
CCMT09T308-AHF 0.8 0.3-3.0 0.05-0.40 ƔƔżƔ
CCMT120404-AHF 0.4 0.5-4.0 0.05-0.30 żƔż
CCMT120408-AHF 0.8 0.8-4.0 0.08-0.40 ƔƔ
HF
Finishing
CCMT060202-HF 0.2 0.06-1.70 0.03-0.11 ƔƔƔ ż ż
CCMT060204-HF 0.4 0.1-1.7 0.05-0.17 ƔƔƔ ż ż Ɣ
CCMT060208-HF 0.8 0.1-1.7 0.05-0.30 żƔƔ ż Ɣ
CCMT09T302-HF 0.2 0.08-2.00 0.04-0.15 ƔƔƔ Ɣż
CCMT09T304-HF 0.4 0.11-2.00 0.06-0.23 ƔƔƔ Ɣ ż Ɣ Ɣ
CCMT09T308-HF 0.8 0.15-2.00 0.08-0.30 ƔƔƔ ż ż Ɣ Ɣ
CCMT120404-HF 0.4 0.14-2.40 0.07-0.27 ƔƔż
CCMT120408-HF 0.8 0.2-3.0 0.08-0.30 Ɣż
ƔEx stock żOn demand
YBC152F, YBC252F, YBM153F, YBM253F available
HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Tool holder
SCACR/L SCLCR/L SCACR/L-SC SCLCR/L-SC S***-SCLCR/L S***-SCFCR/L S***-SCLCR
Kr: 90° Kr: 95° Kr: 90° Kr: 95° Kr: 95° Kr: 90° Kr: 95°
A235 A236 A272 A273 A293 A310 A311
E***-SCLCR/L
Kr: 95°
A313
Positive inserts General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A103
System code A42 Grade selection A40 Technical info A447 Cutting data A324
Turning inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
CPGT L I.C S d
05 02 5.6 5.56 2.38 2.8
CP** positive insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO r apf
YB6315
YBC152
YBC252
YBC251
YBC352
YBC351
YBM153
YBM253
YBD052
YBD102
YB7315
YBD152
YBD152C
YBG101
YBG102
YBG105
YB9320
YBG205
YBG202
YNG151
YNT251
YNG151C
YD101
YD201
CPGT050204 0.4 0.5-2.0 0.08-0.40 ż
ƔEx stock żOn demand HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
General turning Positive inserts
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A104
System code A42 Grade selection A40 Technical info A447 Cutting data A324
Turning inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
CCMT L I.C S d
06 02 6.4 6.35 2.38 2.8
09 T3 9.7 9.525 3.97 4.4
12 04 12.9 12.7 4.76 5.56
CC** positive insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO r apf
YB6315
YBC152
YBC252
YBC251
YBC352
YBC351
YBM153
YBM253
YBD052
YBD102
YB7315
YBD152
YBD152C
YBG101
YBG102
YBG105
YB9320
YBG205
YBG202
YNG151
YNT251
YNG151C
YD101
YD201
EF
Finishing
CCMT060202-EF 0.2 0.06-1.70 0.03-0.11 żƔż
CCMT060204-EF 0.4 0.1-1.7 0.05-0.17 ƔƔż
CCMT09T302-EF 0.2 0.08-2.00 0.04-0.15 żƔż
CCMT09T304-EF 0.4 0.11-2.00 0.06-0.23 ƔżƔż
CCMT09T308-EF 0.8 0.15-2.00 0.08-0.30 ƔżƔ
CCMT120404-EF 0.4 0.14-2.40 0.07-0.27 ƔƔż
CCMT120408-EF 0.8 0.2-3.0 0.1-0.3 ƔƔż
EM
Medium Cut
CCMT060204-EM 0.4 0.2-2.4 0.06-0.17 ƔƔ Ɣż
CCMT060208-EM 0.8 0.4-2.4 0.08-0.23 Ɣż Ɣ
CCMT09T304-EM 0.4 0.25-3.00 0.08-0.23 ƔƔ Ɣż
CCMT09T308-EM 0.8 0.5-3.0 0.1-0.3 ƔƔ Ɣż
CCMT120404-EM 0.4 0.3-3.6 0.09-0.27 ƔƔ Ɣż
CCMT120408-EM 0.8 0.6-3.6 0.12-0.36 ƔƔ Ɣ
CCMT120412-EM 1.2 0.72-3.60 0.14-0.43 ż
ƔEx stock żOn demand
YBC152F, YBC252F, YBM153F, YBM253F available
HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Tool holder
SCACR/L SCLCR/L SCACR/L-SC SCLCR/L-SC S***-SCLCR/L S***-SCFCR/L S***-SCLCR
Kr: 90° Kr: 95° Kr: 90° Kr: 95° Kr: 95° Kr: 90° Kr: 95°
A235 A236 A272 A273 A293 A310 A311
E***-SCLCR/L
Kr: 95°
A313
Positive inserts General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A105
System code A42 Grade selection A40 Technical info A447 Cutting data A324
Turning inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
CCMT L I.C S d
06 02 6.4 6.35 2.38 2.8
09 T3 9.7 9.525 3.97 4.4
12 04 12.9 12.7 4.76 5.56
CC** positive insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO r apf
YB6315
YBC152
YBC252
YBC251
YBC352
YBC351
YBM153
YBM253
YBD052
YBD102
YB7315
YBD152
YBD152C
YBG101
YBG102
YBG105
YB9320
YBG205
YBG202
YNG151
YNT251
YNG151C
YD101
YD201
HM
Medium Cut
CCMT060204-HM 0.4 0.2-2.4 0.06-0.17 ƔƔƔżƔƔƔ Ɣ
CCMT060208-HM 0.8 0.2-3.0 0.08-0.20 ƔƔƔ ż Ɣ Ɣ Ɣ
CCMT09T304-HM 0.4 0.25-3.00 0.08-0.23 ƔƔƔƔƔƔƔ Ɣ
CCMT09T308-HM 0.8 0.5-3.0 0.1-0.3 ƔƔƔƔƔƔƔ Ɣ
CCMT120404-HM 0.4 0.3-3.6 0.09-0.27 ƔƔƔ Ɣ ż Ɣ Ɣ
CCMT120408-HM 0.8 0.6-3.6 0.12-0.36 ƔƔƔ Ɣ Ɣ Ɣ Ɣ
CCMT120412-HM 1.2 0.72-3.60 0.14-0.43 ƔżƔ ż ż
ƔEx stock żOn demand
YBC152F, YBC252F, YBM153F, YBM253F available
HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Tool holder
SCACR/L SCLCR/L SCACR/L-SC SCLCR/L-SC S***-SCLCR/L S***-SCFCR/L S***-SCLCR
Kr: 90° Kr: 95° Kr: 90° Kr: 95° Kr: 95° Kr: 90° Kr: 95°
A235 A236 A272 A273 A293 A310 A311
E***-SCLCR/L
Kr: 95°
A313
General turning Positive inserts
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A106
System code A42 Grade selection A40 Technical info A447 Cutting data A324
Turning inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
CC** L I.C S d
06 02 6.4 6.35 2.38 2.8
09 T3 9.7 9.525 3.97 4.4
12 04 12.9 12.7 4.76 5.56
CC** positive insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO r apf
YB6315
YBC152
YBC252
YBC251
YBC352
YBC351
YBM153
YBM253
YBD052
YBD102
YB7315
YBD152
YBD152C
YBG101
YBG102
YBG105
YB9320
YBG205
YBG202
YNG151
YNT251
YNG151C
YD101
YD201
Basic
Medium Cut
CCMW09T304 0.4 0.1-5.0 0.05-0.50 ż
CCMW120404 0.4 0.2-5.0 0.05-0.50 żż
CCMW120408 0.8 0.5-5.0 0.08-0.50 ż
TC
Medium Cut
CCMT060204-TC 0.4 0.5-3.0 0.1-0.3 żƔ
CCMT09T304-TC 0.4 0.5-3.0 0.1-0.3 żƔ
CCMT09T308-TC 0.8 0.5-3.0 0.1-0.4 ƔƔ
CCMT120404-TC 0.4 1-4 0.1-0.3 ƔƔ
CCMT120408-TC 0.8 1-4 0.1-0.4 ƔƔ
HR
Roughing
CCMT060204-HR 0.4 0.5-3.0 0.05-0.24 ƔƔƔ ż
CCMT060208-HR 0.8 0.8-3.2 0.09-0.26 ƔżƔ Ɣ
CCMT09T304-HR 0.4 0.2-4.0 0.05-0.30 ƔƔƔ ż Ɣ
CCMT09T308-HR 0.8 1-4 0.12-0.35 ƔƔƔ Ɣ ƔƔ Ɣ
CCMT120408-HR 0.8 1.2-4.8 0.14-0.42 ƔƔƔ ż żƔ Ɣ
CCMT120412-HR 1.2 1.44-4.80 0.17-0.50 ƔƔƔ ż ż
ƔEx stock żOn demand
YBC152F, YBC252F, YBM153F, YBM253F available
HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Tool holder
SCACR/L SCLCR/L SCACR/L-SC SCLCR/L-SC S***-SCLCR/L S***-SCFCR/L S***-SCLCR
Kr: 90° Kr: 95° Kr: 90° Kr: 95° Kr: 95° Kr: 90° Kr: 95°
A235 A236 A272 A273 A293 A310 A311
E***-SCLCR/L
Kr: 95°
A313
Positive inserts General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A107
System code A42 Grade selection A40 Technical info A447 Cutting data A324
Turning inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
CCGX L I.C S d
06 02 6.4 6.35 2.38 2.8
09 T3 9.7 9.525 3.97 4.4
12 04 12.9 12.7 4.76 5.56
CC** positive insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO r apf
YB6315
YBC152
YBC252
YBC251
YBC352
YBC351
YBM153
YBM253
YBD052
YBD102
YB7315
YBD152
YBD152C
YBG101
YBG102
YBG105
YB9320
YBG205
YBG202
YNG151
YNT251
YNG151C
YD101
YD201
LC
Aluminium
Machining
CCGX060202-LC 0.2 0.3-3.0 0.05-0.15 ƔƔ
CCGX060204-LC 0.4 0.5-3.0 0.1-0.3 ƔƔ
CCGX09T302-LC 0.2 0.5-4.0 0.1-0.2 ƔƔ
CCGX09T304-LC 0.4 0.5-5.0 0.1-0.3 ƔƔ
CCGX09T308-LC 0.8 0.5-5.0 0.15-0.60 ƔƔ
CCGX120404-LC 0.4 0.5-7.0 0.1-0.3 ƔƔ
CCGX120408-LC 0.8 0.5-7.0 0.15-0.60 ƔƔ
LH
Aluminium
Machining
CCGX060202-LH 0.2 0.3-3.0 0.05-0.15 ƔƔ
CCGX060204-LH 0.4 0.5-3.0 0.1-0.3 ƔƔ
CCGX060208-LH 0.8 0.6-3.0 0.15-0.40 Ɣ
CCGX09T302-LH 0.2 0.4-5.0 0.05-0.15 ƔƔ
CCGX09T304-LH 0.4 0.5-5.0 0.1-0.3 ƔƔ
CCGX09T308-LH 0.8 0.5-5.0 0.15-0.60 ƔƔ
CCGX120402-LH 0.2 0.4-7.0 0.05-0.15 żż
CCGX120404-LH 0.4 0.5-7.0 0.1-0.3 ƔƔ
CCGX120408-LH 0.8 0.5-7.0 0.15-0.60 Ɣż Ɣ
CCGX120412-LH 1.2 0.5-7.0 0.15-0.80 żƔ
ƔEx stock żOn demand HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
General turning Positive inserts
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A108
System code A42 Grade selection A40 Technical info A447 Cutting data A324
Tool holder
SCACR/L SCLCR/L SCACR/L-SC SCLCR/L-SC S***-SCLCR/L S***-SCFCR/L S***-SCLCR
Kr: 90° Kr: 95° Kr: 90° Kr: 95° Kr: 95° Kr: 90° Kr: 95°
A235 A236 A272 A273 A293 A310 A311
E***-SCLCR/L
Kr: 95°
A313
Positive inserts General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A109
System code A42 Grade selection A40 Technical info A447 Cutting data A324
Turning inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
CP** L I.C S d
06 02 6.4 6.35 2.38 2.8
09 T3 9.7 9.525 3.97 4.4
CP** positive insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO r apf
YB6315
YBC152
YBC252
YBC251
YBC352
YBC351
YBM153
YBM253
YBD052
YBD102
YB7315
YBD152
YBD152C
YBG101
YBG102
YBG105
YB9320
YBG205
YBG202
YNG151
YNT251
YNG151C
YD101
YD201
HF
Finishing
CPMT060204-HF 0.4 0.1-1.5 0.04-0.18 Ɣżż
CPMT060208-HF 0.8 0.1-1.5 0.05-0.25 żƔ
SF
Finishing
CPGT060202-SF 0.2 0.05-2.00 0.05-0.25 żż
CPGT060204-SF 0.4 0.05-2.00 0.05-0.35 ƔƔ
CPGT09T304-SF 0.4 0.05-2.00 0.05-0.35 ƔƔ
Flat
Medium Cut
CPGW060204 0.4 0.5-1.5 0.05-0.40 ż
HM
Medium Cut
CPMT09T304-HM 0.4 0.2-3.5 0.05-0.35 żƔżƔ
CPMT09T308-HM 0.8 0.2-3.5 0.10-0.55 żƔ Ɣ Ɣ
ƔEx stock żOn demand
YBC152F, YBC252F, YBM153F, YBM253F available
HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Tool holder
S***-SCLPR/L C***-SCLPR/L
Kr: 95° Kr: 95°
A306 A312
General turning Positive inserts
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A110
System code A42 Grade selection A40 Technical info A447 Cutting data A324
Turning inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
DC** L I.C S d
07 02 7.8 6.35 2.38 2.8
11 T3 11.6 9.525 3.97 4.4
DC** positive insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO r apf
YB6315
YBC152
YBC252
YBC251
YBC352
YBC351
YBM153
YBM253
YBD052
YBD102
YB7315
YBD152
YBD152C
YBG101
YBG102
YBG105
YB9320
YBG205
YBG202
YNG151
YNT251
YNG151C
YD101
YD201
AHF
Finishing
DCMT070204-AHF 0.4 0.2-2.5 0.05-0.20 żƔżƔ
DCMT11T302-AHF 0.2 0.5-3.0 0.05-0.15 żƔƔƔ
DCMT11T304-AHF 0.4 0.5-3.0 0.05-0.30 ƔƔƔƔ
DCMT11T308-AHF 0.8 0.5-3.0 0.05-0.40 ƔƔ
SF
Finishing
DCGT070202-SF 0.2 0.05-1.50 0.05-0.15 ƔƔż
DCGT070204-SF 0.4 0.05-1.50 0.05-0.20 żƔ
DCGT070208-SF 0.8 0.05-1.50 0.05-0.30 Ɣ
DCGT11T302-SF 0.2 0.05-2.00 0.05-0.15 żżƔƔ
DCGT11T304-SF 0.4 0.05-2.00 0.05-0.20 ƔƔƔ
DCGT11T308-SF 0.8 0.05-2.00 0.05-0.30 ƔƔ
ƔEx stock żOn demand
YBC152F, YBC252F, YBM153F, YBM253F available
HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Tool holder
SDACR/L SDJCR/L SDNCN SDACR/L-SC SDHCR/L-SC SDJCR/L-SC SDNCN-SC
Kr: 90° Kr: 93° Kr: 62°30' Kr: 90° Kr: 107°30' Kr: 93° Kr: 62°30'
A237 A238 A239 A274 A275 A276 A277
S***-SDQCR/L S***-SDUCR/L S***-SDZCR/L E***-SDQCR/L
Kr: 107°30' Kr: 93° Kr: 85° Kr: 107°30'
A295 A296 A297 A315
Positive inserts General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A111
System code A42 Grade selection A40 Technical info A447 Cutting data A324
Turning inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
DCGT L I.C S d
07 02 7.8 6.35 2.38 2.8
11 T3 11.6 9.525 3.97 4.4
DC** positive insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO r apf
YB6315
YBC152
YBC252
YBC251
YBC352
YBC351
YBM153
YBM253
YBD052
YBD102
YB7315
YBD152
YBD152C
YBG101
YBG102
YBG105
YB9320
YBG205
YBG202
YNG151
YNT251
YNG151C
YD101
YD201
USF
Finishing
DCGT070201L-USF 0.1 0.1-2.0 0.03-0.08 Ɣ
DCGT070202L-USF 0.2 0.1-2.0 0.05-0.18 Ɣ
DCGT11T302L-USF 0.2 0.2-2.0 0.05-0.18 ż
USF
Finishing
DCGT0702005R-USF 0.05 0.1-2.0 0.01-0.04 Ɣ
DCGT070201R-USF 0.1 0.1-2.0 0.03-0.08 Ɣ
DCGT070202R-USF 0.2 0.1-2.0 0.05-0.18 Ɣ
DCGT11T302R-USF 0.2 0.2-2.0 0.05-0.18 Ɣ
ƔEx stock żOn demand HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Tool holder
SDACR/L SDJCR/L SDNCN SDACR/L-SC SDHCR/L-SC SDJCR/L-SC SDNCN-SC
Kr: 90° Kr: 93° Kr: 62°30' Kr: 90° Kr: 107°30' Kr: 93° Kr: 62°30'
A237 A238 A239 A274 A275 A276 A277
S***-SDQCR/L S***-SDUCR/L S***-SDZCR/L E***-SDQCR/L
Kr: 107°30' Kr: 93° Kr: 85° Kr: 107°30'
A295 A296 A297 A315
General turning Positive inserts
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A112
System code A42 Grade selection A40 Technical info A447 Cutting data A324
Turning inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
DCMT L I.C S d
07 02 7.8 6.35 2.38 2.8
11 T3 11.6 9.525 3.97 4.4
DC** positive insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO r apf
YB6315
YBC152
YBC252
YBC251
YBC352
YBC351
YBM153
YBM253
YBD052
YBD102
YB7315
YBD152
YBD152C
YBG101
YBG102
YBG105
YB9320
YBG205
YBG202
YNG151
YNT251
YNG151C
YD101
YD201
EF
Finishing
DCMT070202-EF 0.2 0.06-1.50 0.03-0.11 żżƔ
DCMT070204-EF 0.4 0.08-1.50 0.05-0.17 ƔƔż
DCMT11T302-EF 0.2 0.08-2.00 0.04-0.15 żƔż
DCMT11T304-EF 0.4 0.11-2.00 0.06-0.23 ƔƔż
DCMT11T308-EF 0.8 0.15-2.00 0.08-0.30 ƔƔż
HF
Finishing
DCMT070202-HF 0.2 0.06-1.50 0.03-0.11 żƔƔ Ɣ
DCMT070204-HF 0.4 0.08-1.50 0.05-0.17 ƔƔƔ Ɣ
DCMT070208-HF 0.8 0.08-1.50 0.05-0.30 ƔżƔ
DCMT11T302-HF 0.2 0.08-2.00 0.04-0.15 żƔƔ żƔ
DCMT11T304-HF 0.4 0.11-2.00 0.06-0.23 ƔƔƔ ż ż Ɣ Ɣ
DCMT11T308-HF 0.8 0.15-2.00 0.08-0.30 ƔƔƔ Ɣ Ɣ
EM
Medium Cut
DCMT070204-EM 0.4 0.19-2.25 0.06-0.17 ƔƔ Ɣż
DCMT070208-EM 0.8 0.38-2.25 0.08-0.23 Ɣż Ɣ
DCMT11T304-EM 0.4 0.25-3.00 0.08-0.23 ƔƔ Ɣż
DCMT11T308-EM 0.8 0.5-3.0 0.1-0.3 ƔƔ Ɣż
ƔEx stock żOn demand
YBC152F, YBC252F, YBM153F, YBM253F available
HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Tool holder
SDACR/L SDJCR/L SDNCN SDACR/L-SC SDHCR/L-SC SDJCR/L-SC SDNCN-SC
Kr: 90° Kr: 93° Kr: 62°30' Kr: 90° Kr: 107°30' Kr: 93° Kr: 62°30'
A237 A238 A239 A274 A275 A276 A277
S***-SDQCR/L S***-SDUCR/L S***-SDZCR/L E***-SDQCR/L
Kr: 107°30' Kr: 93° Kr: 85° Kr: 107°30'
A295 A296 A297 A315
Positive inserts General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A113
System code A42 Grade selection A40 Technical info A447 Cutting data A324
Turning inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
DCMT L I.C S d
07 02 7.8 6.35 2.38 2.8
11 T3 11.6 9.525 3.97 4.4
DC** positive insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO r apf
YB6315
YBC152
YBC252
YBC251
YBC352
YBC351
YBM153
YBM253
YBD052
YBD102
YB7315
YBD152
YBD152C
YBG101
YBG102
YBG105
YB9320
YBG205
YBG202
YNG151
YNT251
YNG151C
YD101
YD201
HM
Medium Cut
DCMT070204-HM 0.4 0.19-2.25 0.06-0.17 ƔƔƔ ż Ɣ Ɣ ƔƔ
DCMT070208-HM 0.8 0.38-2.25 0.08-0.23 ƔƔƔ ż Ɣ Ɣ Ɣ
DCMT11T304-HM 0.4 0.25-3.00 0.08-0.23 ƔƔƔ ż Ɣ Ɣ Ɣ Ɣ
DCMT11T308-HM 0.8 0.5-3.0 0.1-0.3 ƔƔƔ ż Ɣ Ɣ Ɣ Ɣ
DCMT11T312-HM 1.2 0.6-3.0 0.12-0.36 żżƔ ż ż ż
ƔEx stock żOn demand
YBC152F, YBC252F, YBM153F, YBM253F available
HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Tool holder
SDACR/L SDJCR/L SDNCN SDACR/L-SC SDHCR/L-SC SDJCR/L-SC SDNCN-SC
Kr: 90° Kr: 93° Kr: 62°30' Kr: 90° Kr: 107°30' Kr: 93° Kr: 62°30'
A237 A238 A239 A274 A275 A276 A277
S***-SDQCR/L S***-SDUCR/L S***-SDZCR/L E***-SDQCR/L
Kr: 107°30' Kr: 93° Kr: 85° Kr: 107°30'
A295 A296 A297 A315
General turning Positive inserts
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A114
System code A42 Grade selection A40 Technical info A447 Cutting data A324
Turning inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
DC** L I.C S d
07 02 7.8 6.35 2.38 2.8
11 T3 11.6 9.525 3.97 4.4
DC** positive insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO r apf
YB6315
YBC152
YBC252
YBC251
YBC352
YBC351
YBM153
YBM253
YBD052
YBD102
YB7315
YBD152
YBD152C
YBG101
YBG102
YBG105
YB9320
YBG205
YBG202
YNG151
YNT251
YNG151C
YD101
YD201
Flat
Medium Cut
DCMW11T304 0.4 0.5-5.0 0.05-0.20 ż
DCMW11T308 0.8 0.4-5.0 0.1-0.4 ż
HR
Roughing
DCMT11T304-HR 0.4 1-4 0.1-0.3 żƔż ż Ɣ Ɣ
DCMT11T308-HR 0.8 1-4 0.12-0.35 ƔƔƔ Ɣ żƔ Ɣ
DCMT11T312-HR 1.2 1.2-4.0 0.14-0.42 żƔż ż
LC
Aluminium
Machining
DCGX070201-LC 0.1 0.3-4.0 0.05-0.10 Ɣ
DCGX070202-LC 0.2 0.3-4.0 0.05-0.15 ƔƔ
DCGX070204-LC 0.4 0.5-4.0 0.1-0.3 ƔƔ
DCGX11T302-LC 0.2 0.3-5.5 0.05-0.15 ƔƔ
DCGX11T304-LC 0.4 0.5-5.5 0.1-0.3 ƔƔ
DCGX11T308-LC 0.8 0.5-5.5 0.15-0.60 ƔƔ
ƔEx stock żOn demand
YBC152F, YBC252F, YBM153F, YBM253F available
HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Tool holder
SDACR/L SDJCR/L SDNCN SDACR/L-SC SDHCR/L-SC SDJCR/L-SC SDNCN-SC
Kr: 90° Kr: 93° Kr: 62°30' Kr: 90° Kr: 107°30' Kr: 93° Kr: 62°30'
A237 A238 A239 A274 A275 A276 A277
S***-SDQCR/L S***-SDUCR/L S***-SDZCR/L E***-SDQCR/L
Kr: 107°30' Kr: 93° Kr: 85° Kr: 107°30'
A295 A296 A297 A315
Positive inserts General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A115
System code A42 Grade selection A40 Technical info A447 Cutting data A324
Turning inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
DCGX L I.C S d
07 02 7.8 6.35 2.38 2.8
11 T3 11.6 9.525 3.97 4.4
DC** positive insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO r apf
YB6315
YBC152
YBC252
YBC251
YBC352
YBC351
YBM153
YBM253
YBD052
YBD102
YB7315
YBD152
YBD152C
YBG101
YBG102
YBG105
YB9320
YBG205
YBG202
YNG151
YNT251
YNG151C
YD101
YD201
LH
Aluminium
Machining
DCGX070202-LH 0.2 0.3-4.0 0.05-0.15 Ɣż Ɣ
DCGX070204-LH 0.4 0.5-4.0 0.1-0.3 Ɣż Ɣ
DCGX070208-LH 0.8 0.5-4.0 0.15-0.60 żƔ
DCGX11T302-LH 0.2 0.3-5.5 0.05-0.15 ƔƔ Ɣ
DCGX11T304-LH 0.4 0.5-5.5 0.1-0.3 ƔƔ Ɣ
DCGX11T308-LH 0.8 0.5-5.5 0.15-0.60 Ɣż Ɣ
ƔEx stock żOn demand HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Tool holder
SDACR/L SDJCR/L SDNCN SDACR/L-SC SDHCR/L-SC SDJCR/L-SC SDNCN-SC
Kr: 90° Kr: 93° Kr: 62°30' Kr: 90° Kr: 107°30' Kr: 93° Kr: 62°30'
A237 A238 A239 A274 A275 A276 A277
S***-SDQCR/L S***-SDUCR/L S***-SDZCR/L E***-SDQCR/L
Kr: 107°30' Kr: 93° Kr: 85° Kr: 107°30'
A295 A296 A297 A315
General turning Positive inserts
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A116
System code A42 Grade selection A40 Technical info A447 Cutting data A324
Turning inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
DPGT L I.C S d
07 02 7.8 6.35 2.38 2.8
11 T3 11.6 9.525 3.97 4.4
DP** positive insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO r apf
YB6315
YBC152
YBC252
YBC251
YBC352
YBC351
YBM153
YBM253
YBD052
YBD102
YB7315
YBD152
YBD152C
YBG101
YBG102
YBG105
YB9320
YBG205
YBG202
YNG151
YNT251
YNG151C
YD101
YD201
SF
Finishing
DPGT070202-SF 0.2 0.05-2.00 0.05-0.15 żƔ
DPGT070204-SF 0.4 0.05-2.00 0.05-0.30 ƔƔ
DPGT11T304-SF 0.4 0.05-2.00 0.1-0.3 ƔƔ
DPGT11T308-SF 0.8 0.05-2.00 0.1-0.4 żż
ƔEx stock żOn demand HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Tool holder
S***-SDQPR/L S***-SDUPR/L C***-SDQPR/L
Kr: 107°30' Kr: 93° Kr: 107°30'
A307 A308 A314
Positive inserts General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A117
System code A42 Grade selection A40 Technical info A447 Cutting data A324
Turning inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
RC** L I.C S d
08 03 8 8 3.18 3.36
10 T3 10 10 3.97 3.6
12 04 12 12 4.76 44.4
16 06 16 16 6.35 5.5
20 06 20 20 6.35 6.5
25 07 25 25 7.94 7.7
RC** positive insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO apf
YB6315
YBC152
YBC252
YBC251
YBC352
YBC351
YBM153
YBM253
YBD052
YBD102
YB7315
YBD152
YBD152C
YBG101
YBG102
YBG105
YB9320
YBG205
YBG202
YNG151
YNT251
YNG151C
YD101
YD201
Basic
Medium Cut
RCGT1204MO 0.5-5.0 0.1-0.4 ż
Basic
Medium Cut
RCMT0803MO 0.5-3.0 0.1-0.4 ƔƔ
RCMT10T3MO 0.5-4.0 0.1-0.5 żƔ Ɣ ż
RCMT1204MO 0.8-5.0 0.1-0.6 ƔƔƔ Ɣ Ɣ ż
RCMT1606MO 1-6 0.1-0.8 ƔƔƔ Ɣ żżƔ
RCMT2006MO 1.2-8.0 0.1-1.0 ƔƔƔ
RCMT2507MO 1.4-10.0 0.1-1.2 żƔƔ
LH
Aluminium
Machining
RCGX0803MO-LH 1-4 0.2-0.5 Ɣ
RCGX1204MO-LH 1.2-5.0 0.2-0.6 Ɣ
ƔEx stock żOn demand
YBC152F, YBC252F, YBM153F, YBM253F available
HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Tool holder
SRDCN SRGCR/L
A254 A255
General turning Positive inserts
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A118
System code A42 Grade selection A40 Technical info A447 Cutting data A324
Turning inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
RCMX L I.C S d
08 03 8 8 3.18 3.36
10 03 10 10 3.18 4.4
12 04 12 12 4.76 4.4
16 06 16 16 6.35 5.5
20 06 20 20 6.35 6.5
25 07 25 25 7.94 7.2
32 09 32 32 9.52 10.2
RC** positive insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO apf
YB6315
YBC152
YBC252
YBC251
YBC352
YBC351
YBM153
YBM253
YBD052
YBD102
YB7315
YBD152
YBD152C
YBG101
YBG102
YBG105
YB9320
YBG205
YBG202
YNG151
YNT251
YNG151C
YD101
YD201
Basic
Light
Roughing
RCMX0803MO 0.5-4.0 0.1-0.5 ƔƔ
RCMX1003MO 0.5-5.0 0.1-0.6 żƔ Ɣ
RCMX1204MO 1-6 0.1-0.8 żƔƔ ż
RCMX1606MO 1-7 0.2-0.9 żƔżƔż ż
RCMX2006MO 1-9 0.2-1.0 ƔƔƔ Ɣ Ɣ
RCMX2507MO 2-10 0.25-1.20 żƔ Ɣ
RCMX3209MO 2-13 0.25-1.40 żƔƔ ż
Basic
Light
Roughing
RCMX2507MO-1 2-9 0.1-0.4 żż
Basic
Light
Roughing
RCMX3209MO-PV 3-12 0.1-0.4 żƔƔ
ƔEx stock żOn demand
YBC152F, YBC252F, YBM153F, YBM253F available
HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Positive inserts General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A119
System code A42 Grade selection A40 Technical info A447 Cutting data A324
Turning inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
SCMT L I.C S d
09 T3 9.525 9.525 3.97 4.4
12 04 12.7 12.7 4.76 5.56
SC** positive insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO r apf
YB6315
YBC152
YBC252
YBC251
YBC352
YBC351
YBM153
YBM253
YBD052
YBD102
YB7315
YBD152
YBD152C
YBG101
YBG102
YBG105
YB9320
YBG205
YBG202
YNG151
YNT251
YNG151C
YD101
YD201
AHF
Finishing
SCMT09T304-AHF 0.4 0.5-3.0 0.05-0.30 ƔƔ
SCMT09T308-AHF 0.8 0.5-3.0 0.05-0.40 ƔƔƔ
EF
Finishing
SCMT09T302-EF 0.2 0.07-2.00 0.05-0.15 Ɣż
SCMT09T304-EF 0.4 0.11-2.00 0.06-0.23 Ɣ
SCMT09T308-EF 0.8 0.15-2.00 0.08-0.30 Ɣ
EM
Finishing
SCMT09T304-EM 0.4 0.25-3.00 0.08-0.23 żż Ɣ
SCMT09T308-EM 0.8 0.5-3.0 0.1-0.3 ƔƔ Ɣ
SCMT120404-EM 0.4 0.3-3.6 0.09-0.27 żż Ɣ
SCMT120408-EM 0.8 0.6-3.6 0.12-0.36 żż Ɣ
SCMT120412-EM 1.2 0.72-3.60 0.14-0.43 żƔ
ƔEx stock żOn demand
YBC152F, YBC252F, YBM153F, YBM253F available
HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Tool holder
SSBCR/L SSDCN SSKCR/L SSSCR/L S***-SSKCR/L
Kr: 75° Kr: 45° Kr: 75° Kr: 45° Kr: 75°
A245 A246 A247 A248 A298
General turning Positive inserts
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A120
System code A42 Grade selection A40 Technical info A447 Cutting data A324
Turning inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
SCMT L I.C S d
09 T3 9.525 9.525 3.97 4.4
12 04 12.7 12.7 4.76 5.56
SC** positive insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO r apf
YB6315
YBC152
YBC252
YBC251
YBC352
YBC351
YBM153
YBM253
YBD052
YBD102
YB7315
YBD152
YBD152C
YBG101
YBG102
YBG105
YB9320
YBG205
YBG202
YNG151
YNT251
YNG151C
YD101
YD201
HF
Finishing
SCMT09T302-HF 0.2 0.15-2.00 0.05-0.15 Ɣ
SCMT09T304-HF 0.4 0.11-2.00 0.05-0.23 ƔƔ Ɣ
SCMT09T308-HF 0.8 0.15-2.00 0.05-0.30 ƔƔż Ɣ
HM
Medium Cut
SCMT09T304-HM 0.4 0.25-3.00 0.08-0.23 ƔƔƔ ż Ɣ Ɣ
SCMT09T308-HM 0.8 0.5-3.0 0.1-0.3 ƔƔƔ Ɣ Ɣ Ɣ Ɣ ż
SCMT120404-HM 0.4 0.3-3.6 0.09-0.27 ƔżƔ
SCMT120408-HM 0.8 0.6-3.6 0.12-0.36 żƔƔ Ɣ Ɣ Ɣ ż
SCMT120412-HM 1.2 0.72-3.60 0.14-0.43 ƔƔ
ƔEx stock żOn demand
YBC152F, YBC252F, YBM153F, YBM253F available
HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Tool holder
SSBCR/L SSDCN SSKCR/L SSSCR/L S***-SSKCR/L
Kr: 75° Kr: 45° Kr: 75° Kr: 45° Kr: 75°
A245 A246 A247 A248 A298
Positive inserts General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A121
System code A42 Grade selection A40 Technical info A447 Cutting data A324
Turning inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
SC** L I.C S d
09 T3 9.525 9.525 3.97 4.4
12 04 12.7 12.7 4.76 5.565.5
SC** positive insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO r apf
YB6315
YBC152
YBC252
YBC251
YBC352
YBC351
YBM153
YBM253
YBD052
YBD102
YB7315
YBD152
YBD152C
YBG101
YBG102
YBG105
YB9320
YBG205
YBG202
YNG151
YNT251
YNG151C
YD101
YD201
HR
Roughing
SCMT09T304-HR 0.4 0.2-4.0 0.05-0.40 żƔƔ ż ż ż
SCMT09T308-HR 0.8 1-4 0.12-0.35 ƔƔƔ Ɣ Ɣ Ɣ
SCMT09T312-HR 1.2 1.2-4.0 0.14-0.42 ż
SCMT120404-HR 0.4 0.5-4.0 0.05-0.50 żżƔ ż
SCMT120408-HR 0.8 1.2-4.8 0.14-0.42 ƔƔƔ Ɣ żƔ Ɣ
SCMT120412-HR 1.2 1.44-4.80 0.17-0.50 ƔƔƔ żƔ ż
LC
Aluminium
Machining
SCGX09T304-LC 0.4 0.5-5.0 0.1-0.5 Ɣ
SCGX09T308-LC 0.8 0.5-5.0 0.15-0.60 Ɣ
SCGX120408-LC 0.8 1-7 0.15-0.60 ƔƔ
ƔEx stock żOn demand
YBC152F, YBC252F, YBM153F, YBM253F available
HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Tool holder
SSBCR/L SSDCN SSKCR/L SSSCR/L S***-SSKCR/L
Kr: 75° Kr: 45° Kr: 75° Kr: 45° Kr: 75°
A245 A246 A247 A248 A298
General turning Positive inserts
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A122
System code A42 Grade selection A40 Technical info A447 Cutting data A324
Turning inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
SCGX L I.C S d
09 T3 9.525 9.525 3.97 4.4
12 04 12.7 12.7 4.76 5.56
SC** positive insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO r apf
YB6315
YBC152
YBC252
YBC251
YBC352
YBC351
YBM153
YBM253
YBD052
YBD102
YB7315
YBD152
YBD152C
YBG101
YBG102
YBG105
YB9320
YBG205
YBG202
YNG151
YNT251
YNG151C
YD101
YD201
LH
Aluminium
Machining
SCGX09T302-LH 0.2 0.5-4.0 0.05-0.15 żƔ
SCGX09T304-LH 0.4 0.5-4.0 0.1-0.3 żƔ
SCGX09T308-LH 0.8 0.5-4.0 0.15-0.60 Ɣ
SCGX120408-LH 0.8 0.5-5.0 0.15-0.60 żƔ
ƔEx stock żOn demand HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Tool holder
SSBCR/L SSDCN SSKCR/L SSSCR/L S***-SSKCR/L
Kr: 75° Kr: 45° Kr: 75° Kr: 45° Kr: 75°
A245 A246 A247 A248 A298
Positive inserts General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A123
System code A42 Grade selection A40 Technical info A447 Cutting data A324
Turning inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
SPMW L I.C S d
09 T3 9.525 9.525 3.97 4.4
12 04 12.7 12.7 4.76 5.56
SP** positive insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO r apf
YB6315
YBC152
YBC252
YBC251
YBC352
YBC351
YBM153
YBM253
YBD052
YBD102
YB7315
YBD152
YBD152C
YBG101
YBG102
YBG105
YB9320
YBG205
YBG202
YNG151
YNT251
YNG151C
YD101
YD201
Flat
SPMW09T304 0.4 0.5-4.0 0.1-0.4 żż
SPMW09T308 0.8 0.5-4.0 0.2-0.4 żż
SPMW120408 0.8 1-6 0.3-0.6 ż
ƔEx stock żOn demand HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
General turning Positive inserts
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A124
System code A42 Grade selection A40 Technical info A447 Cutting data A324
Turning inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
TBGH L I.C S d
06 01 6.87 3.97 1.59 2.2
TB** positive insert HC1 (CVD) HC1 (PVD) HT HC2HW
5
P
M
K
N
S
H
ISO r apf
YB6315
YBC152
YBC252
YBC251
YBC352
YBC351
YBM153
YBM253
YBD052
YBD102
YB7315
YBD152
YBD152C
YBG101
YBG102
YBG105
YB9320
YBG205
YBG202
YNG151
YNT251
YNG151C
YD101
YD201
TBGH060102L 0.2 0.5-3.5 0.05-0.40 ƔƔ
TBGH060104L 0.4 0.5-3.5 0.05-0.40 żƔ
ƔEx stock żOn demand HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Positive inserts General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A125
System code A42 Grade selection A40 Technical info A447 Cutting data A324
Turning inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
TCGT L I.C S d
06 T1 6.87 3.97 1.98 2.2
09 02 9.63 5.56 2.38 2.5
11 03 11 6.35 3.18 2.8
TC** positive insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO r apf
YB6315
YBC152
YBC252
YBC251
YBC352
YBC351
YBM153
YBM253
YBD052
YBD102
YB7315
YBD152
YBD152C
YBG101
YBG102
YBG105
YB9320
YBG205
YBG202
YNG151
YNT251
YNG151C
YD101
YD201
SF
Finishing
TCGT06T102-SF 0.2 0.05-2.00 0.05-0.15 Ɣ
TCGT090202-SF 0.2 0.05-2.00 0.05-0.15 żż
TCGT090204-SF 0.4 0.05-2.00 0.1-0.3 Ɣ
TCGT090208-SF 0.8 0.05-2.00 0.10-0.35 Ɣ
TCGT110302-SF 0.2 0.05-2.00 0.05-0.15 ż
TCGT110304-SF 0.4 0.05-2.00 0.1-0.3 ƔƔ
TCGT110308-SF 0.8 0.05-2.00 0.10-0.35 ż
USF
Finishing
TCGT110301L-USF 0.1 0.2-2.0 0.03-0.08 ż
TCGT110302L-USF 0.2 0.2-2.0 0.05-0.18 Ɣ
USF
Finishing
TCGT110301R-USF 0.1 0.2-2.0 0.03-0.08 Ɣ
TCGT110302R-USF 0.2 0.2-2.0 0.05-0.18 Ɣ
ƔEx stock żOn demand HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Tool holder
STGCR/L E***-STFCR/L
Kr: 91° Kr: 90°
A251 A319
General turning Positive inserts
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A126
System code A42 Grade selection A40 Technical info A447 Cutting data A324
Turning inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
TCMT L I.C S d
09 02 9.63 5.56 2.38 2.5
11 02 11 6.35 2.38 2.8
16 T3 16.5 9.525 3.97 4.4
TC** positive insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO r apf
YB6315
YBC152
YBC252
YBC251
YBC352
YBC351
YBM153
YBM253
YBD052
YBD102
YB7315
YBD152
YBD152C
YBG101
YBG102
YBG105
YB9320
YBG205
YBG202
YNG151
YNT251
YNG151C
YD101
YD201
AHF
Finishing
TCMT110204-AHF 0.4 0.2-2.5 0.05-0.30 ƔƔ
TCMT110208-AHF 0.8 0.2-2.5 0.1-0.4 ƔƔ
TCMT16T304-AHF 0.4 0.5-3.0 0.05-0.30 ƔƔ
TCMT16T308-AHF 0.8 0.5-3.5 0.1-0.4 ƔƔ
HF
Finishing
TCMT090202-HF 0.2 0.06-1.70 0.03-0.13 żƔƔ ż
TCMT090204-HF 0.4 0.1-1.7 0.05-0.19 żƔ ż
TCMT090208-HF 0.8 0.15-1.70 0.10-0.25 żƔ
TCMT110202-HF 0.2 0.08-2.00 0.05-0.20 ƔƔ Ɣ
TCMT110204-HF 0.4 0.1-2.0 0.05-0.30 ƔƔƔ ż Ɣ
TCMT110208-HF 0.8 0.1-2.0 0.05-0.35 ƔƔż ż Ɣ
TCMT16T304-HF 0.4 0.11-2.00 0.05-0.23 żƔƔ ż
TCMT16T308-HF 0.8 0.2-3.5 0.05-0.30 ƔƔ
ƔEx stock żOn demand
YBC152F, YBC252F, YBM153F, YBM253F available
HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Tool holder
STACR/L STFCR/L STGCR/L STTCR/L S***-STFCR/L E***-STFCR/L
Kr: 90° Kr: 91° Kr: 91° Kr: 60° Kr: 91° Kr: 90°
A249 A250 A251 A252 A300 A319
Positive inserts General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A127
System code A42 Grade selection A40 Technical info A447 Cutting data A324
Turning inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
TCMT L I.C S d
09 02 9.63 5.56 2.38 2.5
11 02 11 6.35 2.38 2.8
16 T3 16.5 9.525 3.97 4.4
TC** positive insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO r apf
YB6315
YBC152
YBC252
YBC251
YBC352
YBC351
YBM153
YBM253
YBD052
YBD102
YB7315
YBD152
YBD152C
YBG101
YBG102
YBG105
YB9320
YBG205
YBG202
YNG151
YNT251
YNG151C
YD101
YD201
EF
Finishing
TCMT090202-EF 0.2 0.06-1.70 0.03-0.13 Ɣ
TCMT090204-EF 0.4 0.1-1.7 0.05-0.19 Ɣż
TCMT110202-EF 0.2 0.2-2.0 0.05-0.13 żż
TCMT110204-EF 0.4 0.2-2.0 0.05-0.20 Ɣż
TCMT110208-EF 0.8 0.2-2.0 0.05-0.30 ż
TCMT16T304-EF 0.4 0.3-3.0 0.05-0.23 Ɣż
TCMT16T308-EF 0.8 0.3-3.0 0.1-0.4 ƔƔ
EM
Medium Cut
TCMT090204-EM 0.4 0.19-2.25 0.06-0.17 Ɣżż
TCMT090208-EM 0.8 0.38-2.25 0.08-0.23 Ɣ
TCMT110204-EM 0.4 0.2-2.7 0.05-0.30 żƔż
TCMT110208-EM 0.8 0.8-2.7 0.08-0.30 Ɣż
TCMT16T304-EM 0.4 0.25-3.00 0.08-0.23 ƔƔ
TCMT16T308-EM 0.8 0.5-3.0 0.1-0.3 ƔƔ Ɣ
ƔEx stock żOn demand
YBC152F, YBC252F, YBM153F, YBM253F available
HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Tool holder
STACR/L STFCR/L STGCR/L STTCR/L S***-STFCR/L E***-STFCR/L
Kr: 90° Kr: 91° Kr: 91° Kr: 60° Kr: 91° Kr: 90°
A249 A250 A251 A252 A300 A319
General turning Positive inserts
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A128
System code A42 Grade selection A40 Technical info A447 Cutting data A324
Turning inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
TC** L I.C S d
09 02 9.63 5.56 2.38 2.5
11 02 11 6.35 2.38 2.8
16 T3 16.5 9.525 3.97 4.4
22 04 22 12.7 4.76 5.5
TC** positive insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO r apf
YB6315
YBC152
YBC252
YBC251
YBC352
YBC351
YBM153
YBM253
YBD052
YBD102
YB7315
YBD152
YBD152C
YBG101
YBG102
YBG105
YB9320
YBG205
YBG202
YNG151
YNT251
YNG151C
YD101
YD201
Flat
Medium Cut
TCMW16T308 0.8 0.5-5.0 0.05-0.60 ż
HM
Medium Cut
TCMT090204-HM 0.4 0.19-2.25 0.06-0.17 ƔƔƔ Ɣ Ɣ
TCMT090208-HM 0.8 0.38-2.25 0.08-0.23 żżƔ ż
TCMT110204-HM 0.4 0.2-2.7 0.07-0.20 ƔƔƔ ż Ɣ Ɣ ż
TCMT110208-HM 0.8 0.5-2.7 0.1-0.3 ƔżƔ Ɣ
TCMT16T304-HM 0.4 0.25-3.00 0.08-0.23 ƔƔƔ Ɣ Ɣ Ɣ Ɣ
TCMT16T308-HM 0.8 0.5-3.0 0.1-0.3 ƔƔƔ Ɣ Ɣ Ɣ Ɣ
TCMT16T312-HM 1.2 0.6-3.0 0.12-0.36 żƔƔ ż
HR
Roughing
TCMT090204-HR 0.4 0.5-3.0 0.1-0.3 żƔ
TCMT090208-HR 0.8 0.5-3.5 0.08-0.50 żż ż
TCMT110204-HR 0.4 0.5-3.0 0.1-0.4 ƔƔ
TCMT110208-HR 0.8 1-4 0.1-0.5 ƔƔ
TCMT16T304-HR 0.4 0.5-4.0 0.1-0.4 ƔƔ Ɣ
TCMT16T308-HR 0.8 1-4 0.12-0.35 ƔƔƔƔ Ɣ Ɣ
TCMT16T312-HR 1.2 1.2-4.0 0.14-0.42 żƔ żżƔ
TCMT220408-HR 0.8 1.2-4.8 0.14-0.42 ƔƔƔ Ɣ Ɣ
ƔEx stock żOn demand
YBC152F, YBC252F, YBM153F, YBM253F available
HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Tool holder
STACR/L STFCR/L STGCR/L STTCR/L S***-STFCR/L E***-STFCR/L
Kr: 90° Kr: 91° Kr: 91° Kr: 60° Kr: 91° Kr: 90°
A249 A250 A251 A252 A300 A319
Positive inserts General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A129
System code A42 Grade selection A40 Technical info A447 Cutting data A324
Turning inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
TCMT L I.C S d
22 04 22 12.7 4.76 5.5
TC** positive insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO r apf
YB6315
YBC152
YBC252
YBC251
YBC352
YBC351
YBM153
YBM253
YBD052
YBD102
YB7315
YBD152
YBD152C
YBG101
YBG102
YBG105
YB9320
YBG205
YBG202
YNG151
YNT251
YNG151C
YD101
YD201
Basic
TCMT220408 0.8 1.2-4.8 0.14-0.42 ƔƔ
ƔEx stock żOn demand HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
General turning Positive inserts
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A130
System code A42 Grade selection A40 Technical info A447 Cutting data A324
Turning inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
TCGX L I.C S d
09 02 9.63 5.56 2.38 2.5
11 02 11 6.35 2.38 2.8
16 T3 16.5 9.525 3.97 4.4
TC** positive insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO r apf
YB6315
YBC152
YBC252
YBC251
YBC352
YBC351
YBM153
YBM253
YBD052
YBD102
YB7315
YBD152
YBD152C
YBG101
YBG102
YBG105
YB9320
YBG205
YBG202
YNG151
YNT251
YNG151C
YD101
YD201
LC
Aluminium
Machining
TCGX090202-LC 0.2 0.3-4.0 0.05-0.15 ƔƔ
TCGX090204-LC 0.4 0.5-4.0 0.1-0.3 ƔƔ
TCGX110202-LC 0.2 0.3-5.0 0.05-0.15 ƔƔ
TCGX110204-LC 0.4 0.5-5.0 0.1-0.3 ƔƔ
TCGX110208-LC 0.8 0.5-5.0 0.15-0.60 ƔƔ
TCGX16T304-LC 0.4 0.5-7.0 0.1-0.3 ƔƔ
TCGX16T308-LC 0.8 0.5-7.0 0.15-0.60 ƔƔ
LH
Aluminium
Machining
TCGX090202-LH 0.2 0.3-4.0 0.05-0.15 żƔ
TCGX090204-LH 0.4 0.5-4.0 0.1-0.3 Ɣ
TCGX110202-LH 0.2 0.3-5.0 0.05-0.15 żƔ
TCGX110204-LH 0.4 0.5-5.0 0.1-0.3 ƔƔ
TCGX110208-LH 0.8 0.5-5.0 0.15-0.60 Ɣ
TCGX16T302-LH 0.2 0.5-7.0 0.05-0.15 Ɣ
TCGX16T304-LH 0.4 0.5-7.0 0.1-0.3 żƔ
TCGX16T308-LH 0.8 0.5-7.0 0.15-0.60 żƔ
ƔEx stock żOn demand HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Tool holder
STACR/L STFCR/L STGCR/L STTCR/L S***-STFCR/L E***-STFCR/L
Kr: 90° Kr: 91° Kr: 91° Kr: 60° Kr: 91° Kr: 90°
A249 A250 A251 A252 A300 A319
Positive inserts General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A131
System code A42 Grade selection A40 Technical info A447 Cutting data A324
Turning inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
TPGH L I.C S d
09 02 9.63 5.56 2.38 2.8
11 03 11 6.35 3.18 3.18
TP** positive insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO r apf
YB6315
YBC152
YBC252
YBC251
YBC352
YBC351
YBM153
YBM253
YBD052
YBD102
YB7315
YBD152
YBD152C
YBG101
YBG102
YBG105
YB9320
YBG205
YBG202
YNG151
YNT251
YNG151C
YD101
YD201
Super
Finishing
TPGH090202L 0.2 0.2-3.0 0.05-0.15 ƔƔƔ
TPGH090204L 0.4 0.2-3.0 0.05-0.30 ƔƔƔ
TPGH110302L 0.2 0.2-3.5 0.05-0.15 ƔƔƔ
TPGH110304L 0.4 0.2-3.5 0.05-0.30 ƔƔƔ
ƔEx stock żOn demand HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
General turning Positive inserts
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A132
System code A42 Grade selection A40 Technical info A447 Cutting data A324
Turning inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
TPGT L I.C S d
09 02 9.63 5.56 2.38 2.5
11 03 11 6.35 3.18 2.8
TP** positive insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO r apf
YB6315
YBC152
YBC252
YBC251
YBC352
YBC351
YBM153
YBM253
YBD052
YBD102
YB7315
YBD152
YBD152C
YBG101
YBG102
YBG105
YB9320
YBG205
YBG202
YNG151
YNT251
YNG151C
YD101
YD201
SF
Finishing
TPGT090202-SF 0.2 0.05-2.00 0.05-0.15 Ɣ
TPGT090204-SF 0.4 0.05-2.00 0.05-0.25 żƔƔ
TPGT090208-SF 0.8 0.05-2.00 0.05-0.35 Ɣ
TPGT110302-SF 0.2 0.05-2.00 0.05-0.15 ƔƔ
TPGT110304-SF 0.4 0.05-2.00 0.05-0.25 żƔ
TPGT110308-SF 0.8 0.05-2.00 0.05-0.35 żƔ
ƔEx stock żOn demand HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Tool holder
S***-STUPR/L C***-STUPR/L E***-STFPR/L
Kr: 93° Kr: 93° Kr: 90°
A309 A318 A320
Positive inserts General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A133
System code A42 Grade selection A40 Technical info A447 Cutting data A324
Turning inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
VCGT L I.C S d
11 03 11 6.35 3.18 2.8
16 04 16.5 9.525 4.76 4.4
VC** positive insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO r apf
YB6315
YBC152
YBC252
YBC251
YBC352
YBC351
YBM153
YBM253
YBD052
YBD102
YB7315
YBD152
YBD152C
YBG101
YBG102
YBG105
YB9320
YBG205
YBG202
YNG151
YNT251
YNG151C
YD101
YD201
HF
Finishing
VCGT110304-HF 0.4 0.2-2.0 0.05-0.30 Ɣż
NF
Finishing
VCGT160408-NF 0.8 0.2-2.0 0.1-0.4 żƔ
SF
Finishing
VCGT110302-SF 0.2 0.05-1.00 0.05-0.15 ƔƔƔ
VCGT110304-SF 0.4 0.05-1.00 0.05-0.25 żƔƔżƔ
VCGT160404-SF 0.4 0.05-1.50 0.05-0.25 Ɣ
ƔEx stock żOn demand HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Tool holder
SVVCN SVJCR/L SVACR/L-SC SVJCR/L-SC S***-SVQCR/L S***-SVUCR/L C***-SVQCR/L
Kr: 72°30' Kr: 93° Kr: 90° Kr: 93° Kr: 107°30' Kr: 93° Kr: 107°30'
A243 A244 A278 A279 A302 A303 A321
C***-SVUCR/L
Kr: 93°
A322
General turning Positive inserts
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A134
System code A42 Grade selection A40 Technical info A447 Cutting data A324
Turning inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
VCGT L I.C S d
11 03 11 6.35 3.18 2.8
13 03 13.8 7.94 3.175 3.4
VC** positive insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO r apf
YB6315
YBC152
YBC252
YBC251
YBC352
YBC351
YBM153
YBM253
YBD052
YBD102
YB7315
YBD152
YBD152C
YBG101
YBG102
YBG105
YB9320
YBG205
YBG202
YNG151
YNT251
YNG151C
YD101
YD201
USF
Finishing
VCGT110301L-USF 0.1 0.05-2.00 0.03-0.08 Ɣ
VCGT110302L-USF 0.2 0.05-2.00 0.05-0.18 Ɣ
USF
Finishing
VCGT110301R-USF 0.1 0.05-2.00 0.03-0.08 Ɣ
VCGT110302R-USF 0.2 0.05-2.00 0.05-0.18 Ɣ
VCGT130304 0.4 1-5 0.1-0.3 Ɣ
ƔEx stock żOn demand HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Tool holder
SVVCN SVJCR/L SVACR/L-SC SVJCR/L-SC S***-SVQCR/L S***-SVUCR/L C***-SVQCR/L
Kr: 72°30' Kr: 93° Kr: 90° Kr: 93° Kr: 107°30' Kr: 93° Kr: 107°30'
A243 A244 A278 A279 A302 A303 A321
C***-SVUCR/L
Kr: 93°
A322
Positive inserts General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A135
System code A42 Grade selection A40 Technical info A447 Cutting data A324
Turning/Milling inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
VCGX L I.C S d
11 03 11 6.35 3.18 2.8
16 04 16.6 9.525 4.76 4.4
22 05 22 12.7 5.56 5.5
VC** turning/milling insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO r apf
YB6315
YBC152
YBC252
YBC251
YBC352
YBC351
YBM153
YBM253
YBD052
YBD102
YB7315
YBD152
YBD152C
YBG101
YBG102
YBG105
YB9320
YBG205
YBG202
YNG151
YNT251
YNG151C
YD101
YD201
LC
Aluminium
Machining
VCGX110301-LC 0.1 0.3-3.0 0.05-0.10 ƔƔ Ɣ
VCGX110302-LC 0.2 0.3-3.0 0.05-0.15 Ɣż Ɣ
VCGX110304-LC 0.4 0.5-3.0 0.1-0.3 ƔƔ
VCGX110308-LC 0.8 1-3 0.1-0.5 ƔƔ
VCGX160404-LC 0.4 0.5-5.0 0.1-0.3 ƔƔ
VCGX160408-LC 0.8 0.5-5.0 0.15-0.60 ƔƔ
VCGX160412-LC 1.2 0.5-5.0 0.15-0.80 żƔ
VCGX220530-LC 3 0.5-7.0 0.25-1.00 ƔżƔ
ƔEx stock żOn demand HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Tool holder
SVVCN SVJCR/L SVACR/L-SC SVJCR/L-SC S***-SVQCR/L S***-SVUCR/L C***-SVQCR/L
Kr: 72°30' Kr: 93° Kr: 90° Kr: 93° Kr: 107°30' Kr: 93° Kr: 107°30'
A243 A244 A278 A279 A302 A303 A321
C***-SVUCR/L
Kr: 93°
A322
General turning Positive inserts
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A136
System code A42 Grade selection A40 Technical info A447 Cutting data A324
Turning/Milling inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
VCGX L I.C S d
11 02 11 6.35 2.38 2.8
11 03 11 6.35 3.18 2.8
16 04 16.6 9.525 4.76 4.4
22 05 22 12.7 5.56 5.5
VC** turning/milling insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO r apf
YB6315
YBC152
YBC252
YBC251
YBC352
YBC351
YBM153
YBM253
YBD052
YBD102
YB7315
YBD152
YBD152C
YBG101
YBG102
YBG105
YB9320
YBG205
YBG202
YNG151
YNT251
YNG151C
YD101
YD201
LH
Aluminium
Machining
VCGX110204-LH 0.4 0.5-3.0 0.1-0.3 ƔƔ
VCGX110301-LH 0.1 0.5-3.0 0.05-0.10 żƔƔ
VCGX110302-LH 0.2 0.3-3.0 0.05-0.15 ƔƔ ƔƔ
VCGX110304-LH 0.4 0.5-3.0 0.1-0.3 Ɣż ƔƔ
VCGX110308-LH 0.8 0.5-3.0 0.15-0.60 żƔ
VCGX160402-LH 0.2 0.5-5.0 0.05-0.10 ƔƔ Ɣ
VCGX160404-LH 0.4 0.5-5.0 0.1-0.3 ƔƔ Ɣ
VCGX160408-LH 0.8 0.5-5.0 0.15-0.60 ƔƔ
VCGX160412-LH 1.2 0.5-5.0 0.15-0.80 żƔ
VCGX220530-LH 3 0.5-7.0 0.25-1.00 żƔż
ƔEx stock żOn demand HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Tool holder
SVVCN SVJCR/L SVACR/L-SC SVJCR/L-SC S***-SVQCR/L S***-SVUCR/L C***-SVQCR/L
Kr: 72°30' Kr: 93° Kr: 90° Kr: 93° Kr: 107°30' Kr: 93° Kr: 107°30'
A243 A244 A278 A279 A302 A303 A321
C***-SVUCR/L
Kr: 93°
A322
Positive inserts General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A137
System code A42 Grade selection A40 Technical info A447 Cutting data A324
Turning inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
VCMT L I.C S d
16 04 16 9.525 4.76 4.4
VC** positive insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO r apf
YB6315
YBC152
YBC252
YBC251
YBC352
YBC351
YBM153
YBM253
YBD052
YBD102
YB7315
YBD152
YBD152C
YBG101
YBG102
YBG105
YB9320
YBG205
YBG202
YNG151
YNT251
YNG151C
YD101
YD201
EF
Medium Cut
VCMT160404-EF 0.4 0.5-2.5 0.05-0.20 Ɣ
EM
Medium Cut
VCMT160404-EM 0.4 0.5-2.5 0.05-0.35 żƔ
VCMT160408-EM 0.8 0.5-2.5 0.10-0.45 żƔ
ƔEx stock żOn demand
YBC152F, YBC252F, YBM153F, YBM253F available
HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Tool holder
SVVCN SVJCR/L E***-SVUCR/L
Kr: 72°30' Kr: 93° Kr: 93°
A243 A244 A322
General turning Positive inserts
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A138
System code A42 Grade selection A40 Technical info A447 Cutting data A324
Turning inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
VPGT L I.C S d
11 03 11 6.35 3.18 2.8
VP** positive insert HC1 (CVD) HC1 (PVD) HT HC2HW
11°
P
M
K
N
S
H
ISO r apf
YB6315
YBC152
YBC252
YBC251
YBC352
YBC351
YBM153
YBM253
YBD052
YBD102
YB7315
YBD152
YBD152C
YBG101
YBG102
YBG105
YB9320
YBG205
YBG202
YNG151
YNT251
YNG151C
YD101
YD201
USF
Finishing
VPGT110301R-USF 0.1 0.2-2.5 0.03-0.08 Ɣ
ƔEx stock żOn demand HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Positive inserts General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A139
System code A42 Grade selection A40 Technical info A447 Cutting data A324
Turning inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
VB** L I.C S d
11 02 11 6.35 2.38 2.8
11 03 11 6.35 3.18 2.8
16 04 16.5 9.525 4.76 4.4
VB** positive insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO r apf
YB6315
YBC152
YBC252
YBC251
YBC352
YBC351
YBM153
YBM253
YBD052
YBD102
YB7315
YBD152
YBD152C
YBG101
YBG102
YBG105
YB9320
YBG205
YBG202
YNG151
YNT251
YNG151C
YD101
YD201
AHF
Finishing
VBMT160404-AHF 0.4 0.2-3.0 0.05-0.30 ƔƔ
VBMT160408-AHF 0.8 0.8-3.5 0.08-0.40 ƔƔ
EF
Finishing
VBMT110302-EF 0.2 0.06-1.70 0.03-0.13 Ɣż
VBMT110304-EF 0.4 0.1-1.7 0.05-0.19 ƔƔż
VBMT110308-EF 0.8 0.13-1.70 0.07-0.26 ƔżƔ
VBMT160404-EF 0.4 0.1-1.8 0.05-0.20 ƔƔ
VBMT160408-EF 0.8 0.14-1.80 0.07-0.27 ƔƔ
HF
Finishing
VBMT110202-HF 0.2 0.2-2.0 0.05-0.15 ƔƔ
VBMT110204-HF 0.4 0.2-2.0 0.05-0.35 ƔƔż
VBMT110208-HF 0.8 0.2-2.0 0.05-0.40 ƔƔ
NF
Finishing
VBET160404-NF 0.4 0.2-3.0 0.05-0.30 żƔ
VBET160408-NF 0.8 0.2-3.0 0.08-0.40 żƔ
ƔEx stock żOn demand
YBC152F, YBC252F, YBM153F, YBM253F available
HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Tool holder
SVJBR/L SVABR/L SVVBN S***-SVQBR/L S***-SVUBR/L
Kr: 93° Kr: 90° Kr: 72°30' Kr: 107°30' Kr: 93°
A240 A241 A242 A304 A305
General turning Positive inserts
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A140
System code A42 Grade selection A40 Technical info A447 Cutting data A324
Turning inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
VBGT L I.C S d
11 03 11 6.35 3.18 2.8
VB** positive insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO r apf
YB6315
YBC152
YBC252
YBC251
YBC352
YBC351
YBM153
YBM253
YBD052
YBD102
YB7315
YBD152
YBD152C
YBG101
YBG102
YBG105
YB9320
YBG205
YBG202
YNG151
YNT251
YNG151C
YD101
YD201
SF
Finishing
VBGT110302-SF 0.2 0.05-2.00 0.05-0.15 żƔƔ
VBGT110304-SF 0.4 0.05-2.00 0.05-0.20 żƔ
ƔEx stock żOn demand HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Positive inserts General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A141
System code A42 Grade selection A40 Technical info A447 Cutting data A324
Turning inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
VB** L I.C S d
11 03 11 6.35 3.18 2.8
16 04 16.5 9.525 4.76 4.4
VB** positive insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO r apf
YB6315
YBC152
YBC252
YBC251
YBC352
YBC351
YBM153
YBM253
YBD052
YBD102
YB7315
YBD152
YBD152C
YBG101
YBG102
YBG105
YB9320
YBG205
YBG202
YNG151
YNT251
YNG151C
YD101
YD201
NGF
Finishing
VBET160408-NGF 0.8 0.2-3.0 0.08-0.30 Ɣ
VBET160412-NGF 1.2 0.2-3.0 0.1-0.4 Ɣ
EM
Medium Cut
VBMT110304-EM 0.4 0.15-2.00 0.07-0.20 ƔƔ
VBMT110308-EM 0.8 0.2-2.0 0.09-0.27 żƔ Ɣ
VBMT160404-EM 0.4 0.23-2.70 0.07-0.20 ƔƔ
VBMT160408-EM 0.8 0.45-2.70 0.09-0.27 ƔƔ
HM
Medium Cut
VBMT160404-HM 0.4 0.23-2.70 0.07-0.20 ƔƔƔ ƔƔ Ɣ Ɣ
VBMT160408-HM 0.8 0.45-2.70 0.09-0.27 ƔƔƔ ƔƔ Ɣ Ɣ Ɣ ż
VBMT160412-HM 1.2 0.54-2.70 0.11-0.32 ƔƔƔ ż
ƔEx stock żOn demand
YBC152F, YBC252F, YBM153F, YBM253F available
HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Tool holder
SVJBR/L SVABR/L SVVBN S***-SVQBR/L S***-SVUBR/L
Kr: 93° Kr: 90° Kr: 72°30' Kr: 107°30' Kr: 93°
A240 A241 A242 A304 A305
General turning Positive inserts
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A142
System code A42 Grade selection A40 Technical info A447 Cutting data A324
Turning inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
VBMT L I.C S d
16 04 16.5 9.525 4.76 4.4
VB** positive insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO r apf
YB6315
YBC152
YBC252
YBC251
YBC352
YBC351
YBM153
YBM253
YBD052
YBD102
YB7315
YBD152
YBD152C
YBG101
YBG102
YBG105
YB9320
YBG205
YBG202
YNG151
YNT251
YNG151C
YD101
YD201
HR
Roughing
VBMT160404-HR 0.4 0.5-3.0 0.1-0.3 ƔƔ
VBMT160408-HR 0.8 0.9-3.6 0.11-0.32 żƔƔ ż
VBMT160412-HR 1.2 1.08-3.60 0.13-0.38 żƔż ż
SNR
Roughing
VBMT160408-SNR 0.8 0.5-4.0 0.1-0.3 ż
VBMT160412-SNR 1.2 0.5-4.0 0.3-0.6 Ɣ
ƔEx stock żOn demand
YBC152F, YBC252F, YBM153F, YBM253F available
HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Tool holder
SVJBR/L SVABR/L SVVBN S***-SVQBR/L S***-SVUBR/L
Kr: 93° Kr: 90° Kr: 72°30' Kr: 107°30' Kr: 93°
A240 A241 A242 A304 A305
Positive inserts General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A143
System code A42 Grade selection A40 Technical info A447 Cutting data A324
Turning inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
WCMX L I.C S d
04 02 4.3 6.35 2.38 3.1
06 T3 6.5 9.525 3.97 3.7
08 04 8.7 12.7 4.76 4.3
WC** drilling insert HC1 (CVD) HC1 (PVD) HT HC2HW
L
ØI.C
r
s
7o
ød
P
M
K
N
S
H
ISO r apf
YB6315
YBC152
YBC252
YBC251
YBC352
YBC351
YBM153
YBM253
YBD052
YBD102
YB7315
YBD152
YBD152C
YBG101
YBG102
YBG105
YB9320
YBG205
YNG151
YNT251
YNG151C
YD101
Medium Cut
WCMX040208R-53 0.8 0.05-2.00 0.05-0.60
WCMX06T308R-53 0.8 0.1-3.0 0.05-0.60
WCMX080412R-53 1.2 0.2-4.0 0.05-0.80
ƔEx stock żOn demand HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Tool holder
SWACR/L
Kr: 90°
A253
General turning Positive inserts
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A144
System code A42 Grade selection A40 Technical info A447 Cutting data A324
A
145
A145
A
146
A
B
C
D
E
A85° B82° C80°
D55° E75° H
K55° L M 86°
P S T
V35° W80° Z
1
m
I.C S
Code I.C [mm] m [mm] S [mm]
A±0,025 ±0,005 ±0,025
C±0,025 ±0,013 ±0,025
E±0,025 ±0,025 ±0,025
F±0,013 ±0,005 ±0,025
G±0,025 ±0,025 ±0,130
H±0,013 ±0,013 ±0,025
J±0,05–0,15 ±0,005 ±0,025
K±0,05–0,15 ±0,013 ±0,025
L±0,05–0,15 ±0,025 ±0,025
M±0,05–0,15 ±0,08–0,20 ±0,130
N±0,05–0,15 ±0,08–0,20 ±0,025
U±0,08–0,25 ±0,13–0,38 ±0,130
3
A
B
C
D15°
E20° F25°
G30° N
P11° O
2
I.C
[mm] llllll
CDSTVW
3,97 06
5,0
5,56 09
6,0
6,35 06 07 11 11
8,0
9,525 09 11 09 16 16 06
10,0
12,0
12,7 12 15 12 22 22 08
15,875 16 15 27
16,0 19
19,05 19 19 33
20,0
25,0 25 25
25,4 25
31,75
32
5
C N G A 12 04 08 T 020 20 2(W)
12345678910 1112
A B
> 65°
C
> 65°
N
Q≤ 65° W
≤ 65°
X
4
General turning ISO code – PCBN & PCD inserts
MillingDrilling
Technical
Information
Index Turning
Insert shape
Special
Tolerance classClearance angle
Special
Cutting edge length l [mm]
Insert shape
Fastening features (metric)
Insert shape
Special
A
147
A
B
C
D
E
r
Code r
00
02 0,2
04 0,4
08 0,8
12 1,2
16 1,6
20 2,0
24 2,4
32 3,2
X
MO
7
Code
1
2
3
4
11
Code
E
F
T
S
8
S S
Code S Code S
02 2,38 06 6,35
T2 2,58 T6 6,75
03 3,18 07 7,94
T3 3,97 09 9,52
04 4,76 T9 9,72
T4 4,96 11 11,11
05 5,56 12 12,70
T5 5,95
6
Code
W
fn
12
Code α
05
10 10°
15 15°
20 20°
25 25°
30 30°
10
α
Code b
010 0,10
015 0,15
020 0,20
025 0,25
030 0,30
035 0,35
040 0,40
045 0,45
050 0,50
100 1,00
200 2,00
9
b
YCB111 YCB121 YCB131 YCB211 YZB121 YZB221 YZB231 YCD421
S01525 S01520 S01525 S01020 S01020 T02020 T02025 F
S01525 S02020 S02025 S01020 S01020 T02020 T02025 F
General turningISO code – PCBN & PCD inserts
MillingDrilling
Technical
Information
Index Turning
Nose radius r [mm]
Special
Round inserts
Cutting edge prole
Cutting edge Insert shape
Rounding
Sharp edge
Chamfer
Chamfer + Rounding
Insert thickness S [mm]
Chamfer angle αChamfer width b [mm]
Standard edge preparation
CBN Solid CBN PCD
Rayon = 0,4 mm
Rayon ≥ 0,8 mm
Other edge preparation on demand.
Cutting edges
Form
Extra
Description
Curve
Wiper
Turning CBN inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
CNGA L I.C S d
12 04 12.9 12.7 4.76 5.16
CN** negative insert BL (CBN) BH (CBN)
P
K
N
H
ISO r apf
YCB111
YCB121
YCB131
YCB211
CNGA120404-2 0.4 0.08-0.50 0.05-0.20 żƔż ż
CNGA120408-2 0.8 0.08-0.50 0.05-0.25 ƔƔƔ Ɣ
CNGA120412-2 1.2 0.08-0.50 0.05-0.30 żƔƔ Ɣ
CNGA120408-2W 0.8 0.08-0.50 0.05-0.25 żż
CNGA120412-2W 1.2 0.08-0.50 0.05-0.30 żż
ƔEx stock żOn demand BL CBN with a low CBN content
BH CBN with a high CBN content
Tool holder
DCLNR/L PCBNR/L PCLNR/L MCBNR/L MCLNR/L PCLNR/L
Kr: 95° Kr: 75° Kr: 95° Kr: 75° Kr: 95° Kr: 95°
A197 A204 A205 A218 A219 A284
General turning PCBN & PCD inserts
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A148
System code A40 Grade selection A146 Technical info A447 Cutting data A324
Turning CBN inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
DNGA L I.C S d
15 06 15.5 12.7 6.35 5.16
DN** negative insert BL (CBN) BH (CBN)
P
K
N
H
ISO r apf
YCB111
YCB121
YCB131
YCB211
DNGA150604-2 0.4 0.08-0.50 0.05-0.20 żżż ż
DNGA150608-2 0.8 0.08-0.50 0.05-0.25 ƔƔż Ɣ
DNGA150612-2 1.2 0.08-0.50 0.05-0.15 żƔƔ ż
ƔEx stock żOn demand BL CBN with a low CBN content
BH CBN with a high CBN content
Tool holder
DDJNR/L PDJNR/L PDNNR/L MDJNR/L MDPNN PDSNR/L PDUNR/L
Kr: 93° Kr: 93° Kr: 63° Kr: 93° Kr: 62°30' Kr: 62°30' Kr: 93°
A198 A206 A207 A220 A221 A286 A287
PCBN & PCD inserts General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A149
System code A40 Grade selection A146 Technical info A447 Cutting data A324
Turning CBN inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
SNGA L I.C S d
12 04 12.7 12.7 4.76 5.16
SN** negative insert BL (CBN) BH (CBN)
P
K
N
H
ISO r apf
YCB111
YCB121
YCB131
YCB211
SNGA120408-2 0.8 0.08-0.50 0.05-0.25 żżż ż
SNGA120412-2 1.2 0.08-0.50 0.05-0.30 żżż ż
ƔEx stock żOn demand BL CBN with a low CBN content
BH CBN with a high CBN content
Tool holder
DSBNR/L PSBNR/L PSDNN PSKNR/L PSSNR/L MSBNR/L MSRNR/L
Kr: 75° Kr: 75° Kr: 45° Kr: 75° Kr: 45° Kr: 75° Kr: 75°
A199 A208 A210 A211 A212 A222 A223
MSKNR/L MSDNN PSKNR/L
Kr: 75° Kr: 45° Kr: 75°
A224 A225 A289
General turning PCBN & PCD inserts
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A150
System code A40 Grade selection A146 Technical info A447 Cutting data A324
Turning CBN inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
TNGA L I.C S d
16 04 16.5 9.525 4.76 3.81
TN** negative insert BL (CBN) BH (CBN)
P
K
N
H
ISO r apf
YCB111
YCB121
YCB131
YCB211
TNGA160404-3 0.4 0.08-0.50 0.05-0.20 żż
TNGA160408-3 0.8 0.08-0.50 0.05-0.25 żƔż ż
TNGA160412-3 1.2 0.08-0.50 0.05-0.30 żżż ż
ƔEx stock żOn demand BL CBN with a low CBN content
BH CBN with a high CBN content
Tool holder
DTGNR/L PTFNR/L PTTNR/L PTGNR/L MTGNR/L MTJNR/L MTJNR/L-Z
Kr: 91° Kr: 91° Kr: 60° Kr: 90° Kr: 90° Kr: 93° Kr: 93°
A200 A213 A214 A215 A226 A227 A228
MTFNR/L PTFNR/L
Kr: 91° Kr: 90°
A229 A290
PCBN & PCD inserts General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A151
System code A40 Grade selection A146 Technical info A447 Cutting data A324
Turning CBN inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
VNGA L I.C S d
16 04 16.6 9.525 4.76 3.81
VN** negative insert BL (CBN) BH (CBN)
P
K
N
H
ISO r apf
YCB111
YCB121
YCB131
YCB211
VNGA160404-2 0.4 0.08-0.50 0.05-0.20 żż
VNGA160408-2 0.8 0.08-0.50 0.05-0.25 żƔ
ƔEx stock żOn demand BL CBN with a low CBN content
BH CBN with a high CBN content
Tool holder
DVVNN DVJNR/L MVVNN MVJNR/L
Kr: 72°30' Kr: 93° Kr: 72°30' Kr: 93°
A201 A202 A230 A231
General turning PCBN & PCD inserts
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A152
System code A40 Grade selection A146 Technical info A447 Cutting data A324
Turning CBN inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
WNGA L I.C S d
08 04 8.69 12.7 4.76 5.16
WN** negative insert BL (CBN) BH (CBN)
P
K
N
H
ISO r apf
YCB111
YCB121
YCB131
YCB211
WNGA080404-3 0.4 0.08-0.50 0.05-0.20 ż
WNGA080408-3 0.8 0.08-0.50 0.05-0.25 Ɣż
ƔEx stock żOn demand BL CBN with a low CBN content
BH CBN with a high CBN content
Tool holder
DWLNR/L PWLNR/L MWLNR/L PWLNR/L
Kr: 95° Kr: 95° Kr: 95° Kr: 95°
A203 A217 A232 A291
PCBN & PCD inserts General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A153
System code A40 Grade selection A146 Technical info A447 Cutting data A324
Turning CBN inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
CCGW L I.C S d
06 02 6.4 6.35 2.38 2.8
09 T3 9.7 9.525 3.97 4.4
12 04 12.9 12.7 4.76 5.5
CC** positive insert BL (CBN) BH (CBN)
P
K
N
H
ISO r apf
YCB111
YCB121
YCB131
YCB211
CCGW060204-1 0.4 0.08-0.50 0.05-0.20 żż
CCGW060208-1 0.8 0.08-0.50 0.05-0.25 żż
CCGW09T304-2 0.4 0.08-0.50 0.05-0.20 żƔż ż
CCGW09T308-2 0.8 0.08-0.50 0.05-0.25 ƔƔż ż
CCGW120404-2 0.4 0.08-0.50 0.05-0.20 żƔż ż
CCGW120408-2 0.8 0.08-0.50 0.05-0.25 żƔż Ɣ
ƔEx stock żOn demand BL CBN with a low CBN content
BH CBN with a high CBN content
Tool holder
SCACR/L SCLCR/L SCACR/L-SC SCLCR/L-SC SCLCR/L SCFCR/L SCLCR/L
Kr: 90° Kr: 95° Kr: 90° Kr: 95° Kr: 95° Kr: 90° Kr: 95°
A235 A236 A272 A273 A293 A310 A311
SCLCR/L
Kr: 95°
A313
General turning PCBN & PCD inserts
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A154
System code A40 Grade selection A146 Technical info A447 Cutting data A324
Turning CBN inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
DCGW L I.C S d
07 02 7.8 6.35 2.38 2.8
11 T3 11.6 9.525 3.97 4.4
DC** positive insert BL (CBN) BH (CBN)
P
K
N
H
ISO r apf
YCB111
YCB121
YCB131
YCB211
DCGW070204-1 0.4 0.08-0.50 0.05-0.20 żż
DCGW070208-1 0.8 0.08-0.50 0.05-0.25 żż
DCGW11T304-2 0.4 0.08-0.50 0.05-0.20 Ɣżż ż
DCGW11T308-2 0.8 0.08-0.50 0.05-0.25 ƔƔƔ Ɣ
ƔEx stock żOn demand BL CBN with a low CBN content
BH CBN with a high CBN content
Tool holder
SDACR/L SDJCR/L SDNCN SDACR/L-SC SDHCR/L-SC SDJCR/L-SC SDNCN-SC
Kr: 90° Kr: 93° Kr: 62°30' Kr: 90° Kr: 107°30' Kr: 93° Kr: 62°30'
A237 A238 A239 A274 A275 A276 A277
SDQCR/L SDUCR/L SDZCR/L SDQCR/L
Kr: 107°30' Kr: 93° Kr: 85° Kr: 107°30'
A295 A296 A297 A315
PCBN & PCD inserts General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A155
System code A40 Grade selection A146 Technical info A447 Cutting data A324
Turning CBN inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
TCGW L I.C S d
11 02 11 6.35 2.38 2.5
16 T3 16.5 9.525 3.97 4.4
TC** positive insert BL (CBN) BH (CBN)
P
K
N
H
ISO r apf
YCB111
YCB121
YCB131
YCB211
TCGW110204-1 0.4 0.08-0.50 0.05-0.20 żżż ż
TCGW110208-1 0.8 0.08-0.50 0.05-0.25 żżż
TCGW16T304-3 0.4 0.08-0.50 0.05-0.20 żżż ż
TCGW16T308-3 0.8 0.08-0.50 0.05-0.25 żżż ż
ƔEx stock żOn demand BL CBN with a low CBN content
BH CBN with a high CBN content
Tool holder
STACR/L STFCR/L STGCR/L STTCR/L STFCR/L STFCR/L
Kr: 90° Kr: 91° Kr: 91° Kr: 60° Kr: 91° Kr: 90°
A249 A250 A251 A252 A300 A319
General turning PCBN & PCD inserts
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A156
System code A40 Grade selection A146 Technical info A447 Cutting data A324
Turning CBN inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
VBGW L I.C S d
16 04 16.6 9.525 4.76 4.4
VB** positive insert BL (CBN) BH (CBN)
P
K
N
H
ISO r apf
YCB111
YCB121
YCB131
YCB211
VBGW160404-2 0.4 0.08-0.50 0.05-0.20 żż
VBGW160408-2 0.8 0.08-0.50 0.05-0.25 żż ż
ƔEx stock żOn demand BL CBN with a low CBN content
BH CBN with a high CBN content
Tool holder
SVJBR/L SVABR/L SVVBN SVQBR/L SVUBR/L
Kr: 93° Kr: 90° Kr: 72°30' Kr: 107°30' Kr: 93°
A240 A241 A242 A304 A305
PCBN & PCD inserts General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A157
System code A40 Grade selection A146 Technical info A447 Cutting data A324
Turning CBN inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
VCGW L I.C S d
16 04 16.6 9.525 4.76 4.4
VC** positive insert BL (CBN) BH (CBN)
P
K
N
H
ISO r apf
YCB111
YCB121
YCB131
YCB211
VCGW160404-2 0.4 0.08-0.50 0.05-0.20 żż ż
VCGW160408-2 0.8 0.08-0.50 0.05-0.25 żż ż
ƔEx stock żOn demand BL CBN with a low CBN content
BH CBN with a high CBN content
Tool holder
SVVCN SVJCR/L SVUCR/L
Kr: 72°30' Kr: 93° Kr: 93°
A243 A244 A322
General turning PCBN & PCD inserts
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A158
System code A40 Grade selection A146 Technical info A447 Cutting data A324
Turning CBN inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
CNGN L I.C S
12 04 12.9 12.7 4.76
CN** negative insert BL (CBN) BH (CBN)
P
K
N
H
ISO r apf
YZB121
YZB221
YZB231
Medium Cut
CNGN120404 0.4 0.5-2.0 0.3-0.5 ż
CNGN120408 0.8 0.5-2.0 0.3-0.5 żżż
CNGN120412 1.2 0.5-2.0 0.3-0.5 żżż
CNGN120416 1.6 0.5-2.0 0.3-0.5 żżż
ƔEx stock żOn demand BL CBN with a low CBN content
BH CBN with a high CBN content
Tool holder
CCLNR/L
Kr: 95°
A258
PCBN & PCD inserts General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A159
System code A40 Grade selection A146 Technical info A447 Cutting data A324
Turning CBN inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
SNGN L I.C S
12 04 12.7 12.7 4.76
15 07 15.875 15.875 7.94
SN** negative insert BL (CBN) BH (CBN)
P
K
N
H
ISO r apf
YZB121
YZB221
YZB231
SNGN120404 0.4 0.5-2.0 0.3-0.5 ż
SNGN120408 0.8 0.5-2.0 0.3-0.5 żżż
SNGN120412 1.2 0.5-2.0 0.3-0.5 żżż
SNGN120416 1.6 0.5-2.0 0.3-0.5 żżż
SNGN150716 1.6 0.5-2.0 0.3-0.5 ż
SNGN150720 2 0.5-2.0 0.3-0.5 ż
ƔEx stock żOn demand BL CBN with a low CBN content
BH CBN with a high CBN content
Tool holder
CSKNR/L CSRNR/L CSDNN
Kr: 75° Kr: 75° Kr: 45°
A262 A263 A265
General turning PCBN & PCD inserts
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A160
System code A40 Grade selection A146 Technical info A447 Cutting data A324
Turning CBN inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
WNGN L I.C S
08 04 8.69 12.7 4.76
WN** negative insert BL (CBN) BH (CBN)
P
K
N
H
ISO r apf
YZB121
YZB221
YZB231
WNGN080408 0.8 0.5-2.0 0.3-0.5 żżż
WNGN080412 1.2 0.5-2.0 0.3-0.5 żżż
ƔEx stock żOn demand BL CBN with a low CBN content
BH CBN with a high CBN content
PCBN & PCD inserts General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A161
System code A40 Grade selection A146 Technical info A447 Cutting data A324
Turning CBN inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
RNGN L I.C S
12 04 12.7 12.7 4.76
12 07 12.7 12.7 7.94
RN** negative insert BL (CBN) BH (CBN)
P
K
N
H
ISO apf
YZB121
YZB221
YZB231
Medium Cut
RNGN120400 0.5-2.0 0.3-0.5 żż
RNGN120700 0.5-2.0 0.3-0.5 żżż
ƔEx stock żOn demand BL CBN with a low CBN content
BH CBN with a high CBN content
Tool holder
CRDNN
A264
General turning PCBN & PCD inserts
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A162
System code A40 Grade selection A146 Technical info A447 Cutting data A324
Turning PKD inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
CCGT L I.C S d
06 02 6.4 6.35 2.38 2.8
09 T3 9.7 9.525 3.97 4.4
12 04 12.9 12.7 4.76 5.56
CC** positive insert DP
80°
P
K
N
H
ISO r apf
YCD421
CCGT060202** 0.2 0.05-0.50 0.05-0.15 ż
CCGT060204** 0.4 0.08-0.50 0.05-0.20 Ɣ
CCGT09T304** 0.4 0.08-0.50 0.05-0.20 ż
CCGT09T308** 0.8 0.08-0.50 0.05-0.25 ż
CCGT120404** 0.4 0.08-0.50 0.05-0.20 ż
CCGT120408** 0.8 0.08-0.50 0.05-0.25 ż
ƔEx stock żOn demand DP Polycrystalline diamond
Tool holder
SCACR/L SCLCR/L SCACR/L-SC SCLCR/L-SC SCLCR/L SCFCR/L SCLCR/L
Kr: 90° Kr: 95° Kr: 90° Kr: 95° Kr: 95° Kr: 90° Kr: 95°
A235 A236 A272 A273 A293 A310 A311
SCLCR/L
Kr: 95°
A313
PCBN & PCD inserts General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A163
System code A40 Grade selection A146 Technical info A447 Cutting data A324
Turning PKD inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
CCGW L I.C S d
06 02 6.4 6.35 2.38 2.8
09 T3 9.7 9.525 3.97 4.4
12 04 12.9 12.7 4.76 5.56
CC** positive insert DP
P
K
N
H
ISO r apf
YCD421
CCGW060202** 0.2 0.08-0.50 0.05-0.15 ż
CCGW060204** 0.4 0.08-0.50 0.05-0.20 ż
CCGW09T304** 0.4 0.08-0.50 0.05-0.20 ż
CCGW09T308** 0.8 0.08-0.50 0.05-0.25 ż
CCGW120404** 0.4 0.08-0.50 0.05-0.20 ż
CCGW120408** 0.8 0.08-0.50 0.05-0.25 ż
ƔEx stock żOn demand DP Polycrystalline diamond
Tool holder
SCACR/L SCLCR/L SCACR/L-SC SCLCR/L-SC SCLCR/L SCFCR/L SCLCR/L
Kr: 90° Kr: 95° Kr: 90° Kr: 95° Kr: 95° Kr: 90° Kr: 95°
A235 A236 A272 A273 A293 A310 A311
SCLCR/L
Kr: 95°
A313
General turning PCBN & PCD inserts
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A164
System code A40 Grade selection A146 Technical info A447 Cutting data A324
Turning PKD inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
DCGT L I.C S d
07 02 7.8 6.35 2.38 2.8
11 T3 11.6 9.525 3.97 4.4
DC** positive insert DP
55°
P
K
N
H
ISO r apf
YCD421
DCGT070202** 0.2 0.08-0.50 0.05-0.15 ż
DCGT070204** 0.4 0.08-0.50 0.05-0.20 ż
DCGT11T304** 0.4 0.08-0.50 0.05-0.20 ż
DCGT11T308** 0.8 0.08-0.50 0.05-0.25 Ɣ
ƔEx stock żOn demand DP Polycrystalline diamond
Tool holder
SDACR/L SDJCR/L SDNCN SDACR/L-SC SDHCR/L-SC SDJCR/L-SC SDNCN-SC
Kr: 90° Kr: 93° Kr: 62°30' Kr: 90° Kr: 107°30' Kr: 93° Kr: 62°30'
A237 A238 A239 A274 A275 A276 A277
SDQCR/L SDUCR/L SDZCR/L SDQCR/L
Kr: 107°30' Kr: 93° Kr: 85° Kr: 107°30'
A295 A296 A297 A315
PCBN & PCD inserts General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A165
System code A40 Grade selection A146 Technical info A447 Cutting data A324
Turning PKD inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
DCGW L I.C S d
07 02 7.8 6.35 2.38 2.8
11 T3 11.6 9.525 3.97 4.4
DC** positive insert DP
P
K
N
H
ISO r apf
YCD421
DCGW070202** 0.2 0.08-0.50 0.05-0.15 ż
DCGW070204** 0.4 0.08-0.50 0.05-0.20 ż
DCGW070208** 0.8 0.08-0.50 0.05-0.25 ż
DCGW11T302** 0.2 0.08-0.50 0.05-0.15 ż
DCGW11T304** 0.4 0.08-0.50 0.05-0.20 ż
DCGW11T308** 0.8 0.08-0.50 0.05-0.25 ż
ƔEx stock żOn demand DP Polycrystalline diamond
Tool holder
SDACR/L SDJCR/L SDNCN SDACR/L-SC SDHCR/L-SC SDJCR/L-SC SDNCN-SC
Kr: 90° Kr: 93° Kr: 62°30' Kr: 90° Kr: 107°30' Kr: 93° Kr: 62°30'
A237 A238 A239 A274 A275 A276 A277
SDQCR/L SDUCR/L SDZCR/L SDQCR/L
Kr: 107°30' Kr: 93° Kr: 85° Kr: 107°30'
A295 A296 A297 A315
General turning PCBN & PCD inserts
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A166
System code A40 Grade selection A146 Technical info A447 Cutting data A324
Turning PKD inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
TCGT L I.C S d
11 02 11 6.35 2.38 2.8
16 T3 16.5 9.525 3.97 4.4
TC** positive insert DP
60°
P
K
N
H
ISO r apf
YCD421
TCGT110202** 0.2 0.08-0.50 0.05-0.15 ż
TCGT110204** 0.4 0.08-0.50 0.05-0.20 ż
TCGT110208** 0.8 0.08-0.50 0.05-0.25 ż
TCGT16T304** 0.4 0.08-0.50 0.05-0.20 ż
TCGT16T308** 0.8 0.08-0.50 0.05-0.25 ż
ƔEx stock żOn demand DP Polycrystalline diamond
Tool holder
STACR/L STFCR/L STGCR/L STTCR/L STFCR/L STFCR/L
Kr: 90° Kr: 91° Kr: 91° Kr: 60° Kr: 91° Kr: 90°
A249 A250 A251 A252 A300 A319
PCBN & PCD inserts General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A167
System code A40 Grade selection A146 Technical info A447 Cutting data A324
Turning PKD inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
TCGW L I.C S d
11 02 11 6.35 2.38 2.8
16 T3 16.5 9.525 3.97 4.4
TC** positive insert DP
P
K
N
H
ISO r apf
YCD421
TCGW110208** 0.8 0.08-0.50 0.05-0.25 ż
TCGW16T302** 0.2 0.08-0.50 0.05-0.15 ż
TCGW16T304** 0.4 0.08-0.50 0.05-0.20 ż
ƔEx stock żOn demand DP Polycrystalline diamond
Tool holder
STACR/L STFCR/L STGCR/L STTCR/L STFCR/L STFCR/L
Kr: 90° Kr: 91° Kr: 91° Kr: 60° Kr: 91° Kr: 90°
A249 A250 A251 A252 A300 A319
General turning PCBN & PCD inserts
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A168
System code A40 Grade selection A146 Technical info A447 Cutting data A324
Turning PKD inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
VBGT L I.C S d
16 04 16.6 9.525 4.76 4.4
VB** positive insert DP
30°
P
K
N
H
ISO r apf
YCD421
VBGT160402** 0.2 0.08-0.50 0.05-0.15 ż
VBGT160404** 0.4 0.08-0.50 0.05-0.20 ż
VBGT160408** 0.8 0.08-0.50 0.05-0.25 ż
ƔEx stock żOn demand DP Polycrystalline diamond
Tool holder
SVJBR/L SVABR/L SVVBN SVQBR/L SVUBR/L
Kr: 93° Kr: 90° Kr: 72°30' Kr: 107°30' Kr: 93°
A240 A241 A242 A304 A305
PCBN & PCD inserts General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A169
System code A40 Grade selection A146 Technical info A447 Cutting data A324
Turning PKD inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
VBGW L I.C S d
16 04 16.6 9.525 4.76 4.4
VB** positive insert DP
P
K
N
H
ISO r apf
YCD421
VBGW160404** 0.4 0.08-0.50 0.05-0.20 ż
VBGW160408** 0.8 0.08-0.50 0.05-0.25 ż
ƔEx stock żOn demand DP Polycrystalline diamond
Tool holder
SVJBR/L SVABR/L SVVBN SVQBR/L SVUBR/L
Kr: 93° Kr: 90° Kr: 72°30' Kr: 107°30' Kr: 93°
A240 A241 A242 A304 A305
General turning PCBN & PCD inserts
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A170
System code A40 Grade selection A146 Technical info A447 Cutting data A324
Turning PKD inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
VCGT L I.C S d
16 04 16.6 9.525 4.76 4.4
VC** positive insert DP
35°
P
K
N
H
ISO r apf
YCD421
VCGT160402** 0.2 0.08-0.50 0.05-0.15 ż
VCGT160404** 0.4 0.08-0.50 0.05-0.20 ż
VCGT160408** 0.8 0.08-0.50 0.05-0.25 ż
ƔEx stock żOn demand DP Polycrystalline diamond
Tool holder
SVVCN SVJCR/L SVUCR/L
Kr: 72°30' Kr: 93° Kr: 93°
A243 A244 A322
PCBN & PCD inserts General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A171
System code A40 Grade selection A146 Technical info A447 Cutting data A324
Turning PKD inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
VCGW L I.C S d
16 04 16.6 9.525 4.76 4.4
VC** positive insert DP
P
K
N
H
ISO r apf
YCD421
VCGW160404** 0.4 0.08-0.50 0.05-0.20 ż
VCGW160408** 0.8 0.08-0.50 0.05-0.25 ż
ƔEx stock żOn demand DP Polycrystalline diamond
Tool holder
SVVCN SVJCR/L SVUCR/L
Kr: 72°30' Kr: 93° Kr: 93°
A243 A244 A322
General turning PCBN & PCD inserts
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A172
System code A40 Grade selection A146 Technical info A447 Cutting data A324
A
173
A
B
C
D
E
MillingDrilling
Technical
Information
Index
General turningTrouble shooting – PCBN & PCD
Turning
Type of wear Countermeasure
Geometry Cutting condition
Flank wear Sharper cutting edge for reduced cutting force
Smaller negative chamfer
Use positive inserts
Reduce cutting speed
Increase feed rate to reduce operation time
Notch wear Bigger radius Use "method of altering feed rate"
Crater wear/breakage due to crater
wear
Sharper cutting edge for reduced cutting force Reduce cutting speed
Increase feed rate to minimise operation time and
to increase distance between cutting edge and crater
Chipping due to rough condition
or vibration
Bigger negative chamfer angle and/or honed
chamfer
Increase feed rate to reduce number of hits
Flaking Sharper cutting edge to reduce cutting force
Smaller negative chamfer
Use positive inserts
Increase feed rate to reduce operation time
Thermal crack/breakage Sharper cutting edge for reduced cutting force
Smaller negative chamfer
Use positive inserts
Reduce cutting speed, feed rate and depth of cut
Dry machining
Chipping Bigger negative chamfer Increase cutting speed to reduce cutting force
For investigation please send us the used inserts. If breakage is the problem please use inserts only 80–90 % of expected tool life because broken
inserts almost have no information.
Trouble shooting – PCBN & PCD
A
174
A
B
C
D
E
A85° B82° C80°
D55° E75° H
K55° L M 86°
P S T
V35° W80° Z
1
m
I.C S
Code I.C [mm] m [mm] S [mm]
A±0,025 ±0,005 ±0,025
C±0,025 ±0,013 ±0,025
E±0,025 ±0,025 ±0,025
F±0,013 ±0,005 ±0,025
G±0,025 ±0,025 ±0,130
H±0,013 ±0,013 ±0,025
J±0,05–0,15 ±0,005 ±0,025
K±0,05–0,15 ±0,013 ±0,025
L±0,05–0,15 ±0,025 ±0,025
M±0,05–0,15 ±0,08–0,20 ±0,130
N±0,05–0,15 ±0,08–0,20 ±0,025
U±0,08–0,25 ±0,13–0,38 ±0,130
3
A
B
C
D15°
E20° F25°
G30° N
P11° O
2
T N G A 12 04 08 T 020 20
12345678910
I.C
[mm] llllll
CDSTVW
3,97 06
5,0
5,56 09
6,0
6,35 06 07 11 11
8,0
9,525 09 11 09 16 16 06
10,0
12,0
12,7 12 15 12 22 22 08
15,875 16 15 27
16,0 19
19,05 19 19 33
20,0
25,0 25 25
25,4 25
31,75
32
5
A B
> 65°
C
> 65°
N
Q≤ 65° W
≤ 65°
X
4
General turning ISO code – ceramic inserts
MillingDrilling
Technical
Information
Index Turning
Insert shape
Special
Tolerance classClearance angle
Special
Cutting edge length l [mm]
Insert shape
Fastening features (metric)
Insert shape
Special
A
175
A
B
C
D
E
r
Code r
00
02 0,2
04 0,4
08 0,8
12 1,2
16 1,6
20 2,0
24 2,4
32 3,2
X
MO
7
b
Code b
010 0,10
015 0,15
020 0,20
025 0,25
030 0,30
035 0,35
040 0,40
045 0,45
050 0,50
100 1,00
200 2,00
9
Code
E
F
T
S
8
α
Code α
05
10 10°
15 15°
20 20°
25 25°
30 30°
10
S S
Code S Code S
02 2,38 06 6,35
T2 2,58 T6 6,75
03 3,18 07 7,94
T3 3,97 09 9,52
04 4,76 T9 9,72
T4 4,96 11 11,11
05 5,56 12 12,70
T5 5,95
6
General turningISO code – ceramic inserts
MillingDrilling
Technical
Information
Index Turning
Nose radius r [mm]
Special
Plaquettes rondes
Chamfer width b [mm]Cutting edge prole
Cutting edge Insert shape
Rounding
Sharp edge
Chamfer
Chamfer + Rounding
Angle du chanfrein α
Insert thickness S [mm]
Turning ceramic inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
CNGA L I.C S d
12 04 12.9 12.7 4.76 5.16
16 06 16.1 15.875 6.35 6.35
CN** negative insert CM CN
P
K
N
H
ISO r apf
CA1000
CN1000
CN2000
CNGA120404T02020 0.4 0.5-2.0 0.15-0.40 Ɣ
CNGA120408T02020 0.8 0.5-5.0 0.2-0.6 Ɣż
CNGA120412T02020 1.2 1-4 0.2-0.6 Ɣ
CNGA120412T03020 1.2 0.5-2.0 0.15-0.40 ż
CNGA160612T02020 1.2 2-5 0.15-0.40 Ɣ
CNGA160616T02020 1.6 2-5 0.15-0.40 Ɣ
ƔEx stock żOn demand CM Mixed ceramic
CN Si3N4 Ceramic
Tool holder
MCBNR/L MCLNR/L
Kr: 75° Kr: 95°
A218 A219
General turning Ceramic inserts
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A176
System code A40 Grade selection A174 Technical info A447 Cutting data A324
Turning ceramic inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
CNGN L I.C S
12 04 12.9 12.7 4.76
12 07 12.9 12.7 7.94
16 04 16.1 15.875 4.76
16 06 16.1 15.875 6.35
CN** negative insert CM CN
P
K
N
H
ISO r apf
CA1000
CN1000
CN2000
CNGN120404T02020 0.4 0.5-4.0 0.15-0.50 ż
CNGN120408T02020 0.8 1-5 0.2-0.6 ƔƔƔ
CNGN120412T02020 1.2 1-4 0.2-0.6 żƔƔ
CNGN120708T02020 0.8 0.5-2.0 0.2-0.5 żƔƔ
CNGN120712T02020 1.2 1-4 0.2-0.6 Ɣżż
CNGN120716T02020 1.6 0.5-2.0 0.2-0.6 żżż
CNGN160408T02020 0.8 0.5-2.0 0.2-0.5 ż
CNGN160612T02020 1.2 0.5-4.0 0.15-0.60 żż
CNGN160616T02020 1.6 2-5 0.2-0.6 żż
ƔEx stock żOn demand CM Mixed ceramic
CN Si3N4 Ceramic
Tool holder
CCLNR/L
Kr: 95°
A258
Ceramic inserts General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A177
System code A40 Grade selection A174 Technical info A447 Cutting data A324
Turning ceramic inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
CNGX L I.C S
12 07 12.9 12.7 7.94
CN** negative insert CM CN
P
K
N
H
ISO r apf
CA1000
CN1000
CN2000
Medium Cut
CNGX120712T02020 1.2 1-4 0.2-0.6 Ɣ
CNGX120716T02020 1.6 0.5-2.0 0.2-0.6 ż
ƔEx stock żOn demand CM Mixed ceramic
CN Si3N4 Ceramic
Tool holder
JCLNR/L
Kr: 95°
A266
General turning Ceramic inserts
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A178
System code A40 Grade selection A174 Technical info A447 Cutting data A324
Turning ceramic inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
DNGA L I.C S d
15 06 15.5 12.7 6.35 5.16
DN** negative insert CM CN
P
K
N
H
ISO r apf
CA1000
CN1000
CN2000
DNGA150604T02020 0.4 0.5-2.0 0.15-0.40 ż
DNGA150608T02020 0.8 0.5-2.0 0.2-0.5 Ɣ
DNGA150612T02020 1.2 1-4 0.2-0.6 ż
DNGA150616T02020 1.6 2-5 0.2-0.6 ż
ƔEx stock żOn demand CM Mixed ceramic
CN Si3N4 Ceramic
Tool holder
MDJNR/L MDPNN
Kr: 93° Kr: 62°30'
A220 A221
Ceramic inserts General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A179
System code A40 Grade selection A174 Technical info A447 Cutting data A324
Turning ceramic inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
DNGN L I.C S
15 04 15.5 12.7 4.76
15 07 15.5 12.7 7.94
DN** negative insert CM CN
P
K
N
H
ISO r apf
CA1000
CN1000
CN2000
Medium Cut
DNGN150408T02020 0.8 0.5-2.0 0.2-0.5 ż
DNGN150412T02020 1.2 1-4 0.2-0.6 ż
DNGN150704T02020 0.4 0.5-2.0 0.15-0.40 żżż
DNGN150708T02020 0.8 0.5-2.0 0.2-0.5 Ɣżż
DNGN150712T02020 1.2 0.5-4.0 0.15-0.60 żżż
DNGN150716T02020 1.6 2-5 0.2-0.6 ż
ƔEx stock żOn demand CM Mixed ceramic
CN Si3N4 Ceramic
Tool holder
CDJNR/L
Kr: 93°
A260
General turning Ceramic inserts
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A180
System code A40 Grade selection A174 Technical info A447 Cutting data A324
Turning ceramic inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
DNGX L I.C S
15 07 15.5 12.7 7.94
DN** negative insert CM CN
P
K
N
H
ISO r apf
CA1000
CN1000
CN2000
Medium Cut
DNGX150712T02020 1.2 1-4 0.2-0.6 ż
DNGX150716T02020 1.6 2-5 0.2-0.6 ż
ƔEx stock żOn demand CM Mixed ceramic
CN Si3N4 Ceramic
Tool holder
JDJNR/L
Kr: 93°
A267
Ceramic inserts General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A181
System code A40 Grade selection A174 Technical info A447 Cutting data A324
Turning ceramic inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
SNGA L I.C S d
12 04 12.7 12.7 4.76 5.16
SN** negative insert CM CN
P
K
N
H
ISO r apf
CA1000
CN1000
CN2000
SNGA120408T02020 0.8 0.5-2.0 0.2-0.5 ż
SNGA120412T02020 1.2 1-4 0.2-0.6 ż
ƔEx stock żOn demand CM Mixed ceramic
CN Si3N4 Ceramic
Tool holder
MSBNR/L MSRNR/L MSKNR/L MSDNN
Kr: 75° Kr: 75° Kr: 75° Kr: 45°
A222 A223 A224 A225
General turning Ceramic inserts
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A182
System code A40 Grade selection A174 Technical info A447 Cutting data A324
Turning ceramic inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
SNGX L I.C S
12 07 12.7 12.7 7.94
SN** negative insert CM CN
P
K
N
H
ISO r apf
CA1000
CN1000
CN2000
Medium Cut
SNGX120712T02020 1.2 1-4 0.2-0.6 ż
SNGX120716T02020 1.6 0.5-2.0 0.2-0.6 ż
ƔEx stock żOn demand CM Mixed ceramic
CN Si3N4 Ceramic
Tool holder
JSDNN
Kr: 45°
A268
Ceramic inserts General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A183
System code A40 Grade selection A174 Technical info A447 Cutting data A324
Turning ceramic inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
SNGN L I.C S
12 04 12.7 12.7 4.76
12 07 12.7 12.7 7.94
15 07 15.875 15.875 7.94
19 07 19.05 19.05 7.94
SN** negative insert CM CN
P
K
N
H
ISO r apf
CA1000
CN1000
CN2000
SNGN120404T02020 0.4 0.5-2.0 0.15-0.40 ż
SNGN120408T02020 0.8 0.5-2.0 0.2-0.5 żƔ
SNGN120412T02020 1.2 1-4 0.2-0.6 żżż
SNGN120416T02020 1.6 0.5-5.0 0.2-0.6 żżż
SNGN120704T02020 0.4 0.5-2.0 0.15-0.40 Ɣ
SNGN120708T02020 0.8 0.5-4.0 0.2-0.6 żż
SNGN120712T02020 1.2 1-5 0.2-0.6 żƔ
SNGN120716T02020 1.6 1-5 0.2-0.6 żż
SNGN150708T02020 0.8 0.5-2.0 0.2-0.5 ż
SNGN150712T02020 1.2 1-4 0.2-0.6 Ɣżż
SNGN150716T02020 1.6 0.5-2.0 0.2-0.6 Ɣżż
SNGN190716T03020 1.6 2-5 0.2-0.6 ż
ƔEx stock żOn demand CM Mixed ceramic
CN Si3N4 Ceramic
Tool holder
CSKNR/L CSRNR/L CSDNN
Kr: 75° Kr: 75° Kr: 45°
A262 A263 A265
General turning Ceramic inserts
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A184
System code A40 Grade selection A174 Technical info A447 Cutting data A324
Turning ceramic inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
TNGA L I.C S d
16 04 16.5 9.525 4.76 3.86
22 04 22 12.7 4.76 5.16
TN** negative insert CM CN
P
K
N
H
ISO r apf
CA1000
CN1000
CN2000
TNGA160404T01020 0.4 2-5 0.15-0.40 Ɣ
TNGA160408T02020 0.8 2-5 0.2-0.5 Ɣ
TNGA160412T02020 1.2 1-4 0.2-0.6 Ɣ
TNGA220408T02020 0.8 2-5 0.2-0.5 ż
TNGA220412T02020 1.2 2-5 0.2-0.6 ż
TNGA220416T02020 1.6 2-5 0.2-0.6 ż
ƔEx stock żOn demand CM Mixed ceramic
CN Si3N4 Ceramic
Tool holder
MTGNR/L MTJNR/L MTJNR/L-Z MTFNR/L
Kr: 90° Kr: 93° Kr: 93° Kr: 91°
A226 A227 A228 A229
Ceramic inserts General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A185
System code A40 Grade selection A174 Technical info A447 Cutting data A324
Turning ceramic inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
TNGN L I.C S
16 04 16.5 9.525 4.76
16 07 16.5 9.525 7.94
22 04 22 12.7 4.76
TN** negative insert CM CN
P
K
N
H
ISO r apf
CA1000
CN1000
CN2000
Medium Cut
TNGN160404T02020 0.4 0.5-4.0 0.15-0.50 ż
TNGN160408T02020 0.8 0.5-5.0 0.2-0.6 żż
TNGN160412T02020 1.2 1-5 0.2-0.6 żżż
TNGN160708T02020 0.8 0.5-2.0 0.2-0.5 żż
TNGN160712T02020 1.2 1-4 0.2-0.6 ż
TNGN220408T02020 0.8 0.5-2.0 0.2-0.5 żż
TNGN220412T02020 1.2 1-4 0.2-0.6 żż
TNGN220416T02020 1.6 2-5 0.2-0.6 żż
ƔEx stock żOn demand CM Mixed ceramic
CN Si3N4 Ceramic
Tool holder
CTJNR/L CTUNR/L
Kr: 93° Kr: 93°
A259 A261
General turning Ceramic inserts
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A186
System code A40 Grade selection A174 Technical info A447 Cutting data A324
Turning ceramic inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
RNGN I.C S
09 04 9.53 4.76
12 04 12.7 4.76
12 07 12.7 7.94
15 07 15.875 7.94
19 07 19.05 7.94
25 10 25.4 10.05
RN** negative insert CM CN
P
K
N
H
ISO apf
CA1000
CN1000
CN2000
RNGN090400T02020 0.5-2.0 0.2-0.5 ż
RNGN120400T02020 0.5-2.0 0.2-0.5 żżƔ
RNGN120700T02020 0.5-2.0 0.2-0.5 ƔƔƔ
RNGN150700T02020 0.5-2.0 0.2-0.5 ż
RNGN190700T03020 0.5-2.0 0.2-0.5 żƔ
RNGN251000T05020 0.5-2.0 0.2-0.5 ż
ƔEx stock żOn demand CM Mixed ceramic
CN Si3N4 Ceramic
Tool holder
CRDNN
A264
Ceramic inserts General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A187
System code A40 Grade selection A174 Technical info A447 Cutting data A324
Turning ceramic inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
WNGA L I.C S d
08 04 8.69 12.7 4.76 5.16
WN** negative insert CM CN
P
K
N
H
ISO r apf
CA1000
CN1000
CN2000
WNGA080408T02020 0.8 0.5-2.0 0.2-0.5 Ɣ
WNGA080412T02020 1.2 2-5 0.2-0.6 Ɣ
WNGA080416T02020 1.6 2-5 0.2-0.6 Ɣ
ƔEx stock żOn demand CM Mixed ceramic
CN Si3N4 Ceramic
Tool holder
MWLNR/L
Kr: 95°
A232
General turning Ceramic inserts
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A188
System code A40 Grade selection A174 Technical info A447 Cutting data A324
Ceramic inserts General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A189
Notes
A
190
A
B
C
D
E
D
DCLNR/L
A197
95°
DDJNR/L
A198
93°
DSBNR/L
A199
75°
DTGNR/L
A200
91°
DVVNN
A201
72.5°
DVJNR/L
A202
93°
DWLNR/L
A203
95°
P
PCBNR/ L
A204
75°
PCLNR/ L
A205
95°
PDJNR/ L
A206
93°
PDNNR/ L
A207
63°
PSBNR/ L
A208
75°
PSDNN
A210
45°
PSKNR/ L
A211
75°
PSSNR/ L
A212
45°
General turning External tool holders overview
MillingDrilling
Technical
Information
Index Turning
External turning tool holders
Tool holder
Application Workpiece
Page
External
machining Facing Proling Proling Proling Stable Unstable
Recommended
A
191
A
B
C
D
E
P
PTFNR/L
A213
91°
PTTNR/L
A214
60°
PTGNR/L
A215
90°
PWLNR/L
A217
95°
M
MCBNR/L
A218
75°
MCLNR/L
A219
95°
MDJNR/L
A220
93°
MDPNN
A221
62.5°
MSBNR/L
A222
75°
MSRNR/L
A223
75°
MSKNR/L
A224
75°
MSDNN
A225
45°
MTGNR/L
A226
90°
MTJNR/L
A227
93°
MTJNR/L-Z
A228
93°
General turningExternal tool holders overview
MillingDrilling
Technical
Information
Index Turning
External turning tool holders
Tool holder
Application Workpiece
Page
External
machining Facing Proling Proling Proling Stable Unstable
Recommended
A
192
A
B
C
D
E
M
MTFNR/L
A229
91°
MVVNN
A230
72,5°
MVJNR/L
A231
93°
MWLNR/L
A232
95°
MRGNR/L
A234
-
MRDNN
A233
-
S
SCACR/L
A235
90°
SCLCR/L
A236
95°
SDACR/L
A237
90°
SDJCR/L
A238
93°
SDNCN
A239
63°
SVJBR/L
A240
93°
SVABR/L
A241
90°
SVVBN
A242
72,5°
SVVCN
A243
72,5°
General turning External tool holders overview
MillingDrilling
Technical
Information
Index Turning
Recommended
External turning tool holders
Tool holder
Application Workpiece
Page
External
machining Facing Proling Proling Proling Stable Unstable
A
193
A
B
C
D
E
S
SVJCR/L
A244
93°
SSBCR/L
A245
75°
SSDCN
A246
45°
SSKCR/L
A247
75°
SSSCR/L
A248
45°
STACR/L
A249
90°
STFCR/L
A250
91°
STGCR/L
A251
91°
STTCR/L
A252
60°
SWACR/L
A253
90°
SRDCN
A254
-
SRGCR/L
A255
-
C
CKJNR/L
A256
93°
CKNNR/L
A257
63°
General turningExternal tool holders overview
MillingDrilling
Technical
Information
Index Turning
Recommended
External turning tool holders
Tool holder
Application Workpiece
Page
External
machining Facing Proling Proling Proling Stable Unstable
A
194
A
B
C
D
E
C80°
D55°
R
S
T
V35°
W80°
2
90° 75°
90°
45° 60°
ABCDE
90°
90° 107°30 93°
75°
FGHJK
95°
95°
50° 63°
117°30 62°30
LMNOP
107°30
75° 45° 60°
90°
QRS TU
72°30 60° 120°
VWX
3
B
C
D15° E20°
NP11°
4
P C L N L 25 25 M 12
123456789
Code
P
M
S
C/J
D
1
General turning ISO code – external tool holders
MillingDrilling
Technical
Information
Index Turning
Insert shape
Tool holder type and entering angle Clearance angle
Clamping system
Description
Système de serrage à levier
Serrage à bride et levier
Système de serrage à vis
Serrage par bride
Serrage double
A
195
A
B
C
D
E
h
Code h
12 12
16 16
20 20
25 25
32 32
40 40
50 50
6
b
Code b
12 12
16 16
20 20
25 25
32 32
40 40
50 50
7
L
Code L
H100
K125
M150
P170
Q180
R200
S250
T300
8
R
L
N
5
I.C
[mm] lldlll l
CDRSTVW
5,56 09
6,35 06 07 11
9,525 09 11 09 09 16 16 06
12,7 12 15 12 12 22 22 08
15,875 16 19 15 15 27
19,05 19 19 19 33
25,4 25 25 25 44
32 32
9
General turningISO code – external tool holders
MillingDrilling
Technical
Information
Index Turning
Shank height h [mm] Shank width b [mm]
Holder length L [mm]
Cutting direction
Cutting edge length l [mm]
Insert shape
A
196
Special clamp nose design for more stability and
high clamping accuracy
Special design
Double guiding surface
D-Type clamp tool holder
Double clamping system in one operation. The
special designed clamping nger enables a
stable holding of the inserts, with high accura-
cy and clamping force for better tool life and
higher machining accuracy.
Best indexing accuracy, high clamping force
Stable tool life by secure
clamping
Good anti-corrosive and
wear-resistance
Double clamping tool holder
Shim
Clamp Clamp
Body
Insert
Shim pin
Spring
Screw
CN** holder (external) D-Clamping
DCLNR/L Kr: 95°
Stock Dimensions [mm] Inserts
Article RL a b L h s e
DCLNR/L1616H09 Ɣż 16 16 100 16 20 24 CN**0903**
DCLNR/L2020K09 ƔƔ 20 20 125 20 25 24 CN**0903**
DCLNR/L2525M09 ƔƔ 25 25 150 25 32 24 CN**0903**
DCLNR/L2020K12 ƔƔ 20 20 125 20 25 28 CN**1204**
DCLNR/L2525M12 ƔƔ 25 25 150 25 32 28 CN**1204**
DCLNR/L3225P12 ƔƔ 32 25 170 32 32 28 CN**1204**
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert CN**0903** CN**1204**
h 16-25 20-32
Clamp C1RA C2RA
Screw (clamp) CM5x22C
(4.0 Nm)
CM6x25C
(7.0 Nm)
Screw (shim) SM5x8.65XA1 SM6×10XA1
Shim C09BM C12BM
Spring SPR6 SPR4
Wrench (shim) WH30L WH40L
Wrench (clamp) WH30L WH40L
Insert
Wiper Finishing Medium Cut Roughing Cast Iron PCBN/PCD
A45 A45 A46 A53 A53 A148
External tool holders General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A197
System code A194 Grade selection A40 Technical info A447 Cutting data A324
DN** holder (external) D-Clamping
DDJNR/L Kr: 93°
Stock Dimensions [mm] Inserts
Article RL a b L h s e
DDJNR/L1616H11 ƔƔ 16 16 100 16 20 30 DN**1104**
DDJNR/L2020K11 ƔƔ 20 20 125 20 25 30 DN**1104**
DDJNR/L2525M11 ƔƔ 25 25 150 25 32 30 DN**1104**
DDJNR/L3225P11 żż 32 25 170 32 32 30 DN**1104**
DDJNR/L2020K15 ƔƔ 20 20 125 20 25 35 DN**1506**
DDJNR/L2525M15 ƔƔ 25 25 150 25 32 35 DN**1506**
DDJNR/L3232P15 ƔƔ 32 32 170 32 40 35 DN**1506**
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert DN**1104** DN**1506**
h 16-32 20-32
Clamp C1RA C2RA
Screw (clamp) CM5x22C
(4.0 Nm)
CM6x25C
(7.0 Nm)
Screw (shim) SM5x8.65XA1 SM6×10XA1
Shim D11BM D15BM
Spring SPR6 SPR4
Wrench (shim) WH30L WH40L
Wrench (clamp) WH30L WH40L
Insert
Wiper Finishing Medium Cut Roughing Cast Iron PCBN/PCD
A55 A55 A56 A60 A61 A149
General turning External tool holders
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A198
System code A194 Grade selection A40 Technical info A447 Cutting data A324
SN** holder (external) D-Clamping
DSBNR/L Kr: 75°
Stock Dimensions [mm] Inserts
Article RL a b L h s e
DSBNR/L1616H09 żż 16 16 100 16 13 26 SN**0903**
DSBNR/L2020K12 ƔƔ 20 20 125 20 17 34 SN**1204**
DSBNR/L2525M12 ƔƔ 25 25 150 25 22 34 SN**1204**
DSBNR/L3225P12 ƔƔ 32 25 170 32 22 34 SN**1204**
DSBNR/L3232P15 ƔƔ 32 32 170 32 27 41 SN**1506**
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert SN**0903** SN**1204** SN**1506**
h 16 20-32 32
Clamp C1RA C2RA C3RA
Screw (clamp) CM5x22C
(4.0 Nm)
CM6x25C
(7.0 Nm)
CM6x25C
(7.0 Nm)
Screw (shim) SM5x8.65XA1 SM6×10XA1 SM6×10XA2
Shim S09BM S12BM S15BM
Spring SPR6 SPR4 SPR4
Wrench (shim) WH30L WH40L WH40L
Wrench (clamp) WH30L WH40L WH40L
Insert
Finishing Medium Cut Roughing Cast Iron PCBN/PCD
A63 A65 A68 A74 A150
External tool holders General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A199
System code A194 Grade selection A40 Technical info A447 Cutting data A324
TN** holder (external) D-Clamping
DTGNR/L Kr: 91°
91o
Stock Dimensions [mm] Inserts
Article RL a b L h s e
DTGNR/L1616H16 ƔƔ 16 16 100 16 20 25 TN**1604**
DTGNR/L2020K16 ƔƔ 20 20 125 20 25 25 TN**1604**
DTGNR/L2525M16 ƔƔ 25 25 150 25 32 25 TN**1604**
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert TN**1604**
h 16-25
Clamp C1RA
Screw (clamp) CM5x22C
(4.0 Nm)
Screw (shim) SM5x8.65XA1
Shim T16BM
Spring SPR6
Wrench (shim) WH30L
Wrench (clamp) WH30L
Insert
Wiper Finishing Medium Cut Roughing Cast Iron PCBN/PCD
A78 A79 A81 A84 A88 A151
General turning External tool holders
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A200
System code A194 Grade selection A40 Technical info A447 Cutting data A324
VN** holder (external) D-Clamping
DVVNN Kr: 72°30'
Dimensions [mm] Inserts
Article Stock abLhse
DVVNN2020K16 Ɣ20 20 125 20 10 44 VN**1604**
DVVNN2525M16 Ɣ25 25 150 25 12.5 44 VN**1604**
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert VN**1604**
h 20-25
Clamp C6RA
Screw (clamp) CM5×22C
(4.0 Nm)
Screw (shim) SM5x8.65XA1
Shim V16BM
Spring SPR6
Wrench (shim) WH30L
Wrench (clamp) WH30L
Insert
Finishing Medium Cut Roughing Cast Iron PCBN/PCD
A91 A93 A93 A92 A152
External tool holders General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A201
System code A194 Grade selection A40 Technical info A447 Cutting data A324
VN** holder (external) D-Clamping
DVJNR/L Kr: 93°
Stock Dimensions [mm] Inserts
Article RL a b L h s e
DVJNR/L2020K16 ƔƔ 20 20 125 20 25 41 VN**1604**
DVJNR/L2525M16 ƔƔ 25 25 150 25 32 41 VN**1604**
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert VN**1604**
h 20-25
Clamp C6RA
Screw (clamp) CM5x22C
(4.0 Nm)
Screw (shim) SM5x8.65XA1
Shim V16BM
Spring SPR6
Wrench (clamp) WH30L
Wrench (shim) WH30L
Insert
Finishing Medium Cut Roughing Cast Iron PCBN/PCD
A91 A93 A93 A92 A152
General turning External tool holders
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A202
System code A194 Grade selection A40 Technical info A447 Cutting data A324
WN** holder (external) D-Clamping
DWLNR/L Kr: 95°
Stock Dimensions [mm] Inserts
Article RL a b L h s e
DWLNR/L1616H06 ƔƔ 16 16 100 16 25 24 WN**0604**
DWLNR/L2020K06 ƔƔ 20 20 125 20 25 24 WN**0604**
DWLNR/L2525M06 ƔƔ 25 25 150 25 32 24 WN**0604**
DWLNR/L2020K08 ƔƔ 20 20 125 20 25 31 WN**0804**
DWLNR/L2525M08 ƔƔ 25 25 150 25 32 31 WN**0804**
DWLNR/L3225P08 ƔƔ 32 25 170 32 32 31 WN**0804**
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert WN**0604** WN**0804**
h 16-25 20-32
Clamp C1RA C2RA
Screw (clamp) CM5×22C
(4.0 Nm)
CM6×25C
(7.0 Nm)
Screw (shim) SM5x8.65XA1 SM6×10XA1
Shim W06BM W08BM
Spring SPR6 SPR4
Wrench (shim) WH30L WH40L
Wrench (clamp) WH30L WH40L
Insert
Wiper Finishing Medium Cut Roughing Cast Iron PCBN/PCD
A95 A94 A97 A98 A98 A153
External tool holders General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A203
System code A194 Grade selection A40 Technical info A447 Cutting data A324
CN** holder (external) P-Clamping
PCBNR/L Kr: 75°
Right hand style
Stock Dimensions [mm] Inserts
Article RL a b L h s e
PCBNR/L2020K12 ƔƔ 20 20 125 20 17 27 CN**1204**
PCBNR/L2525M12 ƔƔ 25 25 150 25 22 27 CN**1204**
PCBNR/L3232P12 ƔƔ 32 32 170 32 27 27 CN**1204**
PCBNR/L2525M16 ƔƔ 25 25 150 25 22 33 CN**1606**
PCBNR/L3232P16 ƔƔ 32 32 170 32 27 33 CN**1606**
PCBNR/L3232P19 ƔƔ 32 32 170 32 27 38 CN**1906**
PCBNR/L4040S19 ƔƔ 40 40 250 40 35 38 CN**1906**
PCBNR/L4040S2507 ƔƔ 40 40 250 40 35 50 CN**2507**
PCBNR/L4040S2509 ƔƔ 40 40 250 40 35 50 CN**2509**
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert CN**1204** CN**1606** CN**1906** CN**2507** CN**2509**
h 20-32 25-32 32-40 40 40
Knee lever L4 L5 L6 L8 L8
Screw LEM8×21
(10.2 Nm)
LEM8×25
(10.2 Nm)
LEM10×27
(16.6 Nm)
Screw LEM12x36A
(25.2 Nm)
LEM12x36A
(25.2 Nm)
Shim C12AP C16AP C19AP C25AP-07 C25AP
Shim pin (shim) SP4 SP5 SP6 SP8 SP8
Wrench WH30L WH30L WH40L WH50L WH50L
Insert
Wiper Finishing Medium Cut Roughing Cast Iron PCBN/PCD
A45 A45 A46 A51 A53 A148
General turning External tool holders
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A204
System code A194 Grade selection A40 Technical info A447 Cutting data A324
CN** holder (external) P-Clamping
PCLNR/L Kr: 95°
Right hand style
Stock Dimensions [mm] Inserts
Article RL a b L h s e
PCLNR/L1616H09 ƔƔ 16 16 100 16 20 20 CN**0903**
PCLNR/L2020K09 ƔƔ 20 20 125 20 25 22 CN**0903**
PCLNR/L2525M09 żƔ 25 25 150 25 32 22 CN**0903**
PCLNR/L2020K12 ƔƔ 20 20 125 20 25 28 CN**1204**
PCLNR/L2525M12 ƔƔ 25 25 150 25 32 28 CN**1204**
PCLNR/L3232P12 ƔƔ 32 32 170 32 40 28 CN**1204**
PCLNR/L2525M16 ƔƔ 25 25 150 25 32 33 CN**1606**
PCLNR/L3232P16 ƔƔ 32 32 170 32 40 33 CN**1606**
PCLNR/L3232P19 ƔƔ 32 32 170 32 40 38 CN**1906**
PCLNR/L4040S19 ƔƔ 40 40 250 40 50 38 CN**1906**
PCLNR/L4040S2507 ƔƔ 40 40 250 40 50 49 CN**2507**
PCLNR/L4040S2509 ƔƔ 40 40 250 40 50 49 CN**2509**
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert CN**0903** CN**1204** CN**1606** CN**1906** CN**2507** CN**2509**
h 16-25 20-32 25-32 32-40 40 40
Knee lever L3 L4 L5 L6 L8 L8
Screw LEM8×21
(10.2 Nm)
LEM8×25
(10.2 Nm)
LEM10×27
(16.6 Nm)
Screw LEM6×13.4A
(7.0 Nm)
LEM12×36A
(25.2 Nm)
LEM12×36A
(25.2 Nm)
Shim C09AP C12AP C16AP C19AP C25AP-07 C25AP
Shim pin (shim) SP10 SP4 SP5 SP6 SP8 SP8
Wrench WH25L WH30L WH30L WH40L WH50L WH50L
Insert
Wiper Finishing Medium Cut Roughing Cast Iron PCBN/PCD
A45 A45 A46 A51 A53 A148
External tool holders General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A205
System code A194 Grade selection A40 Technical info A447 Cutting data A324
DN** holder (external) P-Clamping
PDJNR/L Kr: 93°
Right hand style
Stock Dimensions [mm] Inserts
Article RL a b L h s e
PDJNR/L1616H11 ƔƔ 16 16 100 16 20 25 DN**1104**
PDJNR/L2020K11 ƔƔ 20 20 125 20 25 25 DN**1104**
PDJNR/L2525M11 ƔƔ 25 25 150 25 32 30 DN**1104**
PDJNR/L2020K15-3 Ɣż 20 20 125 20 25 35 DN**1504**
PDJNR/L2525M15-3 ƔƔ 25 25 150 25 32 35 DN**1504**
PDJNR/L3232P15-3 ƔƔ 32 32 170 32 40 35 DN**1504**
PDJNR/L2020K15 ƔƔ 20 20 125 20 25 35 DN**1506**
PDJNR/L2525M15 ƔƔ 25 25 150 25 32 35 DN**1506**
PDJNR/L3232P15 ƔƔ 32 32 170 32 40 35 DN**1506**
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert DN**1104** DN**1504** DN**1506**
h 16-32 20-32 20-32
Knee lever L3 L4 L4B
Screw LEM8×21
(10.2 Nm)
LEM8×21
(10.2 Nm)
Screw LEM6×13.4A
(7.0 Nm)
Shim D11AP D15AP D15AP
Shim pin (shim) SP3 SP4 SP4
Wrench WH25L WH30L WH30L
Insert
Wiper Finishing Medium Cut Roughing Cast Iron PCBN/PCD
A55 A55 A56 A60 A61 A149
General turning External tool holders
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A206
System code A194 Grade selection A40 Technical info A447 Cutting data A324
DN** holder (external) P-Clamping
PDNNR/L Kr: 63°
Left hand style
Stock Dimensions [mm] Inserts
Article RL a b L h s e
PDNNR/L2020K15-3 Ɣż 20 20 125 20 8 37 DN**1504**
PDNNR/L2525M15-3 Ɣż 25 25 150 25 12.5 37 DN**1504**
PDNNR/L3232P15-3 ƔƔ 32 32 170 32 16 37 DN**1504**
PDNNR/L2020K15 ƔƔ 20 20 125 20 8 37 DN**1506**
PDNNR/L2525M15 ƔƔ 25 25 150 25 12.5 37 DN**1506**
PDNNR/L3232P15 ƔƔ 32 32 170 32 16 37 DN**1506**
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert DN**1504** DN**1506**
h 20-32 20-32
Knee lever L4 L4B
Screw LEM8×21
(10.2 Nm)
LEM8×21
(10.2 Nm)
Shim D15AP D15AP
Shim pin (shim) SP4 SP4
Wrench WH30L WH30L
Insert
Wiper Finishing Medium Cut Roughing Cast Iron PCBN/PCD
A55 A55 A56 A60 A61 A149
External tool holders General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A207
System code A194 Grade selection A40 Technical info A447 Cutting data A324
SN** holder (external) P-Clamping
PSBNR/L Kr: 75°
Right hand style
Stock Dimensions [mm] Inserts
Article RL a b L h s e
PSBNR/L1616H09 Ɣż 16 16 100 16 13 21 SN**0903**
PSBNR/L2020K09 Ɣż 20 20 125 20 17 23 SN**0903**
PSBNR/L2020K12 ƔƔ 20 20 125 20 17 28 SN**1204**
PSBNR/L2525M12 ƔƔ 25 25 125 25 22 28 SN**1204**
PSBNR/L3225P12 Ɣż 32 25 170 32 22 28 SN**1204**
PSBNR/L3232P12 Ɣż 32 32 170 32 27 28 SN**1204**
PSBNR/L2525M15 Ɣż 25 25 150 25 22 35 SN**1506**
PSBNR/L3232P15 ƔƔ 32 32 170 32 27 35 SN**1506**
PSBNR/L3232P19 ƔƔ 32 32 170 32 27 40 SN**1906**
PSBNR/L4040S19 ƔƔ 40 40 250 40 35 40 SN**1906**
PSBNR/L4040S2507 żż 40 40 250 40 35 48 SN**2507**
PSBNR/L4040S2509 żż 40 40 250 40 35 48 SN**2509**
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert SN**0903** SN**1204** SN**1506** SN**1906** SN**2507** SN**2509**
h 16-20 20-32 25-32 32-40 40 40
Knee lever L3 L4 L5 L6 L8 L8
Screw LEM8×21
(10.2 Nm)
LEM8×25
(10.2 Nm)
LEM10×27
(16.6 Nm)
Screw LEM6×13.4A
(7.0 Nm)
LEM12×36A
(25.2 Nm)
LEM12×36A
(25.2 Nm)
Shim S09AP S12AP S15AP S19AP S25AP
Shim S25AP-09
Shim pin (shim) SP10 SP4 SP5 SP6 SP8 SP8
Wrench WH25L WH30L WH30L WH40L WH50L WH50L
General turning External tool holders
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A208
System code A194 Grade selection A40 Technical info A447 Cutting data A324
SN** holder (external)
Insert
Finishing Medium Cut Roughing Cast Iron PCBN/PCD
A63 A65 A68 A74 A150
External tool holders General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A209
System code A194 Grade selection A40 Technical info A447 Cutting data A324
SN** holder (external) P-Clamping
PSDNN Kr: 45°
Dimensions [mm] Inserts
Article Stock abLhse
PSDNN1212F09 ż12 12 80 12 6 21 SN**0903**
PSDNN1616H09 Ɣ16 16 100 16 8 23 SN**0903**
PSDNN2020K12 Ɣ20 20 125 20 10 30 SN**1204**
PSDNN2525M12 Ɣ20 20 150 20 12.5 30 SN**1204**
PSDNN3232P12 Ɣ32 32 170 32 16 40 SN**1204**
PSDNN2525M15 Ɣ25 25 150 25 12.5 40 SN**1506**
PSDNN3232P15 Ɣ32 32 170 32 16 40 SN**1506**
PSDNN3232P19 Ɣ32 32 170 32 16 40 SN**1906**
PSDNN4040S19 Ɣ40 40 250 40 20 40 SN**1906**
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert SN**0903** SN**0903** SN**1204** SN**1506** SN**1906**
h 12 16 20-32 25-32 32-40
Knee lever L3B L3 L3 L5 L6
Screw LEM5×12B
(4.0 Nm)
Screw LEM8×25
(10.2 Nm)
LEM10×27
(16.6 Nm)
Screw LEM6×13.4A
(7.0 Nm)
LEM6×13.4A
(7.0 Nm)
Shim S09AP S09AP S15AP S19AP
Shim pin (shim) SP10 SP10 SP5 SP6
Wrench WH20L WH25L WH25L WH30L WH40L
Insert
Finishing Medium Cut Roughing Cast Iron PCBN/PCD
A63 A65 A68 A74 A150
General turning External tool holders
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A210
System code A194 Grade selection A40 Technical info A447 Cutting data A324
SN** holder (external) P-Clamping
PSKNR/L Kr: 75°
Right hand style
Stock Dimensions [mm] Inserts
Article RL a b L h s e
PSKNR/L1616H09 żż 16 16 100 16 20 17 SN**0903**
PSKNR/L2020K09 Ɣż 20 20 125 20 25 20 SN**0903**
PSKNR/L2020K12 ƔƔ 20 20 125 20 25 26 SN**1204**
PSKNR/L2525M12 ƔƔ 25 25 150 25 32 26 SN**1204**
PSKNR/L3232P12 ƔƔ 32 32 170 32 40 26 SN**1204**
PSKNR/L2525M15 Ɣż 25 25 150 25 32 32 SN**1506**
PSKNR/L3232P15 ƔƔ 32 32 170 32 40 32 SN**1506**
PSKNR/L3232P19 ƔƔ 32 32 170 32 40 36 SN**1906**
PSKNR/L4040S19 żż 40 40 250 40 50 40 SN**1906**
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert SN**0903** SN**1204** SN**1506** SN**1906**
h 16-20 20-32 25-32 32-40
Knee lever L3 L4 L5 L6
Screw LEM8×21
(10.2 Nm)
LEM8×25
(10.2 Nm)
LEM10×27
(16.6 Nm)
Screw LEM6×13.4A
(7.0 Nm)
Shim S09AP S12AP S15AP S19AP
Shim pin (shim) SP10 SP4 SP5 SP6
Wrench WH25L WH30L WH30L WH40L
Insert
Finishing Medium Cut Roughing Cast Iron PCBN/PCD
A63 A65 A68 A74 A150
External tool holders General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A211
System code A194 Grade selection A40 Technical info A447 Cutting data A324
SN** holder (external) P-Clamping
PSSNR/L Kr: 45°
Right hand style
Stock Dimensions [mm] Inserts
Article RL a b L h s e
PSSNR/L1616H09 ƔƔ 16 16 100 16 20 25 SN**0903**
PSSNR/L2020K12 ƔƔ 20 20 125 20 25 30 SN**1204**
PSSNR/L2525M12 ƔƔ 25 25 150 25 32 30 SN**1204**
PSSNR/L3232P12 ƔƔ 32 32 170 32 40 40 SN**1204**
PSSNR/L2525M15 ƔƔ 25 25 150 25 32 30 SN**1506**
PSSNR/L3232P15 ƔƔ 32 32 170 32 40 40 SN**1506**
PSSNR/L3232P19 ƔƔ 32 32 170 32 40 40 SN**1906**
PSSNR/L4040S19 ƔƔ 40 40 250 40 50 50 SN**1906**
PSSNR/L4040S2507 ƔƔ 40 40 250 40 50 50 SN**2507**
PSSNR/L4040S2509 ƔƔ 40 40 250 40 50 50 SN**2509**
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert SN**0903** SN**1204** SN**1506** SN**1906** SN**2507** SN**2509**
h 16 20-32 25-32 32-40 40 40
Knee lever L3 L4 L5 L6 L8 L8
Screw LEM8×21
(10.2 Nm)
LEM8×25
(10.2 Nm)
LEM10×27
(16.6 Nm)
Screw LEM6×13.4A
(7.0 Nm)
LEM12×36A
(25.2 Nm)
LEM12×36A
(25.2 Nm)
Shim S09AP S12AP S15AP S19AP S25AP
Shim S25AP-09
Shim pin (shim) SP10 SP4 SP5 SP6 SP8 SP8
Wrench WH25L WH30L WH30L WH40L WH50L WH50L
Insert
Finishing Medium Cut Roughing Cast Iron PCBN/PCD
A63 A65 A68 A74 A150
General turning External tool holders
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A212
System code A194 Grade selection A40 Technical info A447 Cutting data A324
TN** holder (external) P-Clamping
PTFNR/L Kr: 91°
Right hand style
91°
Stock Dimensions [mm] Inserts
Article RL a b L h s e
PTFNR/L1616H16 ƔƔ 16 16 100 16 20 20 TN**1604**
PTFNR/L2020K16 ƔƔ 20 20 125 20 25 20 TN**1604**
PTFNR/L2525M16 ƔƔ 25 25 150 25 32 20 TN**1604**
PTFNR/L2525M22 ƔƔ 25 25 150 25 32 25 TN**2204**
PTFNR/L3232P22 ƔƔ 32 32 170 32 40 25 TN**2204**
PTFNR/L3232P27 Ɣż 32 32 170 32 40 34 TN**2706**
PTFNR/L4040S27 żż 40 40 250 40 50 34 TN**2706**
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert TN**1604** TN**2204** TN**2706**
h 16-25 25-32 32-40
Knee lever L3 L4 L5
Screw LEM8×21
(10.2 Nm)
LEM8×25
(10.2 Nm)
Screw LEM6×13.4A
(7.0 Nm)
Shim T16AP T22AP T27AP
Shim pin (shim) SP3 SP4 SP5
Wrench WH25L WH30L WH30L
Insert
Wiper Finishing Medium Cut Roughing Heavy Turning Cast Iron PCBN/PCD
A78 A79 A81 A84 A87 A88 A151
External tool holders General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A213
System code A194 Grade selection A40 Technical info A447 Cutting data A324
TN** holder (external) P-Clamping
PTTNR/L Kr: 60°
Right hand style
Stock Dimensions [mm] Inserts
Article RL a b L h s e
PTTNR/L1616H16 ƔƔ 16 16 100 16 13 25 TN**1604**
PTTNR/L2020K16 Ɣż 20 20 125 20 17 25 TN**1604**
PTTNR/L2525M22 ƔƔ 25 25 150 20 22 32 TN**2204**
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert TN**1604** TN**2204**
h 16-25 20
Knee lever L3 L4
Screw LEM8×21
(10.2 Nm)
Screw LEM6×13.4A
(7.0 Nm)
Shim T16AP T22AP
Shim pin (shim) SP3 SP4
Wrench WH25L WH30L
Insert
Wiper Finishing Medium Cut Roughing Heavy Turning Cast Iron PCBN/PCD
A78 A79 A81 A84 A87 A88 A151
General turning External tool holders
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A214
System code A194 Grade selection A40 Technical info A447 Cutting data A324
TN** holder (external) P-Clamping
PTGNR/L Kr: 90°
Right hand style
Stock Dimensions [mm] Inserts
Article RL a b L h s e
PTGNR/L1010E11 Ɣ10 10 70 10 14 16 TN**1103**
PTGNR/L1212F11 ƔƔ 12 12 80 12 16 14 TN**1103**
PTGNR/L1616H11 ƔƔ 16 16 100 16 20 18 TN**1103**
PTGNR/L2020K11 Ɣż 20 20 125 20 25 19 TN**1103**
PTGNR/L2525M11 żż 25 25 150 25 32 20 TN**1103**
PTGNR/L1616H16 ƔƔ 16 16 100 16 20 20 TN**1604**
PTGNR/L2020K16 ƔƔ 20 20 125 20 25 20 TN**1604**
PTGNR/L2525M16 ƔƔ 25 25 150 25 32 20 TN**1604**
PTGNR/L3232P16 Ɣż 32 32 170 32 40 20 TN**1604**
PTGNR/L2525M22 ƔƔ 25 25 150 25 32 28 TN**2204**
PTGNR/L3232P22 ƔƔ 32 32 170 32 40 28 TN**2204**
PTGNR/L3232P27 Ɣż 32 32 170 32 40 33 TN**2706**
PTGNR/L4040S27 żż 40 40 250 40 50 33 TN**2706**
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert TN**1103** TN**1604** TN**2204** TN**2706**
h 10-25 16-32 25-32 32-40
Knee lever L2 L3 L4 L5
Screw LEM5×9B
(4.0 Nm)
Screw LEM8×21
(10.2 Nm)
LEM8×25
(10.2 Nm)
Screw LEM6×13.4A
(7.0 Nm)
Shim T16AP T22AP T27AP
Shim pin (shim) SP3 SP4 SP5
Wrench WH20L WH25L WH30L WH30L
External tool holders General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A215
System code A194 Grade selection A40 Technical info A447 Cutting data A324
TN** holder (external)
Insert
Wiper Finishing Medium Cut Roughing Heavy Turning Cast Iron PCBN/PCD
A78 A79 A81 A84 A87 A88 A151
General turning External tool holders
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A216
System code A194 Grade selection A40 Technical info A447 Cutting data A324
WN** holder (external) P-Clamping
PWLNR/L Kr: 95°
Right hand style
Stock Dimensions [mm] Inserts
Article RL a b L h s e
PWLNR/L1616H06 ƔƔ 16 16 100 16 20 20 WN**0604**
PWLNR/L2020K06 ƔƔ 20 20 125 20 25 20 WN**0604**
PWLNR/L2525M06 ƔƔ 25 25 150 25 32 20 WN**0604**
PWLNR/L2020K08 ƔƔ 20 20 125 20 25 26 WN**0804**
PWLNR/L2525M08 ƔƔ 25 25 150 25 32 26 WN**0804**
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert WN**0604** WN**0804**
h 16-25 20-25
Knee lever L3 L4
Screw LEM8×21
(10.2 Nm)
Screw LEM6×13.4A
(7.0 Nm)
Shim W06AP W08AP
Shim pin (shim) SP3 SP4
Wrench WH25L WH30L
Insert
Wiper Finishing Medium Cut Roughing Cast Iron PCBN/PCD
A95 A94 A97 A98 A98 A153
External tool holders General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A217
System code A194 Grade selection A40 Technical info A447 Cutting data A324
CN** holder (external) M-Clamping
MCBNR/L Kr: 75°
Right hand style
Stock Dimensions [mm] Inserts
Article RL a b L h s e
MCBNR/L2020K12 Ɣż 20 20 125 20 17 32 CN**1204**
MCBNR/L2525M12 ƔƔ 25 25 150 20 22 32 CN**1204**
MCBNR/L3225P12 ƔƔ 32 25 170 32 22 32 CN**1204**
MCBNR/L2525M16 żż 25 25 150 25 22 40 CN**1606**
MCBNR/L3232P16 ƔƔ 32 32 170 32 27 40 CN**1606**
MCBNR/L3232P19 żż 32 32 170 32 27 45 CN**1906**
MCBNR/L4040R19 żƔ 40 40 200 40 35 45 CN**1906**
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert CN**1204** CN**1204** CN**1606** CN**1906**
h 20 25-32 25-32 32-40
Clamp C1RD C1RD C2RD C5RD
Dowel pin TM6×17 TM6×17 TM8×21 TM10×21
Screw (clamp) DM6×25
(7.0 Nm)
DM6×30
(7.0 Nm)
DM6×30
(7.0 Nm)
Screw (clamp) DM8×30X
(10.2 Nm)
Shim C12BM C12BM C16BM C19BM
Wrench (dowel
pin) WH30L WH30L WH30L WH40L
Wrench (clamp) WH30L WH30L WH30L WH40L
Insert
Wiper Finishing Medium Cut Roughing Cast Iron PCBN/PCD
A45 A45 A46 A53 A53 A148
General turning External tool holders
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A218
System code A194 Grade selection A40 Technical info A447 Cutting data A324
CN** holder (external) M-Clamping
MCLNR/L Kr: 95°
Right hand style
Stock Dimensions [mm] Inserts
Article RL a b L h s e
MCLNR/L2020K12 ƔƔ 20 20 125 20 25 32 CN**1204**
MCLNR/L2525M12 ƔƔ 25 25 150 25 32 32 CN**1204**
MCLNR/L3225P12 ƔƔ 32 25 170 32 32 32 CN**1204**
MCLNR/L2525M16 ƔƔ 25 25 150 25 32 38 CN**1606**
MCLNR/L3232P16 ƔƔ 32 32 170 32 40 38 CN**1606**
MCLNR/L3232P19 ƔƔ 32 32 170 32 40 45 CN**1906**
MCLNR/L4040R19 Ɣż 40 40 200 40 50 45 CN**1906**
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert CN**1204** CN**1204** CN**1606** CN**1906**
h 20 25-32 25-32 32-40
Clamp C1RD C1RD C2RD C5RD
Dowel pin TM6×17 TM6×17 TM8×21 TM10×21
Screw (clamp) DM6×25
(7.0 Nm)
DM6×30
(7.0 Nm)
DM6×30
(7.0 Nm)
Screw (clamp) DM8×30X
(10.2 Nm)
Shim C12BM C12BM C16BM C19BM
Wrench (dowel
pin) WH30L WH30L WH30L WH40L
Wrench (clamp) WH30L WH30L WH30L WH40L
Insert
Wiper Finishing Medium Cut Roughing Cast Iron PCBN/PCD
A45 A45 A46 A53 A53 A148
External tool holders General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A219
System code A194 Grade selection A40 Technical info A447 Cutting data A324
DN** holder (external) M-Clamping
MDJNR/L Kr: 93°
Right hand style
Stock Dimensions [mm] Inserts
Article RL a b L h s e
MDJNR/L2020K11 ƔƔ 20 20 125 20 25 32 DN**1104**
MDJNR/L2525M11 ƔƔ 25 25 150 25 32 32 DN**1104**
MDJNR/L3225P11 Ɣż 32 25 170 32 32 32 DN**1104**
MDJNR/L2020K15 ƔƔ 20 20 125 20 25 38 DN**1506**
MDJNR/L2525M15 ƔƔ 25 25 150 25 32 38 DN**1506**
MDJNR/L3225P15 ƔƔ 32 25 170 32 32 38 DN**1506**
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert DN**1104** DN**1104** DN**1506** DN**1506**
h 20 25-32 20 25-32
Clamp C1RD C1RD C2RD C2RD
Dowel pin TM5x13 TM5x13 TM6×19 TM6×19
Screw (clamp) DM6×25
(7.0 Nm)
DM6×30
(7.0 Nm)
DM6×25
(7.0 Nm)
DM6×30
(7.0 Nm)
Shim D11BM D11BM D15BM D15BM
Wrench (clamp) WH30L WH30L WH30L WH30L
Wrench (dowel
pin) WH20L WH20L WH30L WH30L
Insert
Wiper Finishing Medium Cut Roughing Cast Iron PCBN/PCD
A55 A55 A56 A60 A61 A149
General turning External tool holders
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A220
System code A194 Grade selection A40 Technical info A447 Cutting data A324
DN** holder (external) M-Clamping
MDPNN Kr: 62°30'
Dimensions [mm] Inserts
Article Stock abLhse
MDPNN2020K11 Ɣ20 20 125 20 10 35 DN**1104**
MDPNN2525M11 Ɣ25 25 150 25 12.5 35 DN**1104**
MDPNN3225P11 Ɣ32 25 170 32 12.5 35 DN**1104**
MDPNN2020K15 Ɣ20 20 125 20 10 40 DN**1506**
MDPNN2525M15 Ɣ25 25 150 25 12.5 40 DN**1506**
MDPNN3225P15 Ɣ32 25 170 32 12.5 40 DN**1506**
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert DN**1104** DN**1104** DN**1506** DN**1506**
h 20 25-32 20 25-32
Clamp C1RD C1RD C2RD C2RD
Dowel pin TM5x13 TM5x13 TM6×19 TM6×19
Screw (clamp) DM6×25
(7.0 Nm)
DM6×30
(7.0 Nm)
DM6×25
(7.0 Nm)
DM6×30
(7.0 Nm)
Shim D11BM D11BM D15BM D15BM
Wrench (clamp) WH30L WH30L WH30L WH30L
Wrench (dowel
pin) WH20L WH20L WH30L WH30L
Insert
Wiper Finishing Medium Cut Roughing Cast Iron PCBN/PCD
A55 A55 A56 A60 A61 A149
External tool holders General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A221
System code A194 Grade selection A40 Technical info A447 Cutting data A324
SN** holder (external) M-Clamping
MSBNR/L Kr: 75°
Right hand style
Stock Dimensions [mm] Inserts
Article RL a b L h s e
MSBNR/L2020K12 ƔƔ 20 20 125 20 17 32 SN**1204**
MSBNR/L2525M12 Ɣż 25 25 150 25 22 32 SN**1204**
MSBNR/L3225P12 ƔƔ 32 25 170 32 22 32 SN**1204**
MSBNR/L2525M15 Ɣż 25 25 150 25 22 38 SN**1506**
MSBNR/L3232P15 ƔƔ 32 32 170 32 29 38 SN**1506**
MSBNR/L4032R15 ż40 32 200 40 27 38 SN**1506**
MSBNR/L3232P19 ƔƔ 32 32 170 32 27 45 SN**1906**
MSBNR/L4040R19 żƔ 40 40 200 40 35 45 SN**1906**
MSBNR/L4040R25 Ɣż 40 40 200 40 35 50 SN**2507**
MSBNR/L4040S2509 żż 40 40 250 40 35 50 SN**2509**
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert SN**1204** SN**1204** SN**1506** SN**1906** SN**2507** SN**2509**
h 20 25-32 25-40 32-40 40 40
Clamp C1RD C1RD C2RD C5RD C6RD C6RD
Dowel pin TM6×17 TM6×17 TM8×21 TM10×21 TM12×29 TM12×29
Screw (clamp) DM6×25
(7.0 Nm)
DM6×30
(7.0 Nm)
DM6×30
(7.0 Nm)
Screw (clamp) DM8×30X
(10.2 Nm)
DM10×35X
(16.6 Nm)
DM10×35X
(16.6 Nm)
Shim S12BM S12BM S15BM S19BM S25BM S25BM
Wrench (clamp) WH30L WH30L WH30L WH40L WH40L WH40L
Wrench (dowel
pin) WH31L WH31L WH30L WH40L WH50L WH50L
Insert
Finishing Medium Cut Roughing Cast Iron PCBN/PCD
A63 A65 A68 A74 A150
General turning External tool holders
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A222
System code A194 Grade selection A40 Technical info A447 Cutting data A324
SN** holder (external) M-Clamping
MSRNR/L Kr: 75°
Right hand style
Stock Dimensions [mm] Inserts
Article RL a b L h s e
MSRNR/L2020K12 ƔƔ 20 20 125 20 22 36 SN**1204**
MSRNR/L2525M12 ƔƔ 25 25 150 25 27 36 SN**1204**
MSRNR/L3225P12 Ɣż 32 25 170 32 27 36 SN**1204**
MSRNR/L2525M15 Ɣż 25 25 150 25 27 40 SN**1506**
MSRNR/L3232P15 ƔƔ 32 32 170 32 35 40 SN**1506**
MSRNR/L4032R15 ż40 32 200 40 35 40 SN**1506**
MSRNR/L3232P19 żż 32 32 170 32 35 45 SN**1906**
MSRNR/L4040R19 ż40 40 200 40 43 45 SN**1906**
MSRNR/L4040R2509 żż 40 40 200 40 43 50 SN**2509**
MSRNR/L4040S2509 żż 40 40 250 40 43 50 SN**2509**
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert SN**1204** SN**1204** SN**1506** SN**1906** SN**2509**
h 20 25-32 25-40 32-40 40
Clamp C1RD C1RD C2RD C5RD C6RD
Dowel pin TM6×17 TM6×17 TM8×21 TM10×21 TM12×29
Screw (clamp) DM6×25
(7.0 Nm)
DM6×30
(7.0 Nm)
DM6×30
(7.0 Nm)
Screw (clamp) DM8×30X
(10.2 Nm)
DM10×35X
(16.6 Nm)
Shim S12BM S12BM S15BM S19BM S25BM
Wrench (clamp) WH30L WH30L WH30L WH40L WH40L
Wrench (dowel
pin) WH31L WH31L WH30L WH40L WH50L
Insert
Finishing Medium Cut Roughing Cast Iron PCBN/PCD
A63 A65 A68 A74 A150
External tool holders General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A223
System code A194 Grade selection A40 Technical info A447 Cutting data A324
SN** holder (external) M-Clamping
MSKNR/L Kr: 75°
Right hand style
Stock Dimensions [mm] Inserts
Article RL a b L h s e
MSKNR/L2020K12 ƔƔ 20 20 125 20 25 32 SN**1204**
MSKNR/L2525M12 ƔƔ 25 25 150 25 32 32 SN**1204**
MSKNR/L3225P12 Ɣż 32 25 170 32 32 32 SN**1204**
MSKNR/L2525M15 Ɣż 25 25 150 25 32 28 SN**1506**
MSKNR/L3232P15 Ɣż 32 32 170 32 40 38 SN**1506**
MSKNR/L4032R15 ż40 32 200 40 40 38 SN**1506**
MSKNR/L3232P19 ƔƔ 32 32 170 32 40 45 SN**1906**
MSKNR/L4040R19 żż 40 40 200 40 50 45 SN**1906**
MSKNR/L4040S2509 żƔ 40 40 250 40 50 50 SN**2509**
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert SN**1204** SN**1204** SN**1506** SN**1906** SN**2509**
h 20 25-32 25-40 32-40 40
Clamp C1RD C1RD C2RD C5RD C6RD
Dowel pin TM6×17 TM6×17 TM8×21 TM10×21 TM12×29
Screw (clamp) DM6×25
(7.0 Nm)
DM6×30
(7.0 Nm)
DM6×30
(7.0 Nm)
Screw (clamp) DM8×30X
(10.2 Nm)
DM10×35X
(16.6 Nm)
Shim S12BM S12BM S15BM S19BM S25BM
Wrench (clamp) WH30L WH30L WH30L WH40L WH40L
Wrench (dowel
pin) WH30L WH30L WH30L WH40L WH50L
Insert
Finishing Medium Cut Roughing Cast Iron PCBN/PCD
A63 A65 A68 A74 A150
General turning External tool holders
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A224
System code A194 Grade selection A40 Technical info A447 Cutting data A324
SN** holder (external) M-Clamping
MSDNN Kr: 45°
Dimensions [mm] Inserts
Article Stock abLhse
MSDNN2020K12 Ɣ20 20 125 20 10 35 SN**1204**
MSDNN2525M12 Ɣ25 25 150 25 12.5 35 SN**1204**
MSDNN3225P12 Ɣ32 25 170 32 12.5 35 SN**1204**
MSDNN2525M15 Ɣ25 25 150 25 12.5 42 SN**1506**
MSDNN3232P15 ż32 32 170 32 16 42 SN**1506**
MSDNN4032R15 ż40 32 200 40 16 42 SN**1506**
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert SN**1204** SN**1204** SN**1506**
h 20 25-32 25-40
Clamp C1RD C1RD C2RD
Dowel pin TM6×17 TM6×17 TM8×21
Screw (clamp) DM6×25
(7.0 Nm)
DM6×30
(7.0 Nm)
DM6×30
(7.0 Nm)
Shim S12BM S12BM S15BM
Wrench (clamp) WH30L WH30L WH30L
Wrench (dowel
pin) WH30L WH30L WH30L
Insert
Finishing Medium Cut Roughing Cast Iron PCBN/PCD
A63 A65 A68 A74 A150
External tool holders General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A225
System code A194 Grade selection A40 Technical info A447 Cutting data A324
TN** holder (external) M-Clamping
MTGNR/L Kr: 90°
Right hand style
Stock Dimensions [mm] Inserts
Article RL a b L h s e
MTGNR/L2020K16 Ɣż 20 20 125 20 25 33 TN**1604**
MTGNR/L2525M16 ƔƔ 25 25 150 25 32 33 TN**1604**
MTGNR/L3225P16 Ɣż 32 25 170 32 32 33 TN**1604**
MTGNR/L2525M22 Ɣż 25 25 150 25 32 35 TN**2204**
MTGNR/L3225P22 żż 32 25 170 32 32 35 TN**2204**
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert TN**1604** TN**1604** TN**2204**
h 20 25-32 25-32
Clamp C1RD C1RD C2RD
Dowel pin TM5x13 TM5x13 TM6×17
Screw (clamp) DM6×25
(7.0 Nm)
DM6×30
(7.0 Nm)
DM6×30
(7.0 Nm)
Shim T16BM T16BM T22BM
Wrench (clamp) WH30L WH30L WH30L
Wrench (dowel
pin) WH20L WH20L WH30L
Insert
Wiper Finishing Medium Cut Roughing Heavy Turning Cast Iron PCBN/PCD
A78 A79 A81 A84 A87 A88 A151
General turning External tool holders
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A226
System code A194 Grade selection A40 Technical info A447 Cutting data A324
TN** holder (external) M-Clamping
MTJNR/L Kr: 93°
Right hand style
93°
Stock Dimensions [mm] Inserts
Article RL a b L h s e
MTJNR/L2020K16 Ɣ20 20 125 20 25 32 TN**1604**
MTJNR/L2525M16 żż 25 25 150 25 32 32 TN**1604**
MTJNR/L3225P16 ż32 25 170 32 32 32 TN**1604**
MTJNR/L2525M22 ż25 25 150 25 32 36 TN**2204**
MTJNR/L3225P22 żƔ 32 25 170 32 32 36 TN**2204**
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert TN**1604** TN**1604** TN**2204**
h 20 25-32 25-32
Clamp C1RD C1RD C2RD
Dowel pin TM5x13 TM5x13 TM6×17
Screw (clamp) DM6×25
(7.0 Nm)
DM6×30
(7.0 Nm)
DM6×30
(7.0 Nm)
Shim T16BM T16BM T22BM
Wrench (clamp) WH30L WH30L WH30L
Wrench (dowel
pin) WH20L WH20L WH30L
Insert
Wiper Finishing Medium Cut Roughing Heavy Turning Cast Iron PCBN/PCD
A78 A79 A81 A84 A87 A88 A151
External tool holders General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A227
System code A194 Grade selection A40 Technical info A447 Cutting data A324
TN** holder (external) M-Clamping
MTJNR/L-Z Kr: 93°
Right hand style
Stock Dimensions [mm] Inserts
Article RL a b L h s e
MTJNR/L2020K16-Z ƔƔ 20 20 125 20 25 32 TN**1604**
MTJNR/L2525M16-Z ƔƔ 25 25 150 25 32 32 TN**1604**
MTJNR/L3225P16-Z Ɣż 32 25 170 32 32 32 TN**1604**
MTJNR/L2525M22-Z ƔƔ 25 25 150 25 32 36 TN**2204**
MTJNR/L3225P22-Z Ɣż 32 25 170 32 32 36 TN**2204**
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert TN**1604** TN**1604** TN**2204**
h 20 25-32 25-32
Clamp C1RD C1RD C2RD
Dowel pin TM5x13 TM5x13 TM6×17
Screw (clamp) DM6×25
(7.0 Nm)
DM6×30
(7.0 Nm)
DM6×30
(7.0 Nm)
Shim T16BM T16BM T22BM
Wrench (clamp) WH30L WH30L WH30L
Wrench (dowel
pin) WH20L WH20L WH30L
Insert
Wiper Finishing Medium Cut Roughing Heavy Turning Cast Iron PCBN/PCD
A78 A79 A81 A84 A87 A88 A151
General turning External tool holders
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A228
System code A194 Grade selection A40 Technical info A447 Cutting data A324
TN** holder (external) M-Clamping
MTFNR/L Kr: 91°
Right hand style
91°
Stock Dimensions [mm] Inserts
Article RL a b L h s e
MTFNR/L2020K16 Ɣż 20 20 125 20 25 32 TN**1604**
MTFNR/L2525M16 ƔƔ 25 25 150 25 32 32 TN**1604**
MTFNR/L3225P16 Ɣ32 25 170 32 32 32 TN**1604**
MTFNR/L2525M22 Ɣż 25 25 150 25 32 36 TN**2204**
MTFNR/L3225P22 Ɣż 32 25 170 32 32 36 TN**2204**
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert TN**1604** TN**1604** TN**2204**
h 20 25-32 25-32
Clamp C1RD C1RD C2RD
Dowel pin TM5x13 TM5x13 TM6×17
Screw (clamp) DM6×25
(7.0 Nm)
DM6×30
(7.0 Nm)
DM6×30
(7.0 Nm)
Shim T16BM T16BM T22BM
Wrench (clamp) WH30L WH30L WH30L
Wrench (dowel
pin) WH20L WH20L WH30L
Insert
Wiper Finishing Medium Cut Roughing Heavy Turning Cast Iron PCBN/PCD
A78 A79 A81 A84 A87 A88 A151
External tool holders General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A229
System code A194 Grade selection A40 Technical info A447 Cutting data A324
VN** holder (external) M-Clamping
MVVNN Kr: 72°30'
Dimensions [mm] Inserts
Article Stock abLhse
MVVNN2020K16 Ɣ20 20 125 20 10 45 VN**1604**
MVVNN2525M16 Ɣ25 25 150 25 12.5 45 VN**1604**
MVVNN3225P16 ż32 25 170 32 12.5 45 VN**1604**
MVVNN3232P16 Ɣ32 32 170 32 16 45 VN**1604**
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert VN**1604** VN**1604**
h 20 25-32
Clamp C3RD C3RD
Dowel pin TM5x13 TM5x13
Screw (clamp) DM6×25
(7.0 Nm)
DM6×30
(7.0 Nm)
Shim V16BM V16BM
Wrench (clamp) WH30L WH30L
Wrench (dowel
pin) WH20L WH20L
Insert
Finishing Medium Cut Roughing Cast Iron PCBN/PCD
A91 A93 A93 A92 A152
General turning External tool holders
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A230
System code A194 Grade selection A40 Technical info A447 Cutting data A324
VN** holder (external) M-Clamping
MVJNR/L Kr: 93°
Right hand style
Stock Dimensions [mm] Inserts
Article RL a b L h s e
MVJNR/L2020K16 ƔƔ 20 20 125 20 25 45 VN**1604**
MVJNR/L2525M16 ƔƔ 25 25 150 25 32 45 VN**1604**
MVJNR/L3225P16 ƔƔ 32 25 170 32 32 45 VN**1604**
MVJNR/L3232P16 ƔƔ 32 32 170 32 40 45 VN**1604**
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert VN**1604** VN**1604**
h 20 25-32
Clamp C3RD C3RD
Dowel pin TM5x13 TM5x13
Screw (clamp) DM6×25
(7.0 Nm)
DM6×30
(7.0 Nm)
Shim V16BM V16BM
Wrench (clamp) WH30L WH30L
Wrench (dowel
pin) WH20L WH20L
Insert
Finishing Medium Cut Roughing Cast Iron PCBN/PCD
A91 A93 A93 A92 A152
External tool holders General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A231
System code A194 Grade selection A40 Technical info A447 Cutting data A324
WN** holder (external) M-Clamping
MWLNR/L Kr: 95°
Right hand style
Stock Dimensions [mm] Inserts
Article RL a b L h s e
MWLNR/L2020K06 ƔƔ 20 20 125 20 25 30 WN**0604**
MWLNR/L2525M06 ƔƔ 25 25 150 25 32 30 WN**0604**
MWLNR/L2020K08 ƔƔ 20 20 125 20 25 30 WN**0804**
MWLNR/L2525M08 ƔƔ 25 25 150 25 32 35 WN**0804**
MWLNR/L3232P08 ƔƔ 32 32 170 32 40 35 WN**0804**
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert WN**0604** WN**0604** WN**0804** WN**0804**
h 20 25 20 25-32
Clamp C1RD C1RD C1RD C1RD
Dowel pin TM5x13 TM5x13 TM6×17 TM6×17
Screw (clamp) DM6×25
(7.0 Nm)
DM6×30
(7.0 Nm)
DM6×25
(7.0 Nm)
DM6×30
(7.0 Nm)
Shim W06BM W06BM W08BM W08BM
Wrench (clamp) WH30L WH30L WH30L WH30L
Wrench (dowel
pin) WH20L WH20L WH30L WH30L
Insert
Wiper Finishing Medium Cut Roughing Cast Iron PCBN/PCD
A95 A94 A97 A98 A98 A153
General turning External tool holders
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A232
System code A194 Grade selection A40 Technical info A447 Cutting data A324
RN** holder (external) M-Clamping
MRDNN
Right hand style
Dimensions [mm] Inserts
Article Stock abLhse
MRDNN2020K12 ż20 20 125 20 10 35 RN**1204**
MRDNN2525M12 ż25 25 150 25 12.5 35 RN**1204**
MRDNN3225P12 ż32 25 170 32 12.5 35 RN**1204**
MRDNN3232P12 ż32 32 170 32 16 35 RN**1204**
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert RN**1204** RN**1204**
h 20 25-32
Clamp C1RD C1RD
Dowel pin TM6×17 TM6×17
Screw (clamp) DM6×25
(7.0 Nm)
DM6×30
(7.0 Nm)
Shim R12BM R12BM
Wrench (clamp) WH30L WH30L
Wrench (dowel
pin) WH30L WH30L
Insert
Cast Iron
A99
External tool holders General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A233
System code A194 Grade selection A40 Technical info A447 Cutting data A324
RN** holder (external) M-Clamping
MRGNR/L
Right hand style
Stock Dimensions [mm] Inserts
Article RL a b L h s e
MRGNR/L2020K12 żż 20 20 125 20 25 32 RN**1204**
MRGNR/L2525M12 żƔ 25 25 150 25 32 32 RN**1204**
MRGNR/L3225P12 żż 32 25 170 32 32 32 RN**1204**
MRGNR/L3232P12 żż 32 32 170 32 40 32 RN**1204**
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert RN**1204** RN**1204**
h 20 25-32
Clamp C1RD C1RD
Dowel pin TM6×17 TM6×17
Screw (clamp) DM6×25
(7.0 Nm)
DM6×30
(7.0 Nm)
Shim R12BM R12BM
Wrench (clamp) WH30L WH30L
Wrench (dowel
pin) WH30L WH30L
Insert
Cast Iron
A99
General turning External tool holders
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A234
System code A194 Grade selection A40 Technical info A447 Cutting data A324
CC** holder (external) S-Clamping
SCACR/L Kr: 90°
Right hand style
Stock Dimensions [mm] Inserts
Article RL a b L h s e
SCACR/L1010E06 ƔƔ 10 10 70 10 10.5 10 CC**0602**
SCACR/L1212F09 ƔƔ 12 12 80 12 12.7 16 CC**09T3**
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert CC**0602** CC**09T3**
h10 12
Screw I60M2.5×6.5
(1.0 Nm)
I60M3.5×8
(2.7 Nm)
Wrench (screw) WT07IP WT15IP
Insert
Finishing Medium Cut Roughing Alum Machining Cast Iron PCBN/PCD
A102 A106 A107 A108 A107 A154
External tool holders General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A235
System code A194 Grade selection A40 Technical info A447 Cutting data A324
CC** holder (external) S-Clamping
SCLCR/L Kr: 95°
Right hand style
Stock Dimensions [mm] Inserts
Article RL a b L h s L
2e
SCLCR/L0808D06 ƔƔ 8 8 60 8 10 10 10 CC**0602**
SCLCR/L1010E06 ƔƔ 10 10 70 10 12 10 10 CC**0602**
SCLCR/L1212F09 ƔƔ 12 12 80 12 16 16 16 CC**09T3**
SCLCR/L1616H09 ƔƔ 16 16 100 16 20 16 16 CC**09T3**
SCLCR/L2020K09 ƔƔ 20 20 125 20 25 25 25 CC**09T3**
SCLCR/L1616H12 ƔƔ 16 16 100 16 20 18 18 CC**1204**
SCLCR/L2020K12 ƔƔ 20 20 125 20 25 25 25 CC**1204**
SCLCR/L2525M12 ƔƔ 25 25 150 25 32 26 26 CC**1204**
SCLCR/L3225P12 żż 32 25 170 32 32 26 26 CC**1204**
SCLCR/L3232P12 ƔƔ 32 32 170 32 40 28 28 CC**1204**
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert CC**0602** CC**09T3** CC**1204**
h 8-10 12-20 16-32
Screw I60M2.5×6.5
(1.0 Nm)
I60M3.5x8
(2.7 Nm)
Screw I60M4×11X
(3.4 Nm)
Screw (shim) SM6×10XA
Shim C12BS
Wrench (screw) WT07IP WT15IP WT15IP
Wrench (shim) WH40L
Insert
Finishing Medium Cut Roughing Alum Machining Cast Iron PCBN/PCD
A102 A106 A107 A108 A107 A154
General turning External tool holders
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A236
System code A194 Grade selection A40 Technical info A447 Cutting data A324
DC** holder (external) S-Clamping
SDACR/L Kr: 90°
Right hand style
Stock Dimensions [mm] Inserts
Article RL a b L h s e
SDACR/L1010E07 ƔƔ 10 10 70 10 10.5 15 DC**0702**
SDACR/L1212F11 ƔƔ 12 12 80 12 12.5 15 DC**11T3**
SDACR/L1616H11 ƔƔ 16 16 100 16 16.7 24 DC**11T3**
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert DC**0702** DC**11T3** DC**11T3**
h101216
Screw I60M2.5×6.5
(1.0 Nm)
I60M3.5×8
(2.7 Nm)
I60M3.5×12
(2.7 Nm)
Screw (shim) SM5×8.65XA
Shim D11BS
Wrench (screw) WT07IP WT15IP WT15IP
Wrench (shim) WH35L
Insert
Finishing Medium Cut Roughing Alum Machining Cast Iron PCBN/PCD
A112 A114 A115 A115 A115 A155
External tool holders General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A237
System code A194 Grade selection A40 Technical info A447 Cutting data A324
DC** holder (external) S-Clamping
SDJCR/L Kr: 93°
Right hand style
Stock Dimensions [mm] Inserts
Article RL a b L h s e
SDJCR/L1010E07 ƔƔ 10 10 70 10 12 15 DC**0702**
SDJCR/L1212F07 ƔƔ 12 12 80 12 16 15 DC**0702**
SDJCR/L1616H07 ƔƔ 16 16 100 16 20 18 DC**0702**
SDJCR/L1616H11 ƔƔ 16 16 100 16 20 24 DC**11T3**
SDJCR/L2020K11 ƔƔ 20 20 125 20 25 24 DC**11T3**
SDJCR/L2525M11 ƔƔ 25 25 150 25 32 29 DC**11T3**
SDJCR/L3225P11 ƔƔ 32 25 170 32 32 29 DC**11T3**
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert DC**0702** DC**11T3**
h 10-16 16-32
Screw I60M2.5×6.5
(1.0 Nm)
I60M3.5×12
(2.7 Nm)
Screw (shim) SM5×8.65XA
Shim D11BS
Wrench (screw) WT07IP WT15IP
Wrench (shim) WH35L
Insert
Finishing Medium Cut Roughing Alum Machining Cast Iron PCBN/PCD
A112 A114 A115 A115 A115 A155
General turning External tool holders
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A238
System code A194 Grade selection A40 Technical info A447 Cutting data A324
DC** holder (external) S-Clamping
SDNCN Kr: 62°30'
Dimensions [mm] Inserts
Article Stock abLhse
SDNCN1010E07 Ɣ10 10 70 10 5 20 DC**0702**
SDNCN1212F07 Ɣ12 12 80 12 6 20 DC**0702**
SDNCN1212H11 Ɣ12 12 100 12 6 30 DC**11T3**
SDNCN1616H11 Ɣ16 16 100 16 8 30 DC**11T3**
SDNCN2020K11 Ɣ20 20 125 20 10 30 DC**11T3**
SDNCN2525M11 Ɣ25 25 150 25 12.5 30 DC**11T3**
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert DC**0702** DC**11T3** DC**11T3**
h 10-12 12 16-25
Screw I60M2.5×6.5
(1.0 Nm)
I60M3.5×8
(2.7 Nm)
I60M3.5×12
(2.7 Nm)
Screw (shim) SM5×8.65XA
Shim D11BS
Wrench (screw) WT07IP WT15IP WT15IP
Wrench (shim) WH35L
Insert
Finishing Medium Cut Roughing Alum Machining Cast Iron PCBN/PCD
A112 A114 A115 A115 A115 A155
External tool holders General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A239
System code A194 Grade selection A40 Technical info A447 Cutting data A324
VB** holder (external) S-Clamping
SVJBR/L Kr: 93°
Right hand style
Stock Dimensions [mm] Inserts
Article RL a b L h s e
SVJBR/L1212F11 ƔƔ 12 12 80 12 16 27 VB**1102**
SVJBR/L1616H11 ƔƔ 16 16 100 16 20 27 VB**1102**
SVJBR/L2020K11 ƔƔ 20 20 125 20 25 27 VB**1102**
SVJBR/L2525M11 ƔƔ 25 25 150 25 32 27 VB**1102**
SVJBR/L1616H16 ƔƔ 16 16 100 16 20 36 VB**1604**
SVJBR/L2020K16 ƔƔ 20 20 125 20 25 41 VB**1604**
SVJBR/L2525M16 ƔƔ 25 25 150 25 32 41 VB**1604**
SVJBR/L3225P16 ƔƔ 32 25 170 32 32 41 VB**1604**
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert VB**1102** VB**1604**
h 12-25 16-32
Screw I60M2.5×6.5
(1.0 Nm)
I60M3.5×12
(2.7 Nm)
Screw (shim) SM5×8.65XA
Shim V16BS
Wrench (screw) WT07IP WT15IP
Wrench (shim) WH35L
Insert
Finishing Medium Cut Roughing PCBN/PCD
A140 A142 A143 A157
General turning External tool holders
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A240
System code A194 Grade selection A40 Technical info A447 Cutting data A324
VB** holder (external) S-Clamping
SVABR/L Kr: 90°
Right hand style
Stock Dimensions [mm] Inserts
Article RL a b L h s e
SVABR/L1010F11 ƔƔ 10 10 80 10 VB**1102**
SVABR/L1616H16 Ɣż 16 16 100 16 16.5 28 VB**1604**
SVABR/L2020K16 Ɣż 20 20 125 20 20.5 28 VB**1604**
SVABR/L2525M16 ƔƔ 25 25 150 25 25.5 28 VB**1604**
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert VB**1102** VB**1604**
h 10 16-32
Screw I60M2.5x6.5
(1.0 Nm)
I60M3.5×12
(2.7 Nm)
Screw (shim) SM5×8.65XA
Shim V16BS
Wrench (screw) WT07IP WT15IP
Wrench (shim) WH35L
Insert
Finishing Medium Cut Roughing PCBN/PCD
A140 A142 A143 A157
External tool holders General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A241
System code A194 Grade selection A40 Technical info A447 Cutting data A324
VB** holder (external) S-Clamping
SVVBN Kr: 72°30'
Dimensions [mm] Inserts
Article Stock abLhse
SVVBN1212F11 Ɣ12 12 80 12 6 27 VB**1102**
SVVBN1616H11 Ɣ16 16 100 16 8 27 VB**1102**
SVVBN2020K11 Ɣ20 20 125 20 10 30 VB**1102**
SVVBN1616H16 Ɣ16 16 100 16 8 33 VB**1604**
SVVBN2020K16 Ɣ20 20 125 20 10 33 VB**1604**
SVVBN2525M16 Ɣ25 25 150 25 12.5 38 VB**1604**
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert VB**1102** VB**1604**
h 12-25 16-32
Screw I60M2.5×6.5
(1.0 Nm)
I60M3.5×12
(2.7 Nm)
Screw (shim) SM5×8.65XA
Shim V16BS
Wrench (screw) WT07IP WT15IP
Wrench (shim) WH35L
Insert
Finishing Medium Cut Roughing PCBN/PCD
A140 A142 A143 A157
General turning External tool holders
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A242
System code A194 Grade selection A40 Technical info A447 Cutting data A324
VC** holder (external) S-Clamping
SVVCN Kr: 72°30'
Dimensions [mm] Inserts
Article Stock abLhse
SVVCN1212F11 Ɣ12 12 80 12 6 27 VC**1103**
SVVCN1616H11 Ɣ16 16 100 16 8 27 VC**1103**
SVVCN2020K11 Ɣ20 20 125 20 10 30 VC**1103**
SVVCN1212M11 Ɣ12 12 150 12 6 27 VC**1103**
SVVCN2525M11 Ɣ25 25 150 25 12.5 38 VC**1103**
SVVCN1616H16 Ɣ16 16 100 16 8 33 VC**1604**
SVVCN2020K16 Ɣ20 20 125 20 10 33 VC**1604**
SVVCN2525M16 Ɣ25 25 150 25 12.5 38 VC**1604**
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert VC**1103** VC**1604**
h 12-25 16-32
Screw I60M2.5×6.5
(1.0 Nm)
I60M3.5×12
(2.7 Nm)
Screw (shim) SM5×8.65XA
Shim V16BSC
Wrench (screw) WT07IP WT15IP
Wrench (shim) WH35L
Insert
Finishing Medium Cut Alum Machining PCBN/PCD
A135 A138 A136 A158
External tool holders General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A243
System code A194 Grade selection A40 Technical info A447 Cutting data A324
VC** holder (external) S-Clamping
SVJCR/L Kr: 93°
Right hand style
Stock Dimensions [mm] Inserts
Article RL a b L h s e
SVJCR/L1010E11 Ɣ10 10 70 10 12 22 VC**1103**
SVJCR/L1212F11 ƔƔ 12 12 80 12 16 27 VC**1103**
SVJCR/L1616H11 ƔƔ 16 16 100 16 20 27 VC**1103**
SVJCR/L2020K11 ƔƔ 20 20 125 20 25 27 VC**1103**
SVJCR/L2525M11 ƔƔ 25 25 150 25 32 27 VC**1103**
SVJCR/L1616H16 ƔƔ 16 16 100 16 20 36 VC**1604**
SVJCR/L2020K16 ƔƔ 20 20 125 20 25 41 VC**1604**
SVJCR/L2020M16 ƔƔ 20 20 150 20 25 41 VC**1604**
SVJCR/L2525M16 ƔƔ 25 25 150 20 32 41 VC**1604**
SVJCR/L3225P16 żż 32 25 170 32 32 41 VC**1604**
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert VC**1103** VC**1604**
h 10-25 16-32
Screw I60M2.5×6.5
(1.0 Nm)
I60M3.5×12
(2.7 Nm)
Screw (shim) SM5×8.65XA
Shim V16BSC
Wrench (screw) WT07IP WT15IP
Wrench (shim) WH35L
Insert
Finishing Medium Cut Alum Machining PCBN/PCD
A135 A138 A136 A158
General turning External tool holders
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A244
System code A194 Grade selection A40 Technical info A447 Cutting data A324
SC** steel boring bar S-Clamping
SSBCR/L Kr: 75°
Right hand style
Stock Dimensions [mm] Inserts
Article RL a b L h s e
SSBCR/L1212F09 ƔƔ 12 12 80 12 11 16 SC**09T3**
SSBCR/L1616H09 ƔƔ 16 16 100 16 13 16 SC**09T3**
SSBCR/L2020K12 ƔƔ 20 20 125 20 17 25 SC**1204**
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert SC**09T3** SC**09T3** SC**1204**
h121620
Screw I60M3.5×8
(2.7 Nm)
I60M3.5×8
(2.7 Nm)
Screw I60M4×11X
(3.4 Nm)
Screw (shim) SM5×8.65XA SM6×10XA
Shim S09BS S12BS
Wrench (screw) WT15IP WT15IP WT15IP
Wrench (shim) WH35L WH40L
Insert
Finishing Medium Cut Roughing Alum Machining
A120 A121 A122 A122
External tool holders General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A245
System code A194 Grade selection A40 Technical info A447 Cutting data A324
SC** steel boring bar S-Clamping
SSDCN Kr: 45°
Right hand style
Dimensions [mm] Inserts
Article Stock abLhse
SSDCN1212F09 Ɣ12 12 80 12 6 15.5 SC**09T3**
SSDCN1616H09 Ɣ16 16 100 16 8 15.5 SC**09T3**
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert SC**09T3** SC**09T3**
h12 16
Screw I60M3.5×8
(2.7 Nm)
I60M3.5×8
(2.7 Nm)
Screw (shim) SM5×8.65XA
Shim S09BS
Wrench (screw) WT15IP WT15IP
Wrench (shim) WH35L
Insert
Finishing Medium Cut Roughing Alum Machining
A120 A121 A122 A122
General turning External tool holders
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A246
System code A194 Grade selection A40 Technical info A447 Cutting data A324
SC** steel boring bar S-Clamping
SSKCR/L Kr: 75°
Right hand style
Stock Dimensions [mm] Inserts
Article RL a b L h s e
SSKCR/L1616H09 ƔƔ 16 16 100 16 20 13 SC**09T3**
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert SC**09T3**
h16
Screw I60M3.5×8
(2.7 Nm)
Screw (shim) SM5×8.65XA
Shim S09BS
Wrench (screw) WT15IP
Wrench (shim) WH35L
Insert
Finishing Medium Cut Roughing Alum Machining
A120 A121 A122 A122
External tool holders General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A247
System code A194 Grade selection A40 Technical info A447 Cutting data A324
SC** steel boring bar S-Clamping
SSSCR/L Kr: 45°
Right hand style
Stock Dimensions [mm] Inserts
Article RL a b L h s e
SSSCR/L1616H09 ƔƔ 16 16 100 16 17 17 SC**09T3**
SSSCR/L2020K12 ƔƔ 20 20 125 20 21 21 SC**1204**
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert SC**09T3** SC**1204**
h16 20
Screw I60M3.5×12
(2.7 Nm)
Screw I60M4×11X
(3.4 Nm)
Screw (shim) SM6×10XA
Shim S12BS
Wrench (screw) WT15IP WT15IP
Wrench (shim) WH40L
Insert
Finishing Medium Cut Roughing Alum Machining
A120 A121 A122 A122
General turning External tool holders
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A248
System code A194 Grade selection A40 Technical info A447 Cutting data A324
TC** holder (external) S-Clamping
STACR/L Kr: 90°
Right hand style
Stock Dimensions [mm] Inserts
Article RL a b L h s e
STACR/L1212F11 ƔƔ 12 12 80 12 12.5 14 TC**1102**
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert TC**1102**
h12
Screw I60M2.5×6.5
(1.0 Nm)
Wrench (screw) WT07IP
Insert
Finishing Medium Cut Roughing Alum Machining PCBN/PCD
A127 A128 A129 A131 A156
External tool holders General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A249
System code A194 Grade selection A40 Technical info A447 Cutting data A324
TC** holder (external) S-Clamping
STFCR/L Kr: 91°
Right hand style
Stock Dimensions [mm] Inserts
Article RL a b L h s e
STFCR/L1212F11 Ɣż 12 12 80 12 16 14 TC**1102**
STFCR/L1616H11 Ɣż 16 16 100 16 20 14 TC**1102**
STFCR/L1616H16 Ɣż 16 16 100 16 20 19 TC**16T3**
STFCR/L2020K16 ƔƔ 20 20 125 20 25 19 TC**16T3**
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert TC**1102** TC**16T3**
h 12-16 16-20
Screw I60M2.5×6.5
(1.0 Nm)
I60M3.5×12
(2.7 Nm)
Screw (shim) SM5×8.65XA
Shim T16BS
Wrench (screw) WT07IP WT15IP
Wrench (shim) WH35L
Insert
Finishing Medium Cut Roughing Alum Machining Cast Iron PCBN/PCD
A127 A128 A129 A131 A129 A156
General turning External tool holders
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A250
System code A194 Grade selection A40 Technical info A447 Cutting data A324
TC** holder (external) S-Clamping
STGCR/L Kr: 91°
Right hand style
Stock Dimensions [mm] Inserts
Article RL a b L h s e
STGCR/L0808D09 żż 8 8 60 8 10 11 TC**0902**
STGCR/L1010E09 Ɣż 10 10 70 10 12 11 TC**0902**
STGCR/L1212F11 ƔƔ 12 12 80 12 16 14 TC**1102**
STGCR/L1616H11 ƔƔ 16 16 100 16 20 16 TC**1102**
STGCR/L2020K16 ƔƔ 20 20 125 20 25 21 TC**16T3**
STGCR/L2525M16 ƔƔ 25 25 150 25 25 21 TC**16T3**
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert TC**0902** TC**1102** TC**16T3**
h 8-10 12-16 20-25
Screw I60M2.2×5.5
(0.8 Nm)
I60M2.5×6.5
(1.0 Nm)
I60M3.5×12
(2.7 Nm)
Screw (shim) SM5×8.65XA
Shim T16BS
Wrench (screw) WT06IP WT07IP WT15IP
Wrench (shim) WH35L
Insert
Finishing Medium Cut Roughing Alum Machining Cast Iron PCBN/PCD
A126 A128 A129 A131 A129 A156
External tool holders General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A251
System code A194 Grade selection A40 Technical info A447 Cutting data A324
TC** holder (external) S-Clamping
STTCR/L Kr: 60°
Right hand style
Stock Dimensions [mm] Inserts
Article RL a b L h s e
STTCR/L1616H11 Ɣż 16 16 100 16 13 14 TC**1102**
STTCR/L1616H16 ƔƔ 16 16 100 16 13 19 TC**16T3**
STTCR/L2020K16 ƔƔ 20 20 125 20 17 19 TC**16T3**
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert TC**1102** TC**16T3**
h 16 16-20
Screw I60M2.5×6.5
(1.0 Nm)
I60M3.5×12
(2.7 Nm)
Screw (shim) SM5×8.65XA
Shim T16BS
Wrench (screw) WT07IP WT15IP
Wrench (shim) WH35L
Insert
Finishing Medium Cut Roughing Alum Machining Cast Iron PCBN/PCD
A127 A128 A129 A131 A129 A156
General turning External tool holders
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A252
System code A194 Grade selection A40 Technical info A447 Cutting data A324
WC** holder (external) S-Clamping
SWACR/L Kr: 90°
Right hand style
Stock Dimensions [mm] Inserts
Article RL a b L h s e
SWACR/L1010E04 Ɣż 10 10 70 10 10.5 10 WC**0402**
SWACR/L1212F04 Ɣż 12 12 80 12 12 14 WC**0402**
SWACR/L1616H06 ƔƔ 16 16 100 16 16.5 20 WC**06T3**
SWACR/L2020K08 ƔƔ 20 20 125 20 20.5 24 WC**0804**
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert WC**0402** WC**06T3** WC**0804**
h 10-12 16 20
Screw I60M2.5×6.5
(1.0 Nm)
I60M3×7
(1.8 Nm)
I60M3.5×12
(2.7 Nm)
Wrench (screw) WT07IP WT10IP WT15IP
Insert
Medium Cut
A144
External tool holders General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A253
System code A194 Grade selection A40 Technical info A447 Cutting data A324
RC** holder (external) S-Clamping
SRDCN
Dimensions [mm] Inserts
Article Stock abLhse
SRDCN1616H08 ż16 16 100 16 8 16 RCGX0803MO RCMT0803MO
SRDCN2020K08 Ɣ20 20 125 20 10 16 RCGX0803MO RCMT0803MO
SRDCN2020K12 Ɣ20 20 125 20 10 35 RCGX1204MO RCMT1204MO
SRDCN2525M12 Ɣ25 25 150 25 12.5 35 RCGX1204MO RCMT1204MO
SRDCN3225P12 Ɣ32 25 170 32 12.5 35 RCGX1204MO RCMT1204MO
SRDCN2020K10 Ɣ20 20 125 20 10 25 RCMT10T3MO
SRDCN2525M10 Ɣ25 25 150 25 12.5 25 RCMT10T3MO
SRDCN3225P16 Ɣ32 25 170 32 12.5 35 RCMT1606MO
SRDCN3232P16 Ɣ32 32 170 32 16 40 RCMT1606MO
SRDCN4040S16 Ɣ40 40 250 40 20 50 RCMT1606MO
SRDCN4040S20 Ɣ40 40 250 40 20 50 RCMT2006MO
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert RCGX0803MO RCGX1204MO RCMT10T3MO RCMT1606MO RCMT2006MO
h 16-20 20-32 20-25 32-40 40
Screw I60M3×7
(1.8 Nm)
I60M3.5×12
(2.7 Nm)
I60M3.5×10
(2.7 Nm)
I43M6*16
(9.1 Nm)
Screw I60M4×15X
(3.4 Nm)
Screw (shim) SM5×8.65XA SM6×10XA
Shim R12BS R16BS
Wrench (screw) WT10IP WT15IP WT15IP WT15IP
Wrench (screw) WT25IT
Wrench (shim) WH35L WH40L
Insert
Alum Machining Cast Iron
A118 A118
General turning External tool holders
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A254
System code A194 Grade selection A40 Technical info A447 Cutting data A324
RC** holder (external) S-Clamping
SRGCR/L
Right hand style
Stock Dimensions [mm] Inserts
Article RL a b L h s
SRGCR/L1616H08 ƔƔ 16 16 100 16 20 RCGX0803MO-LH RCMT0803MO
SRGCR/L2020K12 Ɣż 20 20 125 20 27 RCGX1204MO RCMT1204MO
SRGCR/L2525M12 Ɣż 25 25 150 25 32 RCGX1204MO RCMT1204MO
SRGCR/L2525M10 Ɣż 25 25 100 25 32 RCMT10T3MO
SRGCR/L2020K10 Ɣż 20 20 125 20 25 RCMT10T3MO
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert RCGX0803MO-LH RCGX1204MO RCMT10T3MO
h 16 20-25 16-25
Screw I60M3.5×10
(2.7 Nm)
I60M3.5×12
(2.7 Nm)
I60M3.5×10
(2.7 Nm)
Screw (shim) SM5×8.65XA
Shim R12BS
Wrench (screw) WT15IP WT15IP WT15IP
Wrench (shim) WH35L
Insert
Alum Machining Cast Iron
A118 A118
External tool holders General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A255
System code A194 Grade selection A40 Technical info A447 Cutting data A324
KNUX** holder C-Clamping
CKJNR/L Kr: 93°
Right hand style
Stock Dimensions [mm] Inserts
Article RL a b L h s e
CKJNL2525M16 Ɣ25 25 150 25 32 32 KNUX1604**L
CKJNL3232P16 Ɣ32 32 170 32 40 32 KNUX1604**L
CKJNL4040R16 Ɣ40 40 200 40 50 32 KNUX1604**L
CKJNR2525M16 Ɣ25 25 150 25 32 32 KNUX1604**R
CKJNR3232P16 Ɣ32 32 170 32 40 32 KNUX1604**R
CKJNR4040R16 ż40 40 200 40 50 32 KNUX1604**R
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert KNUX1604**L KNUX1604**R
h 25-40 25-40
Clamp C6L1T C6R1T
Dowel pin P0515 P0515
Screw (clamp) CM6×25A
(7.0 Nm)
CM6×25A
(7.0 Nm)
Screw (shim) SM3×10B SM3×10B
Shim K16CC
Shim K16CCL
Spring (clamp) SPR1 SPR1
Spring (dowel
pin) SPR2 SPR2
Wrench (clamp) WH40L WH40L
Wrench (shim) WH20L WH20L
Insert
Finishing
A100
General turning External tool holders
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A256
System code A194 Grade selection A40 Technical info A447 Cutting data A324
KNUX** holder C-Clamping
CKNNR/L Kr: 63°
Right hand style
Stock Dimensions [mm] Inserts
Article RL a b L h s
CKNNL2525M16 Ɣ25 25 150 25 14.3 KNUX1604**L
CKNNL3232P16 ż32 32 170 32 16.8 KNUX1604**L
CKNNR2525M16 Ɣ25 25 150 25 14.3 KNUX1604**R
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert KNUX1604**L KNUX1604**R
h 25-32 25-32
Clamp C6L1T C6R1T
Dowel pin P0515 P0515
Screw (clamp) CM6×25A
(7.0 Nm)
CM6×25A
(7.0 Nm)
Screw (shim) SM3×10B SM3×10B
Shim K16CC
Shim K16CCL
Spring (clamp) SPR1 SPR1
Spring (dowel
pin) SPR2 SPR2
Wrench (clamp) WH40L WH40L
Wrench (shim) WH20L WH20L
Insert
Finishing
A100
External tool holders General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A257
System code A194 Grade selection A40 Technical info A447 Cutting data A324
CN** holder (external) C-Clamping
CCLNR/L Kr: 95°
Right hand style
Stock Dimensions [mm] Inserts
Article RL a b L h s e
CCLNR/L2020K12 żż 20 20 125 20 27 32 CNGN1204** CNGN1207**
CCLNR/L2525M12 żƔ 25 20 100 25 27 36 CNGN1204** CNGN1207**
CCLNR/L2525M16 żż 25 25 150 25 32 36 CNGN1604** CNGN1606**
CCLNR/L3225P16 żż 32 25 170 32 32 36 CNGN1604** CNGN1606**
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert CNGN1204** CNGN1207** CNGN1604** CNGN1606**
h 20-25 20-25 25-32 25-32
Clamp C1RC C1RC C2RC C2RC
Screw (clamp) CM6×30B
(7.0 Nm)
CM6×30B
(7.0 Nm)
CM8×30B
(10.2 Nm)
CM8×30B
(10.2 Nm)
Screw (shim) SM3×10B SM3×10B SM4×12B SM4×12B
Shim C12CC-04 C12CC-07 C16CC-04 C16CC-06
Spring SPR1 SPR1 SPR3 SPR3
Wrench (clamp) WH40L WH40L WH50L WH50L
Wrench (shim) WH20L WH20L WH30L WH30L
Insert
PCBN/PCD
A159
General turning External tool holders
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A258
System code A194 Grade selection A40 Technical info A447 Cutting data A324
TN** holder (external) C-Clamping
CTJNR/L Kr: 93°
Right hand style
Stock Dimensions [mm] Inserts
Article RL a b L h s e
CTJNR/L2020K16 żż 20 20 125 20 25 30 TNGN1604** TNGN1607**
CTJNR/L2525M16 żż 25 25 150 25 32 30 TNGN1604** TNGN1607**
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert TNGN1604** TNGN1607**
h 20-25 20-25
Clamp C1RC C1RC
Screw (clamp) CM6×30B
(7.0 Nm)
CM6×30B
(7.0 Nm)
Screw (shim) SM3×10B SM3×10B
Shim T16CC-04 T16CC-07
Spring SPR1 SPR1
Wrench (clamp) WH40L WH40L
Wrench (shim) WH20L WH20L
Insert
Medium Cut
A186
External tool holders General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A259
System code A194 Grade selection A40 Technical info A447 Cutting data A324
DN** holder (external) C-Clamping
CDJNR/L Kr: 93°
Right hand style
Stock Dimensions [mm] Inserts
Article RL a b L h s e
CDJNR/L2525M15 ƔƔ 25 25 150 25 32 32 DNGN1504** DNGN1507**
CDJNR/L3225P15 żż 32 25 170 32 32 32 DNGN1504** DNGN1507**
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert DNGN1504** DNGN1507**
h 25-32 25-32
Clamp C1RC C1RC
Screw (clamp) CM6×30B
(7.0 Nm)
CM6×30B
(7.0 Nm)
Screw (shim) SM3×10B SM3×10B
Shim D15CC-04 D15CC-07
Spring SPR1 SPR1
Wrench (clamp) WH40L WH40L
Wrench (shim) WH20L WH20L
Insert
Medium Cut
A180
General turning External tool holders
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A260
System code A194 Grade selection A40 Technical info A447 Cutting data A324
TN** holder (external) C-Clamping
CTUNR/L Kr: 93°
Right hand style
Stock Dimensions [mm] Inserts
Article RL a b L h s e
CTUNR/L2525M16 żż 25 25 150 25 32 27 TNGN1604** TNGN1607**
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert TNGN1604** TNGN1607**
h 20-25 20-25
Clamp C1RC C1RC
Screw (clamp) CM6×30B
(7.0 Nm)
CM6×30B
(7.0 Nm)
Screw (shim) SM3×10B SM3×10B
Shim T16CC-04 T16CC-07
Spring SPR1 SPR1
Wrench (clamp) WH40L WH40L
Wrench (shim) WH20L WH20L
Insert
Medium Cut
A186
External tool holders General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A261
System code A194 Grade selection A40 Technical info A447 Cutting data A324
SN** holder (external) C-Clamping
CSKNR/L Kr: 75°
Right hand style
Stock Dimensions [mm] Inserts
Article RL a b L h s e
CSKNR/L2020K12 żż 20 20 125 20 25 25 SNGN1204** SNGN1207**
CSKNR/L2525M12 żż 25 25 170 25 32 25 SNGN1204** SNGN1207**
CSKNR/L3225P12 żż 32 25 170 32 32 25 SNGN1204** SNGN1207**
CSKNR/L3225P15 żż 32 25 170 32 32 30 SNGN1507**
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert SNGN1204** SNGN1207** SNGN1507**
h 20-32 20-32 32
Clamp C1RC C1RC C2RC
Screw (clamp) CM6×30B
(7.0 Nm)
CM6×30B
(7.0 Nm)
CM8×30B
(10.2 Nm)
Screw (shim) SM3×10B SM3×10B SM4×12B
Shim S12CC-04 S12CC-07 S15CC-07
Spring SPR1 SPR1 SPR3
Wrench (clamp) WH40L WH40L WH50L
Wrench (shim) WH20L WH20L WH30L
Insert
Cast Iron PCBN/PCD
A77 A160
General turning External tool holders
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A262
System code A194 Grade selection A40 Technical info A447 Cutting data A324
SN** holder (external) C-Clamping
CSRNR/L Kr: 75°
Right hand style
Stock Dimensions [mm] Inserts
Article RL a b L h s e
CSRNR/L2020K12 żż 20 20 125 20 22 32 SNGN1204** SNGN1207**
CSRNR/L2525M12 żż 25 20 100 25 27 32 SNGN1204** SNGN1207**
CSRNR/L3225P12 żż 32 25 170 32 27 32 SNGN1204** SNGN1207**
CSRNR/L3225P15 żż 32 25 170 32 32 40 SNGN1507**
CSRNR/L4040R15 żż 40 40 200 40 43 40 SNGN1507**
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert SNGN1204** SNGN1207** SNGN1507**
h 20-32 20-32 32-40
Clamp C1RC C1RC C2RC
Screw (clamp) CM6×30B
(7.0 Nm)
CM6×30B
(7.0 Nm)
CM8×30B
(10.2 Nm)
Screw (shim) SM3×10B SM3×10B SM4×12B
Shim S12CC-04 S12CC-07 S15CC-07
Spring SPR1 SPR1 SPR3
Wrench (clamp) WH40L WH40L WH50L
Wrench (shim) WH20L WH20L WH30L
Insert
Cast Iron PCBN/PCD
A77 A160
External tool holders General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A263
System code A194 Grade selection A40 Technical info A447 Cutting data A324
RN** holder (external) C-Clamping
CRDNN
Dimensions [mm] Inserts
Article Stock abLhse
CRDNN2020K12 ż20 20 125 20 10 32 RNGN1204** RNGN1207**
CRDNN2525M12 ż25 25 150 25 12.5 32 RNGN1204** RNGN1207**
CRDNN3225P12 ż32 25 170 32 12.5 32 RNGN1204** RNGN1207**
CRDNN3232P15 ż32 32 170 32 17.5 40 RNGN1507**
CRDNN4040R15 ż40 40 200 40 20 40 RNGN1507**
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert RNGN1204** RNGN1207** RNGN1507**
h 20-32 20-32 32-40
Clamp C1RC C1RC C2RC
Screw (clamp) CM6×30B
(7.0 Nm)
CM6×30B
(7.0 Nm)
CM8×30B
(10.2 Nm)
Screw (shim) SM3×10B SM3×10B SM4×12B
Shim R12CC-04 R12CC-07 R15CC-07
Spring SPR1 SPR1 SPR3
Wrench (clamp) WH40L WH40L WH50L
Wrench (shim) WH20L WH20L WH30L
Insert
PCBN/PCD
A162
General turning External tool holders
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A264
System code A194 Grade selection A40 Technical info A447 Cutting data A324
SN** holder (external) C-Clamping
CSDNN Kr: 45°
Dimensions [mm] Inserts
Article Stock abLhse
CSDNN2020K12 ż20 20 125 20 10 35 SNGN1204** SNGN1207**
CSDNN2525M12 Ɣ25 25 150 25 12.5 30 SNGN1204** SNGN1207**
CSDNN3225P12 ż32 25 170 32 12.5 35 SNGN1204** SNGN1207**
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert SNGN1204** SNGN1207**
h 20-32 20-32
Clamp C1RC C1RC
Screw (clamp) CM6×30B
(7.0 Nm)
CM6×30B
(7.0 Nm)
Screw (shim) SM3×10B SM3×10B
Shim S12CC-04 S12CC-07
Spring SPR1 SPR1
Wrench (clamp) WH40L WH40L
Wrench (shim) WH20L WH20L
Insert
Cast Iron PCBN/PCD
A77 A160
External tool holders General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A265
System code A194 Grade selection A40 Technical info A447 Cutting data A324
CN** holder (external) J-Clamping
JCLNR/L Kr: 95°
Right hand style
Stock Dimensions [mm] Inserts
Article RL a b L h s e
JCLNR/L2020K12 żż 20 20 125 20 29 32 CNGX1207**
JCLNR/L2525M12 żż 25 25 150 25 32 32 CNGX1207**
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert CNGX1207**
h 20-25
Clamp C1RJ
Screw (clamp) CM6×30B
(7.0 Nm)
Screw (shim) SM3×10B
Shim C12CC-07
Spring SPR1
Wrench (clamp) WH40L
Wrench (shim) WH20L
Insert
Medium Cut
A178
General turning External tool holders
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A266
System code A194 Grade selection A40 Technical info A447 Cutting data A324
DN** holder (external) J-Clamping
JDJNR/L Kr: 93°
Right hand style
Stock Dimensions [mm] Inserts
Article RL a b L h s e
JDJNR/L2525M15 Ɣż 25 25 150 25 32 38 DNGX1507**
JDJNR/L3225P15 żż 32 25 170 32 32 38 DNGX1507**
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert DNGX1507**
h 25-32
Clamp C1RJ
Screw (clamp) CM6×30B
(7.0 Nm)
Screw (shim) SM3×10B
Shim D15CC-07
Spring SPR1
Wrench (clamp) WH40L
Wrench (shim) WH20L
Insert
Medium Cut
A181
External tool holders General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A267
System code A194 Grade selection A40 Technical info A447 Cutting data A324
SN** holder (external) J-Clamping
JSDNN Kr: 45°
Dimensions [mm] Inserts
Article Stock abLhse
JSDNN2020K12 ż20 20 125 20 10 40 SNGX1207**
JSDNN2525M12 ż25 25 150 25 12.5 40 SNGX1207**
JSDNN3225P12 ż32 25 170 32 12.5 40 SNGX1207**
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert SNGX1207**
h 20-32
Clamp C1RJ
Screw (clamp) CM6×30B
(7.0 Nm)
Screw (shim) SM3×10B
Shim S12CC-07
Spring SPR1
Wrench (clamp) WH40L
Wrench (shim) WH20L
Insert
Medium Cut
A183
General turning External tool holders
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A268
System code A194 Grade selection A40 Technical info A447 Cutting data A324
External tool holders General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A269
Notes
A
270
A
B
C
D
E
SCLNL2525M12SC
123456789 1011
B
C
D15° E20°
NP11°
4
90° 75°
90°
45° 60°
ABCDE
90°
90° 107°30 93°
75°
FGHJK
95°
95°
50° 63°
117°30 62°30
LMNOP
107°30
75° 45° 60°
90°
QRS TU
72°30 60° 120°
VWX
3
C80°
D55°
R
S
T
V35°
W80°
2
Code
S
1
General turning ISO code – external tool holders – Swiss turning
MillingDrilling
Technical
Information
Index Turning
Insert shape
Tool holder type and entering angle Clearance angle
Clamping system
Description
Knee lever clamping
A
271
A
B
C
D
E
10 11
I.C
[mm] lldlll l
CDRSTVW
5,56 09
6,35 06 07 11
9,525 09 11 09 09 16 16 06
12,7 12 15 12 12 22 22 08
15,875 16 19 15 15 27
19,05 19 19 19 33
25,4 25 25 25 44
32 32
9
L
Code L
H100
K125
M150
P170
Q180
R200
S250
T300
8
b
Code b
12 12
16 16
20 20
25 25
32 32
40 40
50 50
7
h
Code h
12 12
16 16
20 20
25 25
32 32
40 40
50 50
6
R
L
N
5
General turningISO code – external tool holders – Swiss turning
MillingDrilling
Technical
Information
Index Turning
Swissturning With inner cooling
Shank height h [mm] Shank width b [mm]
Holder length L [mm]
Cutting direction
Cutting edge length l [mm]
Insert shape
CC** holder S-Clamping
SCACR/L-SC Kr: 90°
h
h1
s
L
L1
e
90°
a
M
b
Stock Dimensions [mm] Inserts
Article RL a b L h h
1sL
1eM kg
SCACR/L1212M09-SC ƔƔ 12 12 150 12 17 12 15 25 M8X1 0.14 CC**09T3**
SCACR/L1616H09-SC ƔƔ 16 16 100 16 21 16 15 28 M8X1 0.21 CC**09T3**
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert CC**09T3**
h 12-16
Screw I60M3.5×8
(2.7 Nm)
Wrench WT15IP
Insert
Finishing Medium Cut Roughing Alum Machining Cast Iron PCBN/PCD
A102 A106 A107 A108 A107 A154
General turning External tool holders – Swiss turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A272
System code A270 Grade selection A40 Technical info A447 Cutting data A324
CC** holder S-Clamping
SCLCR/L-SC Kr: 95°
LL1e
72°30’
h
s
L
a
b
h1
L1
e
M
95°
Stock Dimensions [mm] Inserts
Article RL a b L h h
1sL
1eM kg
SCLCR/L1010F06-S ƔƔ 10 10 80 10 10 10 0.06 CC**0602**
SCLCR/L1212F09-SC ƔƔ 12 12 80 12 17 12 15 25 M8X1 0.07 CC**09T3**
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert CC**0602** CC**09T3**
h10 12
Screw I60M2.5×6.5
(1.0 Nm)
I60M3.5×8
(2.7 Nm)
Wrench WT07IP WT15IP
Insert
Finishing Medium Cut Roughing Alum Machining Cast Iron PCBN/PCD
A102 A106 A107 A108 A107 A154
External tool holders – Swiss turning General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A273
System code A270 Grade selection A40 Technical info A447 Cutting data A324
DC** holder S-Clamping
SDACR/L-SC Kr: 90°
h
s
L
a
b
h1
L1
e
90°
M
Stock Dimensions [mm] Inserts
Article RL a b L h h
1sL
1eM kg
SDACR/L1212M07-SC ƔƔ 12 12 150 12 17 12 15 25 M8X1 0.15 DC**0702**
SDACR/L1616K11-SC ƔƔ 16 16 125 16 21 16 15 30 M8X1 0.21 DC**11T3**
SDACR/L1212M11-SC ƔƔ 12 12 150 12 17 12 15 30 M8X1 0.14 DC**11T3**
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert DC**0702** DC**11T3**
h 12 12-16
Screw I60M2.5×6.5
(1.0 Nm)
I60M3.5×8
(2.7 Nm)
Wrench WT07IP WT15IP
Insert
Finishing Medium Cut Roughing Alum Machining Cast Iron PCBN/PCD
A112 A114 A115 A115 A115 A155
General turning External tool holders – Swiss turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A274
System code A270 Grade selection A40 Technical info A447 Cutting data A324
DC** holder S-Clamping
SDHCR/L-SC Kr: 107°30'
h
s
L
a
b
h1
L1
e
107°30’
M
Dimensions [mm] Inserts
Article Stock abLhh
1sL
1eMkg
SDHCR/L2020K11-SC ż20 20 125 20 25 20 15 30 M8X1 0.35 DC**11T3**
SDHCR/L2525M11-SC Ɣ25 25 150 25 30 25 15 35 M8X1 0.66 DC**11T3**
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert DC**11T3**
h 20-25
Screw I60M3.5×8
(2.7 Nm)
Wrench WT15IP
Insert
Finishing Medium Cut Roughing Alum Machining Cast Iron PCBN/PCD
A112 A114 A115 A115 A115 A155
External tool holders – Swiss turning General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A275
System code A270 Grade selection A40 Technical info A447 Cutting data A324
DC** holder S-Clamping
SDJCR/L-SC Kr: 93°
a
h
s
L
a
b
h1
L1
e
93°
M
Stock Dimensions [mm] Inserts
Article RL a b L h h
1sL
1eM kg
SDJCR/L1212H07-SC ƔƔ 12 12 100 12 17 12 15 25 M8X1 0.1 DC**0702**
SDJCR/L1212H11-SC ƔƔ 12 12 100 12 17 12 15 30 M8X1 0.1 DC**11T3**
SDJCR/L1616K11-SC ƔƔ 16 16 125 16 21 16 15 30 M8X1 0.21 DC**11T3**
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert DC**0702** DC**11T3**
h 12 12-16
Screw I60M2.5×6.5
(1.0 Nm)
I60M3.5×8
(2.7 Nm)
Wrench WT07IP WT15IP
Insert
Finishing Medium Cut Roughing Alum Machining Cast Iron PCBN/PCD
A112 A114 A115 A115 A115 A155
General turning External tool holders – Swiss turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A276
System code A270 Grade selection A40 Technical info A447 Cutting data A324
DC** holder S-Clamping
SDNCN-SC Kr: 62°30'
h
s
L
a
b
h1
L1
e
62°30’
M
Dimensions [mm] Inserts
Article Stock abLhh
1sL
1eMkg
SDNCN1212M11-SC Ɣ12 12 150 12 17 6 15 30 M8X1 0.14 DC**11T3**
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert DC**11T3**
h12
Screw I60M3,5x8
(2.7 Nm)
Wrench WT15IP
Insert
Finishing Medium Cut Roughing Alum Machining Cast Iron PCBN/PCD
A112 A114 A115 A115 A115 A155
External tool holders – Swiss turning General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A277
System code A270 Grade selection A40 Technical info A447 Cutting data A324
VC** holder S-Clamping
SVACR/L-SC Kr: 90°
h
s
L
a
b
h1
L1
e
90°
M
Stock Dimensions [mm] Inserts
Article RL a b L h h
1sL
1eM kg
SVACR/L1212H11-SC ƔƔ 12 12 100 12 17 12 15 30 M8X1 0.1 VC**1103**
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert VC**1103**
h12
Screw I60M2.5×6.5
(1.0 Nm)
Wrench WT07IP
Insert
Finishing Alum Machining
A135 A136
General turning External tool holders – Swiss turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A278
System code A270 Grade selection A40 Technical info A447 Cutting data A324
VC** holder S-Clamping
SVJCR/L-SC Kr: 93°
h
s
L
a
b
h1
L1
e
93°
M
Stock Dimensions [mm] Inserts
Article RL a b L h h
1sL
1eM kg
SVJCR/L0808H11-S ƔƔ 8 8 100 8 8 22 0.044 VC**1103**
SVJCR/L1212H11-SC ƔƔ 12 12 100 12 17 12 15 30 M8X1 0.095 VC**1103**
SVJCR/L1616K11-SC ƔƔ 16 16 125 16 21 16 15 30 M8X1 0.2 VC**1103**
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert VC**1103**
h 8-16
Screw I60M2.5×6.5
(1.0 Nm)
Wrench WT07IP
Insert
Finishing Alum Machining
A135 A136
External tool holders – Swiss turning General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A279
System code A270 Grade selection A40 Technical info A447 Cutting data A324
A
280
A
B
C
D
E
P
PDSNR/L
A286
62°30'
PCLNR/L
A284
95°
PDUNR/L
A287
93°
PSKNR/L
A289
75°
PTFNR/L
A290
91°
PWLNR/L
A291
95°
S
SCFCR/L
A310
90°
SCLCR/L
A293
95°
SCLPR/L
A306
95°
SDQCR/L
A295
107°30'
SDQPR/L
A307
107°30'
SDUCR/L
A296
93°
SDUPR/L
A308
93°
SDZCR/L
A297
95°
SSKCR/L
A298
75°
General turning Boring bars overview
MillingDrilling
Technical
Information
Index Turning
Boring bar
Application Workpiece
Page
Longitudinal
turning Facing Undercut Contouring Proling Stable Unstable
Recommended
Boring bars
A
281
A
B
C
D
E
S
STFCR/L
A300
91°
STUPR/L
A309
93°
SVQBR/L
A304
107°30'
SVQCR/L
A302
107°30'
SVUBR/L
A305
93°
SVUCR/L
A303
93°
SCLPR/L
A312
95°
SDQPR/L
A314
107°30'
SDUPR/L
A316
93°
STUPR/L
A318
93°
SVQCR/L
A321
107°30'
SVUCR/L
A322
93°
General turningBoring bars overview
MillingDrilling
Technical
Information
Index Turning
Recommended
Boring bars
Boring bar
Application Workpiece
Page
Longitudinal
turning Facing Undercut Contouring Proling Stable Unstable
Anti-vibratoire
A
282
A
B
C
D
E
90° 75°
90° 45° 60°
90°
90°
ABCDEFG
107°30 93°
75° 95°
95°
50° 63°
117°30
HJKLMNO
62°30 107°30
75° 45° 60°
90°
72°30
PQRS TUV
60° 120°
WX
6
S16RS DUC R07
123 456789
Code
P
S
4
d
Code d
16 16
20 20
25 25
32 32
40 40
50 50
2
L
Code L
H100
K125
M150
N160
Q180
R200
S250
T300
U350
V400
3
Code
A
C
E
S
X
1
C80° D55°
R S
T75° V35°
W80°
5
B
C
D15° E20°
NP11°
7
General turning ISO-Code – boring bars
MillingDrilling
Technical
Information
Index Turning
Tool holder type and entering angle
Clamping system
Description
Knee lever clamping
Screw clamping
Shank diameter d [mm]
Clamping system
Shank type
Description
Steel shank (IC)
Solid carbide shank
Solid carbide shank (IC)
Steel shank
Special application
Insert shape
Clearance angle
A
283
A
B
C
D
E
I.C
[mm] lldlll l
CDRSTVW
5,56 09
6,35 06 07 11
9,525 09 11 09 09 16 16 06
12,7 12 15 12 12 22 22 08
15,875 16 19 15 15 27
19,05 19 19 19 33
25,4 25 25 25 44
32 32
9
L
R
8
General turningISO-Code – boring bars
MillingDrilling
Technical
Information
Index Turning
Cutting edge length l [mm]
Insert shape
Cutting direction
CN** steel boring bar P-Clamping
PCLNR/L Kr: 95°
Right hand style
θ
Stock Dimensions [mm] Inserts
Article R L ød L h S e Dmin θ
S16M-PCLNR/L09 ƔƔ 16 150 15 11 28 20 -12 CN**0903**
S16R-PCLNR/L09 ƔƔ 16 200 15 11 28 20 -12 CN**0903**
S20Q-PCLNR/L09 ƔƔ 20 180 18 13 31 25 -11 CN**0903**
S20S-PCLNR/L09 ƔƔ 20 250 18 13 31 25 -11 CN**0903**
S25Q-PCLNR/L09 żż 25 180 23 17 35 32 -10 CN**0903**
S25T-PCLNR/L09 Ɣż 25 300 23 17 35 32 -10 CN**0903**
S25Q-PCLNR/L12 żż 25 180 23 17 40 32 -12 CN**1204**
S25T-PCLNR/L12 ƔƔ 25 300 23 17 40 32 -12 CN**1204**
S32R-PCLNR/L12 ƔƔ 32 200 30 22 50 44 -10 CN**1204**
S32U-PCLNR/L12 ƔƔ 32 350 30 22 50 44 -10 CN**1204**
S40S-PCLNR/L12 żƔ 40 250 37 27 55 54 -10 CN**1204**
S40V-PCLNR/L12 ƔƔ 40 400 37 27 55 54 -10 CN**1204**
S50S-PCLNR/L12 żż 50 250 47 35 56 63 -10 CN**1204**
S50W-PCLNR/L12 ƔƔ 50 450 47 35 56 63 -10 CN**1204**
A25R-PCLNR/L12 ƔƔ 25 200 24 17 40 32 -12 CN**1204**
A32S-PCLNR/L12 ƔƔ 32 250 31 22 50 44 -10 CN**1204**
S50S-PCLNR/L19 żż 50 250 47 35 63 63 -10 CN**1906**
S50W-PCLNR/L19 Ɣż 50 450 47 35 63 63 -10 CN**1906**
ƔEx stock żOn demand
With internal cooling
General turning Boring bars
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A284
System code A282 Grade selection A40 Technical info A447 Cutting data A324
CN** steel boring bar
Spare parts
Insert CN**0903** CN**1204** CN**1204** CN**1906**
ød 16-25 25 32-50 50
Knee lever L3C L4A L4 L6
Screw LEM5×12B
(4.0 Nm)
Screw LEM8×21
(10.2 Nm)
LEM8×21
(10.2 Nm)
LEM10×27
(16.6 Nm)
Shim pin (shim) SP4 SP6
Shim C19AP
Shim C12APB
Wrench WH20L WH25L WH30L WH40L
Insert
Wiper Finishing Medium Cut Roughing Cast Iron PCBN/PCD
A45 A45 A46 A53 A53 A148
Boring bars General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A285
System code A282 Grade selection A40 Technical info A447 Cutting data A324
DN** steel boring bar P-Clamping
PDSNR/L Kr: 62°30'
Right hand style
θ
Stock Dimensions [mm] Inserts
Article RL ød L h s e f D
min θ
S32R-PDSNR/L15-3 żż 32 200 30 22 45 8.5 40 -11 DN**1504**
S40V-PDSNR/L15-3 Ɣ40 400 37 27 43 9.4 50 -11 DN**1504**
A32S-PDSNR/L15-3 żż 32 250 31 22 45 8.5 40 -11 DN**1504**
S32R-PDSNR/L15 ƔƔ 32 200 30 22 45 8.5 40 -11 DN**1506**
S32U-PDSNR/L15 ƔƔ 32 350 30 22 45 8.5 40 -11 DN**1506**
S40S-PDSNR/L15 żż 40 250 37 27 43 9.4 50 -11 DN**1506**
S40V-PDSNR/L15 żż 40 400 37 27 43 9.4 50 -11 DN**1506**
A32S-PDSNR/L15 ƔƔ 32 250 31 22 45 8.5 40 -11 DN**1506**
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert DN**1504** DN**1506**
ød 32-40 32-40
Knee lever L4 L4B
Screw LEM8×21
(10.2 Nm)
LEM8×21
(10.2 Nm)
Shim pin (shim) SP4 SP4
Shim D15AP D15AP
Wrench WH30L WH30L
Insert
Wiper Finishing Medium Cut Roughing Cast Iron PCBN/PCD
A55 A55 A56 A60 A61 A149
General turning Boring bars
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A286
System code A282 Grade selection A40 Technical info A447 Cutting data A324
DN** steel boring bar P-Clamping
PDUNR/L Kr: 93°
Right hand style
θ
Stock Dimensions [mm] Inserts
Article R L ød L h s e Dmin θ
S20Q-PDUNR/L11 Ɣż 20 180 18 13 30 25 -16 DN**1104**
S20S-PDUNR/L11 ƔƔ 20 250 18 13 30 25 -16 DN**1104**
S25Q-PDUNR/L11 ƔƔ 25 180 23 17 35 32 -13 DN**1104**
S25T-PDUNR/L11 ƔƔ 25 300 23 17 35 32 -13 DN**1104**
S32R-PDUNR/L11 żż 32 200 30 22 40 40 -16 DN**1104**
S32U-PDUNR/L11 ƔƔ 32 350 30 22 40 40 -16 DN**1104**
S32R-PDUNR/L15-3 żż 32 200 30 22 50 40 -16 DN**1504**
S32U-PDUNR/L15-3 ƔƔ 32 350 30 22 50 40 -16 DN**1504**
S40S-PDUNR/L15-3 żż 40 250 37 27 50 50 -11 DN**1504**
S40V-PDUNR/L15-3 ƔƔ 40 400 37 27 50 50 -11 DN**1504**
A32S-PDUNR/L15-3 ƔƔ 32 250 31 22 50 40 -16 DN**1504**
S32R-PDUNR/L15 żż 32 200 30 22 50 40 -16 DN**1506**
S32U-PDUNR/L15 ƔƔ 32 350 30 22 50 40 -16 DN**1506**
S40S-PDUNR/L15 żż 40 250 37 27 50 50 -11 DN**1506**
S40V-PDUNR/L15 ƔƔ 40 400 37 27 50 50 -11 DN**1506**
A32S-PDUNR/L15 ƔƔ 32 250 31 22 50 40 -16 DN**1506**
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert DN**1104** DN**1104** DN**1504** DN**1506**
ød 20-25 32 32-40 32-40
Knee lever L3D L3 L4 L4B
Screw LEM5×12B
(4.0 Nm)
LEM6×17
(7.0 Nm)
Screw LEM8×21
(10.2 Nm)
LEM8×21
(10.2 Nm)
Shim pin (shim) SP3 SP4 SP4
Shim D11AP D15AP D15AP
Wrench WH20L WH25L WH30L WH30L
Boring bars General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A287
System code A282 Grade selection A40 Technical info A447 Cutting data A324
DN** steel boring bar
Insert
Wiper Finishing Medium Cut Roughing Cast Iron PCBN/PCD
A55 A55 A56 A60 A61 A149
General turning Boring bars
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A288
System code A282 Grade selection A40 Technical info A447 Cutting data A324
SN** steel boring bar P-Clamping
PSKNR/L Kr: 75°
Right hand style
θ
Stock Dimensions [mm] Inserts
Article R L ød L h s e Dmin θ
S25Q-PSKNR/L12 żƔ 25 180 23 17 42 32 -12 SN**1204**
S25T-PSKNR/L12 Ɣż 25 300 23 17 42 32 -12 SN**1204**
S32R-PSKNR/L12 żż 32 200 30 22 45 44 -10 SN**1204**
S32U-PSKNR/L12 ƔƔ 32 350 30 22 45 44 -10 SN**1204**
S40S-PSKNR/L12 żż 40 250 37 27 50 54 -10 SN**1204**
S40V-PSKNR/L12 Ɣż 40 400 37 27 50 54 -10 SN**1204**
A25R-PSKNR/L12 ƔƔ 25 200 24 17 42 32 -12 SN**1204**
A32S-PSKNR/L12 ƔƔ 32 250 31 22 50 44 -12 SN**1204**
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert SN**1204** SN**1204**
ød 25 32-40
Knee lever L4A L4
Screw LEM8×21
(10.2 Nm)
Screw LEM6×13.4A
(7.0 Nm)
Shim pin (shim) SP4
Shim S12APB
Wrench WH25L WH30L
Insert
Finishing Medium Cut Roughing Cast Iron PCBN/PCD
A63 A65 A68 A74 A150
Boring bars General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A289
System code A282 Grade selection A40 Technical info A447 Cutting data A324
TN** steel boring bar P-Clamping
PTFNR/L Kr: 90°
Right hand style
θ
Stock Dimensions [mm] Inserts
Article R L ød L h s e Dmin θ
S16M-PTFNR/L11 żż 16 150 15 11 28 20 -14 TN**1103**
S16R-PTFNR/L11 ƔƔ 16 200 15 11 28 20 -14 TN**1103**
S20Q-PTFNR/L11 ƔƔ 20 180 18 13 31 25 -12 TN**1103**
S20S-PTFNR/L11 ƔƔ 20 250 18 13 31 25 -12 TN**1103**
S25Q-PTFNR/L11 żż 25 180 23 17 35 32 -10 TN**1103**
S25T-PTFNR/L11 żż 25 300 23 17 35 32 -10 TN**1103**
S25Q-PTFNR/L16 żż 25 180 23 17 42 32 -12 TN**1604**
S25T-PTFNR/L16 ƔƔ 25 300 23 17 42 32 -12 TN**1604**
S32R-PTFNR/L16 żż 32 200 30 22 50 44 -10 TN**1604**
S32U-PTFNR/L16 ƔƔ 32 350 30 22 50 44 -10 TN**1604**
S40S-PTFNR/L16 żż 40 250 37 27 55 54 -10 TN**1604**
S40V-PTFNR/L16 ƔƔ 40 400 37 27 55 54 -10 TN**1604**
A25R-PTFNR/L16 Ɣż 25 200 24 17 40 32 -12 TN**1604**
A32S-PTFNR/L16 ƔƔ 32 250 31 22 50 44 -10 TN**1604**
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert TN**1103** TN**1604** TN**1604**
ød 16-25 25 32-40
Knee lever L2 L3B L3
Screw LEM5×9B
(4.0 Nm)
LEM5×12B
(4.0 Nm)
LEM6×17
(7.0 Nm)
Shim pin (shim) SP3
Shim T16APB
Wrench WH20L WH20L WH25L
Insert
Wiper Finishing Medium Cut Roughing Cast Iron PCBN/PCD
A78 A79 A81 A84 A88 A151
General turning Boring bars
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A290
System code A282 Grade selection A40 Technical info A447 Cutting data A324
WN** steel boring bar P-Clamping
PWLNR/L Kr: 95°
Right hand style
θ
Stock Dimensions [mm] Inserts
Article R L ød L h s e Dmin θ
S16M-PWLNR/L06 ƔƔ 16 150 15 11 25 20 -13 WN**0604**
S16R-PWLNR/L06 ż16 200 15 11 25 20 -13 WN**0604**
S20Q-PWLNR/L06 ƔƔ 20 180 18 13 35 25 -13 WN**0604**
S20S-PWLNR/L06 Ɣż 20 250 18 13 35 25 -13 WN**0604**
S25Q-PWLNR/L06 żż 25 180 23 17 35 32 -13 WN**0604**
S25T-PWLNR/L06 ż25 300 23 17 35 32 -13 WN**0604**
S20Q-PWLNR/L08 ƔƔ 20 180 18 13 32 25 -13 WN**0804**
S20S-PWLNR/L08 Ɣ20 250 18 13 32 25 -13 WN**0804**
S25Q-PWLNR/L08 Ɣż 25 180 23 17 45 32 -13 WN**0804**
S25T-PWLNR/L08 ƔƔ 25 300 23 17 45 32 -13 WN**0804**
S32R-PWLNR/L08 ƔƔ 32 200 30 22 50 40 -15 WN**0804**
S32U-PWLNR/L08 ƔƔ 32 350 30 22 50 40 -15 WN**0804**
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert WN**0604** WN**0804** WN**0804**
ød 16-25 20-25 32
Knee lever L3B L4A L4
Screw LEM5×12B
(4.0 Nm)
Screw LEM8×21
(10.2 Nm)
Screw LEM6×13.4A
(7.0 Nm)
Shim pin (shim) SP4
Shim W08AP
Wrench WH20L WH25L WH30L
Boring bars General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A291
System code A282 Grade selection A40 Technical info A447 Cutting data A324
WN** steel boring bar
Insert
Wiper Finishing Medium Cut Roughing Cast Iron PCBN/PCD
A95 A94 A97 A98 A98 A153
General turning Boring bars
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A292
System code A282 Grade selection A40 Technical info A447 Cutting data A324
CC** steel boring bar S-Clamping
SCLCR/L Kr: 95°
Right hand style
θ
Stock Dimensions [mm] Inserts
Article RL ød L h s L
2eD
min θ
S08K-SCLCR/L06 ƔƔ 8 125 7 5 14 14 10 -15 CC**0602**
S10K-SCLCR/L06 ƔƔ 10 125 7 5 14 14 10 -15 CC**0602**
S10M-SCLCR/L06 ƔƔ 10 150 9 6 14 14 12 -13 CC**0602**
S12M-SCLCR/L06 ƔƔ 12 150 11 9 25 25 16 -10 CC**0602**
A08F-SCLCR/L06 ƔƔ 8 80 7.5 5 14 14 10 -15 CC**0602**
A10H-SCLCR/L06 ƔƔ 10 100 9.5 6 14 14 12 -13 CC**0602**
A12K-SCLCR/L06 ƔƔ 12 125 11.5 9 25 25 16 -10 CC**0602**
S12M-SCLCR/L09 ƔƔ 12 150 11 9 25 25 16 -10 CC**09T3**
S16M-SCLCR/L09 Ɣż 16 150 15 11 32.5 32.5 20 -12 CC**09T3**
S16R-SCLCR/L09 ƔƔ 16 200 15 11 32.5 32.5 20 -12 CC**09T3**
S20Q-SCLCR/L09 ƔƔ 20 180 18 13 38 38 25 -8 CC**09T3**
S20S-SCLCR/L09 ƔƔ 20 250 18 13 38 38 25 -8 CC**09T3**
S25Q-SCLCR/L09 Ɣż 25 180 23 17 45 45 32 -6 CC**09T3**
S25T-SCLCR/L09 ƔƔ 25 300 23 17 45 45 32 -6 CC**09T3**
A12K-SCLCR/L09 ƔƔ 12 125 11.5 9 25 25 16 -10 CC**09T3**
A16M-SCLCR/L09 ƔƔ 16 150 15.5 11 32.5 32.5 20 -12 CC**09T3**
A20Q-SCLCR/L09 ƔƔ 20 180 19 13 38 38 25 -8 CC**09T3**
A25R-SCLCR/L09 ƔƔ 25 200 24 17 45 45 32 -6 CC**09T3**
S25Q-SCLCR/L12 Ɣż 25 180 23 17 45 45 32 -6 CC**1204**
S25T-SCLCR/L12 ƔƔ 25 300 23 17 45 45 32 -6 CC**1204**
S32R-SCLCR/L12 ƔƔ 32 200 30 22 50 50 40 -10 CC**1204**
S32U-SCLCR/L12 ƔƔ 32 350 30 22 50 50 40 -10 CC**1204**
S40S-SCLCR/L12 ż40 250 37 27 60 60 50 -8 CC**1204**
S40V-SCLCR/L12 ƔƔ 40 400 37 27 60 60 50 -8 CC**1204**
A25R-SCLCR/L12 ƔƔ 25 200 24 17 45 45 32 -6 CC**1204**
A32S-SCLCR/L12 ƔƔ 32 250 31 22 50 50 40 -10 CC**1204**
ƔEx stock żOn demand
With internal cooling
Boring bars General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A293
System code A282 Grade selection A40 Technical info A447 Cutting data A324
CC** steel boring bar
Spare parts
Insert CC**0602** CC**09T3** CC**09T3** CC**1204** CC**1204**
ød 8-12 12-20 25 25 32-40
Screw I60M2.5×5.5
(1.0 Nm)
I60M3.5×8
(2.7 Nm)
I60M3.5×10
(2.7 Nm)
Screw I60M4×11X
(3.4 Nm)
I60M4×11X
(3.4 Nm)
Screw (shim) SM6×10XA
Shim C12BS
Wrench (screw) WT07IP WT15IP WT15IP WT15IP WT15IP
Wrench (shim) WH40L
Insert
Finishing Medium Cut Roughing Alum Machining Cast Iron PCBN/PCD
A102 A106 A107 A108 A107 A154
General turning Boring bars
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A294
System code A282 Grade selection A40 Technical info A447 Cutting data A324
DC** steel boring bar S-Clamping
SDQCR/L Kr: 107°30'
Right hand style
θ
Stock Dimensions [mm] Inserts
Article RL ød L h s L
2eD
min θ
S10M-SDQCR/L07 ƔƔ 10 150 9 7 20 20 13 -8 DC**0702**
S12M-SDQCR/L07 ƔƔ 12 150 11 9 22 22 16 -8 DC**0702**
S16M-SDQCR/L07 żƔ 16 150 15 11 27 27 20 -6 DC**0702**
S16Q-SDQCR/L07 ƔƔ 16 180 15 11 27 27 20 -6 DC**0702**
S16R-SDQCR/L07 ƔƔ 16 200 15 11 27 27 20 -6 DC**0702**
A10H-SDQCR/L07 ƔƔ 10 100 9.5 7 20 20 13 -8 DC**0702**
A12K-SDQCR/L07 ƔƔ 12 125 11.5 9 22 22 16 -8 DC**0702**
S20Q-SDQCR/L11 Ɣż 20 180 18 13 32 32 25 -6 DC**11T3**
S20S-SDQCR/L11 ƔƔ 20 250 18 13 32 32 25 -6 DC**11T3**
S25Q-SDQCR/L11 Ɣż 25 180 23 17 32 32 32 -6 DC**11T3**
S25T-SDQCR/L11 ƔƔ 25 300 23 17 32 32 32 -6 DC**11T3**
A16M-SDQCR/L11 ƔƔ 16 150 15.5 11 27 27 20 -6 DC**11T3**
A20Q-SDQCR/L11 ƔƔ 20 180 19 13 32 32 25 -6 DC**11T3**
A25R-SDQCR/L11 ƔƔ 25 200 24 17 32 32 32 -6 DC**11T3**
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert DC**0702** DC**0702** DC**11T3** DC**11T3** DC**11T3**
ød 10 12-16 16-20 20 25
Screw I60M2.5×5.5
(1.0 Nm)
I60M2.5×6.5
(1.0 Nm)
I60M3.5x8
(2.7 Nm)
I60M3.5×8
(2.7 Nm)
I60M3.5×10
(2.7 Nm)
Wrench (screw) WT07IP WT07IP WT15IP WT15IP WT15IP
Insert
Finishing Medium Cut Roughing Alum Machining Cast Iron PCBN/PCD
A112 A114 A115 A115 A115 A155
Boring bars General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A295
System code A282 Grade selection A40 Technical info A447 Cutting data A324
DC** steel boring bar S-Clamping
SDUCR/L Kr: 93°
Right hand style
θ
Stock Dimensions [mm] Inserts
Article RL ød L h s L
2eD
min θ
S10M-SDUCR/L07 ƔƔ 10 150 9 7 - 0 13 -8 DC**0702**
S12M-SDUCR/L07 ƔƔ 12 150 11 9 22 22 16 -8 DC**0702**
S16M-SDUCR/L07 ƔƔ 16 150 15 11 27 27 20 -6 DC**0702**
S16R-SDUCR/L07 ƔƔ 16 200 15 11 27 27 20 -6 DC**0702**
A10H-SDUCR/L07 ƔƔ 10 100 9.5 7 - 0 13 -8 DC**0702**
A12K-SDUCR/L07 ƔƔ 12 125 11.5 9 22 22 16 -8 DC**0702**
A16M-SDUCR/L07 ƔƔ 16 150 15.5 11 27 27 20 -6 DC**0702**
S20Q-SDUCR/L11 ƔƔ 20 180 18 13 40 40 25 -6 DC**11T3**
S20S-SDUCR/L11 ƔƔ 20 250 18 13 40 40 25 -6 DC**11T3**
S25Q-SDUCR/L11 Ɣż 25 180 23 17 46 46 32 -6 DC**11T3**
S25T-SDUCR/L11 ƔƔ 25 300 23 17 46 46 32 -6 DC**11T3**
A20Q-SDUCR/L11 ƔƔ 20 180 19 13 40 40 25 -6 DC**11T3**
A25R-SDUCR/L11 ƔƔ 25 200 24 17 46 46 32 -6 DC**11T3**
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert DC**0702** DC**11T3**
ød 10-16 20-25
Screw I60M2.5x5.5
(1.0 Nm)
I60M3.5x8
(2.7 Nm)
Wrench WT07IP WT15IP
Insert
Finishing Medium Cut Roughing Alum Machining Cast Iron PCBN/PCD
A112 A114 A115 A115 A115 A155
General turning Boring bars
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A296
System code A282 Grade selection A40 Technical info A447 Cutting data A324
DC** steel boring bar S-Clamping
SDZCR/L Kr: 85°
Right hand style
θ
Stock Dimensions [mm] Inserts
Article RL ød L h s e f D
min θ
S25Q-SDZCR/L11 ƔƔ 25 180 23 17 30 6.9 32 -6 DC**11T3**
S25T-SDZCR/L11 ƔƔ 25 300 23 17 30 6.9 32 -6 DC**11T3**
S32R-SDZCR/L11 ż32 200 30 22 39 8.4 40 -6 DC**11T3**
S32U-SDZCR/L11 ƔƔ 32 350 30 22 39 8.4 40 -6 DC**11T3**
S40S-SDZCR/L11 żƔ 40 250 37 27 47 9.4 50 -4 DC**11T3**
S40V-SDZCR/L11 ƔƔ 40 400 37 27 47 9.4 50 -4 DC**11T3**
A25R-SDZCR/L11 ƔƔ 25 200 24 17 30 4.5 32 -6 DC**11T3**
A32S-SDZCR/L11 ƔƔ 32 250 31 22 39 6 40 -6 DC**11T3**
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert DC**11T3** DC**11T3**
ød 25 32-40
Screw I60M3.5×10
(2.7 Nm)
I60M3.5×12
(2.7 Nm)
Screw (shim) SM5×8.65XA
Shim D11BS
Wrench (screw) WT15IP WT15IP
Wrench (shim) WH35L
Insert
Finishing Medium Cut Roughing Alum Machining Cast Iron PCBN/PCD
A112 A114 A115 A115 A115 A155
Boring bars General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A297
System code A282 Grade selection A40 Technical info A447 Cutting data A324
SC** steel boring bar S-Clamping
SSKCR/L Kr: 75°
Right hand style
s
θ
Stock Dimensions [mm] Inserts
Article R L ød L h s e Dmin θ
S12M-SSKCR/L09 ƔƔ 12 150 11 9 26 16 -10 SC**09T3**
S16M-SSKCR/L09 żż 16 150 15 11 32.5 20 -11 SC**09T3**
S16R-SSKCR/L09 żż 16 200 15 11 32.5 20 -11 SC**09T3**
S20Q-SSKCR/L09 żż 20 180 18 13 34.5 25 -6 SC**09T3**
S20S-SSKCR/L09 Ɣż 20 250 18 13 34.5 25 -6 SC**09T3**
A12K-SSKCR/L09 Ɣż 12 125 11 9 26 16 -10 SC**09T3**
A16M-SSKCR/L09 Ɣż 16 150 15 11 32.5 20 -11 SC**09T3**
A20Q-SSKCR/L09 Ɣż 20 180 19 13 34.5 25 -6 SC**09T3**
S25Q-SSKCR/L12 żż 25 180 23 17 36.3 32 -8 SC**1204**
S25T-SSKCR/L12 Ɣż 25 300 23 17 36.3 32 -8 SC**1204**
S32R-SSKCR/L12 żż 32 200 30 22 43.5 40 -10 SC**1204**
S32U-SSKCR/L12 Ɣ32 350 30 22 43.5 40 -10 SC**1204**
A25R-SSKCR/L12 Ɣż 25 200 24 17 41.3 32 -8 SC**1204**
A32S-SSKCR/L12 Ɣ32 250 31 22 42.8 40 -10 SC**1204**
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert SC**09T3** SC**1204** SC**1204**
ød 12-20 25 32
Screw I60M3.5×8
(2.7 Nm)
Screw I60M4×11X
(3.4 Nm)
I60M4×11X
(3.4 Nm)
Screw (shim) SM6×10XA
Shim S12BS
Wrench (screw) WT15IP WT15IP WT15IP
Wrench (shim) WH40L
General turning Boring bars
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A298
System code A282 Grade selection A40 Technical info A447 Cutting data A324
SC** steel boring bar
Insert
Finishing Medium Cut Roughing Alum Machining
A120 A121 A122 A122
Boring bars General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A299
System code A282 Grade selection A40 Technical info A447 Cutting data A324
TC** steel boring bar S-Clamping
STFCR/L Kr: 91°
Right hand style
θ
Stock Dimensions [mm] Inserts
Article R L ød L h s e Dmin θ
S12M-STFCR/L11 ƔƔ 12 150 11 9 30 16 -10 TC**1102**
S16M-STFCR/L11 żƔ 16 150 15 11 35 20 -6 TC**1102**
S16R-STFCR/L11 ƔƔ 16 200 15 11 35 20 -6 TC**1102**
S20Q-STFCR/L11 żż 20 180 18 13 36 25 -3 TC**1102**
S20S-STFCR/L11 ƔƔ 20 250 18 13 36 25 -3 TC**1102**
A12K-STFCR/L11 ƔƔ 12 125 11.5 9 26 16 -10 TC**1102**
A16M-STFCR/L11 ƔƔ 16 150 15.5 11 30 20 -6 TC**1102**
A20Q-STFCR/L11 ƔƔ 20 180 19 13 36 25 -3 TC**1102**
S25Q-STFCR/L16 Ɣż 25 180 23 17 49 32 -6 TC**16T3**
S25T-STFCR/L16 ƔƔ 25 300 23 17 49 32 -6 TC**16T3**
S32R-STFCR/L16 ƔƔ 32 200 30 22 50 40 -10 TC**16T3**
S32U-STFCR/L16 ƔƔ 32 350 30 22 50 40 -10 TC**16T3**
S40S-STFCR/L16 żż 40 250 37 27 60 50 -8 TC**16T3**
S40V-STFCR/L16 ƔƔ 40 400 37 27 60 50 -8 TC**16T3**
A25R-STFCR/L16 ƔƔ 25 200 24 17 45 32 -6 TC**16T3**
A32S-STFCR/L16 Ɣż 32 250 31 22 49 40 -10 TC**16T3**
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert TC**1102** TC**16T3** TC**16T3**
ød 12-20 25 32-40
Screw I60M2.5×6.5
(1.0 Nm)
I60M3.5×10
(2.7 Nm)
I60M3.5×12
(2.7 Nm)
Screw (shim) SM5×8.65XA
Shim T16BS
Wrench (screw) WT07IP WT15IP WT15IP
Wrench (shim) WH35L
General turning Boring bars
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A300
System code A282 Grade selection A40 Technical info A447 Cutting data A324
TC** steel boring bar
Insert
Finishing Medium Cut Roughing Alum Machining Cast Iron PCBN/PCD
A127 A128 A129 A131 A129 A156
Boring bars General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A301
System code A282 Grade selection A40 Technical info A447 Cutting data A324
VC** steel boring bar S-Clamping
SVQCR/L Kr: 107°30'
Right hand style
θ
Stock Dimensions [mm] Inserts
Article R L ød L h s e Dmin θ
S16Q-SVQCR/L11 ƔƔ 16 180 15 13 28 22 -6 VC**1103**
S20R-SVQCR/L11 Ɣż 20 200 18 15 32 26 -4 VC**1103**
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert VC**1103**
ød 16-20
Screw I60M2.5×6.5
(1.0 Nm)
Wrench (screw) WT07IP
Insert
Finishing Alum Machining
A135 A136
General turning Boring bars
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A302
System code A282 Grade selection A40 Technical info A447 Cutting data A324
VC** steel boring bar S-Clamping
SVUCR/L Kr: 93°
Right hand style
θ
Stock Dimensions [mm] Inserts
Article RL ød L h s L
2eD
min θ
S16Q-SVUCR/L11 Ɣż 16 180 15 15 25 25 24 -6 VC**1103**
S20R-SVUCR/L11 ƔƔ 20 200 18 17 30 30 28 -4 VC**1103**
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert VC**1103**
ød 16-20
Screw I60M2.5×6.5
(1.0 Nm)
Wrench (screw) WT07IP
Insert
Finishing Alum Machining
A135 A136
Boring bars General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A303
System code A282 Grade selection A40 Technical info A447 Cutting data A324
VB** steel boring bar S-Clamping
SVQBR/L Kr: 107°30'
Right hand style
θ
Stock Dimensions [mm] Inserts
Article RL ød L h s e f D
min θ
S32R-SVQBR/L16 ƔƔ 32 200 30 22 56 8.4 40 -8 VB**1604**
S32U-SVQBR/L16 ƔƔ 32 350 30 22 56 8.4 40 -8 VB**1604**
S40V-SVQBR/L16 ƔƔ 40 400 37 27 64 9.4 50 -8 VB**1604**
A32S-SVQBR/L16 żż 32 250 31 22 56 8.4 40 -8 VB**1604**
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert VB**1604**
ød 32-40
Screw I60M3.5×12
(2.7 Nm)
Screw (shim) SM5×8.65XA
Shim V16BS
Wrench (screw) WT15IP
Wrench (shim) WH35L
Insert
Finishing Medium Cut Roughing PCBN/PCD
A140 A142 A143 A157
General turning Boring bars
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A304
System code A282 Grade selection A40 Technical info A447 Cutting data A324
VB** steel boring bar S-Clamping
SVUBR/L Kr: 93°
Right hand style
θ
Stock Dimensions [mm] Inserts
Article RL ød L h s e f D
min θ
S32R-SVUBR/L16 Ɣż 32 200 30 22 49 8.4 40 -8 VB**1604**
S32U-SVUBR/L16 ƔƔ 32 350 30 22 49 8.4 40 -8 VB**1604**
S40S-SVUBR/L16 Ɣż 40 250 37 27 56.5 9.4 50 -8 VB**1604**
S40V-SVUBR/L16 ƔƔ 40 400 37 27 56.5 9.4 50 -8 VB**1604**
A32S-SVUBR/L16 ƔƔ 32 250 31 22 49 8.4 40 -8 VB**1604**
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert VB**1604**
ød 32-40
Screw I60M3.5×12
(2.7 Nm)
Screw (shim) SM5×8.65XA
Shim V16BS
Wrench (screw) WT15IP
Wrench (shim) WH35L
Insert
Finishing Medium Cut Roughing PCBN/PCD
A140 A142 A143 A157
Boring bars General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A305
System code A282 Grade selection A40 Technical info A447 Cutting data A324
CP** steel boring bar S-Clamping
SCLPR/L Kr: 95°
Right hand style
θ
Stock Dimensions [mm] Inserts
Article R L ød L h s e Dmin θ
S10K-SCLPR/L06 ƔƔ 10 125 9 6 17 12 -7 CP**0602**
S12M-SCLPR/L06 ƔƔ 12 150 11 8 20 16 -4 CP**0602**
S16Q-SCLPR/L09 ƔƔ 16 180 15 10 29 20 -4 CP**09T3**
S20R-SCLPR/L09 żż 20 200 18 13 35 25 -4 CP**09T3**
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert CP**0602** CP**09T3**
ød 10-12 20-25
Screw I60M2.5×5.5
(1.0 Nm)
I60M3.5×8
(2.7 Nm)
Wrench (screw) WT07IP WT15IP
Insert
Finishing Medium Cut Cast Iron
A110 A110 A110
General turning Boring bars
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A306
System code A282 Grade selection A40 Technical info A447 Cutting data A324
DP** steel boring bar S-Clamping
SDQPR/L Kr: 107°30'
Right hand style
θ
Stock Dimensions [mm] Inserts
Article R L ød L h s e Dmin θ
S10K-SDQPR/L07 ƔƔ 10 125 9 7 20 13 -8 DP**0702**
S12M-SDQPR/L07 ƔƔ 12 150 11 9 22 16 -8 DP**0702**
S16Q-SDQPR/L07 ƔƔ 16 180 15 11 27 20 -6 DP**0702**
S16Q-SDQPR/L11 ƔƔ 16 180 15 11 32 20 -6 DP**11T3**
S20R-SDQPR/L11 żż 20 200 18 13 33 25 -6 DP**11T3**
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert DP**0702** DP**0702** DP**11T3**
ød 10-12 16 16-20
Screw I60M2.5×5.5
(1.0 Nm)
I60M2.5×6.5
(1.0 Nm)
I60M3.5×8
(2.7 Nm)
Wrench (screw) WT07IP WT07IP WT15IP
Insert
Finishing
A117
Boring bars General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A307
System code A282 Grade selection A40 Technical info A447 Cutting data A324
DP** steel boring bar S-Clamping
SDUPR/L Kr: 93°
Right hand style
θ
Stock Dimensions [mm] Inserts
Article R L ød L h s e Dmin θ
S10K-SDUPR/L07 ƔƔ 10 125 9 9 18 15 -8 DP**0702**
S12M-SDUPR/L07 ƔƔ 12 150 11 9 19 16 -8 DP**0702**
S16Q-SDUPR/L07 ƔƔ 16 180 15 11 25 20 -6 DP**0702**
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert DP**0702** DP**0702**
ød 10-12 16
Screw I60M2.5×5.5
(1.0 Nm)
I60M2.5×6.5
(1.0 Nm)
Wrench (screw) WT07IP WT07IP
Insert
Finishing
A117
General turning Boring bars
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A308
System code A282 Grade selection A40 Technical info A447 Cutting data A324
TP** steel boring bar S-Clamping
STUPR/L Kr: 93°
Right hand style
θ
Stock Dimensions [mm] Inserts
Article R L ød L h s e Dmin θ
S10K-STUPR/L09 ƔƔ 10 125 9 6 20 12 -6 TP**0902**
S12M-STUPR/L09 ƔƔ 12 150 11 8 22 16 -4 TP**0902**
S12M-STUPR/L11 ƔƔ 12 150 11 8 25 16 -4 TP**1103**
S16Q-STUPR/L11 ƔƔ 16 180 15 10 27 20 -3 TP**1103**
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert TP**0902** TP**1103**
ød 10-12 12-16
Screw I60M2.2x5.5
(0.8 Nm)
I60M2.5x6.5
(1.0 Nm)
Wrench WT07IP WT07IP
Insert
Finishing
A133
Boring bars General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A309
System code A282 Grade selection A40 Technical info A447 Cutting data A324
CC** steel boring bar S-Clamping
SCFCR/L Kr: 90°
Stock Dimensions [mm] Inserts
Article RL ød a b L s e D
min
S10M-SCFCR/L06S25 Ɣż 10 27 25 150 7 30 13 CC**0602**
S12P-SCFCR/L06S25 Ɣ12 27 25 170 9 35 16 CC**0602**
S16Q-SCFCR/L09S25 Ɣż 16 27 25 180 11 40 20 CC**09T3**
S20R-SCFCR/L09S25 Ɣ20 27 25 200 13 45 25 CC**09T3**
S25R-SCFCR/L12S25 ƔƔ 25 27 25 200 17 50 32 CC**1204**
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert CC**0602** CC**09T3** CC**1204**
ød 10-12 16-20 25
Screw I60M2.5x5.5
(1.0 Nm)
I60M3.5x8
(2.7 Nm)
I60M5x13
(6.7 Nm)
Wrench WT07IP WT15IP WT20IP
Insert
Finishing Medium Cut Roughing Alum Machining Cast Iron PCBN/PCD
A102 A106 A107 A108 A107 A154
General turning Boring bars
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A310
System code A282 Grade selection A40 Technical info A447 Cutting data A324
CC** steel boring bar S-Clamping
SCLCR/L Kr: 95°
Dimensions [mm] Inserts
Article Stock ød a b L s e Dmin
S10M-SCLCR06S20 ż10 22 20 150 7 30 13 CC**0602**
S12P-SCLCR06S20 ż12 22 20 170 9 35 16 CC**0602**
S16Q-SCLCR09S20 Ɣ16 22 20 180 11 40 20 CC**09T3**
S20R-SCLCR09S20 Ɣ20 22 20 200 13 60 25 CC**09T3**
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert CC**0602** CC**09T3**
ød 10-12 16-20
Screw I60M2.5x5.5
(1.0 Nm)
I60M3.5x8
(2.7 Nm)
Wrench WT07IP WT15IP
Insert
Finishing Medium Cut Roughing Alum Machining Cast Iron PCBN/PCD
A102 A106 A107 A108 A107 A154
Boring bars General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A311
System code A282 Grade selection A40 Technical info A447 Cutting data A324
CP** solid carbide boring bar S-Clamping
SCLPR/L Kr: 95°
Right hand style
L1
L2θ
Stock Dimensions [mm] Inserts
Article R L ØD ød h s L1L2θ
C10M-SCLPR/L06 ƔƔ 12 10 9 6 150 17 7 CP**0602**
C12Q-SCLPR/L06 Ɣż 16 12 11 8 180 20 4 CP**0602**
C16R-SCLPR/L09 ƔƔ 20 16 15 10 200 29 4 CP**09T3**
E16R-SCLPR/L09 żż 19 16 15.5 10 200 - -2 CP**09T3**
C20S-SCLPR/L09 Ɣż 25 20 18 13 250 35 4 CP**09T3**
E20S-SCLPR/L09 żƔ 24 20 19.5 13 250 - -2 CP**09T3**
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert CP**0602** CP**09T3**
ød 10-12 16-20
Screw I60M2.5×5.5
(1.0 Nm)
I60M3.5×10
(2.7 Nm)
Wrench (screw) WT07IP WT15IP
Insert
Finishing Medium Cut Cast Iron
A110 A110 A110
General turning Boring bars
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A312
System code A282 Grade selection A40 Technical info A447 Cutting data A324
CC** solid carbide boring bar S-Clamping
SCLCR/L Kr: 95°
Right hand style
L1
L2θ
Stock Dimensions [mm] Inserts
Article R L ØD ød h s L1L2θ
E08K-SCLCR/L06-09 ƔƔ 9 8 7.5 5 125 - -12 CC**0602**
E08K-SCLCR/L06-10 ƔƔ 10 8 7.5 6 125 - -12 CC**0602**
E10M-SCLCR/L06 ƔƔ 12 10 9.5 7 150 - -10 CC**0602**
E12Q-SCLCR/L06 ƔƔ 15 12 11.5 9 180 - -10 CC**0602**
E16R-SCLCR/L06 ƔƔ 18 16 15.5 10 200 - -8 CC**0602**
E12Q-SCLCR/L09 ƔƔ 15 12 11.5 9 180 - -9 CC**09T3**
E16R-SCLCR/L09 ƔƔ 18 16 15.5 10 200 - -10 CC**09T3**
E20S-SCLCR/L09 ƔƔ 24 20 19.5 13 250 - -8 CC**09T3**
E25T-SCLCR/L09 ƔƔ 31 25 24 17 300 - -6 CC**09T3**
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert CC**0602** CC**09T3** CC**09T3**
ød 8-16 12 16-25
Screw I60M2.5×5.5
(1.0 Nm)
I60M3.5×8
(2.7 Nm)
I60M3.5×10
(2.7 Nm)
Wrench (screw) WT07IP WT15IP WT15IP
Insert
Finishing Medium Cut Roughing Alum Machining Cast Iron PCBN/PCD
A102 A106 A107 A108 A107 A154
Boring bars General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A313
System code A282 Grade selection A40 Technical info A447 Cutting data A324
DP** solid carbide boring bar S-Clamping
SDQPR/L Kr: 107°30'
Right hand style
L2L1θ
Stock Dimensions [mm] Inserts
Article R L ØD ød h s L1L2θ
C10M-SDQPR/L07 ƔƔ 13 10 9 7 150 20 8 DP**0702
C12Q-SDQPR/L07 żƔ 16 12 11 9 180 22 8 DP**0702
C16R-SDQPR/L07 żż 20 16 15 11 200 27 6 DP**0702
C16R-SDQPR/L11 żż 20 16 15 11 200 32 6 DP**11T3**
C20S-SDQPR/L11 Ɣż 25 20 18 13 250 33 6 DP**11T3**
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert DP**0702 DP**0702 DP**11T3**
ød 10-12 16 16-20
Screw I60M2.5×5.5
(1.0 Nm)
I60M2.5×6.5
(1.0 Nm)
I60M3.5×8
(2.7 Nm)
Wrench (screw) WT07IP WT07IP WT15IP
Insert
Finishing
A117
General turning Boring bars
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A314
System code A282 Grade selection A40 Technical info A447 Cutting data A324
DC** solid carbide boring bar S-Clamping
SDQCR/L Kr: 107°30'
Right hand style
L2L1θ
Stock Dimensions [mm] Inserts
Article R L ØD ød h s L1L2θ
E08K-SDQCR/L07 ƔƔ 11 8 7.5 6.5 140 - -12 DC**0702**
E10M-SDQCR/L07 ƔƔ 12 10 9.5 7 150 - -10 DC**0702**
E12Q-SDQCR/L07 ƔƔ 15 12 11.5 9 180 - -10 DC**0702**
E16R-SDQCR/L07 Ɣż 18 16 15.5 10 200 - -6 DC**0702**
E20S-SDQCR/L07 Ɣż 24 20 19.5 13 250 - -4 DC**0702**
E16R-SDQCR/L11 ƔƔ 18 16 15.5 10 200 - -8 DC**11T3**
E20S-SDQCR/L11 Ɣż 24 20 19.5 13 250 - -8 DC**11T3**
E25T-SDQCR/L11 Ɣż 31 25 24 17 300 - -6 DC**11T3**
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert DC**0702** DC**11T3**
ød 8-20 16-25
Screw I60M2.5×5.5
(1.0 Nm)
I60M3.5×10
(2.7 Nm)
Wrench (screw) WT07IP WT15IP
Insert
Finishing Medium Cut Roughing Alum Machining Cast Iron PCBN/PCD
A112 A114 A115 A115 A115 A155
Boring bars General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A315
System code A282 Grade selection A40 Technical info A447 Cutting data A324
DP** solid carbide boring bar S-Clamping
SDUPR/L Kr: 93°
Right hand style
L2L1θ
Stock Dimensions [mm] Inserts
Article R L ØD ød h s L1L2θ
C10M-SDUPR/L07 ƔƔ 15 10 9 9 150 18 8 DP**0702**
C12Q-SDUPR/L07 Ɣż 16 12 11 9 180 19 8 DP**0702**
C16R-SDUPR/L07 żż 20 16 15 11 200 25 6 DP**0702**
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert DP**0702**
ød 15-20
Screw I60M2.5x5.5
(1.0 Nm)
Wrench WT07IP
Insert
Finishing
A117
General turning Boring bars
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A316
System code A282 Grade selection A40 Technical info A447 Cutting data A324
DC** solid carbide boring bar S-Clamping
SDUCR/L Kr: 93°
Right hand style
L2L1θ
Stock Dimensions [mm] Inserts
Article R L ØD ød h s L1L2θ
E10M-SDUCR/L07 Ɣż 12 10 9.5 7 150 - -10 DC**0702**
E12Q-SDUCR/L07 ƔƔ 15 12 11.5 9 180 - -10 DC**0702**
E16R-SDUCR/L07 Ɣż 18 16 15.5 10 200 - -6 DC**0702**
E20S-SDUCR/L07 żż 24 20 19.5 13 250 - -4 DC**0702**
E16R-SDUCR/L11 Ɣż 18 16 15.5 10 200 - -8 DC**11T3**
E20S-SDUCR/L11 ƔƔ 24 20 19.5 13 250 - -8 DC**11T3**
E25T-SDUCR/L11 żż 31 25 24 17 300 - -6 DC**11T3**
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert DC**0702** DC**11T3**
ød 10-20 16-25
Screw I60M2.5×5.5
(1.0 Nm)
I60M3.5×10
(2.7 Nm)
Wrench (screw) WT07IP WT15IP
Insert
Finishing Medium Cut Roughing Alum Machining Cast Iron PCBN/PCD
A112 A114 A115 A115 A115 A155
Boring bars General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A317
System code A282 Grade selection A40 Technical info A447 Cutting data A324
TP** solid carbide boring bar S-Clamping
STUPR/L Kr: 93°
Right hand style
L2L1
θ
Stock Dimensions [mm] Inserts
Article R L ØD ød h s L1L2θ
C10M-STUPR/L09 żż 12 10 9 6 150 20 6 TP**0902**
C12Q-STUPR/L09 ƔƔ 16 12 11 8 180 22 4 TP**0902**
C12Q-STUPR/L11 Ɣ16 12 11 8 180 25 4 TP**1103
C16R-STUPR/L11 żż 20 16 15 10 200 27 3 TP**1103
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert TP**0902** TP**1103
ød 10-12 12-16
Screw I60M2.2×5.5
(0.8 Nm)
I60M2.5×6.5
(1.0 Nm)
Wrench (screw) WT07IP WT07IP
Insert
Finishing
A133
General turning Boring bars
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A318
System code A282 Grade selection A40 Technical info A447 Cutting data A324
TC** solid carbide boring bar S-Clamping
STFCR/L Kr: 90°
Right hand style
L2L1
θ
90
o
Stock Dimensions [mm] Inserts
Article R L ØD ød h s L1L2θ
E08K-STFCR/L09 żƔ 11 8 7.5 6 125 - -12 TC**0902**
E10M-STFCR/L09 żż 12 10 9.5 7 150 - -10 TC**0902**
E12Q-STFCR/L11 żż 15 12 11.5 9 180 - -10 TC**1102**
E16R-STFCR/L11 żż 18 16 15.5 10 200 - -8 TC**1102**
E20S-STFCR/L11 żż 24 20 19.5 13 250 - -8 TC**1102**
E20S-STFCR/L16 żż 24 20 19.5 13 250 - -8 TC**16T3**
E25T-STFCR/L16 żż 31 25 24 17 300 - -6 TC**16T3**
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert TC**0902** TC**1102** TC**16T3**
ød 8-10 12-20 20-25
Screw I60M2.2×5.5
(0.8 Nm)
I60M2.5×5.5
(1.0 Nm)
I60M3.5×10
(2.7 Nm)
Wrench (screw) WT07IP WT07IP WT15IP
Insert
Finishing Medium Cut Roughing Alum Machining Cast Iron PCBN/PCD
A126 A128 A129 A131 A129 A156
Boring bars General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A319
System code A282 Grade selection A40 Technical info A447 Cutting data A324
TC** solid carbide boring bar S-Clamping
STFPR/L Kr: 90°
Right hand style
L2L1
θ
90
o
Stock Dimensions [mm] Inserts
Article R L ØD ød h s L1L2θ
E10M-STFPR/L11 żż 12 10 9.5 6 150 - -5 TP**1103**
E12Q-STFPR/L11 żż 15 12 11.5 8 180 - -4 TP**1103**
E16R-STFPR/L11 żż 19 16 15.5 10 200 - -2 TP**1103**
E20S-STFPR/L11 żż 24 20 19 13 250 - -2 TP**1103**
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert TP**1103**
ød 10-20
Screw I60M3.0×7.0
(1.8 Nm)
Wrench (screw) WT08IP
Insert
Finishing
A133
General turning Boring bars
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A320
System code A282 Grade selection A40 Technical info A447 Cutting data A324
VC** solid carbide boring bar S-Clamping
SVQCR/L Kr: 107°30'
Right hand style
L2L1
θ
Stock Dimensions [mm] Inserts
Article R L ØD ød h s L1L2θ
C16R-SVQCR/L11 żż 22 16 15 13 200 28 -6 VC**1103**
C20S-SVQCR/L11 żż 26 20 18 15 250 32 -4 VC**1103**
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert VC**1103**
ød 16-20
Screw I60M2.5×6.5
(1.0 Nm)
Wrench (screw) WT07IP
Insert
Finishing Alum Machining
A135 A136
Boring bars General turning
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A321
System code A282 Grade selection A40 Technical info A447 Cutting data A324
VC** solid carbide boring bar S-Clamping
SVUCR/L Kr: 93°
Right hand style
L
2
L
1
θ
Stock Dimensions [mm] Inserts
Article R L ØD ød h s L1L2θ
C16R-SVUCR/L11 żż 24 16 15 15 200 25 6 VC**1103**
E16R-SVUCR/L11 żż 22 16 15 13 200 - -6.5 VC**1103**
C20S-SVUCR/L11 ƔƔ 28 20 18 17 250 30 4 VC**1103**
E20S-SVUCR/L11 żż 27 20 18 13 250 - -6.5 VC**1103**
E25T-SVUCR/L16 żż 35 25 23 20.5 300 - -6.5 VC**1604**
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert VC**1103** VC**1604**
ød 16-20 25
Screw I60M2.5×6.5
(1.0 Nm)
I60M3.5×10
(2.7 Nm)
Wrench (screw) WT07IP WT15IP
Insert
Finishing Medium Cut Alum Machining PCBN/PCD
A135 A138 A136 A158
General turning Boring bars
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A322
System code A282 Grade selection A40 Technical info A447 Cutting data A324
A
323
Vibration amplitude (under same machining conditions)
Acceleration caused by
Vibration impact
Acceleration caused by
Vibration impact
Time Temps
Steel tool holder Cemented carbide tool holder
By increasing the rigidity of the tool materials the vibration will be reduced. The carbide
tool holder performs much better than steel tool holders (steel tool holder approx. L≤3xD,
carbide tool holder is approx. L≤6xD). The cutting data can be increased and the shank over-
hang extended. Therefore you achieve better surface and higher workpiece precision.
Anti Vibration
Boring Bar
A
324
A
B
C
D
E
P
125 1
190 2
250 3
270 4
300 5
180 6
275 7
300 8
350 9
200 10
325 11
M
200 12
240 13
180 14
230 15
K
180 16
260 17
160 18
250 19
130 20
230 21
N
60 22
100 23
75 24
90 25
130 26
110 27
90 28
100 29
S
200 30
280 31
250 32
350 33
320 34
Rm 400 35
Rm 1050 36
H
55 HRC 37
60 HRC 38
400 39
55 HRC 40
X
41
42
43
44
45
46
HC (CVD)
YB6315 YBC152 YBC252
0,1 0,2 0,6 0,1 0,2 0,6 0,1 0,4 0,8
500 400 270 500 400 270 480 370 230
420 340 230 420 340 230 400 310 190
330 280 200 330 280 200 310 250 160
320 270 190 320 270 190 300 240 150
280 240 170 280 240 170 260 210 130
400 300 180 400 300 180 380 290 170
280 230 150 280 230 150 260 210 140
260 220 150 260 220 150 240 200 140
230 190 120 230 190 120 220 180 110
360 290 190 360 290 190 310 250 170
190 160 130 190 160 130 150 130 100
MillingDrilling
Technical
Information
Index Turning
Recommended cutting dataGeneral turning
Material group Composition / structure / heat treatment
Brinell
hardness
HB
Machining group
Unalloyed steel
approx. 0,15 % C annealed
approx. 0,45 % C annealed
approx. 0,45 % C tempered
approx. 0,75 % C annealed
approx. 0,75 % C tempered
Low-alloyed steel
annealed
tempered
tempered
tempered
High-alloyed steel and high-alloyed
tool steel
annealed
hardened and tempered
Stainless steel
ferritic/martensitic annealed
martensitic tempered
austenitic quench hardened
austenitic-ferritic
Grey cast iron perlitic/ferritic
perlitic (martensitic)
Cast iron with spheroidal graphite ferritic
perlitic
Malleable cast iron ferritic
perlitic
Aluminium wrought alloys cannot be hardened
hardenable hardened
Cast aluminium alloys
≤ 12 % Si, cannot be hardened
≤ 12 % Si, hardenable hardened
> 12 % Si, cannot be hardened
Copper and copper alloys
(bronze/brass)
machining steel, PB> 1%
CuZn, CuSnZn
CuSn, Pb-free copper, electrolytic copper
Heat-resistant alloys
Fe-based alloys annealed
hardened
Ni or Co bass
annealed
hardened
cast
Titanium alloys pure titanium
α and β alloys hardened
Hardened steel hardened and tempered
hardened and tempered
Hard cast iron cast
Hardened cast iron hardened and tempered
Non-metallic materials
Thermoplasts
Thermosetting plastics
Plastic, glass-bre reinforced GFRP
Plastic, carbon bre reinforced CFRP
Graphite
Wood
Note: The given cutting values are guide values, which were determined under ideal conditions.
The values have to be adapted in individual cases.
For examples of material for cutting tool groups view page D22.
Turning insert, negative
Starting values for cutting speed vc [m/min]
Feed rate [mm] Feed rate [mm] Feed rate [mm]
A
325
A
B
C
D
E
HC (CVD)
YBC251 YBC352 YBM153 YBM253 YBD052 YBD102 YB7315 YBD152
0,1 0,4 0,8 0,2 0,5 1 0,2 0,4 0,6 0,2 0,4 0,6 0,1 0,3 0,4 0,1 0,3 0,4 0,1 0,3 0,5 0,1 0,3 0,5
430 320 180 430 330 220
350 260 140 350 270 180
260 190 110 260 210 150
250 180 100 250 200 140
210 160 80 210 170 120
330 230 120 320 240 150
210 170 110 200 170 120
190 150 100 180 160 120
170 140 90 150 130 90
260 190 120 220 180 130
100 75 50 - - -
380 295 210 350 265 180
190 155 120 150 110 65
250 200 150 200 140 80
200 160 130 160 115 70
620 420 230 530 380 220 600 410 220 540 375 210
300 220 150 240 200 150 330 240 150 280 210 140
310 220 150 300 210 145 340 250 160 290 215 140
230 160 110 220 150 105 260 190 120 210 155 100
350 275 230 330 265 220 370 300 230 320 265 210
250 160 105 230 155 100 280 200 120 230 165 100
MillingDrilling
Technical
Information
Index
Recommended cutting data General turning
Turning
Starting values for cutting speed vc [m/min]
Feed rate [mm] Feed rate [mm] Feed rate [mm] Feed rate [mm] Feed rate [mm] Feed rate [mm] Feed rate [mm] Feed rate [mm]
A
326
A
B
C
D
E
P
125 1
190 2
250 3
270 4
300 5
180 6
275 7
300 8
350 9
200 10
325 11
M
200 12
240 13
180 14
230 15
K
180 16
260 17
160 18
250 19
130 20
230 21
N
60 22
100 23
75 24
90 25
130 26
110 27
90 28
100 29
S
200 30
280 31
250 32
350 33
320 34
Rm 400 35
Rm 1050 36
H
55 HRC 37
60 HRC 38
400 39
55 HRC 40
X
41
42
43
44
45
46
HC (CVD) HC (PVD)
YBD152C YBG101 YBG105
0,1 0,3 0,5 0,1 0,3 0,6 0,1 0,3 0,6
360 290 200
180 150 110
240 190 140
190 150 110
570 395 220
310 230 150
310 230 150
230 170 110
340 280 220
250 180 110
2000 1200 -
610 420 -
550 300 -
360 190 -
320 170 -
730 350 -
370 330 -
270 200 -
65 45 -
60 40 -
60 40 -
55 35 -
55 35 -
100 60 -
80 40 -
MillingDrilling
Technical
Information
Index Turning
Recommended cutting dataGeneral turning
Material group Composition / structure / heat treatment
Brinell
hardness
HB
Machining group
Unalloyed steel
approx. 0,15 % C annealed
approx. 0,45 % C annealed
approx. 0,45 % C tempered
approx. 0,75 % C annealed
approx. 0,75 % C tempered
Low-alloyed steel
annealed
tempered
tempered
tempered
High-alloyed steel and high-alloyed
tool steel
annealed
hardened and tempered
Stainless steel
ferritic/martensitic annealed
martensitic tempered
austenitic quench hardened
austenitic-ferritic
Grey cast iron perlitic/ferritic
perlitic (martensitic)
Cast iron with spheroidal graphite ferritic
perlitic
Malleable cast iron ferritic
perlitic
Aluminium wrought alloys cannot be hardened
hardenable hardened
Cast aluminium alloys
≤ 12 % Si, cannot be hardened
≤ 12 % Si, hardenable hardened
> 12 % Si, cannot be hardened
Copper and copper alloys
(bronze/brass)
machining steel, PB> 1%
CuZn, CuSnZn
CuSn, Pb-free copper, electrolytic copper
Heat-resistant alloys
Fe-based alloys annealed
hardened
Ni or Co bass
annealed
hardened
cast
Titanium alloys pure titanium
α and β alloys hardened
Hardened steel hardened and tempered
hardened and tempered
Hard cast iron cast
Hardened cast iron hardened and tempered
Non-metallic materials
Thermoplasts
Thermosetting plastics
Plastic, glass-bre reinforced GFRP
Plastic, carbon bre reinforced CFRP
Graphite
Wood
Note: The given cutting values are guide values, which were determined under ideal conditions.
The values have to be adapted in individual cases.
For examples of material for cutting tool groups view page D22.
Starting values for cutting speed vc [m/min]
Feed rate [mm] Feed rate [mm] Feed rate [mm]
Turning insert, negative
A
327
A
B
C
D
E
HC (PVD) HC1HT HW BL
YB9320 YBG205 YNG151C YNG151 YNT251 YD101 YD201 YCB111
0,1 0,3 0,6 0,1 0,3 0,6 0,1 0,2 0,4 0,1 0,2 0,4 0,1 0,2 0,4 0,05 0,2 0,35 0,1 0,2 0,3 0,1 0,2 0,3
510 350 - 510 350 - 510 350 -
430 270 - 430 270 - 430 270 -
330 220 - 330 220 - 330 220 -
320 200 - 320 200 - 320 200 -
280 170 - 280 170 - 280 170 -
400 240 - 400 240 - 400 240 -
290 180 - 290 180 - 290 180 -
240 170 - 240 170 - 240 170 -
220 150 - 220 150 - 220 150 -
340 220 - 340 220 - 340 220 -
180 110 - 180 110 - 180 110 -
360 290 200 320 250 160
190 155 110 170 150 110
250 210 150 230 190 140
200 165 120 180 150 110
430 365 280 430 365 280 430 365 280
390 340 270 390 340 270 390 340 270
360 300 220 360 300 220 360 300 220
340 295 230 340 295 230 340 295 230
310 260 190 310 260 190 310 260 190
250 210 150 250 210 150 250 210 150
1750 1200 800 1750 1200 800
510 380 250 510 380 250
460 320 175 460 320 175
300 205 110 300 205 110
270 185 100 270 185 100
610 410 205 610 410 205
310 250 195 310 250 195
225 170 115 225 170 115
5535-55- -6545-6545-6545-
5030-50- -6040-6040-6040-
5030-50- -6040-6040-6040-
4525-45- -5535-5535-5535-
4525-45- -5535-5535-5535-
8060-70- -9060-9060-9060-
6040-50- -8040-8040-8040-
240 180 140
220 180 140
250 150 100
200 150 100
MillingDrilling
Technical
Information
Index
Recommended cutting data General turning
Turning
Starting values for cutting speed vc [m/min]
Feed rate [mm] Feed rate [mm] Feed rate [mm] Feed rate [mm] Feed rate [mm] Feed rate [mm] Feed rate [mm] Feed rate [mm]
A
328
A
B
C
D
E
P
125 1
190 2
250 3
270 4
300 5
180 6
275 7
300 8
350 9
200 10
325 11
M
200 12
240 13
180 14
230 15
K
180 16
260 17
160 18
250 19
130 20
230 21
N
60 22
100 23
75 24
90 25
130 26
110 27
90 28
100 29
S
200 30
280 31
250 32
350 33
320 34
Rm 400 35
Rm 1050 36
H
55 HRC 37
60 HRC 38
400 39
55 HRC 40
X
41
42
43
44
45
46
BL BH
YCB121 YCB131 YCB211
0,1 0,2 0,3 0,1 0,3 0,5 0,1 0,3 0,5
1500 980 400
1250 800 320
---
300 200 100
---
300 200 100
220 170 130 160 120 100
200 160 120 150 120 100
200 150 100 180 120 100
200 150 100 150 120 100
MillingDrilling
Technical
Information
Index Turning
Recommended cutting dataGeneral turning
Material group Composition / structure / heat treatment
Brinell
hardness
HB
Machining group
Unalloyed steel
approx. 0,15 % C annealed
approx. 0,45 % C annealed
approx. 0,45 % C tempered
approx. 0,75 % C annealed
approx. 0,75 % C tempered
Low-alloyed steel
annealed
tempered
tempered
tempered
High-alloyed steel and high-alloyed
tool steel
annealed
hardened and tempered
Stainless steel
ferritic/martensitic annealed
martensitic tempered
austenitic quench hardened
austenitic-ferritic
Grey cast iron perlitic/ferritic
perlitic (martensitic)
Cast iron with spheroidal graphite ferritic
perlitic
Malleable cast iron ferritic
perlitic
Aluminium wrought alloys cannot be hardened
hardenable hardened
Cast aluminium alloys
≤ 12 % Si, cannot be hardened
≤ 12 % Si, hardenable hardened
> 12 % Si, cannot be hardened
Copper and copper alloys
(bronze/brass)
machining steel, PB> 1%
CuZn, CuSnZn
CuSn, Pb-free copper, electrolytic copper
Heat-resistant alloys
Fe-based alloys annealed
hardened
Ni or Co bass
annealed
hardened
cast
Titanium alloys pure titanium
α and β alloys hardened
Hardened steel hardened and tempered
hardened and tempered
Hard cast iron cast
Hardened cast iron hardened and tempered
Non-metallic materials
Thermoplasts
Thermosetting plastics
Plastic, glass-bre reinforced GFRP
Plastic, carbon bre reinforced CFRP
Graphite
Wood
Note: The given cutting values are guide values, which were determined under ideal conditions.
The values have to be adapted in individual cases.
For examples of material for cutting tool groups view page D22.
Starting values for cutting speed vc [m/min]
Feed rate [mm] Feed rate [mm] Feed rate [mm]
Turning insert, negative
A
329
A
B
C
D
E
BL BH CM CN
YZB121 YZB221 YZB231 CA1000 CN1000 CN2000
0,3 0,9 1,5 0,3 0,9 1,5 0,1 0,6 1,5 0,1 0,6 1,5 0,1 0,6 1,5 0,1 0,6 1,5
1500 950 400 1200 800 400 1200 800 200 800 700 600 700 600 500
1250 780 320 980 650 320 1000 650 200 750 625 500 800 700 600
------800550200600530450600530450
500 300 100 400 250 100 700 500 200 500 420 350 500 420 350
------1200 750 200 800 700 600 800 700 600
500 300 100 400 250 100 1000 650 200 700 600 500 700 600 500
200 160 120
200 160 120
200 155 100
200 155 100
MillingDrilling
Technical
Information
Index
Recommended cutting data General turning
Turning
Starting values for cutting speed vc [m/min]
Feed rate [mm] Feed rate [mm] Feed rate [mm] Feed rate [mm] Feed rate [mm] Feed rate [mm]
A
330
A
B
C
D
E
P
125 1
190 2
250 3
270 4
300 5
180 6
275 7
300 8
350 9
200 10
325 11
M
200 12
240 13
180 14
230 15
K
180 16
260 17
160 18
250 19
130 20
230 21
N
60 22
100 23
75 24
90 25
130 26
110 27
90 28
100 29
S
200 30
280 31
250 32
350 33
320 34
Rm 400 35
Rm 1050 36
H
55 HRC 37
60 HRC 38
400 39
55 HRC 40
X
41
42
43
44
45
46
HC (CVD)
YB6315 YBC152 YBC252
0,1 0,2 0,4 0,1 0,2 0,4 0,1 0,3 0,6
450 390 270 450 390 270 430 350 230
380 330 230 380 330 230 360 295 190
300 265 200 300 265 200 280 235 160
290 255 190 290 255 190 270 225 150
250 225 170 250 225 170 235 195 130
360 300 180 360 300 180 340 270 170
250 210 150 250 210 150 235 195 140
230 200 150 230 200 150 220 180 140
200 170 120 200 170 120 190 155 110
320 275 190 320 275 190 280 230 170
160 150 130 160 150 130 130 115 100
MillingDrilling
Technical
Information
Index Turning
Recommended cutting dataGeneral turning
Material group Composition / structure / heat treatment
Brinell
hardness
HB
Machining group
Unalloyed steel
approx. 0,15 % C annealed
approx. 0,45 % C annealed
approx. 0,45 % C tempered
approx. 0,75 % C annealed
approx. 0,75 % C tempered
Low-alloyed steel
annealed
tempered
tempered
tempered
High-alloyed steel and high-alloyed
tool steel
annealed
hardened and tempered
Stainless steel
ferritic/martensitic annealed
martensitic tempered
austenitic quench hardened
austenitic-ferritic
Grey cast iron perlitic/ferritic
perlitic (martensitic)
Cast iron with spheroidal graphite ferritic
perlitic
Malleable cast iron ferritic
perlitic
Aluminium wrought alloys cannot be hardened
hardenable hardened
Cast aluminium alloys
≤ 12 % Si, cannot be hardened
≤ 12 % Si, hardenable hardened
> 12 % Si, cannot be hardened
Copper and copper alloys
(bronze/brass)
machining steel, PB> 1%
CuZn, CuSnZn
CuSn, Pb-free copper, electrolytic copper
Heat-resistant alloys
Fe-based alloys annealed
hardened
Ni or Co bass
annealed
hardened
cast
Titanium alloys pure titanium
α and β alloys hardened
Hardened steel hardened and tempered
hardened and tempered
Hard cast iron cast
Hardened cast iron hardened and tempered
Non-metallic materials
Thermoplasts
Thermosetting plastics
Plastic, glass-bre reinforced GFRP
Plastic, carbon bre reinforced CFRP
Graphite
Wood
Note: The given cutting values are guide values, which were determined under ideal conditions.
The values have to be adapted in individual cases.
For examples of material for cutting tool groups view page D22.
Turning insert, positive
Starting values for cutting speed vc [m/min]
Feed rate [mm] Feed rate [mm] Feed rate [mm]
A
331
A
B
C
D
E
HC (CVD)
YBC251 YBC352 YBM153 YBM253 YBD052 YBD102 YB7315 YBD152
0,1 0,3 0,6 0,2 0,4 0,6 0,1 0,2 0,4 0,1 0,2 0,4 0,1 0,2 0,4 0,1 0,2 0,4 0,1 0,2 0,4 0,1 0,2 0,4
390 310 180 390 310 230
315 245 140 315 250 190
235 185 110 230 195 160
225 175 100 220 185 150
190 150 80 185 155 120
300 230 120 290 225 150
190 160 110 170 150 130
170 140 100 150 140 130
145 120 90 130 110 90
230 185 120 180 160 140
90 75 50 - - -
360 340 260 330 300 230
180 170 140 150 130 95
240 220 170 195 170 115
190 175 140 160 140 100
560 380 210 480 345 200 540 370 200 490 340 190
270 200 140 220 180 135 300 220 135 250 190 130
280 220 135 270 210 130 300 230 145 260 200 125
210 160 100 200 150 95 230 180 110 190 140 90
290 250 190 275 240 180 310 260 190 265 230 170
210 160 90 190 145 85 230 170 100 190 140 90
MillingDrilling
Technical
Information
Index
Recommended cutting data General turning
Turning
Starting values for cutting speed vc [m/min]
Feed rate [mm] Feed rate [mm] Feed rate [mm] Feed rate [mm] Feed rate [mm] Feed rate [mm] Feed rate [mm] Feed rate [mm]
A
332
A
B
C
D
E
P
125 1
190 2
250 3
270 4
300 5
180 6
275 7
300 8
350 9
200 10
325 11
M
200 12
240 13
180 14
230 15
K
180 16
260 17
160 18
250 19
130 20
230 21
N
60 22
100 23
75 24
90 25
130 26
110 27
90 28
100 29
S
200 30
280 31
250 32
350 33
320 34
Rm 400 35
Rm 1050 36
H
55 HRC 37
60 HRC 38
400 39
55 HRC 40
X
41
42
43
44
45
46
HC (CVD) HC (PVD)
YBD152C YBG101 YBG105
0,1 0,2 0,4 0,1 0,2 0,4 0,1 0,2 0,4
305 245 205
150 125 100
200 165 145
160 130 115
520 360 200
280 210 135
280 220 135
210 160 100
280 245 180
210 160 100
1800 880 -
540 380 -
500 270 -
320 170 -
290 150 -
660 320 -
330 300 -
220 175 -
5035-6045-
4530-5540-
4530-5540-
40 - - 50 35 -
40 - - 50 35 -
8560-9560-
6540-7540-
MillingDrilling
Technical
Information
Index Turning
Recommended cutting dataGeneral turning
Material group Composition / structure / heat treatment
Brinell
hardness
HB
Machining group
Unalloyed steel
approx. 0,15 % C annealed
approx. 0,45 % C annealed
approx. 0,45 % C tempered
approx. 0,75 % C annealed
approx. 0,75 % C tempered
Low-alloyed steel
annealed
tempered
tempered
tempered
High-alloyed steel and high-alloyed
tool steel
annealed
hardened and tempered
Stainless steel
ferritic/martensitic annealed
martensitic tempered
austenitic quench hardened
austenitic-ferritic
Grey cast iron perlitic/ferritic
perlitic (martensitic)
Cast iron with spheroidal graphite ferritic
perlitic
Malleable cast iron ferritic
perlitic
Aluminium wrought alloys cannot be hardened
hardenable hardened
Cast aluminium alloys
≤ 12 % Si, cannot be hardened
≤ 12 % Si, hardenable hardened
> 12 % Si, cannot be hardened
Copper and copper alloys
(bronze/brass)
machining steel, PB> 1%
CuZn, CuSnZn
CuSn, Pb-free copper, electrolytic copper
Heat-resistant alloys
Fe-based alloys annealed
hardened
Ni or Co bass
annealed
hardened
cast
Titanium alloys pure titanium
α and β alloys hardened
Hardened steel hardened and tempered
hardened and tempered
Hard cast iron cast
Hardened cast iron hardened and tempered
Non-metallic materials
Thermoplasts
Thermosetting plastics
Plastic, glass-bre reinforced GFRP
Plastic, carbon bre reinforced CFRP
Graphite
Wood
Note: The given cutting values are guide values, which were determined under ideal conditions.
The values have to be adapted in individual cases.
For examples of material for cutting tool groups view page D22.
Starting values for cutting speed vc [m/min]
Feed rate [mm] Feed rate [mm] Feed rate [mm]
Turning insert, positive
A
333
A
B
C
D
E
HC (PVD) HC1HT HW BL
YB9320 YBG205 YNG151C YNG151 YNT251 YD101 YD201 YCB111
0,1 0,2 0,4 0,1 0,2 0,4 0,1 0,2 0,4 0,1 0,2 0,4 0,1 0,2 0,4 0,05 0,2 0,35 0,1 0,3 0,6 0,1 0,2 0,3
470 320 - 470 320 - 470 320 -
400 250 - 400 250 - 400 250 -
300 200 - 300 200 - 300 200 -
290 180 - 290 180 - 290 180 -
245 150 - 245 150 - 245 150 -
370 220 - 370 220 - 370 220 -
255 160 - 255 160 - 255 160 -
200 140 - 200 140 - 200 140 -
185 130 - 185 130 - 185 130 -
285 180 - 285 180 - 285 180 -
150 90 - 150 90 - 150 90 -
305 245 206 270 205 165
160 130 110 145 125 100
210 180 155 195 165 145
170 140 120 155 130 115
390 330 255 390 330 255 390 330 255
355 310 245 355 310 245 355 310 245
330 270 200 330 270 200 330 270 200
310 270 210 310 270 210 310 270 210
260 220 160 260 220 160 260 220 160
210 170 120 210 170 120 210 170 120
1550 1050 700 1550 1050 700
450 320 200 450 320 200
400 270 150 400 270 150
250 170 95 250 170 95
230 150 85 230 150 85
550 370 170 550 370 170
260 210 160 260 210 160
190 145 95 190 145 95
5035-50- -6040-6040-6040-5530-5530-
4530-45- -5535-5535-5535-5525-5525-
4530-45- -5535-5535-5535-4525-4525-
40- -40- -5030-5030-5030-3520-3520-
40- -40- -5030-5030-5030-4020-4020-
7560-70- -8555-8555-8555-6040-6040-
5540-45- -7535-7535-7535-30- -30- -
240 180 140
220 180 140
250 150 100
200 150 100
MillingDrilling
Technical
Information
Index
Recommended cutting data General turning
Turning
Starting values for cutting speed vc [m/min]
Feed rate [mm] Feed rate [mm] Feed rate [mm] Feed rate [mm] Feed rate [mm] Feed rate [mm] Feed rate [mm] Feed rate [mm]
A
334
A
B
C
D
E
P
125 1
190 2
250 3
270 4
300 5
180 6
275 7
300 8
350 9
200 10
325 11
M
200 12
240 13
180 14
230 15
K
180 16
260 17
160 18
250 19
130 20
230 21
N
60 22
100 23
75 24
90 25
130 26
110 27
90 28
100 29
S
200 30
280 31
250 32
350 33
320 34
Rm 400 35
Rm 1050 36
H
55 HRC 37
60 HRC 38
400 39
55 HRC 40
X
41
42
43
44
45
46
BL BH
YCB121 YCB131 YCB211
0,1 0,2 0,3 0,1 0,2 0,3 0,1 0,2 0,4
1330 905 410
1100 740 330
---
240 180 100
---
240 180 100
220 170 130 160 120 100
200 160 120 150 120 100
200 150 100 180 120 100
200 150 100 150 120 100
MillingDrilling
Technical
Information
Index Turning
Recommended cutting dataGeneral turning
Material group Composition / structure / heat treatment
Brinell
hardness
HB
Machining group
Unalloyed steel
approx. 0,15 % C annealed
approx. 0,45 % C annealed
approx. 0,45 % C tempered
approx. 0,75 % C annealed
approx. 0,75 % C tempered
Low-alloyed steel
annealed
tempered
tempered
tempered
High-alloyed steel and high-alloyed
tool steel
annealed
hardened and tempered
Stainless steel
ferritic/martensitic annealed
martensitic tempered
austenitic quench hardened
austenitic-ferritic
Grey cast iron perlitic/ferritic
perlitic (martensitic)
Cast iron with spheroidal graphite ferritic
perlitic
Malleable cast iron ferritic
perlitic
Aluminium wrought alloys cannot be hardened
hardenable hardened
Cast aluminium alloys
≤ 12 % Si, cannot be hardened
≤ 12 % Si, hardenable hardened
> 12 % Si, cannot be hardened
Copper and copper alloys
(bronze/brass)
machining steel, PB> 1%
CuZn, CuSnZn
CuSn, Pb-free copper, electrolytic copper
Heat-resistant alloys
Fe-based alloys annealed
hardened
Ni or Co bass
annealed
hardened
cast
Titanium alloys pure titanium
α and β alloys hardened
Hardened steel hardened and tempered
hardened and tempered
Hard cast iron cast
Hardened cast iron hardened and tempered
Non-metallic materials
Thermoplasts
Thermosetting plastics
Plastic, glass-bre reinforced GFRP
Plastic, carbon bre reinforced CFRP
Graphite
Wood
Note: The given cutting values are guide values, which were determined under ideal conditions.
The values have to be adapted in individual cases.
For examples of material for cutting tool groups view page D22.
Starting values for cutting speed vc [m/min]
Feed rate [mm] Feed rate [mm] Feed rate [mm]
Turning insert, positive
A
335
A
B
C
D
E
MillingDrilling
Technical
Information
Index
Recommended cutting data General turning
Turning
A
336
A
B
C
D
E
MillingDrilling
Technical
Information
Index Turning
Recommended cutting dataGeneral turning
Notes
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A337
A
Parting & grooving
Product overview A338-A339
System overview A340-A343
Chip breaker overview A344-A345
Grade overview A346-A347
Application fields of grades A348-A350
System code – inserts A352
Inserts A353-A367
System code – inserts – QC series A368
Inserts – QC series A369-A373
System code – tool holders A374-A376
Tool holders A377-A397
System code – tool holders – QC series A398
Tool holders – QC series A399-A401
Recommended cutting data A402-A404
Technical Information A455
Parting & grooving inserts
Double sided
Width
Page
ZT*D-MM
ZT*D-MG
ZT**-EG
ZP*D-MG
ZP*D-MG-R/L
2-8 2.5-6 1-6.5 2.5-6 2.35-2.85
A353 A357 A359 A354 A356
Width
Page
ZR*D-MG
ZR*D-EG
ZR*D-LH
ZILD-LC
2.5-6 3-6 6-8 8
A362 A363 A366 A367
Single sided
Width
Page
ZT*S-MG
ZP*S-MG
ZIMF-NM
ZIGQ-NM
5-6 2.5-6 3-6 3-6
A358 A355 A364 A365
Three cutting edges
Width
Page
QC**R/L
QC**R/L***R
0.75-4.8 1-4
A369 A372
Parting & grooving Product overview
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A338
External tool holders
Page
GQC**R/L
QE**R/L
QE*S**N
QE*SR/L
QECDR/L
A399 A377 A383 A382 A380
Page
QF**R/L
QF**RR/LL
QF*DR/L
QF*SRR/LL
QFHSDR/L
QX*DR/L
QZS*
A385 A387 A390 A389 A392 A381 A384
Boring bars
Page
C***-Q*DR/L
C40X-Q*DR/L
S**-QC**R/L
A395 A394 A400
Product overview Parting & grooving
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A339
External machining - Parting
Product Tool holders Inserts Tool features an parameters Page
QE*D*R/L
ZP**D*
– Inserts with 3D chip breakers for low cutting forces and
good chip control.
– Max. parting diameter 60.0 mm
– Double edged
A377
QE*S*R/L
ZP*S*
– Inserts with three different chip breakers for low cutting
forces and good chip control.
– Max. parting diameter 60.0 mm
– Double edged
A382
QZ**+QE**
ZP*S**
Variable overhang, also for in greater grooving depths.
– Max. parting diameter 120.0 mm
– Single edge
A384
External machining - Grooving an precise grooving
Product Tool holders Inserts Tool features an parameters Page
QE*D*R/L
ZT*D**
With this universal tooling system, using the different
inserts, applications like parting, grooving, profiling and
turning are possible
– Max. groove depth 30.0 mm
– Double edged A377
QE*D*R/L
ZR*D*
With this universal tooling system, using the different
inserts, applications like parting, grooving, profiling and
turning are possible
– Max. groove depth 30.0 mm
– Double edged A377
QE*D*R/L
ZT*D**-EG
– Ground inserts for precision grooving.
– Cutting edge width can be any size between 1.0–6.5 mm
according to customers requirements.
A377
Parting & grooving System overview
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A340
External machining - Grooving an precise grooving
Product Tool holders Inserts Tool features an parameters Page
QE*S*R/L
ZT*S*
With this universal tooling system, and by using the
different inserts, applications like parting, grooving,
profiling and turning are possible
– Max. groove depth 30.0 mm
– Single edged A382
External machining - Axial grooving
Product Tool holders Inserts Tool features an parameters Page
QF*D*LL-H
ZT*D**
Tooling system for groove turning and profiling.
– Parting diameter 48.0–400.0 mm
– Groove depth 10.0–30.0 mm
– Double edged
A385
QF*D*LL-H
ZR*D**
Tooling system for groove turning and profiling.
– Parting diameter 48.0–400.0 mm
– Groove depth 10.0–30.0 mm
– Double edged
A385
QF*D*R/L-L
ZT*D**
Tooling system for groove turning and profiling.
– Parting diameter 48.0–400.0 mm
– Groove depth 10.0–30.0 mm
– 90° tool holder, top clamping
– Double edged" A390
QF*D*R/L-L
ZR*D**
Tooling system for groove turning and profiling.
– Parting diameter 48.0–400.0 mm
– Groove depth 10.0–30.0 mm
– 90° tool holder, top clamping
– Double edged" A390
External machining - Undercutting
Product Tool holders Inserts Tool features an parameters Page
QX*D*
ZT*D**
– Monoblock tool holder positioned at an angle (45°).
Tooling system for undercutting and turning.
– Different turning operations like recesses, undercuts and
copy turning.
– Double edged A381
System overview Parting & grooving
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A341
External machining - Undercutting
Product Tool holders Inserts Tool features an parameters Page
QX*D*
ZR*D**
– Monoblock tool holder positioned at an angle (45°).
Tooling system for undercutting and turning.
– Different turning operations like recesses, undercuts and
copy turning.
– Double edged A381
External machining - Grooving
Product Tool holders Inserts Tool features an parameters Page
GQCR/L
QC16/22****
– Precision ground with high tolerances.
– Sharp cutting edge for precise machining.
– High efficiency with three cutting edges.
– Finishing for groove width between 0.5 mm–4.8 mm
– Max. groove depth 5.0 mm
– Triple edged A399
Internal machining - Grooving & turning
Product Tool holders Inserts Tool features an parameters Page
C*-Q*R/L*
ZT*D**
Tooling system for groove turning and profiling.
– Max. groove depth 13.0 mm
– Min. diameter 27.0 mm
– Double edged
A395
C*-Q*R/L*
ZR*D*
Tooling system for groove turning and profiling.
– Max. groove depth 13.0 mm
– Min. diameter 27.0 mm
– Double edged
A395
Internal machining - Grooving
Product Tool holders Inserts Tool features an parameters Page
S***-QC**R/L*
QC11/16/22****
– Fine ground insert for high precision.
– Groove width 0.5–4.8 mm
– Min. diameter 16.0 mm
– Max. groove depth 4.0 mm (Right holder + left insert Left
holder + right insert)
– Double edged A400
Parting & grooving System overview
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A342
Aluminium machining - Facing & longitudinal profile turning
Product Tool holders Inserts Tool features an parameters Page
C*X-Q*DR/L
ZR**-LH
– Special chip breakers for machining of aluminium.
– Sharp and stable cutting edge for continuous and
interrupted cut.
– Profiling of aluminium rims.
– Double edged A394
Machining of Heat resistant alloy materials - External machining
Product Tool holders Inserts Tool features an parameters Page
QE*S*N
ZIGQ**
– Precision insert with optimised seat and safe clamping.
– Insert for heat-resistant alloys and special materials.
A382
QE*S*N
ZIMF**
– Precision insert with optimised seat and safe clamping.
– Insert for heat-resistant alloys and special materials.
A382
System overview Parting & grooving
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A343
Grooving
MM PMK S
Ground chip breaker with straight cutting edge for general machining of steel, stainless steel and heat-resistant alloys.
Suitable for grooving, turning and parting.
MG PMK S
Universal chip breaker for general machining of steel, stainless steel and cast iron. Suitable for grooving, turning and
parting.
MG PMK S
Universal chip breaker with round profile for general machining of steel, stainless steel and cast iron. Suitable for grooving
and profiling.
EG MP S
Ground precision chip breaker for grooving and turning applications. Suitable for machining of stainless steel. E-tolerance
for high repeatability.
EG MP S
Ground precision chip breaker with round profile for grooving and turning applications. Suitable for machining of
stainless steel. E-tolerance for high repeatability.
NM S
Special chip breaker for machining of heat-resistant materials.
Parting & grooving Chip breaker overview
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A344
Grooving
LC N
Ground chip breaker for profile and turning applications of non-ferrous metals.
LH N
Ground chip breaker for profile and turning applications of non-ferrous metals.
Chip breaker overview Parting & grooving
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A345
Parting & grooving
Grade ISO Micro structure Grade description
YBC152 P10 - P20
CVD coated P10–P20 carbide grade for finishing to medium operation of steel and casting
steel. Outstanding performance under higher cutting speed and temperature with
excellent wear resistance.
YBC251 P20 - P35 CVD coated P20–P35 carbide grade for medium operation to roughing of steel and casting
steel in lower cutting speed.
YBC252 P20 - P35 CVD coated P20–P35 carbide grade for medium operation to roughing of steel and casting
steel. Optimal performance of wear resistance and toughness for a wide application field.
YBG102 S05 - S15 PVD coated S05–S15 carbide substrate for finishing to medium application of super alloy
material, stainless steel and aluminum. Good wear resistance in a wide application field.
YBG105 S05 - S20
PVD multilayer coated S05–S20 carbide substrate for finishing to medium application of
super alloy material but also stainless steel. Good wear resistance and thermal stability in a
wide application field.
YB9320 P10 - P30
M10 - M25
PVD multilayer coated P10–P30/M10–M25 carbide substrate for finishing to medium
application of stainless steel, super alloy and steel (grooving/milling). Optimized coating
stability for higher wear resistance and thermal stability in a wide application fi
YBG202 P10 - P30
M10 - M25
PVD coated P10–P30/M10–M25 carbide substrate for finishing to medium application of
stainless steel and steel (milling). Good wear resistance in a wide application field.
YBG205
P10 - P30
M20 - M40
S15-S25
PVD multilayer coated P10–P30/M20–M40/S15–S25 carbide substrate for finishing to
medium application of stainless steel, super alloy and steel (milling). Good wear resistance
and thermal stability in a wide application field.
Parting & grooving Grade overview
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A346
Parting & grooving
Grade ISO Micro structure Grade description
YBG302 P15 - P30
M25 - M40
PVD coated P15–P30/M25–M40 carbide substrate for medium roughing application of
stainless steel and steel (milling). Good wear resistance and toughness.
YD101 K05 - K20
N05 - N20
Uncoated K05–K20/N05–N20 carbide substrate for fine to medium application in
aluminum and other material.
YD201 K10 - K30
N10 - N30
Uncoated K10–K30/N10–N30 carbide substrate for medium application in aluminum and
other material.
Grade overview Parting & grooving
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A347
A
348
A
B
C
D
E
P0–10 P10–15 P20–25 P30–35
P
YBC152
YBC252
YBC251
Parting & grooving Application elds of grades
MillingDrilling
Technical
Information
Index Turning
CVD grades for steel, stainless steel and cast iron
Wear resistance
Fine-nishing Finishing Medium machining Roughing
A
349
A
B
C
D
E
N01 N10 N20 N25
YB9320
YBG105
YD201
M
N
YBG205
YD101
M05 M10 M20 M30
YBG202
Parting & groovingApplication elds of grades
MillingDrilling
Technical
Information
Index Turning
PVD grade for stainless steel and heat-resistant alloys
Wear resistanceWear resistance
Turning grades for non-ferrous metals
Fine-
nishing
Finishing Medium
machining
Rouhging
Fine-
nishing
Finishing Medium
machining
Roughing
A
350
A
B
C
D
E
A
350
ISO HC1 (CVD) HC1 (PVD) HT HC2Ceramic HW CBN PCD
P
P01
P10
P20
P30
P40
M
M01
M10
M20
M30
M40
K
K01
K10
K20
K30
N
N01
N10
N20
N30
S
S01
S10
S20
S30
H
H01
H10
H20
H30
YB9320
YB9320
YBG102
YBG302
YBG302
YBG202YBG202
YBC251
YBC252
YBC152
YD101
YD102
HC1
HT
HC2
HW
M
KH
N
S
P
MillingDrilling
Technical
Information
Index Turning
Application elds of grades
Parting & grooving
HC1
HT
HC2
HW
M
KH
N
S
P
Application fields of grades – parting & grooving
HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Heat-resistant alloys
Hardened materials
Non-ferrous metals
Steel
Stainless steel
Cast iron
MM
New
A
351
Ground chip breaker in combination with grade YB9320
for general machining of steel, stainless steel and heat-
resistant alloys. Suitable for grooving, groove turning
and parting.
Width 2.0 mm bis 8.0 mm
chip breaker
A
352
A
B
C
D
E
ZP G D 04 04 – M G
12345 67
Code
B2,0
E2,5
F3,0
G4,0
H5,0
K6,0
L8,0
2
Code
S
D
3
Code
M±0,13
E±0,025
6
Code
G
F
M
7
Code
ZP
ZT
ZR
1
S
Code S
02 2,0
025 2,5
03 3,0
04 4,0
05 5,0
06 6,0
08 8,0
4
r
Code r
02 0,2
03 0,3
04 0,4
08 0,8
5
Parting & grooving System code – inserts
MillingDrilling
Technical
Information
Index Turning
Insert seat size [mm]
Groove width
Description
No. of cutting edges
Description
Single
Double
Tolerance class [mm]
Description
Chip breaker
Description
General chip breaker
Special chip breaker
Straight edge
Application
Description
Parting
Grooving & turning
Form turning
Insert thickness S [mm]
Nose radius r [mm]
Parting inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
ZT** parting & grooving insert (double sided) HC1 (CVD) HC1 (PVD) HW
S
S
R
La
Double cutting edge
P
M
K
N
S
H
ISO R±0.1 La max Sf
YBC252
YBC251
YBG105
YBG102
YB9320
YBG205
YBG202
YBG302
YD101
YD201
ZTBD02002-MM 0.2 13 2 0,02-0,07 ƔƔżż
ZTED02503-MM 0.3 17 2.5 0,03-0,1 Ɣ
ZTFD0303-MM 0.3 17 3 0,04-0,13 Ɣ
ZTGD0404-MM 0.4 22 4 0,06-0,18 Ɣ
ZTHD0504-MM 0.4 22 5 0,08-0,23 Ɣ
ZTKD0608-MM 0.8 22 6 0,12-0,27 Ɣ
ZTLD0808-MM 0.8 28 8 0,13-0,29 Ɣż
ƔEx stock żOn demand HC1Coated carbide
HW Uncoated carbide
Tool holders
*-QBDR/L QE*D*R/L QF*D*R/L-H QF*D*LL-H QF*D*RR-H QF*D*R/L-L C***-Q*DR/L
A395 A377 A385 A387 A387 A390 A395
Inserts Parting & grooving
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A353
System code A352 Grade selection A350 Technical info A447 Cutting data A402
Parting inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
Parting & grooving insert (double sided) HC1 (CVD) HC1 (PVD) HW
Double cutting edge
P
M
K
N
S
H
ISO R±0.1 La max S±0.10 f
YBC252
YBC251
YBG105
YBG102
YB9320
YBG205
YBG202
YBG302
YD101
YD201
ZPED02502-MG 0.2 17 2.5 0,03-0,1 ƔƔƔƔ
ZPFD0302-MG 0.2 17 3 0,04-0,13 ƔƔƔƔ
ZPGD0402-MG 0.2 22 4 0,07-0,18 ƔƔƔƔż
ZPHD0503-MG 0.3 22 5 0,1-0,24 ƔƔ
ZPKD0604-MG 0.4 22 6 0,12-0,29 żƔƔ
ƔEx stock żOn demand HC1Coated carbide
HW Uncoated carbide
Tool holders
QE*D*R/L QF*D*R/L-H QF*D*LL-H QF*D*RR-H QF*D*R/L-L C***-Q*DR/L
A377 A385 A387 A387 A390 A395
Parting & grooving Inserts
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A354
System code A352 Grade selection A350 Technical info A447 Cutting data A402
Parting inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
Parting & grooving insert (single sided) HC1 (CVD) HC1 (PVD) HW
Single cutting edge
P
M
K
N
S
H
ISO R±0.1 S±0.10 f
YBC252
YBC251
YBG105
YBG102
YB9320
YBG205
YBG202
YBG302
YD101
YD201
ZPES02502-MG 0.2 2.5 0,03-0,1 ƔƔ
ZPFS0302-MG 0.2 3 0,04-0,13 ƔƔƔ
ZPGS0402-MG 0.2 4 0,07-0,18 żƔƔż
ZPHS0503-MG 0.3 5 0,1-0,24 żƔ
ZPKS0604-MG 0.4 6 0,12-0,29 ƔƔ
ƔEx stock żOn demand
Single sided inserts only for parting blades
HC1Coated carbide
HW Uncoated carbide
Tool holders
QE*S*R/L QZ**+QE** QF*S*LL-H QF*S*RR-H QF*S*R/L-L QF*S*R/L-H
A379 A383 A389 A389 A392 A393
Inserts Parting & grooving
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A355
System code A352 Grade selection A350 Technical info A447 Cutting data A402
Parting inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
ZT** parting & grooving insert (double sided) HC1 (CVD) HC1 (PVD) HW
La
S
R
R
Ɵ
Ɵ
LP
M
K
N
S
H
ISO La max LSθR f
YBC252
YBC251
YBG105
YBG102
YB9320
YBG205
YBG202
YBG302
YD101
YD201
ZPED02502-MG-6L 17 20 2.35 0.2 0,03-0,08 Ɣ
ZPED02502-MG-6R 17 20 2.35 0.2 0,03-0,08 ƔƔ
ZPED02502-MG-15L 17 20 2.35 15° 0.2 0,03-0,05 ż
ZPED02502-MG-15R 17 20 2.35 15° 0.2 0,03-0,05 żż
ZPFD0302-MG-6L 17 20 2.85 0.2 0,04-0,1 ƔƔƔ
ZPFD0302-MG-6R 17 20 2.85 0.2 0,04-0,1 ƔƔż
ZPFD0302-MG-15L 17 20 2.85 15° 0.2 0,04-0,08 żż
ZPFD0302-MG-15R 17 20 2.85 15° 0.3 0,04-0,08 ƔƔż
ƔEx stock żOn demand HC1Coated carbide
HW Uncoated carbide
Tool holders
QE*D*R/L
A377
Parting & grooving Inserts
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A356
System code A352 Grade selection A350 Technical info A447 Cutting data A402
Parting inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
Parting & grooving insert (double sided) HC1 (CVD) HC1 (PVD) HW
Double cutting edge
P
M
K
N
S
H
ISO R±0.1 La max S±0.10 f
YBC252
YBC251
YBG105
YBG102
YB9320
YBG205
YBG202
YBG302
YD101
YD201
ZTED02503-MG 0.3 17 2.5 0,03-0,11 ƔƔ
ZTFD0303-MG 0.3 17 3 0,04-0,14 ż ƔƔƔ
ZTGD0404-MG 0.4 22 4 0,07-0,2 Ɣ ƔƔƔ Ɣ
ZTHD0504-MG 0.4 22 5 0,10-0,25 ƔƔƔ
ZTKD0608-MG 0.8 22 6 0,13-0,30 żƔƔ
ƔEx stock żOn demand HC1Coated carbide
HW Uncoated carbide
Tool holders
QE*D*R/L QF*D*R/L-H QF*D*LL-H QF*D*RR-H QF*D*R/L-L C***-Q*DR/L
A377 A385 A387 A387 A390 A395
Inserts Parting & grooving
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A357
System code A352 Grade selection A350 Technical info A447 Cutting data A402
Parting inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
Parting & grooving insert (single sided) HC1 (CVD) HC1 (PVD) HW
Single cutting edge
P
M
K
N
S
H
ISO R±0.1 S±0.10 f
YBC252
YBC251
YBG105
YBG102
YB9320
YBG205
YBG202
YBG302
YD101
YD201
ZTHS0504-MG 0.4 5 0,10-0,25 ƔƔ
ZTKS0608-MG 0.8 6 0,13-0,30 żƔ
ƔEx stock żOn demand HC1Coated carbide
HW Uncoated carbide
Tool holders
QE*S*R/L QZ**+QE** QF*S*LL-H QF*S*RR-H QF*S*R/L-L QF*S*R/L-H
A379 A383 A389 A389 A392 A393
Parting & grooving Inserts
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A358
System code A352 Grade selection A350 Technical info A447 Cutting data A402
Parting inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
Parting & grooving insert (double sided) HC1 (CVD) HC1 (PVD) HW
P
M
K
N
S
H
ISO La max S±0.025 R±0.05 f
YBC252
YBC251
YBG105
YBG102
YB9320
YBG205
YBG202
YBG302
YD101
YD201
ZTCD01002-EG 2.6 1 0.2 0,02-0,04 ż
ZTCD010500-EG 2.6 1.05 0 0,02-0,04 ż
ZTCD011502-EG 2.6 1.15 0.2 0,02-0,04 ż
ZTCD01202-EG 2.6 1.2 0.2 0,02-0,04 ż
ZTCD01302-EG 2.6 1.3 0.2 0,02-0,04 ż
ZTCD013802-EG 2.6 1.38 0.2 0,02-0,04 ż
ZTCD01402-EG 2.6 1.4 0.2 0,02-0,04 ż
ZTCD01500-EG 2.6 1.5 0 0,02-0,04 ż
ZTCD01502-EG 2.6 1.5 0.2 0,02-0,04 ż
ZTCD01503-EG 2.6 1.5 0.3 0,02-0,04 ż
ZTCD015503-EG 2.6 1.55 0.3 0,02-0,04 ż
ZTCD01602-EG 2.6 1.6 0.2 0,02-0,04 Ɣ
ZTCD01702-EG 3.4 1.7 0.2 0,02-0,08 ż
ZTCD017503-EG 3.4 1.75 0.3 0,02-0,08 ż
ZTCD017602-EG 3.4 1.76 0.2 0,02-0,08 ż
ZTCD01802-EG 3.4 1.8 0.2 0,02-0,08 ż
ZTCD018502-EG 3.4 1.85 0.2 0,02-0,08 ż
ZTCD02000-EG 3.4 2 0 0,02-0,08 ż
ZTCD02002-EG 3.4 2 0.2 0,02-0,08 Ɣ
ZTCD02003-EG 3.4 2 0.3 0,02-0,08 ż
ZTCD020503-EG 3.4 2.05 0.3 0,02-0,08 ż
ZTCD021502-EG 3.4 2.15 0.2 0,02-0,08 ż
ZTCD022503-EG 3.4 2.25 0.3 0,02-0,08 ż
ZTCD02302-EG 3.4 2.3 0.2 0,03-0,11 ż
ZTCD02303-EG 3.4 2.3 0.3 0,03-0,11 ż
ZTCD02402-EG 3.4 2.4 0.2 0,03-0,11 ż
ƔEx stock żOn demand HC1Coated carbide
HW Uncoated carbide
Tool holders
QECD
A380
Inserts Parting & grooving
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A359
System code A352 Grade selection A350 Technical info A447 Cutting data A402
Parting inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
Parting & grooving insert (double sided) HC1 (CVD) HC1 (PVD) HW
P
M
K
N
S
H
ISO La max S±0.025 R±0.05 f
YBC252
YBC251
YBG105
YBG102
YB9320
YBG205
YBG202
YBG302
YD101
YD201
ZTED0247020-EG 17 2.47 0.2 0,03-0,11 ż
ZTED02502-EG 17 2.5 0.2 0,03-0,11 ż
ZTED026502-EG 17 2.65 0.2 0,03-0,11 ż
ZTED02702-EG 17 2.7 0.2 0,03-0,11 ż
ZTED02703-EG 17 2.7 0.3 0,03-0,11 ż
ZTED02802-EG 17 2.8 0.2 0,04-0,13 ż
ZTED02803-EG 17 2.8 0.3 0,04-0,13 ż
ZTED02804-EG 17 2.8 0.4 0,04-0,13 ż
ZTED02903-EG 17 2.9 0.3 0,04-0,13 ż
ZTFD03001-EG 17 3 0.1 0,04-0,13 ż
ZTFD03002-EG 17 3 0.2 0,04-0,13 ż
ZTFD03003-EG 17 3 0.3 0,04-0,13 ż
ZTFD03005-EG 17 3 0.5 0,04-0,13 ż
ZTFD031802-EG 17 3.18 0.2 0,04-0,13 ż
ZTFD03203-EG 17 3.2 0.3 0,04-0,13 ż
ZTFD0325024-EG 17 3.25 0.24 0,04-0,13 ż
ZTFD03302-EG 17 3.3 0.2 0,04-0,13 żż
ZTFD03303-EG 17 3.3 0.3 0,04-0,13 ż
ZTFD03403-EG 17 3.4 0.3 0,04-0,13 ż
ZTFD035-EG 17 3.5 0 0,04-0,13 ż
ZTFD03602-EG 17 3.6 0.2 0,04-0,13 ż
ZTGD039602-EG 22 3.96 0.2 0,07-0,18 ż
ZTGD04002-EG 22 4 0.2 0,07-0,18 żżż
ZTGD04003-EG 22 4 0.3 0,07-0,18 ż
ZTGD04004-EG 22 4 0.4 0,07-0,18 ż
ZTGD04008-EG 22 4 0.8 0,07-0,18 ż
ZTGD0423010-EG 22 4.23 0.1 0,07-0,18 ż
ZTGD04503-EG 22 4.5 0.3 0,07-0,18 ż
ZTGD04505-EG 22 4.8 0.5 0,07-0,18 ż
ZTGD04803-EG 22 4.8 0.3 0,1-0,24 ż
ZTGD04805-EG 22 4.8 0.5 0,1-0,24 ż
ZTHD05003-EG 22 5 0.3 0,1-0,24 ż
ZTHD05004-EG 22 5 0.4 0,1-0,24 ż
ZTHD05008-EG 22 5 0.8 0,1-0,24 ż
ƔEx stock żOn demand HC1Coated carbide
HW Uncoated carbide
Parting & grooving Inserts
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A360
System code A352 Grade selection A350 Technical info A447 Cutting data A402
Parting inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
Parting & grooving insert (double sided) HC1 (CVD) HC1 (PVD) HW
P
M
K
N
S
H
ISO La max S±0.025 R±0.05 f
YBC252
YBC251
YBG105
YBG102
YB9320
YBG205
YBG202
YBG302
YD101
YD201
ZTHD05003-EG 22 5 0.3 0,1-0,24
ZTHD05004-EG 22 5 0.4 0,1-0,24
ZTHD05008-EG 22 5 0.8 0,1-0,24
ZTHD05012-EG 22 5 0.12 0,1-0,24 ż
ZTHD05202-EG 22 5.2 0.2 0,1-0,24 ż
ZTHD052503-EG 22 5.25 0.3 0,1-0,24 ż
ZTHD05403-EG 22 5.4 0.3 0,1-0,24 ż
ZTHD05508-EG 22 5.5 0.8 0,1-0,24 ż
ZTHD055603-EG 22 5.56 0.3 0,1-0,24 ż
ZTKD06004-EG 22 6 0.4 0,12-0,29 ż
ZTKD06504-EG 22 6.5 0.4 0,12-0,29 ż
ƔEx stock żOn demand HC1Coated carbide
HW Uncoated carbide
Tool holders
QE*D*R/L QF*D*R/L-H QF*D*LL-H QF*D*RR-H QF*D*R/L-L C***-Q*DR/L
A377 A385 A387 A387 A390 A395
Inserts Parting & grooving
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A361
System code A352 Grade selection A350 Technical info A447 Cutting data A402
Parting inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
Parting & grooving insert (double sided) HC1 (CVD) HC1 (PVD) HW
Double cutting edge
P
M
K
N
S
H
ISO La max S±0.10 f
YBC252
YBC251
YBG105
YBG102
YB9320
YBG205
YBG202
YBG302
YD101
YD201
ZRED025-MG 17.5 2.5 0,03-0,11 ƔƔ
ZRFD03-MG 17 3 0,04-0,14 ƔƔƔ
ZRGD04-MG 21 4 0,07-0,2 żƔƔ
ZRHD05-MG 20 5 0,1-0,24 ƔƔ
ZRKD06-MG 19 6 0,12-0,29 ƔƔ
ƔEx stock żOn demand HC1Coated carbide
HW Uncoated carbide
Tool holders
QE*D*R/L QX*D* QF*D*R/L-H QF*D*LL-H QF*D*RR-H QF*D*R/L-L C*X-Q*DR/L
A377 A381 A385 A387 A387 A390 A394
C***-Q*DR/L
A395
Parting & grooving Inserts
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A362
System code A352 Grade selection A350 Technical info A447 Cutting data A402
Parting inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
Parting & grooving insert (double sided) HC1 (CVD) HC1 (PVD) HW
Double cutting edge
P
M
K
N
S
H
ISO La max S±0.025 f
YBC252
YBC251
YBG105
YBG102
YB9320
YBG205
YBG202
YBG302
YD101
YD201
ZRFD03-EG 17 3 0,04-0,14 Ɣż
ZRGD04-EG 21 4 0,07-0,2 Ɣ
ZRHD05-EG 20 5 0,1-0,24 Ɣż
ZRKD06-EG 19 6 0,12-0,29 ż
ƔEx stock żOn demand HC1Coated carbide
HW Uncoated carbide
Tool holders
QE*D*R/L QX*D* QF*D*R/L-H QF*D*LL-H QF*D*RR-H QF*D*R/L-L C*X-Q*DR/L
A377 A381 A385 A387 A387 A390 A394
C***-Q*DR/L
A395
Inserts Parting & grooving
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A363
System code A352 Grade selection A350 Technical info A447 Cutting data A402
Parting inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
Parting & grooving insert (single sided) HC1 (CVD) HC1 (PVD) HW
P
M
K
N
S
H
ISO R±0.1 W±0.05 b L f
YBC252
YBC251
YBG105
YBG102
YB9320
YBG205
YBG202
YBG302
YD101
YD201
ZIMF304N-NM 0.4 3 2.4 15.3 0,04-0,11 Ɣ
ZIMF406N-NM 0.6 4 3.2 15.3 0,07-0,16 Ɣż
ZIMF506N-NM 0.6 5 4 15.3 0,1-0,2 Ɣż
ZIMF608N-NM 0.8 6 4 15.3 0,12-0,23 Ɣż
ƔEx stock żOn demand HC1Coated carbide
HW Uncoated carbide
Tool holders
QE*S*R/L-N
A382
Parting & grooving Inserts
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A364
System code A352 Grade selection A350 Technical info A447 Cutting data A402
Parting inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
Parting & grooving insert (single sided) HC1 (CVD) HC1 (PVD) HW
P
M
K
N
S
H
ISO W±0.05 b L f
YBC252
YBC251
YBG105
YBG102
YB9320
YBG205
YBG202
YBG302
YD101
YD201
ZIGQ3N-NM 3 2.4 15.3 0,04-0,11 Ɣż
ZIGQ4N-NM 4 3.2 15.3 0,07-0,16 Ɣż
ZIGQ5N-NM 5 4 15.3 0,1-0,2 Ɣż
ZIGQ6N-NM 6 5 15.3 0,13-0,24 Ɣż
ƔEx stock żOn demand HC1Coated carbide
HW Uncoated carbide
Tool holders
QE*S*R/L-N
A382
Inserts Parting & grooving
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A365
System code A352 Grade selection A350 Technical info A447 Cutting data A402
Parting inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
Parting & grooving insert (double sided) HC1 (CVD) HC1 (PVD) HW
P
M
K
N
S
H
ISO La max S±0.025 f
YBC252
YBC251
YBG105
YBG102
YB9320
YBG205
YBG202
YBG302
YD101
YD201
ZRKD06-LH 19 6 0,12-0,23 ż
ZRLD08-LH 22 8 0,14-0,26 Ɣ
ƔEx stock żOn demand HC1Coated carbide
HW Uncoated carbide
Tool holders
QE*D*R/L C*X-Q*DR/L C***-Q*DR/L
A377 A394 A395
Parting & grooving Inserts
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A366
System code A352 Grade selection A350 Technical info A447 Cutting data A402
Parting inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
Parting & grooving insert (double sided) HC1 (CVD) HC1 (PVD) HW
R
La
10o
P
M
K
N
S
H
ISO La max S±0.025 f
YBC252
YBC251
YBG105
YBG102
YB9320
YBG205
YBG202
YBG302
YD101
YD201
ZILD08-LC 22 8 0,14-0,26 żż
ƔEx stock żOn demand HC1Coated carbide
HW Uncoated carbide
Inserts Parting & grooving
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A367
System code A352 Grade selection A350 Technical info A447 Cutting data A402
A
368
A
B
C
D
E
QC 22 R 300 R 03
1234 56
1
Code I.C
11 6,35
16 9,525
22 12,70
2
Code
050 0,50
100 1,00
480 4,80
4
Code
005 0,05
02 0,2
03 0,3
04 0,4
6
Code
R
L
3
Code
R
C
5
QC 22 R 300 – R
1234 5
1
Code I.C
11 6,35
16 9,525
22 12,70
2
Code
050 0,50
100 1,00
480 4,80
45
Code
R
L
3
Parting & grooving System code – inserts – QC series
MillingDrilling
Technical
Information
Index Turning
Series
Cutting edge length [mm]
Groove width [mm]
Description
Radius/Chamfer [mm]
Description
Cutting direction
Description
Right
Left
Edge shape
Description
Radius
Chamfer
Triangular inserts (round edge)
Series
Cutting edge length [mm] Groove width [mm]
Description
Round
Cutting direction
Description
Right
Left
Parting inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
QC** turning/milling insert HC1 (CVD) HC1 (PVD) HW
S
S1
ØI.C
Lamax
2o
Right hand style
P
M
K
N
S
H
ISO La max S±0.025 R/C ØI.C S1 ød f
YBC252
YBC251
YBG105
YBG102
YB9320
YBG205
YBG202
YBG302
YD101
YD201
QC11R120-R02 1.5 1.2 0.2 6.35 3.18 2.8 0,02-0,03 Ɣ
QC11L120-R02 1.5 1.2 0.2 6.35 3.18 2.8 0,02-0,03 Ɣ
QC11R125-R02 1.5 1.25 0.2 6.35 3.18 2.8 0,02-0,03 Ɣ
QC11L125-R02 1.5 1.25 0.2 6.35 3.18 2.8 0,02-0,03 Ɣ
QC11R145-R02 1.5 1.45 0.2 6.35 3.18 2.8 0,02-0,05 Ɣ
QC11L145-R02 1.5 1.45 0.2 6.35 3.18 2.8 0,02-0,05 Ɣ
QC11R150-R02 1.5 1.5 0.2 6.35 3.18 2.8 0,02-0,05 Ɣ
QC11L150-R02 1.5 1.5 0.2 6.35 3.18 2.8 0,02-0,05 Ɣ
QC11R200-R02 2 2 0.2 6.35 3.18 2.8 0,02-0,06 Ɣ
QC11L200-R02 2 2 0.2 6.35 3.18 2.8 0,02-0,06 Ɣ
QC11R225-R02 2 2.25 0.2 6.35 3.18 2.8 0,02-0,06 ż
QC11L225-R02 2 2.25 0.2 6.35 3.18 2.8 0,02-0,06 ż
QC16R075-R01 2 0.75 0.1 9.525 3.18 4.4 0,02-0,03 ż
QC16L075-R01 2 0.75 0.1 9.525 3.18 4.4 0,02-0,03 ż
QC16R080-R01 2 0.8 0.1 9.525 3.18 4.4 0,02-0,03 ż
QC16R095-R01 2 0.95 0.1 9.525 3.18 4.4 0,02-0,03 ż
QC16L095-R01 2 0.95 0.1 9.525 3.18 4.4 0,02-0,03 ż
QC16L100-R01 2 1 0.1 9.525 3.18 4.4 0,02-0,03 ż
QC16R110-R01 2 1.1 0.1 9.525 3.18 4.4 0,02-0,03 żż
QC16L110-R01 2 1.1 0.1 9.525 3.18 4.4 0,02-0,03 Ɣż
QC16R115-R04 2 1.15 0.4 9.525 3.18 4.4 0,02-0,03 ż
QC16R120-R01 2 1.2 0.1 9.525 3.18 4.4 0,02-0,03 ż
QC16L120-R01 2 1.2 0.1 9.525 3.18 4.4 0,02-0,03 ż
QC16R125-R02 2 1.25 0.2 9.525 3.18 4.4 0,02-0,03 żż
QC16L125-R02 2 1.25 0.2 9.525 3.18 4.4 0,02-0,03 Ɣ
QC16R130-R02 2 1.3 0.2 9.525 3.18 4.4 0,02-0,06 ż
QC16L130-R02 2 1.3 0.2 9.525 3.18 4.4 0,02-0,06 ż
QC16R140-R02 2 1.4 0.2 9.525 3.18 4.4 0,02-0,06 ż
QC16R145-R02 2 1.45 0.2 9.525 3.18 4.4 0,02-0,06 Ɣ
QC16L145-R02 2 1.45 0.2 9.525 3.18 4.4 0,02-0,06 Ɣ
QC16R150-R02 2 1.5 0.2 9.525 3.18 4.4 0,02-0,06 Ɣ
QC16L150-R02 2 1.5 0.2 9.525 3.18 4.4 0,02-0,06 ż
QC16R160-R02 2 1.6 0.2 9.525 3.18 4.4 0,02-0,06 Ɣ
QC16L160-R02 2 1.6 0.2 9.525 3.18 4.4 0,02-0,06 Ɣ
ƔEx stock żOn demand HC1Coated carbide
HW Uncoated carbide
Inserts – QC series Parting & grooving
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A369
System code A352 Grade selection A350 Technical info A447 Cutting data A402
Parting inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
QC** turning/milling insert HC1 (CVD) HC1 (PVD) HW
S
S1
ØI.C
Lamax
2o
Right hand style
P
M
K
N
S
H
ISO La max S±0.025 R/C ØI.C S1 ød f
YBC252
YBC251
YBG105
YBG102
YB9320
YBG205
YBG202
YBG302
YD101
YD201
QC16R165-R02 2 1.65 0.2 9.525 3.18 4.4 0,02-0,06 ż
QC16L165-R02 2 1.65 0.2 9.525 3.18 4.4 0,02-0,06 ż
QC16R170-R02 2 1.7 0.2 9.525 3.18 4.4 0,02-0,06 ż
QC16L170-R02 2 1.7 0.2 9.525 3.18 4.4 0,02-0,06 ż
QC16R175-R02 2 1.75 0.2 9.525 3.18 4.4 0,02-0,07 Ɣ
QC16L175-R02 2 1.75 0.2 9.525 3.18 4.4 0,02-0,06 ż
QC16R180-R02 2 1.8 0.2 9.525 3.18 4.4 0,02-0,07 ż
QC16R185-R02 2.5 1.85 0.2 9.525 3.18 4.4 0,02-0,07 Ɣ
QC16L185-R02 2.5 1.85 0.2 9.525 3.18 4.4 0,02-0,07 ż
QC16R200-R02 2.5 2 0.2 9.525 3.18 4.4 0,02-0,07 Ɣ
QC16L200-R02 2.5 2 0.2 9.525 3.18 4.4 0,02-0,07 Ɣ
QC16L210-R02 2.5 2.1 0.2 9.525 3.18 4.4 0,02-0,07 ż
QC16L210-R05 2.5 2.1 0.5 9.525 3.18 4.4 0,02-0,07 ż
QC16R220-R02 2.5 2.2 0.2 9.525 3.18 4.4 0,02-0,07 ż
QC16L220-R02 2.5 2.2 0.2 9.525 3.18 4.4 0,02-0,07 ż
QC16R250-R02 2.5 2.5 0.2 9.525 3.18 4.4 0,02-0,08 Ɣż
QC16L250-R02 2.5 2.5 0.2 9.525 3.18 4.4 0,02-0,08 Ɣ
QC16R300-R02 3 3 0.2 9.525 3.18 4.4 0,03-0,11 Ɣ
QC16L300-R02 3 3 0.2 9.525 3.18 4.4 0,03-0,11 Ɣ
QC22L100-R02 2 1 0.2 12.7 4.76 5.5 0,02-0,03 ż
QC22R125-R02 2 1.25 0.2 12.7 4.76 5.5 0,02-0,03 Ɣ
QC22L125-R02 2 1.25 0.2 12.7 4.76 5.5 0,02-0,03 ż
QC22R145-R02 2 1.45 0.2 12.7 4.76 5.5 0,02-0,06 ż
QC22L145-R02 2 1.45 0.2 12.7 4.76 5.5 0,02-0,06 ż
QC22R150-R02 3.5 1.5 0.2 12.7 4.76 5.5 0,02-0,06 ż
QC22L150-R02 3.5 1.5 0.2 12.7 4.76 5.5 0,02-0,06 ż
QC22R175-R02 3.5 1.75 0.2 12.7 4.76 5.5 0,02-0,06 Ɣ
QC22L175-R02 3.5 1.75 0.2 12.7 4.76 5.5 0,02-0,06 ż
QC22R185-R02 3.5 1.85 0.2 12.7 4.76 5.5 0,02-0,07 Ɣ
QC22L185-R02 3.5 1.85 0.2 12.7 4.76 5.5 0,02-0,07 ż
QC22R195-R02 3.5 1.95 0.2 12.7 4.76 5.5 0,02-0,07 ż
QC22R200-R02 3.5 2 0.2 12.7 4.76 5.5 0,02-0,07 ż
QC22L200-R02 3.5 2 0.2 12.7 4.76 5.5 0,02-0,07 ż
QC22R225-R02 3.5 2.25 0.2 12.7 4.76 5.5 0,02-0,07 ż
ƔEx stock żOn demand HC1Coated carbide
HW Uncoated carbide
Parting & grooving Inserts – QC series
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A370
System code A352 Grade selection A350 Technical info A447 Cutting data A402
Parting inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
QC** turning/milling insert HC1 (CVD) HC1 (PVD) HW
S
S1
ØI.C
Lamax
2o
Right hand style
P
M
K
N
S
H
ISO La max S±0.025 R/C ØI.C S1 ød f
YBC252
YBC251
YBG105
YBG102
YB9320
YBG205
YBG202
YBG302
YD101
YD201
QC22R230-R02 3.5 2.3 0.2 12.7 4.76 5.5 0,02-0,07 Ɣ
QC22L230-R02 3.5 2.3 0.2 12.7 4.76 5.5 0,02-0,07 ż
QC22R250-R03 4 2.5 0.3 12.7 4.76 5.5 0,02-0,08 Ɣ
QC22L250-R03 4 2.5 0.3 12.7 4.76 5.5 0,02-0,08 ż
QC22R265-R03 4 2.65 0.3 12.7 4.76 5.5 0,02-0,08 Ɣ
QC22L265-R03 4 2.65 0.3 12.7 4.76 5.5 0,02-0,08 Ɣ
QC22R280-R03 4 2.8 0.3 12.7 4.76 5.5 0,02-0,08 Ɣ
QC22L280-R03 4 2.8 0.3 12.7 4.76 5.5 0,02-0,08 ż
QC22R300-R03 4 3 0.3 12.7 4.76 5.5 0,03-0,11 ż
QC22L300-R03 4 3 0.3 12.7 4.76 5.5 0,03-0,11 ż
QC22R320-R03 4 3.2 0.3 12.7 4.76 5.5 0,03-0,11 ż
QC22L320-R03 4 3.2 0.3 12.7 4.76 5.5 0,03-0,11 ż
QC22R330-R03 4 3.3 0.3 12.7 4.76 5.5 0,03-0,11 ż
QC22L330-R03 4 3.3 0.3 12.7 4.76 5.5 0,03-0,11 ż
QC22R350-R03 5 3.5 0.3 12.7 4.76 5.5 0,05-0,13 ż
QC22L350-R03 5 3.5 0.3 12.7 4.76 5.5 0,05-0,13 ż
QC22R400-R04 5 4 0.4 12.7 4.76 5.5 0,05-0,14 ż
QC22L400-R04 5 4 0.4 12.7 4.76 5.5 0,05-0,14 Ɣ
QC22R430-R04 5 4.3 0.4 12.7 4.76 5.5 0,05-0,14 ż
QC22L430-R04 5 4.3 0.4 12.7 4.76 5.5 0,05-0,14 żż
QC22R450-R04 5 4.5 0.4 12.7 4.76 5.5 0,06-0,18 ż
QC22L450-R04 5 4.5 0.4 12.7 4.76 5.5 0,06-0,18 żż
QC22R480-R04 5 4.8 0.4 12.7 5.06 5.5 0,06-0,18 ż
QC22L480-R04 5 4.8 0.4 12.7 5.06 5.5 0,08-0,2 ż
ƔEx stock żOn demand HC1Coated carbide
HW Uncoated carbide
Tool holders
GQCR/L S***-QC**R/L
A399 A400
Inserts – QC series Parting & grooving
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A371
System code A352 Grade selection A350 Technical info A447 Cutting data A402
Parting inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
QC** turning/milling insert HC1 (CVD) HC1 (PVD) HW
Right hand style
P
M
K
N
S
H
ISO La max S±0.025 R/C ØI.C S1 ød f
YBC252
YBC251
YBG105
YBG102
YB9320
YBG205
YBG202
YBG302
YD101
YD201
QC16R100R 2 1 0.5 12.7 3.18 4.4 0,02-0,03 ż
QC16R120R 2 1.2 0.6 12.7 3.18 4.4 0,02-0,03 ż
QC16R150R 2 1.5 0.75 12.7 3.18 4.4 0,02-0,06 ż
QC16R200R 2.5 2 1 12.7 3.18 4.4 0,02-0,07 Ɣ
QC16L200R 2.5 2 1 12.7 3.18 4.4 0,02-0,07 ż
QC16R250R 2.5 2.5 1.25 12.7 3.18 4.4 0,02-0,08 ż
QC16L280R 2.5 2.8 1.4 12.7 3.18 4.4 0,02-0,08 ż
QC16R300R 2.5 3 1.5 12.7 3.18 4.4 0,03-0,11 Ɣ
QC16L300R 2.5 3 1.5 12.7 3.18 4.4 0,03-0,11 Ɣż
QC22R100R 2 1 0.5 12.7 4.76 5.5 0,02-0,03 Ɣ
QC22L100R 2 1 0.5 12.7 4.76 5.5 0,02-0,03 żƔ
QC22R150R 3.5 1.5 0.75 12.7 4.76 5.5 0,02-0,06 Ɣ
QC22L150R 3.5 1.5 0.75 12.7 4.76 5.5 0,02-0,06 Ɣż
QC22R170R 3.5 1.7 0.85 12.7 4.76 5.5 0,02-0,06 ż
QC22R200R 3.5 2 1 12.7 4.76 5.5 0,02-0,07 ż
QC22L200R 3.5 2 1 12.7 4.76 5.5 0,02-0,07 ż
QC22R250R 4 2.5 1.25 12.7 4.76 5.5 0,02-0,08 Ɣ
QC22L250R 4 2.5 1.25 12.7 4.76 5.5 0,02-0,08 Ɣ
QC22R300R 4 3 1.5 12.7 4.76 5.5 0,03-0,11 Ɣ
QC22L300R 4 3 1.5 12.7 4.76 5.5 0,03-0,11 Ɣ
QC22R320R 4 3.2 1.6 12.7 4.76 5.5 0,03-0,11 ż
QC22R400R 5 4 2 12.7 4.76 5.5 0,05-0,14 Ɣ
QC22L400R 5 4 2 12.7 4.76 5.5 0,05-0,14 Ɣ
ƔEx stock żOn demand HC1Coated carbide
HW Uncoated carbide
Tool holders
GQCR/L S***-QC**R/L
A399 A400
Parting & grooving Inserts – QC series
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A372
System code A352 Grade selection A350 Technical info A447 Cutting data A402
Inserts – QC series Parting & grooving
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A373
Notes
A
374
A
B
C
D
E
Q F G D 2525 R 22 (S) – (130) (H)
1234 5 678 9 10
5
Code
H
L90°
10
Code
S
87 9
1
Code
E
F
2
Code
S
D
4
Code
B2,0
E2,5
F3,0
G4,0
H5,0
K6,0
L8,0
3
Code
R
L
N
6
Parting & grooving System code – tool holders
MillingDrilling
Technical
Information
Index Turning
External tool holders
Cross section
of holder
[mm] x [mm]
Cutting head
Description
Extra
Description
Strengthened holder
for deep cuts
Max. cutting depth
[mm]
Min. diameter of work piece
for rst axial grooving [mm]
Holder for
parting & grooving
Application
Description
External machining
Axial machining
No. of cutting edges
Description
Single
Double
Insert seat size [mm]
Holder/cutting width
Description
Type
Description
Right
Left
Right and left
A
375
A
B
C
D
E
C 32 S – Q G D R 11–44
123 45678 9
1
89
2
Code
Q180
R200
S250
X320
34
Code
B2.0
E2.5
F3.0
G4.0
H5.0
K6.0
L8.0
5
Code
S
D
6
Code
R
L
N
7
System code – tool holders Parting & grooving
MillingDrilling
Technical
Information
Index Turning
Boring bars
Clamping system
Max.
cutting depth
[mm]
Min. internal diameter
of work piece [mm]
Diameter
[mm]
Length [mm]
Description
180
200
250
320
Holder for
grooving
Insert seat size [mm]
Holder/Cutting width
Description
No. of cutting edges
Description
Single
Double
Type
Description
Right
Left
Right and left
A
376
A
B
C
D
E1
Code
S
D
2
34
QZ S 32 32
1234
Q E G D 32 N
123456
1
Code
E
2
Code
S
D
4
Code
B2,0
E2,5
F3,0
G4,0
H5,0
K6,0
L8,0
3
5
Code
R
L
N
6
Parting & grooving System code – tool holders
MillingDrilling
Technical
Information
Index Turning
Blade
Clamping block
Parting & grooving tool
No. of cutting edges
Description
Single
Double
Clamping surface height
[mm]
Blade height
[mm]
Blade for
parting & grooving
Application
Description
External machining
No. of cutting edges
Description
Single
Double
Insert seat size [mm]
Holder/ cutting width
Description
Blade height
[mm]
Type
Description
Right
Left
Right and left
Parting & grooving tool holder (external)
QE**R/L
Stock Dimensions [mm] Inserts
Article RL HxB L S W ar
max
QEBD1616R/L04 żż 16x16 150 16.17 2 4 Z*BD**
QEBD2020R/L07 żż 20x20 150 20.17 2 7 Z*BD**
QEED1616R/L10 ƔƔ 16x16 125 15 2.5 10 Z*ED**
QEED1616R/L17 ƔƔ 16x16 125 15 2.5 17 Z*ED**
QEED2020R/L17 ƔƔ 20x20 125 19 2.5 17 Z*ED**
QEED2020R/L10 ƔƔ 20x20 150 10 2.5 10 Z*ED**
QEED2525R/L10 ƔƔ 25x25 150 19 2.5 10 Z*ED**
QEED2525R/L17 ƔƔ 25x25 150 19 2.5 17 Z*ED**
QEFD1616R/L10 ƔƔ 16x16 125 14.8 3 10 Z*FD**
QEFD1616R/L17 ƔƔ 16x16 125 14.8 3 17 Z*FD**
QEFD2020R/L10 ƔƔ 20x20 125 18.8 3 10 Z*FD**
QEFD2020R/L17 ƔƔ 20x20 125 18.8 3 17 Z*FD**
QEFD2525R/L10 ƔƔ 25x25 150 23.8 3 10 Z*FD**
QEFD2525R/L17 ƔƔ 25x25 150 23.8 3 17 Z*FD**
QEGD2020R/L13 ƔƔ 20x20 140 18.5 4 13 Z*GD**
QEGD2020R/L22 ƔƔ 20x20 140 18.5 4 22 Z*GD**
QEGD2525R/L13 ƔƔ 25x25 150 23.5 4 13 Z*GD**
QEGD2525R/L22 ƔƔ 25x25 150 23.5 4 22 Z*GD**
QEGD3232R/L13 ƔƔ 32x32 170 30.5 4 13 Z*GD**
QEGD3232R/L22 ƔƔ 32x32 170 30.5 4 22 Z*GD**
QEHD2525R/L13 ƔƔ 25x25 150 23 5 13 Z*HD**
QEHD2525R/L22 ƔƔ 25x25 150 23 5 22 Z*HD**
QEHD3232R/L13 ƔƔ 32x32 170 30 5 13 Z*HD**
QEHD3232R/L22 ƔƔ 32x32 170 30 5 22 Z*HD**
QEKD2525R/L13 ƔƔ 25x25 150 22.6 6 13 Z*KD**
QEKD2525R/L22 ƔƔ 25x25 150 22.6 6 22 Z*KD**
QEKD3232R/L13 ƔƔ 32x32 170 29.6 6 13 Z*KD**
QEKD3232R/L22 ƔƔ 32x32 170 29.6 6 22 Z*KD**
ƔEx stock żOn demand
With internal cooling
Tool holders Parting & grooving
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A377
System code A376 Grade selection A350 Technical info A447 Cutting data A402
Parting & grooving tool holder (external)
Spare parts
Insert Z*BD** Z*ED** Z*ED** Z*FD** Z*FD** Z*GD** Z*HD** Z*KD**
H 16-20 16 20-32 16 20-32 20-32 20-32 20-32
Screw
GB70-85-
M5x16
(4.0 Nm)
GB70-85-
M5x20
(4.0 Nm)
GB70-85-
M6x20
(7.0 Nm)
GB70-85-
M5x20
(4.0 Nm)
GB70-85-
M6x20
(7.0 Nm)
GB70-85-
M6x20
(7.0 Nm)
GB70-85-
M6x20
(7.0 Nm)
GB70-85-
M6x20
(7.0 Nm)
Wrench WH40L WH40L WH50L WH40L WH50L WH50L WH50L WH50L
Insert
A353 A354 A356 A357 A359 A362 A363
A366
Parting & grooving Tool holders
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A378
System code A376 Grade selection A350 Technical info A447 Cutting data A402
Parting & grooving tool holder (external)
QE*SN30
Dimensions [mm] Inserts
Article Stock HxB L S W armax
QEHS2525N30 Ɣ25x25 150 12.5 5 30 Z*HS**
QEHS3232N30 Ɣ32x32 170 16 5 30 Z*HS**
QEKS2525N30 ż25x25 150 12.5 6 30 Z*KS**
QEKS3232N30 ż32x32 170 16 6 30 Z*KS**
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert Z*HS** Z*KS**
H 25-32 25-32
Screw GB70-85-M6x20
(7.0 Nm)
GB70-85-M6x20
(7.0 Nm)
Wrench WH50L WH50L
Insert
A355 A358
Tool holders Parting & grooving
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A379
System code A376 Grade selection A350 Technical info A447 Cutting data A402
Parting & grooving tool holder (external)
QECDR/L
Right hand style
Stock Dimensions [mm] Inserts
Article RL HxB L S W ar
max
QECD1616R/L025 żż 16x16 125 14.75 2.5 Z*CD**
QECD2020R/L025 żż 20x20 125 18.75 2.5 Z*CD**
QECD2525R/L025 żż 25x25 150 23.75 2.5 Z*CD**
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert Z*CD** Z*CD**
H 16 20-32
Screw GB70-85-M5x20
(4.0 Nm)
GB70-85-M6x20
(7.0 Nm)
Wrench WH40L WH50L
Insert
A359
Parting & grooving Tool holders
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A380
System code A376 Grade selection A350 Technical info A447 Cutting data A402
Parting & grooving tool holder (external)
QX*DR/L
Right hand style
Stock Dimensions [mm] Inserts
Article RL HxB L S W ar
max
QXFD2020R/L03-45 żż 20x20 125 23 3 3 Z*FD**
QXFD2525R/L03-45 ƔƔ 25x25 150 28 3 3 Z*FD**
QXFD3232R/L03-45 żż 32x32 170 35 3 3 Z*FD**
QXGD2020R/L03-45 żż 20x20 125 23 4 3 Z*GD**
QXGD2525R/L03-45 żż 25x25 150 28 4 3 Z*GD**
QXGD3232R/L03-45 żż 32x32 170 35 4 3 Z*GD**
QXHD2020R/L04-45 żż 20x20 125 24 5 4 Z*HD**
QXHD2525R/L04-45 żż 25x25 150 29 5 4 Z*HD**
QXHD3232R/L04-45 żż 32x32 170 36 5 4 Z*HD**
QXKD2020R/L04-45 żż 20x20 125 24 6 4 Z*KD**
QXKD2525R/L04-45 żż 25x25 150 29 6 4 Z*KD**
QXKD3232R/L04-45 żż 32x32 170 36 6 4 Z*KD**
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert Z*FD** Z*GD** Z*HD** Z*KD**
H 20-32 20-32 20-32 20-32
Screw GB70-85-M6x20
(7.0 Nm)
GB70-85-M6x20
(7.0 Nm)
GB70-85-M6x20
(7.0 Nm)
GB70-85-M6x20
(7.0 Nm)
Wrench WH50L WH50L WH50L WH50L
Insert
A362 A363
Tool holders Parting & grooving
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A381
System code A376 Grade selection A350 Technical info A447 Cutting data A402
Parting & grooving tool holder (external)
QE*SR/L
Right hand style
W
Stock Dimensions [mm] Inserts
Article RL HxB L S W ar
max
QEFS2525R/L12-3N żż 25x25 150 25.3 3 12 ZI**
QEGS2525R/L12-4N żż 25x25 150 25.3 4 12 ZI**
QEHS2525R/L12-5N żż 25x25 150 25.4 5 12 ZI**
QEKS2525R/L12-6N żż 25x25 150 25.4 6 12 ZI**
QEFS3232R/L22-3N żż 32x32 170 32.3 3 22 ZI**
QEGS3232R/L22-4N żż 32x32 170 32.3 4 22 ZI**
QEHS3232R/L22-5N żż 32x32 170 32.4 5 22 ZI**
QEKS3232R/L22-6N żż 32x32 170 32.4 6 22 ZI**
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert ZI**
H 25-32
Screw GB70-85-M6x20
(7.0 Nm)
Wrench WH50L
Insert
A364 A365
Parting & grooving Tool holders
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A382
System code A376 Grade selection A350 Technical info A447 Cutting data A402
Parting blade for external machining
QE*S**N
Dimensions [mm] Inserts
Article Stock H L h B W ØDmax
QEES26N Ɣ26 110 19 2 2.5 60 ZPES**
QEES32N Ɣ32 150 24.6 2 2.5 100 ZPES**
QEFS26N Ɣ26 110 19 2.4 3 60 ZPFS**
QEFS32N Ɣ32 150 24.6 2.4 3 100 ZPFS**
QEGS26N Ɣ26 110 19 3.2 4 70 ZPGS**
QEGS32N Ɣ32 150 24.6 3.2 4 120 ZPGS**
QEHS26N Ɣ26 110 19 4 5 70 ZPHS**
QEHS32N Ɣ32 150 24.6 4 5 120 ZPHS**
QEKS26N Ɣ26 110 19 5 6 70 ZPKS**
QEKS32N Ɣ32 150 24.6 5 6 120 ZPKS**
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert ZPES** ZPFS** ZPGS** ZPHS** ZPKS**
H 26-32 26-32 26-32 26-32 26-32
Wrench W50RL W50RL W50RL W50RL W50RL
Insert
A355 A358
Tool holders Parting & grooving
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A383
System code A376 Grade selection A350 Technical info A447 Cutting data A402
Clamping block (external)
QZS*
Dimensions [mm] Inserts
Article Stock HLh
1h2BB1
QZS2026 Ɣ20 86 10 46.6 19 38 QE**26
QZS2526 Ɣ25 86 5 46.6 23 42 QE**26
QZS3226 ż32 86 3 51.6 30 48 QE**26
QZS2032 Ɣ20 110 13 50 19 38 QE**32
QZS2532 Ɣ25 110 8 50 23 42 QE**32
QZS3232 Ɣ32 110 5 54 30 48 QE**32
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert QE**26 QE**32
H 20-32 20-32
Clamp QZC26 QZC32
Screw GB70-85-M6x20
(7.0 Nm)
GB70-85-M6x20
(7.0 Nm)
Wrench W50RL W50RL
Parting & grooving Tool holders
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A384
System code A376 Grade selection A350 Technical info A447 Cutting data A402
Parting & grooving tool holder (axial)
QF**R/L
Left hand style
ØD= Range of entering
Stock Dimensions [mm] Inserts
Article RL HxB L S W ar
max ØD
(min-max)
QFFD2020R/L7-48H żż 20x20 150 21 3 7 48-66 Z*FD**
QFFD2020R/L7-60H żż 20x20 150 21 3 7 60-80 Z*FD**
QFFD2020R/L7-74H żż 20x20 150 21 3 7 74-110 Z*FD**
QFFD2020R/L7-100H żż 20x20 150 21 3 7 100-150 Z*FD**
QFFD2020R/L10-48H żż 20x20 150 21 3 10 48-66 Z*FD**
QFFD2020R/L10-60H żż 20x20 150 21 3 10 60-80 Z*FD**
QFFD2020R/L10-74H żż 20x20 150 21 3 10 74-110 Z*FD**
QFFD2020R/L10-100H żż 20x20 150 21 3 10 100-150 Z*FD**
QFFD2525R/L10-48H ƔƔ 25x25 150 26 3 10 48-66 Z*FD**
QFFD2525R/L10-60H ƔƔ 25x25 150 26 3 10 60-80 Z*FD**
QFFD2525R/L10-74H ƔƔ 25x25 150 26 3 10 74-110 Z*FD**
QFFD2525R/L10-100H ƔƔ 25x25 150 26 3 10 100-150 Z*FD**
QFFD2525R/L17-48H ƔƔ 25x25 150 26 3 17 48-66 Z*FD**
QFFD2525R/L17-60H ƔƔ 25x25 150 26 3 17 60-80 Z*FD**
QFFD2525R/L17-74H ƔƔ 25x25 150 26 3 17 74-110 Z*FD**
QFFD2525R/L17-100H ƔƔ 25x25 150 26 3 17 100-150 Z*FD**
QFGD2020R/L10-52H żż 20x20 150 19 4 10 52-72 Z*GD**
QFGD2020R/L10-64H żż 20x20 150 19 4 10 64-100 Z*GD**
QFGD2020R/L10-90H żż 20x20 150 19 4 10 90-140 Z*GD**
QFGD2020R/L10-130H żż 20x20 150 19 4 10 130-230 Z*GD**
QFGD2020R/L15-52H żż 20x20 150 19 4 15 52-72 Z*GD**
QFGD2020R/L15-64H żż 20x20 150 19 4 15 64-100 Z*GD**
QFGD2020R/L15-90H żż 20x20 150 19 4 15 90-140 Z*GD**
QFGD2020R/L15-130H żż 20x20 150 19 4 15 130-230 Z*GD**
QFGD2525R/L13-52H ƔƔ 25x25 150 24 4 13 52-72 Z*GD**
QFGD2525R/L13-64H ƔƔ 25x25 150 24 4 13 64-100 Z*GD**
QFGD2525R/L13-90H ƔƔ 25x25 150 24 4 13 90-140 Z*GD**
QFGD2525R/L13-130H ƔƔ 25x25 150 24 4 13 130-230 Z*GD**
QFGD2525R/L22-52H ƔƔ 25x25 150 24 4 22 52-72 Z*GD**
QFGD2525R/L22-64H ƔƔ 25x25 150 24 4 22 64-100 Z*GD**
QFGD2525R/L22-90H ƔƔ 25x25 150 24 4 22 90-140 Z*GD**
QFGD2525R/L22-130H ƔƔ 25x25 150 24 4 22 130-230 Z*GD**
QFHD2525R/L13-58H ƔƔ 25x25 150 23.5 5 13 58-96 Z*HD**
QFHD2525R/L13-86H ƔƔ 25x25 150 23.5 5 13 86-140 Z*HD**
QFHD2525R/L13-130H ƔƔ 25x25 150 23.5 5 13 130-200 Z*HD**
QFHD2525R/L13-185H ƔƔ 25x25 150 23.5 5 13 185-400 Z*HD**
Tool holders Parting & grooving
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A385
System code A376 Grade selection A350 Technical info A447 Cutting data A402
Stock Dimensions [mm] Inserts
Article RL HxB L S W ar
max ØD
(min-max)
QFHD2525R/L22-58H ƔƔ 25x25 150 23.5 5 22 58-96 Z*HD**
QFHD2525R/L22-86H ƔƔ 25x25 150 23.5 5 22 86-140 Z*HD**
QFHD2525R/L22-130H ƔƔ 25x25 150 23.5 5 22 130-200 Z*HD**
QFHD2525R/L22-185H ƔƔ 25x25 150 23.5 5 22 185-400 Z*HD**
QFKD2525R/L13-60H ƔƔ 25x25 150 23 6 13 60-100 Z*KD**
QFKD2525R/L13-88H żƔ 25x25 150 23 6 13 88-180 Z*KD**
QFKD2525R/L13-160H ƔƔ 25x25 150 23 6 13 160-400 Z*KD**
QFKD2525R/L22-60H ƔƔ 25x25 150 23 6 22 60-100 Z*KD**
QFKD2525R/L22-88H ƔƔ 25x25 150 23 6 22 88-180 Z*KD**
QFKD2525R/L22-160H ƔƔ 25x25 150 23 6 22 160-400 Z*KD**
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert Z*FD** Z*GD** Z*HD** Z*KD**
H 20-25 20-25 20-25 20-25
Screw GB70-85-M6x20
(7.0 Nm)
GB70-85-M6x20
(7.0 Nm)
GB70-85-M6x20
(7.0 Nm)
GB70-85-M6x20
(7.0 Nm)
Wrench W50RL W50RL W50RL W50RL
Insert
A353 A354 A357 A359 A362 A363
Parting & grooving Tool holders
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A386
System code A376 Grade selection A350 Technical info A447 Cutting data A402
Parting & grooving tool holder (axial)
QF**RR/LL
LL Version
Stock Dimensions [mm] Inserts
Article RL HxB L S W ar
max ØD
(min-max)
QFFD2020LL10-48H ż20x20 150 21 3 10 48-66 Z*FD**
QFFD2020RR10-48H ż20x20 150 21 3 10 48-66 Z*FD**
QFFD2020RR10-60H ż20x20 150 21 3 10 60-80 Z*FD**
QFFD2020RR10-74H ż20x20 150 21 3 10 74-110 Z*FD**
QFFD2525LL10-48H Ɣ25x25 150 26 3 10 48-66 Z*FD**
QFFD2525RR10-48H ż25x25 150 26 3 10 48-66 Z*FD**
QFFD2525LL10-60H ż25x25 150 26 3 10 60-80 Z*FD**
QFFD2525RR10-60H ż25x25 150 26 3 10 60-80 Z*FD**
QFFD2525LL10-74H ż25x25 150 26 3 10 74-110 Z*FD**
QFFD2525RR10-74H ż25x25 150 26 3 10 74-110 Z*FD**
QFFD2525LL10-100H ż25x25 150 26 3 10 100-150 Z*FD**
QFFD2525RR10-100H ż25x25 150 26 3 10 100-150 Z*FD**
QFFD2525LL17-48H Ɣ25x25 150 26 3 17 48-66 Z*FD**
QFFD2525RR17-48H ż25x25 150 26 3 17 48-66 Z*FD**
QFFD2525LL17-60H ż25x25 150 26 3 17 60-80 Z*FD**
QFFD2525RR17-60H ż25x25 150 26 3 17 60-80 Z*FD**
QFFD2525LL17-74H ż25x25 150 26 3 17 74-110 Z*FD**
QFFD2525RR17-74H ż25x25 150 26 3 17 74-110 Z*FD**
QFFD2525LL17-100H ż25x25 150 26 3 17 100-150 Z*FD**
QFFD2525RR17-100H ż25x25 150 26 3 17 100-150 Z*FD**
QFGD2020LL10-52H ż20x20 150 21 4 10 52-72 Z*GD**
QFGD2020RR10-52H ż20x20 150 21 4 10 52-72 Z*GD**
QFGD2020LL15-52H ż20x20 150 26 4 15 52-72 Z*GD**
QFGD2020LL15-90H ż20x20 150 26 4 15 90-140 Z*GD**
QFGD2020RR15-90H ż20x20 150 26 4 15 90-140 Z*GD**
QFGD2020RR15-130H ż20x20 150 26 4 15 130-230 Z*GD**
QFGD2525RR13-52H Ɣ25x25 150 21 4 13 52-72 Z*GD**
QFGD2525LL13-64H Ɣ25x25 150 21 4 13 64-100 Z*GD**
QFGD2525RR13-64H ż25x25 150 21 4 13 64-100 Z*GD**
QFGD2525LL13-130H Ɣ25x25 150 26 4 13 130-230 Z*GD**
QFGD2525RR13-130H ż25x25 150 21 4 13 130-230 Z*GD**
QFGD2525LL22-52H ż25x25 150 26 4 22 52-72 Z*GD**
QFGD2525RR22-52H ż25x25 150 26 4 22 52-72 Z*GD**
QFGD2525LL22-64H ż25x25 150 26 4 22 64-100 Z*GD**
QFGD2525RR22-64H ż25x25 150 26 4 22 64-100 Z*GD**
Tool holders Parting & grooving
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A387
System code A376 Grade selection A350 Technical info A447 Cutting data A402
Stock Dimensions [mm] Inserts
Article RL HxB L S W ar
max ØD
(min-max)
QFGD2525LL22-90H ż25x25 150 26 4 22 90-140 Z*GD**
QFGD2525RR22-90H ż25x25 150 26 4 22 90-140 Z*GD**
QFGD2525LL22-130H ż25x25 150 26 4 22 130-230 Z*GD**
QFGD2525RR22-130H Ɣ25x25 150 26 4 22 130-230 Z*GD**
QFHD2525LL13-130H ż25x25 150 26 5 13 130-200 Z*HD**
QFHD2525RR13-130H ż25x25 150 26 5 13 130-200 Z*HD**
QFHD2525RR13-185H ż25x25 150 26 5 13 185-400 Z*HD**
QFHD2525LL22-58H Ɣ25x25 150 26 5 22 58-96 Z*HD**
QFHD2525RR22-58H Ɣ25x25 150 26 5 22 58-96 Z*HD**
QFHD2525RR22-86H ż25x25 150 26 5 22 86-140 Z*HD**
QFHD2525LL22-130H ż25x25 150 26 5 22 130-200 Z*HD**
QFHD2525RR22-130H Ɣ25x25 150 26 5 22 130-200 Z*HD**
QFHD2525LL22-185H ż25x25 150 26 5 22 185-400 Z*HD**
QFHD2525RR22-185H ż25x25 150 26 5 22 185-400 Z*HD**
QFKD2525RR13-60H ż25x25 150 26 6 13 60-100 Z*KD**
QFKD2525RR13-88H ż25x25 150 26 6 13 88-180 Z*KD**
QFKD2525LL22-88H ż25x25 150 26 6 22 88-180 Z*KD**
QFKD2525RR22-88H ż25x25 150 26 6 22 88-180 Z*KD**
QFKD2525LL22-160H Ɣ25x25 150 26 6 22 160-400 Z*KD**
QFKD2525RR22-160H ż25x25 150 26 6 22 160-400 Z*KD**
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert Z*FD** Z*GD** Z*HD** Z*KD**
H 20-25 20-25 20-25 20-25
Screw GB70-85-M6x20
(7.0 Nm)
GB70-85-M6x20
(7.0 Nm)
GB70-85-M6x20
(7.0 Nm)
GB70-85-M6x20
(7.0 Nm)
Wrench W50RL W50RL W50RL W50RL
Insert
A353 A354 A357 A359 A362 A363
Parting & grooving Tool holders
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A388
System code A376 Grade selection A350 Technical info A447 Cutting data A402
Parting & grooving tool holder (axial)
QF*SRR/LL
LL Version
Stock Dimensions [mm] Inserts
Article RL HxB L S W ar
max ØD
(min-max)
QFHS2525LL30-185H Ɣ25x25 150 26 5 30 185-400 Z*HS**
QFHS2525RR30-185H ż25x25 150 26 5 30 185-400 Z*HS**
QFKS2525RR30-160H ż25x25 150 26 6 30 160-400 Z*KS**
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert Z*HS** Z*KS**
H25 25
Screw GB70-85-M6x20
(7.0 Nm)
GB70-85-M6x20
(7.0 Nm)
Wrench W50RL W50RL
Insert
A355 A358
Tool holders Parting & grooving
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A389
System code A376 Grade selection A350 Technical info A447 Cutting data A402
Parting & grooving tool holder (axial)
QF*DR/L
Right hand style
Stock Dimensions [mm] Inserts
Article RL HxB L S W ar
max ØD
(min-max)
QFFD2020R/L7-74L ż20x20 150 28.5 3 7 74-110
QFFD2020R/L10-48L żż 20x20 150 31.5 3 10 48-66 Z*FD**
QFGD2020R/L10-52L żż 20x20 150 31.5 4 10 52-72 Z*GD**
QFFD2020R/L10-60L Ɣż 20x20 150 31.5 3 10 60-80 Z*FD**
QFFD2020R/L10-74L Ɣż 20x20 150 31.5 3 10 74-110 Z*FD**
QFGD2020R/L10-90L Ɣż 20x20 150 31.5 4 10 90-140 Z*GD**
QFFD2020R/L10-100L żż 20x20 150 31.5 3 10 100-150 Z*FD**
QFGD2020R/L10-130L Ɣ20x20 150 31.5 4 10 130-230
QFGD2020R/L15-52L żż 20x20 150 36.5 4 15 52-72 Z*GD**
QFGD2020R/L15-64L ż20x20 150 36.5 4 15 64-100
QFGD2020R/L15-90L ż20x20 150 36.5 4 15 90-140
QFGD2020R/L15-130L ż20x20 150 36.5 4 15 130-230
QFFD2525R/L10-48L ƔƔ 25x25 150 36.5 3 10 48-66 Z*FD**
QFFD2525R/L10-60L Ɣż 25x25 150 36.5 3 10 60-80 Z*FD**
QFFD2525R/L10-74L żż 25x25 150 36.5 3 10 74-110 Z*FD**
QFFD2525R/L10-100L żż 25x25 150 36.5 3 10 100-150 Z*FD**
QFGD2525R/L13-52L żż 25x25 150 39.5 4 13 52-72 Z*GD**
QFKD2525R/L13-60L żż 25x25 150 39.5 6 13 60-100 Z*KD**
QFGD2525R/L13-64L żƔ 25x25 150 39.5 4 13 64-100 Z*GD**
QFGD2525R/L13-90L żż 25x25 150 39.5 4 13 90-140 Z*GD**
QFGD2525R/L13-130L żż 25x25 150 39.5 4 13 130-230 Z*GD**
QFFD2525R/L17-48L żż 25x25 150 43.5 3 17 48-66 Z*FD**
QFFD2525R/L17-60L żż 25x25 150 43.5 3 17 60-80 Z*FD**
QFFD2525R/L17-74L żż 25x25 150 43.5 3 17 74-110 Z*FD**
QFFD2525R/L17-100L Ɣż 25x25 150 43.5 3 17 100-150 Z*FD**
QFGD2525R/L22-52L żż 25x25 150 48.5 4 22 52-72 Z*GD**
QFKD2525R/L22-60L żƔ 25x25 150 48.5 6 22 60-100 Z*KD**
QFGD2525R/L22-64L żż 25x25 150 48.5 4 22 64-100 Z*GD**
QFKD2525R/L22-88L żƔ 25x25 150 48.5 6 22 88-180 Z*KD**
QFGD2525R/L22-90L żż 25x25 150 48.5 4 22 90-140 Z*GD**
QFGD2525R/L22-130L Ɣż 25x25 150 48.5 4 22 130-230 Z*GD**
QFHD2525R/L13-58L ż25x25 150 39.5 5 13 58-96 Z*HD**
QFHD2525R/L13-86L Ɣ25x25 150 39.5 5 13 86-140 Z*HD**
QFHD2525R/L13-130L żż 25x25 150 39.5 5 13 130-200 Z*HD**
QFHD2525R/L13-185L ż25x25 150 39.5 5 13 185-400 Z*HD**
QFHD2525R/L22-58L żż 25x25 150 48.5 5 22 58-96 Z*HD**
Parting & grooving Tool holders
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A390
System code A376 Grade selection A350 Technical info A447 Cutting data A402
Stock Dimensions [mm] Inserts
Article RL HxB L S W ar
max ØD
(min-max)
QFHD2525R/L22-86L żż 25x25 150 48.5 5 22 86-140 Z*HD**
QFHD2525R/L22-130L żż 25x25 150 48.5 5 22 130-200 Z*HD**
QFHD2525R/L22-185L żż 25x25 150 48.5 5 22 185-400 Z*HD**
QFKD2525R/L13-88L ż25x25 150 39.5 6 13 88-180 Z*KD**
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert Z*FD** Z*GD** Z*HD** Z*KD**
H 20-25 20-25 20-25 20-25
Screw GB70-85-M6x20
(7.0 Nm)
GB70-85-M6x20
(7.0 Nm)
GB70-85-M6x20
(7.0 Nm)
GB70-85-M6x20
(7.0 Nm)
Wrench W50RL W50RL W50RL W50RL
Insert
A353 A354 A357 A359 A362 A363
Tool holders Parting & grooving
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A391
System code A376 Grade selection A350 Technical info A447 Cutting data A402
Parting & grooving tool holder (axial)
QFHSDR/L
Right hand style
Stock Dimensions [mm] Inserts
Article RL HxB L S W ar
max ØD
(min-max)
QFHS2525R/L30-185L żż 25x25 150 56.5 5 30 185-400 Z*HS**
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert Z*HS**
H25
Screw GB70-85-M6x20
(7.0 Nm)
Wrench W50RL
Insert
A355 A358
Parting & grooving Tool holders
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A392
System code A376 Grade selection A350 Technical info A447 Cutting data A402
Parting & grooving tool holder (axial)
QF**R/L
Left hand style
ØD= Range of entering
Stock Dimensions [mm] Inserts
Article RL HxB L S W ar
max ØD
(min-max)
QFHS2525R/L30-185H ƔƔ 25x25 150 23.5 5 30 185-400 Z*HS**
QFKS2525R/L30-160H ƔƔ 25x25 150 23 6 30 160-400 Z*KS**
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert Z*HS** Z*KS**
H25 25
Screw GB70-85-M6x20
(7.0 Nm)
GB70-85-M6x20
(7.0 Nm)
Wrench W50RL W50RL
Insert
A355 A358
Tool holders Parting & grooving
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A393
System code A376 Grade selection A350 Technical info A447 Cutting data A402
Parting & grooving tool holder (external)
C40X-Q*DR/L
Right hand style
Stock Dimensions [mm] Inserts
Article R L ØD ød S L1L2
C40X-QKDR/L60-15A żż 160 40 20 320 60 Z*KD**
C40X-QKDR/L75-15A Ɣ160 40 20 320 75 Z*KD**
C40X-QLDR/L65-15A żż 160 40 21 320 65 Z*LD**
C40X-QLDR/L80-15A żż 160 40 21 320 80 Z*LD**
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert Z*KD** Z*LD**
ød 32-40 32-40
Screw GB70-85-M6x20
(7.0 Nm)
GB70-85-M6x20
(7.0 Nm)
Wrench WH50L WH50L
Insert
A362 A363 A366
Parting & grooving Tool holders
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A394
System code A376 Grade selection A350 Technical info A447 Cutting data A402
Parting & grooving tool holder (internal)
C***-Q*DR/L
min
Stock Dimensions [mm] Inserts
Article R L ØDmin ød L S W armax
C16M-QBDR/L04-20 Ɣż 20 16 150 12 2 4 Z*BD**
C20Q-QEDR/L05-27 ƔƔ 27 20 180 15.2 2.5 5 Z*ED**
C25R-QEDR/L07-33 ƔƔ 33 25 200 20.3 2.5 7 Z*ED**
C32S-QEDR/L09-42 ƔƔ 42 32 250 25.3 2.5 9 Z*ED**
C20Q-QFDR/L05-27 ƔƔ 27 20 0 15.2 3 5 Z*FD**
C25R-QFDR/L07-33 ƔƔ 33 25 200 20.3 3 7 Z*FD**
C32S-QFDR/L09-42 ƔƔ 42 32 250 25.3 3 9 Z*FD**
C25R-QGDR/L08-35 ƔƔ 35 25 200 21.5 4 8 Z*GD**
C32S-QGDR/L11-44 ƔƔ 44 32 250 27.5 4 11 Z*GD**
C40T-QGDR/L13-54 ƔƔ 5 40 300 33.5 4 13 Z*GD**
C25R-QHDR/L08-35 ƔƔ 35 25 200 21.5 5 8 Z*HD**
C32S-QHDR/L11-44 ƔƔ 44 32 250 27.5 5 11 Z*HD**
C40T-QHDR/L13-54 ƔƔ 54 40 300 33.5 5 13 Z*HD**
C25R-QKDR/L08-35 żƔ 35 25 200 21.5 6 8 Z*KD**
C32S-QKDR/L11-44 ƔƔ 44 32 250 27.5 6 11 Z*KD**
C40T-QKDR/L13-54 ƔƔ 54 40 300 33.5 6 13 Z*KD**
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert Z*BD** Z*ED** Z*ED** Z*ED** Z*FD** Z*FD** Z*FD** Z*GD** Z*GD** Z*HD** Z*HD** Z*KD** Z*KD**
ød 16 20 25 32-40 20 25 32-40 25 32-40 25 32-40 25 32-40
Screw
GB70-
85-
M5x10
(4,0 Nm)
GB70-
85-
M4x12
(2.6 Nm)
GB70-
85-
M5x16
(4.0 Nm)
GB70-
85-
M6x20
(7.0 Nm)
GB70-
85-
M4x12
(2.6 Nm)
GB70-
85-
M5x16
(4.0 Nm)
GB70-
85-
M6x20
(7.0 Nm)
GB70-
85-
M5x16
(4.0 Nm)
GB70-
85-
M6x20
(7.0 Nm)
GB70-
85-
M5x16
(4.0 Nm)
GB70-
85-
M6x20
(7.0 Nm)
GB70-
85-
M5x16
(4.0 Nm)
GB70-
85-
M6x20
(7.0 Nm)
Wrench WH40L WH30L WH40L WH50L WH30L WH40L WH50L WH40L WH50L WH40L WH50L WH40L WH50L
Tool holders Parting & grooving
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A395
System code A376 Grade selection A350 Technical info A447 Cutting data A402
Parting & grooving tool holder (internal)
Insert
A353 A354 A357 A359 A362 A363 A366
Parting & grooving Tool holders
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A396
System code A376 Grade selection A350 Technical info A447 Cutting data A402
Tool holders Parting & grooving
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A397
Notes
A
398
A
B
C
D
E
GQC R 20 20 K 22 – 15
1 23456 7
1
Code
16 16
20 20
25 25
3
Code
16 16
20 20
25 25
4
Code
K125
M150
5
Code
R
L
2
Code I.C
11 6,35
16 9,252
22 12,70
6
Code
15 0,5≤S<1,8 (QC16***) 1,0≤S<2,3 (QC22***)
25 1,8≤S<3,0 (QC16***) 2,3≤S<3,3 (QC22***)
35 3,3≤S≤4,8 (QC22***)
7
S20KQC1615R25
123 45678
4
Code
S
C
A
1
Code
16 16
20 20
25 25
2
Code
H100
K125
M150
3
Code I.C
11 6,35
16 9,252
22 12,70
5
Code
15 0,5≤S<1,8 (QC11***) 0,5≤S<1,8 (QC16***) 1,0≤S<2,3 (QC22***)
25 1,8≤S<3,0 (QC11***) 1,8≤S<3,0 (QC16***) 2,3≤S<3,3 (QC22***)
35 3,3≤S≤4,8 (QC22***)
6
Code Ø Code Ø
16 16 25 25
20 20 35 35
8
Code
R
L
7
Parting & grooving System code – tool holders – QC series
MillingDrilling
Technical
Information
Index Turning
External tool holders – QC series
Boring bars – QC series
Series
Height [mm]
Description
Width [mm]
Description
Length [mm]
Description
Type
Description
Right
Left
Cutting edge length [mm] Cutting width range [mm]
Insert size
Series
Shank type
Material
Steel shank
Solid carbide shank
Solid carbide shank (IC)
Diameter [mm]
Description
Length [mm]
Description
Cutting edge length [mm] Cutting width range [mm]
Insert size
Starting diameter [mm]Cutting direction
Description
Right
Left
Grooving (external)
GQC**R/L
Right hand style
Stock Dimensions [mm] Inserts
Article R L H L S e B Width
GQCR/L1616K16-15 ƔƔ 16 125 21 25.5 16 0.5-1.80 QC16R/L 050-180
GQCR/L2020K16-15 żƔ 20 125 25 25.5 20 0.5-1.80 QC16R/L 050-180
GQCR/L2525M16-15 żƔ 25 150 30 25.5 25 0.5-1.80 QC16R/L 050-180
GQCR/L1616K16-25 ƔƔ 16 125 21 25.5 16 1.8-3.0 QC16R/L 180-300
GQCR/L2020K16-25 żƔ 20 125 25 25.5 20 1.8-3.0 QC16R/L 180-300
GQCR/L2525M16-25 żƔ 25 150 30 25.5 25 1.8-3.0 QC16R/L 180-300
GQCR/L2020K22-15 żƔ 20 125 25 25.5 20 1.0-2.3 QC22R/L 100-230
GQCR/L2525M22-15 żƔ 25 150 30 25.5 25 1.0-2.3 QC22R/L 100-230
GQCR/L2020K22-25 żƔ 20 125 25 25.5 20 2.3-3.3 QC22R/L 230-330
GQCR/L2525M22-25 żƔ 25 150 30 25.5 25 2.3-3.3 QC22R/L 230-330
GQCR/L2020K22-35 ƔƔ 20 125 25 25.5 20 3.3-4.8 QC22R/L 330-480
GQCR/L2525M22-35 ƔƔ 25 150 30 25.5 25 3.3-4.8 QC22R/L 330-480
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert QC16R/L 050-180 QC16R/L 180-300 QC22R/L 100-230 QC22R/L 230-330 QC22R/L 330-480
H 16-32 16-32 16-32 16-32 16-32
Screw I60M3.5×10
(2.7 Nm)
I60M3.5×10
(2.7 Nm)
I60M5x13
(6.7 Nm)
I60M5x13
(6.7 Nm)
I60M5x13
(6.7 Nm)
Wrench (shim) WT15IP WT15IP WT20IP WT20IP WT20IP
Insert
Medium Cut
A369
Tool holders – QC series Parting & grooving
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A399
System code A376 Grade selection A350 Technical info A447 Cutting data A402
S**-QC**R/L
Right hand style
Stock Dimensions [mm] Inserts
Article R L ØDmin ød L S e Width
S16H-QC1115R/L20 ƔƔ 21 16 100 11.5 12 0.5-1.80 QC11R/L 050-180
S20K-QC1115R/L16 ƔƔ 16 20 125 11.1 40 0.5-1.80 QC11R/L 050-180
S16H-QC1125R/L20 ƔƔ 21 16 100 11.5 12 1.8-3.0 QC11R/L 180-300
S20K-QC1125R/L16 żż 16 20 125 11.1 40 1.8-3.0 QC11R/L 180-300
S20M-QC1615R/L25 żƔ 26 20 150 12.5 15 0.5-1.80 QC16R/L 050-180
S20M-QC1625R/L25 ƔƔ 26 20 150 12.5 15 1.8-3.0 QC16R/L 180-300
S25M-QC2215R/L35 ƔƔ 35 25 150 18.2 15 1.0-2.3 QC22R/L 100-230
S25M-QC2225R/L35 ƔƔ 35 25 150 18.2 20 2.3-3.3 QC22R/L 230-330
S25M-QC2235R/L35 żƔ 35 25 150 18.2 20 3.3-4.8 QC22R/L 330-480
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert QC11R/L 050-
180
QC11R/L 180-
300
QC16R/L 050-
180
QC16R/L 180-
300
QC22R/L 100-
230
QC22R/L 230-
330
QC22R/L 330-
480
ød 16-20 16-20 20 20 25 25 25
Screw I60M2.5×6.5
(1.0 Nm)
I60M2.5×6.5
(1.0 Nm)
I60M3.5×10
(2.7 Nm)
I60M3.5×10
(2.7 Nm)
I60M5x13
(6.7 Nm)
I60M5x13
(6.7 Nm)
I60M5x13
(6.7 Nm)
Wrench (shim) WT07IP WT07IP WT15IP WT15IP WT20IP WT20IP WT20IP
Insert
Medium Cut
A369
Parting & grooving Tool holders – QC series
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A400
System code A376 Grade selection A350 Technical info A447 Cutting data A402
Grooving (internal)
Tool holders – QC series Parting & grooving
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A401
Notes
A
402
A
B
C
D
E
P
125 1
190 2
250 3
270 4
300 5
180 6
275 7
300 8
350 9
200 10
325 11
M
200 12
240 13
180 14
230 15
K
180 16
260 17
160 18
250 19
130 20
230 21
N
60 22
100 23
75 24
90 25
130 26
110 27
90 28
100 29
S
200 30
280 31
250 32
350 33
320 34
Rm 400 35
Rm 1050 36
H
55 HRC 37
60 HRC 38
400 39
55 HRC 40
X
41
42
43
44
45
46
HC (CVD) HC (PVD)
YBC252 YBG105 YB9320
190 200 190
175 180 175
145 150 145
140 145 140
135 140 135
170 180 170
125 130 125
115 120 115
105 110 105
125 130 125
95 100 95
165 170 165
135 140 135
155 160 155
135 140 135
240 250 240
185 190 185
220 230 220
165 170 165
175 180 175
165 170 165
100 95
50 50
80 80
70 70
70 70
150 145
50 50
MillingDrilling
Technical
Information
Index Turning
Recommended cutting dataParting & grooving Recommended cutting dataParting & grooving
Material group Composition / structure / heat treatment
Brinell
hardness
HB
Machining group
Unalloyed steel
approx. 0,15 % C annealed
approx. 0,45 % C annealed
approx. 0,45 % C tempered
approx. 0,75 % C annealed
approx. 0,75 % C tempered
Low-alloyed steel
annealed
tempered
tempered
tempered
High-alloyed steel and high-alloyed
tool steel
annealed
hardened and tempered
Stainless steel
ferritic/martensitic annealed
martensitic tempered
austenitic quench hardened
austenitic-ferritic
Grey cast iron perlitic/ferritic
perlitic (martensitic)
Cast iron with spheroidal graphite ferritic
perlitic
Malleable cast iron ferritic
perlitic
Aluminium wrought alloys cannot be hardened
hardenable hardened
Cast aluminium alloys
≤ 12 % Si, cannot be hardened
≤ 12 % Si, hardenable hardened
> 12 % Si, cannot be hardened
Copper and copper alloys
(bronze/brass)
machining steel, PB> 1%
CuZn, CuSnZn
CuSn, Pb-free copper, electrolytic copper
Heat-resistant alloys
Fe-based alloys annealed
hardened
Ni or Co bass
annealed
hardened
cast
Titanium alloys pure titanium
α and β alloys hardened
Hardened steel hardened and tempered
hardened and tempered
Hard cast iron cast
Hardened cast iron hardened and tempered
Non-metallic materials
Thermoplasts
Thermosetting plastics
Plastic, glass-bre reinforced GFRP
Plastic, carbon bre reinforced CFRP
Graphite
Wood
Note: The given cutting values are guide values, which were determined under ideal conditions.
The values have to be adapted in individual cases.
For examples of material for cutting tool groups view page D22.
Starting values for cutting speed vc [m/min]
Parting & grooving inserts
A
403
A
B
C
D
E
HC (PVD) HW
YBG202 YBG205 YBG302 YD101 YD201
190 190 185
175 175 170
145 145 140
140 140 135
135 135 130
170 170 165
125 125 125
115 115 115
105 105 105
125 125 125
95 95 95
165 165 160
135 135 130
155 155 150
135 135 130
240 240 235
185 185 180
220 220 215
165 165 160
175 175 170
165 165 160
800 760
600 570
320 305
240 230
160 155
160 155
600 570
200 190
95 95 95 70 65
50 50 50 35 35
80 80 75 60 60
70 70 65 50 50
70 70 65 50 50
145 145 140 105 100
50 50 50 35 35
MillingDrilling
Technical
Information
Index
Recommended cutting data Parting & grooving
Turning
Recommended cutting data Parting & grooving
Starting values for cutting speed vc [m/min]
HC Coated carbide
HW Uncoated carbide, main component (WC)
A
404
A
B
C
D
E
MillingDrilling
Technical
Information
Index Turning
Recommended cutting dataParting & grooving
Notes
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A405
A
Threading
System overview A406-A409
Grade overview A410
Application fields of grades A411
System code - inserts A412
Inserts A413-A437
System code - threading tool holders A438
Threading tool holders A439-A445
Recommended cutting data A446
Trouble shooting A449
Technical Information A456-A457
Thread types Profile Sectional drawing Insert Internal thread
pitch [mm]
External thread
pitch [mm] Page
ISO metric coarse thread 60°
full profile GM 0,5-6,0 0,5-6,0 A413
ISO metric coarse thread 60°
partial profile 60°
60o
0,5-5,0 (5-48) 0,5-5,0 (5-48) A415
ISO metric coarse thread 55°
partial profile 55°
55o
0,5-5,0 (5-48) 0,5-5,0 (5-48) A416
Whitworth W8-16 8-16 A417
UN unified conventional
thread 60° full profile UN 8-20 8-20 A418
BSPT Whitworth taper pipe
thread BSPT 11-28 11-28 A419
NPT American taper pipe
thread NPT
1
o
47
8-27 8-27 A420
NPTF dryseal American taper
pipe thread 60° NPTF
30
o
30
o
90
o
1
o
47’
8-27 8-27 A421
Threading System overview
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A406
Thread types Profile Sectional drawing Insert Internal thread
pitch [mm]
External thread
pitch [mm] Page
R knuckle thread 30° R
R=0.22105P
R=0.25597P
R=0.23851P
30o
6-10 6-10 A422
MJ thread for aerospace MJ
R=0.18042P
--- 1,5-2,0 A423
UNJ unified screw thread UNJ
R=0.18042P
--- 8-32 A424
TR metrical ISO trapezoidal
thread 30° Tr
30
o
R=0.366P
1,5-3,0 1,5-3,0 A425
ACME American national
thread 29° AC
29
o
R=0.3707P
8-16 8-16 A426
STUB-ACME thread STAC
29
o
0.4224P
8-16 8-16 A427
API 60° thread AP
Me
90
o
30
o
30
o
4-5 4-5 A428
API round thread RD
90
o
1
o
47’
30
o
30
o
8-10 8-10 A429
System overview Threading
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A407
Thread types Profile Sectional drawing Insert Internal thread
pitch [mm]
External thread
pitch [mm] Page
API American buttress thread BUT
Me
90
o
3
o
10
o
5 5 A430
ISO metric coarse thread 60°
full profile (thin type) GM 0,5-3,0 0,5-3,0 A431
ISO metric coarse thread 60°
partial profile (thin type) 60°
60o
0,5-3,0 (8-48) 0,5-3,0 (8-48) A432
ISO metric coarse thread 55°
partial profile (thin type) 55°
55o
0,5-3,0 (8-48) 0,5-3,0 (8-48) A433
Whitworth (thin type) W8-16 8-16 A434
UN unified conventional
thread 60° full profile (thin
type)
UN 8-24 8-20 A435
BSPT Whitworth taper pipe
thread (thin type) BSPT
1
o
47’
11-28 11-28 A436
NPT American taper pipe
thread (thin type) NPT
30
o
30
o
90
o
1
o
47’
8-27 8-27 A437
Threading System overview
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A408
Type Tool holder Dimensions [mm] Page
External thread holder
16×16×100 20×20×125
25×25×150 32×25×170
32×32×170 40×40×250
A439
Internal thread holder
16×125×12 16×150×16
16×150×20 20×150×25
20×180×25 25×150×32
32×200×40 32×250×40
40×300×50 50×350×63
A441
External thread holder
(Thin Type)
16×16×100 32×25×170
20×20×125 32×32×170
25×25×150
A443
Internal thread holder
(Thin Type)
16×150×20 32×200×40
20×180×25 32×250×40
25×150×32
A444
System overview Threading
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A409
Threading
Grade ISO Micro structure Grade description
YBG201 P10 - P30
M10 - M30
PVD coated P10–P30/M10–M30 carbide substrate for finishing to medium application of
steel and stainless steel. Good wear resistance in a wide application
field.
YBG202 P10 - P30
M10 - M25
PVD coated P10–P30/M10–M25 carbide substrate for finishing to medium application of
stainless steel and steel (milling). Good wear resistance in a wide application field.
YBG205
P10 - P30
M20 - M40
S15-S25
PVD multilayer coated P10–P30/M20–M40/S15–S25 carbide substrate for finishing to
medium application of stainless steel, super alloy and steel (milling). Good wear resistance
and thermal stability in a wide application field.
Threading Grade overview
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A410
A
411
A
B
C
D
E
ISO HC1 (CVD) HC1 (PVD) HT HC2Ceramic HW CBN PCD
P
P01
P10
P20
P30
P40
M
M01
M10
M20
M30
M40
K
K01
K10
K20
K30
N
N01
N10
N20
N30
S
S01
S10
S20
S30
H
H01
H10
H20
H30
YBG202
YBG201
YBG205
YBG202
YBG201
YBG205
YBG202
YBG201
YBG205
H
N
S
M
K
P
Threading
Application elds of grades
MillingDrilling
Technical
Information
Index Turning
Application fields of grades – Threading
HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Heat-resistant alloys
Hardened materials
Non-ferrous metals
Stainless steel
Cast iron
Steel
A
412
A
B
C
D
E
R T 22. 01 W – 3.50 GM (P) (B)
12345 6 7 89
8
Code
B
9
Code
W
N
5
Code
A0,5 – 1,5 mm 48 – 16 (TPI)
AG 0,5 – 3,0 mm 48 – 8 (TPI)
G1,75 – 3,0 mm 14 – 8 (TPI)
N3,5 – 5,0 mm 7 – 5 (TPI)
0,50 0,75 1,00 1,25 1,50
1,75 2,00 2,50 3,00 3,50
4,00 4,50 5,00 5,50 6,00
4 5 6 8
10 11 11,5 12
14 16 18 19
20 24 27 28
6
Code
GM
60
55
W
UN
BSPT
NPT
NPTF
R
MJ
UNJ
TR
AC
STAC
AP
RD
BUT
7
Code
R
L
1
Code I.C
11 6,35
16 9,252
22 12,70
3
Code
01 1
02 2
4
T Z
2
Threading System code – inserts
MillingDrilling
Technical
Information
Index Turning
Chip breaker
Insert thickness [mm]
Description
Thin type
Application
Description
External thread
Internal thread
Pitch
Pitch range (part profile)
Pitch range [mm] (full profile)
Pitch range (TPI) (full profile)
Thread prof ile
Description
ISO metric coarse thread 60°
Partial profile 60°
Partial profile 55°
Whitworth
Unified conventional thread
Whitworth taper pipe thread
American taper pipe thread
Dryseal American taper pipe thread
Knuckle thread 30°
Thread for aerospace
Unified screw thread
Metrical ISO trapezoidal thread
American national thread
STUB-ACME thread
API 60° thread
API round thread
American buttress thread
Type
Description
Right
Left
Insert size [mm]
Teeth per cutting edge
Description
Insert shape
Special
Threading inserts
R/LT**N/W I.C S d
11 6.35 3.18 2.8
16 9.525 3.97 4.4
22 12.7 5.56 5.5
ISO metric coarse thread 60° full profile
External right hand
Internal left hand
Internal right hand
External left hand
ISO 965-1980 DIN 13
GB·T 197-2003 Tolerance: 6g·6H
HC1 (PVD) HC1 (PVD)
ISO Pitch (T.P.i) External
YBG201
YBG205
Internal
YBG201
YBG205
11 0.50 - RT11.01N-0.50GM ż
11 - LT11.01N-0.50GM ż
11 0.75 - RT11.01N-0.75GM Ɣ
11 - LT11.01N-0.75GM ż
11 1.00 - RT11.01N-1.00GM żƔ
11 - LT11.01N-1.00GM Ɣ
11 1.25 - RT11.01N-1.25GM Ɣ
11 - LT11.01N-1.25GM Ɣ
11 1.50 - RT11.01N-1.50GM żƔ
11 - LT11.01N-1.50GM Ɣ
11 1.75 - RT11.01N-1.75GM ż
11 - LT11.01N-1.75GM Ɣ
11 2.00 - RT11.01N-2.00GM żż
11 - LT11.01N-2.00GM Ɣ
16 0.50 - RT16.01N-0.50GM ż
16 - LT16.01N-0.50GM ż
16 0.75 - RT16.01N-0.75GM ż
16 - LT16.01N-0.75GM ż
16 1.00 RT16.01W-1.00GM żƔ RT16.01N-1.00GM ż
16 LT16.01W-1.00GM ƔLT16.01N-1.00GM Ɣ
16 1.25 RT16.01W-1.25GM żƔ RT16.01N-1.25GM ż
16 LT16.01W-1.25GM ƔLT16.01N-1.25GM Ɣ
16 1.50 RT16.01W-1.50GM żƔ RT16.01N-1.50GM żƔ
16 LT16.01W-1.50GM ƔLT16.01N-1.50GM Ɣ
16 1.75 RT16.01W-1.75GM żƔ RT16.01N-1.75GM ż
16 LT16.01W-1.75GM ƔLT16.01N-1.75GM Ɣ
16 2.00 RT16.01W-2.00GM żƔ RT16.01N-2.00GM żƔ
ƔEx stockżOn demand HC1 Coated carbide
Inserts Threading
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A413
System code A412 Grade selection A411 Technical info A447 Cutting data A446
Threading inserts
R/LT**N/W I.C S d
11 6.35 3.18 2.8
16 9.525 3.97 4.4
22 12.7 5.56 5.5
ISO metric coarse thread 60° full profile
External right hand
Internal left hand
Internal right hand
External left hand
ISO 965-1980 DIN 13
GB·T 197-2003 Tolerance: 6g·6H
HC1 (PVD) HC1 (PVD)
ISO Pitch (T.P.i) External
YBG201
YBG205
Internal
YBG201
YBG205
16 2.00 LT16.01W-2.00GM ƔLT16.01N-2.00GM Ɣ
16 2.50 RT16.01W-2.50GM żƔ RT16.01N-2.50GM żƔ
16 LT16.01W-2.50GM ƔLT16.01N-2.50GM Ɣ
16 3.00 RT16.01W-3.00GM żƔ RT16.01N-3.00GM żƔ
16 LT16.01W-3.00GM ƔLT16.01N-3.00GM Ɣ
22 3.50 RT22.01W-3.50GM żRT22.01N-3.50GM żƔ
22 LT22.01W-3.50GM ƔLT22.01N-3.50GM Ɣ
22 4.00 RT22.01W-4.00GM żƔ RT22.01N-4.00GM żƔ
22 LT22.01W-4.00GM ƔLT22.01N-4.00GM Ɣ
22 4.50 RT22.01W-4.50GM żRT22.01N-4.50GM żƔ
22 LT22.01W-4.50GM żLT22.01N-4.50GM Ɣ
22 5.00 RT22.01W-5.00GM żRT22.01N-5.00GM ż
22 LT22.01W-5.00GM ƔLT22.01N-5.00GM Ɣ
22 5.50 RT22.01W-5.50GM żRT22.01N-5.50GM ż
22 LT22.01W-5.50GM żLT22.01N-5.50GM Ɣ
22 6.00 RT22.01W-6.00GM żƔ RT22.01N-6.00GM żƔ
22 LT22.01W-6.00GM ƔLT22.01N-6.00GM Ɣ
ƔEx stockżOn demand HC1 Coated carbide
Tool holders
SWR/L SNR/L
A439-A440 A441-A442
Threading Inserts
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A414
System code A412 Grade selection A411 Technical info A447 Cutting data A446
Threading inserts
R/LT**N/W I.C S d
16 9.525 3.97 4.4
22 12.7 5.56 5.5
ISO metric coarse thread 60° partial profile
60o
External right hand
Internal left hand
Internal right hand
External left hand
HC1 (PVD) HC1 (PVD)
ISO Pitch (T.P.i) External
YBG201
YBG205
Internal
YBG201
YBG205
16 0.50 - 1.50 RT16.01W-A60 żƔ RT16.01N-A60 ż
16 LT16.01W-A60 ƔLT16.01N-A60 Ɣ
16 0.50 - 3.00 RT16.01W-AG60 żƔ RT16.01N-AG60 ż
16 LT16.01W-AG60 ƔLT16.01N-AG60 Ɣż
16
1.75 - 3.00
RT16.01W-G60 żRT16.01N-G60 ż
16 LT16.01W-G60 ƔLT16.01N-G60 ż
16 RT16.01W-G60P* żż RT16.01N-G60P* ż
16 LT16.01W-G60P* ƔLT16.01N-G60P* ż
22 3.50 - 5.00 RT22.01W-N60P* żƔ RT22.01N-N60P* żƔ
22 LT22.01W-N60P* żLT22.01N-N60P* ż
ƔEx stockżOn demand
P*: Inserts with chip-breakers
HC1 Coated carbide
Tool holders
SWR/L SNR/L
A439-A440 A441-A442
Inserts Threading
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A415
System code A412 Grade selection A411 Technical info A447 Cutting data A446
Threading inserts
R/LT**N/W I.C S d
16 9.525 3.97 4.4
22 12.7 5.56 5.5
ISO metric coarse thread 55° partial profile
55o
External right hand
Internal left hand
Internal right hand
External left hand
HC1 (PVD) HC1 (PVD)
ISO Pitch (T.P.i) External
YBG201
YBG205
Internal
YBG201
YBG205
16 0.50 - 1.50 RT16.01W-A55 żRT16.01N-A55 ż
16 LT16.01W-A55 ƔLT16.01N-A55 ż
16 0.50 - 3.00 RT16.01W-AG55 żƔ RT16.01N-AG55 żƔ
16 LT16.01W-AG55 żLT16.01N-AG55 Ɣ
16
1.75 - 3.00
RT16.01W-G55 żRT16.01N-G55 ż
16 LT16.01W-G55 ƔLT16.01N-G55 ż
16 RT16.01W-G55P* żRT16.01N-G55P* ż
16 LT16.01W-G55P* ƔLT16.01N-G55P* Ɣ
22 3.50 - 5.00 RT22.01W-N55P* żRT22.01N-N55P* ż
ƔEx stockżOn demand
P*: Inserts with chip-breakers
HC1 Coated carbide
Tool holders
SWR/L SNR/L
A439-A440 A441-A442
Threading Inserts
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A416
System code A412 Grade selection A411 Technical info A447 Cutting data A446
Threading inserts
R/LT**N/W I.C S d
16 9.525 3.97 4.4
Whitworth
External right hand
Internal left hand
Internal right hand
External left hand
ISO 228·1:1982 DIN 259
B.S.84: 1956 Tolerance: Medium Class 1
HC1 (PVD) HC1 (PVD)
ISO Pitch (T.P.i) External
YBG201
YBG205
Internal
YBG201
YBG205
16 8.00 RT16.01W-8W żRT16.01N-8W ż
16 LT16.01W-8W ƔLT16.01N-8W Ɣ
16 9.00 - RT16.01N-9W ż
16 LT16.01W-9W żLT16.01N-9W ż
16 10.00 RT16.01W-10W żRT16.01N-10W ż
16 LT16.01W-10W żLT16.01N-10W ż
16 11.00 RT16.01W-11W żƔ RT16.01N-11W żƔ
16 LT16.01W-11W ƔLT16.01N-11W ż
16 12.00 RT16.01W-12W żRT16.01N-12W ż
16 LT16.01W-12W żLT16.01N-12W ż
16 14.00 RT16.01W-14W żƔ RT16.01N-14W żƔ
16 - LT16.01N-14W ż
16 16.00 RT16.01W-16W żƔ RT16.01N-16W żƔ
16 LT16.01W-16W żLT16.01N-16W ż
ƔEx stockżOn demand HC1 Coated carbide
Tool holders
SWR/L SNR/L
A439-A440 A441-A442
Inserts Threading
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A417
System code A412 Grade selection A411 Technical info A447 Cutting data A446
Threading inserts
R/LT**N/W I.C S d
16 9.525 3.97 4.4
UN unified conventional thread 60° full profile
External right hand
Internal left hand
Internal right hand
External left hand
AS;E B1.1-1989
Tolerance: 2A·2B
HC1 (PVD) HC1 (PVD)
ISO Pitch (T.P.i) External
YBG201
YBG205
Internal
YBG201
YBG205
16 8.00 RT16.01W-8UN żRT16.01N-8UN ż
16 LT16.01W-8UN żLT16.01N-8UN ż
16 10.00 RT16.01W-10UN żRT16.01N-10UN ż
16 LT16.01W-10UN żLT16.01N-10UN ż
16 12.00 RT16.01W-12UN żRT16.01N-12UN ż
16 LT16.01W-12UN żLT16.01N-12UN ż
16 14.00 RT16.01W-14UN żRT16.01N-14UN ż
16 LT16.01W-14UN żLT16.01N-14UN ż
16 16.00 RT16.01W-16UN żRT16.01N-16UN ż
16 LT16.01W-16UN żLT16.01N-16UN ż
16 18.00 RT16.01W-18UN żRT16.01N-18UN ż
16 LT16.01W-18UN żLT16.01N-18UN ż
16 20.00 RT16.01W-20UN żRT16.01N-20UN ż
16 LT16.01W-20UN żLT16.01N-20UN ż
16 24.00 - RT16.01N-24UN ż
16 - LT16.01N-24UN ż
ƔEx stockżOn demand HC1 Coated carbide
Tool holders
SWR/L SNR/L
A439-A440 A441-A442
Threading Inserts
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A418
System code A412 Grade selection A411 Technical info A447 Cutting data A446
Threading inserts
R/LT**N/W I.C S d
16 9.525 3.97 4.4
BSPT Whitworth taper pipe thread
External right hand
Internal left hand
Internal right hand
External left hand
ISO 7·1: 1984 B.S.21:1985
Standard BSPT
HC1 (PVD) HC1 (PVD)
ISO Pitch (T.P.i) External
YBG201
YBG205
Internal
YBG201
YBG205
16 11.00 RT16.01W-11BSPT żRT16.01N-11BSPT ż
16 LT16.01W-11BSPT ƔLT16.01N-11BSPT ż
16 14.00 RT16.01W-14BSPT żRT16.01N-14BSPT ż
16 LT16.01W-14BSPT żLT16.01N-14BSPT ż
16 19.00 RT16.01W-19BSPT żRT16.01N-19BSPT ż
16 LT16.01W-19BSPT żLT16.01N-19BSPT ż
16 28.00 RT16.01W-28BSPT żRT16.01N-28BSPT ż
16 LT16.01W-28BSPT żLT16.01N-28BSPT ż
ƔEx stockżOn demand HC1 Coated carbide
Tool holders
SWR/L SNR/L
A439-A440 A441-A442
Inserts Threading
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A419
System code A412 Grade selection A411 Technical info A447 Cutting data A446
Threading inserts
R/LT**N/W I.C S d
16 9.525 3.97 4.4
NPT American taper pipe thread
1
o
47
External right hand
Internal left hand
Internal right hand
External left hand
ASME B1.20.1-1983
Standard NPT
HC1 (PVD) HC1 (PVD)
ISO Pitch (T.P.i) External
YBG201
YBG205
Internal
YBG201
YBG205
16 8.00 RT16.01W-8NPT żRT16.01N-8NPT ż
16 LT16.01W-8NPT żLT16.01N-8NPT ż
16 11.50 RT16.01W-11.5NPT żRT16.01N-11.5NPT ż
16 LT16.01W-11.5NPT żLT16.01N-11.5NPT ż
16 14.00 RT16.01W-14NPT żż RT16.01N-14NPT ż
16 LT16.01W-14NPT żLT16.01N-14NPT ż
16 18.00 RT16.01W-18NPT żRT16.01N-18NPT ż
16 LT16.01W-18NPT żLT16.01N-18NPT ż
16 27.00 RT16.01W-27NPT żRT16.01N-27NPT ż
16 LT16.01W-27NPT żLT16.01N-27NPT ż
ƔEx stockżOn demand HC1 Coated carbide
Tool holders
SWR/L SNR/L
A439-A440 A441-A442
Threading Inserts
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A420
System code A412 Grade selection A411 Technical info A447 Cutting data A446
Threading inserts
R/LT**N/W I.C S d
16 9.525 3.97 4.4
NPTF dryseal American taper pipe thread 60°
30o30o
90o1o47’
External right hand
Internal left hand
Internal right hand
External left hand
ASME B1.20.1-1983
Tolerance: 2
HC1 (PVD) HC1 (PVD)
ISO Pitch (T.P.i) External
YBG201
YBG205
Internal
YBG201
YBG205
16 8.00 - RT16.01N-8NPTF ż
16 11.50 RT16.01W-11.5NPTF żRT16.01N-11.5NPTF ż
16 14.00 RT16.01W-14NPTF żRT16.01N-14NPTF ż
16 18.00 RT16.01W-18NPTF żRT16.01N-18NPTF ż
16 27.00 - RT16.01N-27NPTF ż
ƔEx stockżOn demand HC1 Coated carbide
Tool holders
SWR/L SNR/L
A439 A441
Inserts Threading
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A421
System code A412 Grade selection A411 Technical info A447 Cutting data A446
Threading inserts
R/LT**N/W I.C S d
16 9.525 3.97 4.4
R knuckle thread 30°
R=0.22105P
R=0.25597P
R=0.23851P
30o
External right hand
Internal left hand
Internal right hand
External left hand
DIN 405
Tolerance: 7
HC1 (PVD) HC1 (PVD)
ISO Pitch (T.P.i) External
YBG201
YBG205
Internal
YBG201
YBG205
16 6.00 RT16.01W-6R żRT16.01N-6R żż
16 8.00 RT16.01W-8R żRT16.01N-8R żż
16 10.00 RT16.01W-10R żRT16.01N-10R żż
ƔEx stockżOn demand HC1 Coated carbide
Tool holders
SWR/L SNR/L
A439 A441
Threading Inserts
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A422
System code A412 Grade selection A411 Technical info A447 Cutting data A446
Threading inserts
R/LT**N/W I.C S d
16 9.525 3.97 4.4
MJ thread for aerospace
R=0.18042P
External right hand
Internal left hand
ISO 5855-1999
Tolerance: 4
HC1 (PVD) HC1 (PVD)
ISO Pitch (T.P.i) External
YBG201
YBG205
Internal
YBG201
YBG205
16 1.50 RT16.01W-1.50MJ ż-
ƔEx stockżOn demand HC1 Coated carbide
Tool holders
SWR/L
A439
Inserts Threading
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A423
System code A412 Grade selection A411 Technical info A447 Cutting data A446
Threading inserts
R/LT**N/W I.C S d
16 9.525 3.97 4.4
UNJ unified screw thread
R=0.18042P
External right hand
Internal left hand
ISO 3161-1999
Tolerance: 3A
HC1 (PVD) HC1 (PVD)
ISO Pitch (T.P.i) External
YBG201
YBG205
Internal
YBG201
YBG205
16 10.00 RT16.01W-10UNJ ż-
16 12.00 RT16.01W-12UNJ ż-
16 14.00 RT16.01W-14UNJ ż-
16 16.00 RT16.01W-16UNJ ż-
16 18.00 RT16.01W-18UNJ ż-
16 20.00 RT16.01W-20UNJ ż-
16 24.00 RT16.01W-24UNJ ż-
16 28.00 RT16.01W-28UNJ ż-
16 32.00 RT16.01W-32UNJ ż-
ƔEx stockżOn demand HC1 Coated carbide
Tool holders
SWR/L
A439
Threading Inserts
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A424
System code A412 Grade selection A411 Technical info A447 Cutting data A446
Threading inserts
R/LT**N/W I.C S d
16 9.525 3.97 4.4
TR metrical ISO trapezoidal thread 30°
30
o
R=0.366P
External right hand
Internal left hand
Internal right hand
External left hand
ISO 2901-2904
Tolerance: 7
HC1 (PVD) HC1 (PVD)
ISO Pitch (T.P.i) External
YBG201
YBG205
Internal
YBG201
YBG205
16 1.50 RT16.01W-1.50TR żRT16.01N-1.50TR Ɣ
16 2.00 RT16.01W-2.00TR żż RT16.01N-2.00TR żż
16 3.00 RT16.01W-3.00TR żż RT16.01N-3.00TR żƔ
ƔEx stockżOn demand HC1 Coated carbide
Tool holders
SWR/L SNR/L
A439 A441
Inserts Threading
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A425
System code A412 Grade selection A411 Technical info A447 Cutting data A446
Threading inserts
R/LT**N/W I.C S d
16 9.525 3.97 4.4
ACME American national thread 29°
29
o
R=0.3707P
External right hand
Internal left hand
Internal right hand
External left hand
ANSI B1.5-1988
Tolerance: 2G
HC1 (PVD) HC1 (PVD)
ISO Pitch (T.P.i) External
YBG201
YBG205
Internal
YBG201
YBG205
16 8.00 RT16.01W-8AC żRT16.01N-8AC ż
16 10.00 RT16.01W-10AC żRT16.01N-10AC ż
16 12.00 RT16.01W-12AC żRT16.01N-12AC ż
16 14.00 RT16.01W-14AC żRT16.01N-14AC ż
16 16.00 RT16.01W-16AC żRT16.01N-16AC ż
ƔEx stockżOn demand HC1 Coated carbide
Tool holders
SWR/L SNR/L
A439 A441
Threading Inserts
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A426
System code A412 Grade selection A411 Technical info A447 Cutting data A446
Threading inserts
R/LT**N/W I.C S d
16 9.525 3.97 4.4
STUB-ACME thread
29
o
0.4224P
External right hand
Internal left hand
Internal right hand
External left hand
ANSI B1.8-1988
Tolerance: API Standard
HC1 (PVD) HC1 (PVD)
ISO Pitch (T.P.i) External
YBG201
YBG205
Internal
YBG201
YBG205
16 8.00 RT16.01W-8STAC żRT16.01N-8STAC ż
16 10.00 RT16.01W-10STAC żRT16.01N-10STAC ż
16 12.00 RT16.01W-12STAC żRT16.01N-12STAC ż
16 14.00 RT16.01W-14STAC żRT16.01N-14STAC ż
16 16.00 RT16.01W-16STAC żRT16.01N-16STAC ż
ƔEx stockżOn demand HC1 Coated carbide
Tool holders
SWR/L SNR/L
A439 A441
Inserts Threading
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A427
System code A412 Grade selection A411 Technical info A447 Cutting data A446
Threading inserts
R/LT**N/W I.C S d
22 12.7 5.56 5.5
API 60° thread
Me
90
o
30
o
30
o
External right hand
Internal left hand
Internal right hand
External left hand
Me = taper, 2i.p.f-4°46', 3i.p.f-7°01'
API SPEC7:1990 Tolerance: API Standard
HC1 (PVD) HC1 (PVD)
ISO Pitch (T.P.i) External
YBG201
YBG205
Internal
YBG201
YBG205
22
4.00
RT22.01W-4AP382 żRT22.01N-4AP382 ż
22 RT22.01W-4AP383 żRT22.01N-4AP383 ż
22 RT22.01W-4AP502 żRT22.01N-4AP502 ż
22 RT22.01W-4AP503 żRT22.01N-4AP503 ż
22 5.00 RT22.01W-5AP403 żRT22.01N-5AP403 ż
ƔEx stockżOn demand HC1 Coated carbide
Tool holders
SWR/L SNR/L
A439 A441
Threading Inserts
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A428
System code A412 Grade selection A411 Technical info A447 Cutting data A446
Threading inserts
R/LT**N/W I.C S d
16 9.525 3.97 4.4
22 12.7 5.56 5.5
API round thread
90
o
1
o
47’
30
o
30
o
External right hand
Internal left hand
Internal right hand
External left hand
API spec.5B
Tolerance: API RD
HC1 (PVD) HC1 (PVD)
ISO Pitch (T.P.i) External
YBG201
YBG205
Internal
YBG201
YBG205
16 8.00 RT16.01W-8RD żRT16.01N-8RD ż
16 10.00 RT16.01W-10RD żRT16.01N-10RD ż
22 8.00 RT22.01W-8RD żRT22.01N-8RD ż
22 10.00 RT22.01W-10RD żRT22.01N-10RD ż
ƔEx stockżOn demand HC1 Coated carbide
Tool holders
SWR/L SNR/L
A439 A441
Inserts Threading
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A429
System code A412 Grade selection A411 Technical info A447 Cutting data A446
Threading inserts
R/LT**N/W I.C S d
22 12.7 5.56 5.5
API American buttress thread
Me
90
o
3
o
10
o
External right hand
Internal left hand
Internal right hand
External left hand
Me=taper 3/4i.p.f-1°47'-1°47' for Ø 4 1/2-13 3/8"
1 i.p.f--2°23' for Ø16" SEPC.5B.1979 Tol.: API Std.
HC1 (PVD) HC1 (PVD)
ISO Pitch (T.P.i) External
YBG201
YBG205
Internal
YBG201
YBG205
22 5.00 RT22.01W-5BUT żRT22.01N-5BUT ż
ƔEx stockżOn demand HC1 Coated carbide
Tool holders
SWR/L SNR/L
A439 A441
Threading Inserts
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A430
System code A412 Grade selection A411 Technical info A447 Cutting data A446
Threading inserts (thin type)
R/LT**N/W I.C S d
16 9.525 3.52 4
ISO metric coarse thread 60° full profile (thin type)
External right hand
Internal left hand
Internal right hand
External left hand
ISO 965-1980 DIN 13
GB·T 197-2003 Tolerance: 6g/6H
HC1 (PVD) HC1 (PVD)
ƔEx stockżOn demand
PB*: Inserts with chip-breakers
HC1 Coated carbide
Tool holders
SWR SNR
A443 A444
Inserts Threading
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A431
System code A412 Grade selection A411 Technical info A447 Cutting data A446
ISO Pitch (T.P.i) External
YBG202
YBG205
Internal
YBG202
YBG205
16 0,50 RT16.01W-0.50GMB ƔRT16.01N-0.50GMB Ɣ
16 0,75 RT16.01W-0.75GMB ƔRT16.01N-0.75GMB Ɣ
16 1,00 RT16.01W-1.00GMB Ɣż RT16.01N-1.00GMB ƔƔ
16 RT16.01W-1.00GMPB* ƔƔ RT16.01N-1.00GMPB* Ɣ
16 1,25 RT16.01W-1.25GMB ƔƔ RT16.01N-1.25GMB ƔƔ
RT16.01W-1.25GMPB* ƔRT16.01N-1.25GMPB* Ɣ
16 1,50 RT16.01W-1.50GMB Ɣż RT16.01N-1.50GMB ƔƔ
16 RT16.01W-1.50GMPB* ƔƔ RT16.01N-1.50GMPB* Ɣ
16 1,75 RT16.01W-1.75GMB ƔƔ RT16.01N-1.75GMB ƔƔ
RT16.01W-1.75GMPB* ƔRT16.01N-1.75GMPB* Ɣ
16 2,00 RT16.01W-2.00GMB Ɣż RT16.01N-2.00GMB ƔƔ
16 RT16.01W-2.00GMPB* ƔƔ RT16.01N-2.00GMPB* ƔƔ
16 2,50 RT16.01W-2.50GMB Ɣż RT16.01N-2.50GMB ƔƔ
RT16.01W-2.50GMPB* ƔƔ RT16.01W-2.50GMPB* Ɣ
16 3,00 RT16.01W-3.00GMB Ɣż RT16.01N-3.00GMB Ɣż
16 RT16.01W-3.00GMPB* ƔƔ RT16.01N-3.00GMPB* Ɣ
Threading inserts (thin type)
R/LT**N/W I.C S d
16 9.525 3.52 4
ISO metric coarse thread 60° partial profile (thin type)
60o
External right hand
Internal left hand
Internal right hand
External left hand
HC1 (PVD) HC1 (PVD)
ISO Pitch (T.P.i) External
YBG202
YBG205
Internal
YBG202
YBG205
16 0.50 - 1.50 RT16.01W-A60B ƔRT16.01N-A60B Ɣ
16 0.50 - 3.00 RT16.01W-AG60B ƔRT16.01N-AG60B Ɣ
16 RT16.01W-AG60PB* ƔƔ -
16 1.75 - 3.00 RT16.01W-G60B Ɣż RT16.01N-G60B Ɣ
ƔEx stockżOn demand
PB*: Inserts with chip-breakers
HC1 Coated carbide
Tool holders
SWR SNR
A443 A444
Threading Inserts
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A432
System code A412 Grade selection A411 Technical info A447 Cutting data A446
Threading inserts (thin type)
R/LT**N/W I.C S d
16 9.525 3.52 4
ISO metric coarse thread 55° partial profile (thin type)
55o
External right hand
Internal left hand
Internal right hand
External left hand
HC1 (PVD) HC1 (PVD)
ISO Pitch (T.P.i) External
YBG202
YBG205
Internal
YBG202
YBG205
16 0.50 - 1.50 RT16.01W-A55B ƔRT16.01N-A55B ż
16 0.50 - 3.00 RT16.01W-AG55B ƔRT16.01N-AG55B ż
16 RT16.01W-AG55PB* Ɣż -
16 1.75 - 3.00 RT16.01W-G55B ƔRT16.01N-G55B Ɣ
ƔEx stockżOn demand
PB*: Inserts with chip-breakers
HC1 Coated carbide
Tool holders
SWR SNR
A443 A444
Inserts Threading
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A433
System code A412 Grade selection A411 Technical info A447 Cutting data A446
Threading inserts (thin type)
R/LT**N/W I.C S d
16 9.525 3.52 4
Whitworth (thin type)
External right hand
Internal left hand
Internal right hand
External left hand
ISO 965-1980 DIN 13
GB·T 197-2003 Tolerance: Medium Class A
HC1 (PVD) HC1 (PVD)
ISO Pitch (T.P.i) External
YBG202
YBG205
Internal
YBG202
YBG205
16 8.00 RT16.01W-8WB żRT16.01N-8WB ż
16 9.00 RT16.01W-9WB ƔRT16.01N-9WB ż
16 10.00 RT16.01W-10WB żRT16.01N-10WB Ɣ
16 11.00 RT16.01W-11WB Ɣż RT16.01N-11WB Ɣ
16 - RT16.01N-11WPB* ƔƔ
16 12.00 RT16.01W-12WB ƔRT16.01N-12WB Ɣ
16 14.00 RT16.01W-14WB ƔRT16.01N-14WB ż
16 - RT16.01N-14WPB* ƔƔ
16 16.00 RT16.01W-16WB żRT16.01N-16WB żż
ƔEx stockżOn demand
PB*: Inserts with chip-breakers
HC1 Coated carbide
Tool holders
SWR SNR
A443 A444
Threading Inserts
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A434
System code A412 Grade selection A411 Technical info A447 Cutting data A446
Threading inserts (thin type)
R/LT**N/W I.C S d
16 9.525 3.52 4
UN unified conventional thread 60° full profile (thin type)
External right hand
Internal left hand
Internal right hand
External left hand
ASME B1.1-1989
Tolerance: 2A/2B
HC1 (PVD) HC1 (PVD)
ISO Pitch (T.P.i) External
YBG202
YBG205
Internal
YBG202
YBG205
16 8.00 RT16.01W-8UNB ƔRT16.01N-8UNB Ɣ
16 10.00 RT16.01W-10UNB ƔRT16.01N-10UNB Ɣ
16 12.00 RT16.01W-12UNB ƔRT16.01N-12UNB Ɣ
16 14.00 RT16.01W-14UNB ƔRT16.01N-14UNB ż
16 16.00 RT16.01W-16UNB ƔRT16.01N-16UNB Ɣ
16 18.00 RT16.01W-18UNB żRT16.01N-18UNB ż
16 20.00 RT16.01W-20UNB ƔRT16.01N-20UNB Ɣ
16 24.00 - RT16.01N-24UNB ż
ƔEx stockżOn demand HC1 Coated carbide
Tool holders
SWR SNR
A443 A444
Inserts Threading
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A435
System code A412 Grade selection A411 Technical info A447 Cutting data A446
Threading inserts (thin type)
R/LT**N/W I.C S d
16 9.525 3.52 4
BSPT Whitworth taper pipe thread (thin type)
1
o
47’
External right hand
Internal left hand
Internal right hand
External left hand
ASME B1.1-1989
Standard BSPT
HC1 (PVD) HC1 (PVD)
ISO Pitch (T.P.i) External
YBG202
YBG205
Internal
YBG202
YBG205
16 11.00 RT16.01W-11BSPTB Ɣż RT16.01N-11BSPTB żż
16 14.00 RT16.01W-14BSPTB ƔRT16.01N-14BSPTB ż
16 RT16.01W-14BSPTPB* ƔRT16.01N-14BSPTPB* żƔ
16 19.00 RT16.01W-19BSPTB ƔRT16.01N-19BSPTB ż
16 28.00 RT16.01W-28BSPTB żRT16.01N-28BSPTB ż
ƔEx stockżOn demand
PB*: Inserts with chip-breakers
HC1 Coated carbide
Tool holders
SWR SNR
A443 A444
Threading Inserts
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A436
System code A412 Grade selection A411 Technical info A447 Cutting data A446
Threading inserts (thin type)
R/LT**N/W I.C S d
16 9.525 3.52 4
NPT American taper pipe thread (thin type)
30o30o
90o1o47’
External right hand
Internal left hand
Internal right hand
External left hand
ASME B1.20.1-1983
Standard NPT
HC1 (PVD) HC1 (PVD)
ISO Pitch (T.P.i) External
YBG202
YBG205
Internal
YBG202
YBG205
16 8.00 RT16.01W-8NPTB żRT16.01N-8NPTB ż
16 11.50 RT16.01W-11.5NPTB żRT16.01N-11.5NPTB Ɣ
16 - RT16.01N-11.5NPTPB* żƔ
16 14.00 RT16.01W-14NPTB żƔ RT16.01N-14NPTB ż
16 - RT16.01N-14NPTPB* żƔ
16 18.00 RT16.01W-18NPTB ƔRT16.01N-18NPTB ż
16 27.00 RT16.01W-27NPTB żRT16.01N-27NPTB ż
ƔEx stockżOn demand
PB*: Inserts with chip-breakers
HC1 Coated carbide
Tool holders
SWR SNR
A443 A444
Inserts Threading
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A437
System code A412 Grade selection A411 Technical info A447 Cutting data A446
A
438
A
B
C
D
E
S WR2020K16(B)
12345678
b
5
L
Code L
H100
K125
M150
P170
Q180
R200
S250
T300
6
Code
11 6,35
16 9,525
22 12,7
7
8
Code
S
C
1
h
4
R
L
3
Code
W
N
2
Threading System code – tool holders
MillingDrilling
Technical
Information
Index Turning
Shank width b [mm]
Shank length L [mm] Insert size [mm]
Height
Holder for thin thread inserts
(B type)
Clamping system
Description
Screw clamping
Top clamping
Shank height h [mm]Cutting direction
Application
Description
External thread tool holder
Internal thread tool holder
Threading tool holder (external)
SWR/L
Dimensions [mm] Inserts
Article Stock abLhs
SWR1616H16 Ɣ16 16 100 16 20 RT16.01W-****
SWR2020K16 Ɣ20 20 125 20 25 RT16.01W-****
SWR2525M16 Ɣ25 25 150 25 32 RT16.01W-****
SWR3225P16 Ɣ32 25 170 32 32 RT16.01W-****
SWR3232P16 Ɣ32 32 170 32 40 RT16.01W-****
SWR2525M22 Ɣ25 25 150 25 32 RT22.01W-****
SWR3225P22 Ɣ32 25 170 32 32 RT22.01W-****
SWR3232P22 Ɣ32 32 170 32 40 RT22.01W-****
SWR4040S22 ż40 40 250 40 50 RT22.01W-****
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert RT16.01W-**** RT22.01W-****
h 16-32 25-40
Screw I60M3.5×12
(2.7 Nm)
I60M5x17
(6.7 Nm)
Screw (shim) SM4x8C SM5x8.5C
Shim MT16-__M MT22-__M
Wrench (screw) WT15IP WT20IP
Insert
Medium Cut
A413
Threading tool holders Threading
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A439
System code A438 Grade selection A411 Technical info A447 Cutting data A446
Threading tool holder (external)
SWR/L
Dimensions [mm] Inserts
Article Stock abLhs
SWL1616H16 Ɣ16 16 100 16 20 LT16.01W-****
SWL2020K16 Ɣ20 20 125 20 25 LT16.01W-****
SWL2525M16 Ɣ25 25 150 25 32 LT16.01W-****
SWL3225P16 Ɣ32 25 170 32 32 LT16.01W-****
SWL3232P16 ż32 32 170 32 40 LT16.01W-****
SWL2525M22 Ɣ25 25 150 25 32 LT22.01W-****
SWL3225P22 ż32 25 170 32 32 LT22.01W-****
SWL3232P22 Ɣ32 32 170 32 40 LT22.01W-****
SWL4040S22 ż40 40 250 40 50 LT22.01W-****
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert LT16.01W-**** LT22.01W-****
h 16-32 25-40
Screw I60M3.5×12
(2.7 Nm)
I60M5x17
(6.7 Nm)
Screw (shim) SM4x8C SM5x8.5C
Shim MT16-__M MT22-__M
Wrench (screw) WT15IP WT20IP
Insert
Medium Cut
A413
Threading Threading tool holders
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A440
System code A438 Grade selection A411 Technical info A447 Cutting data A446
Threading tool holder (internal)
SNR/L
Dimensions [mm] Inserts
Article Stock ød b L h s L1Dmin
SNR0016K11 Ɣ16 16 125 15 10 20.9 12 RT11.01N-****
SNR0016M11 Ɣ16 15.5 150 15 10.5 25.9 16 RT11.01N-****
SNR0016M16 Ɣ16 15.5 150 15 12 27 20 RT16.01N-****
SNR0020M16 Ɣ20 19 150 18 14 28.7 25 RT16.01N-****
SNR0020Q16 Ɣ20 19 180 18 14 34 25 RT16.01N-****
SNR0025M16 Ɣ25 24 150 23 17 28.8 32 RT16.01N-****
SNR0032R16 Ɣ32 31 200 30 22 30.9 40 RT16.01N-****
SNR0032S16 Ɣ32 31 250 30 22 30.9 40 RT16.01N-****
SNR0040T16 Ɣ40 38.5 300 37 27 31.5 50 RT16.01N-****
SNR0050U16 ż50 49.5 350 49 35 40.2 63 RT16.01N-****
SNR0020Q22 Ɣ20 21.5 180 18 15 35 25 RT22.01N-****
SNR0025R22 Ɣ25 24 200 23 19 39 32 RT22.01N-****
SNR0032S22 Ɣ32 31 250 30 22 36.4 40 RT22.01N-****
SNR0040T22 Ɣ40 38.5 300 37 27 37.2 50 RT22.01N-****
SNR0050U22 Ɣ50 48.5 350 47 35 42.6 63 RT22.01N-****
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert RT11.01N-**** RT16.01N-**** RT16.01N-**** RT22.01N-**** RT22.01N-****
ød 16 16 20-50 20 25-50
Screw I60M2.5×6.5
(1.0 Nm)
I60M3.5×8
(2.7 Nm)
I60M3.5×12
(2.7 Nm)
I60M5*10
(6.7 Nm)
I60M5x17
(6.7 Nm)
Screw (shim) SM4x8C SM5x8.5C
Shim MT16-__M MT22-__M
Wrench (screw) WT07IP WT15IP WT15IP WT20IP WT20IP
Insert
Medium Cut
A413
Threading tool holders Threading
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A441
System code A438 Grade selection A411 Technical info A447 Cutting data A446
Threading tool holder (internal)
SNR/L
Dimensions [mm] Inserts
Article Stock ød b L h s L1Dmin
SNL0016K11 Ɣ16 16 125 15 10 20.9 12 LT11.01N-****
SNL0016M11 Ɣ16 15.5 150 15 10.5 25.9 16 LT11.01N-****
SNL0016M16 Ɣ16 15.5 150 15 12 27 20 LT16.01N-****
SNL0020M16 ż20 19 150 18 14 28.7 25 LT16.01N-****
SNL0020Q16 Ɣ20 19 180 18 14 34 25 LT16.01N-****
SNL0025M16 Ɣ25 24 150 23 17 28.8 32 LT16.01N-****
SNL0032R16 Ɣ32 31 200 30 22 30.9 40 LT16.01N-****
SNL0032S16 ż32 31 250 30 22 30.9 40 LT16.01N-****
SNL0040T16 Ɣ40 38.5 300 37 27 31.5 50 LT16.01N-****
SNL0050U16 ż50 49.5 350 49 35 40.2 63 LT16.01N-****
SNL0020Q22 Ɣ20 21.5 180 18 15 35 25 LT22.01N-****
SNL0025R22 ż25 24 200 23 19 39 32 LT22.01N-****
SNL0032S22 Ɣ32 31 250 30 22 36.4 40 LT22.01N-****
SNL0040T22 Ɣ40 38.5 300 37 27 37.2 50 LT22.01N-****
SNL0050U22 Ɣ50 48.5 350 47 35 42.6 63 LT22.01N-****
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert LT11.01N-**** LT16.01N-**** LT16.01N-**** LT22.01N-**** LT22.01N-****
ød 16 16 20-50 20 25-50
Screw I60M2.5×6.5
(1.0 Nm)
I60M3.5×8
(2.7 Nm)
I60M3.5×12
(2.7 Nm)
I60M5*10
(6.7 Nm)
I60M5x17
(6.7 Nm)
Screw (shim) SM4x8C SM5x8.5C
Shim MT16-__M MT16-__M
Wrench (screw) WT07IP WT15IP WT15IP WT20IP WT20IP
Insert
Medium Cut
A413
Threading Threading tool holders
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A442
System code A438 Grade selection A411 Technical info A447 Cutting data A446
Threading tool holder (external)
SWR-B Thin Type
Dimensions [mm] Inserts
Article Stock abLhs
SWR1616H16B Ɣ16 16 100 16 20 RT16.01W-****B
SWR2020K16B Ɣ20 20 125 20 25 RT16.01W-****B
SWR2525M16B Ɣ25 25 150 25 32 RT16.01W-****B
SWR3225P16B Ɣ32 25 170 32 32 RT16.01W-****B
SWR3232P16B Ɣ32 32 170 32 40 RT16.01W-****B
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert RT16.01W-****B
h 16-32
Screw I60M3.5x12TT
(2.7 Nm)
Screw (shim) SM4x8C
Shim MT16-__M
Wrench (screw) WT15IP
Insert
Medium Cut
A432
Threading tool holders Threading
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A443
System code A438 Grade selection A411 Technical info A447 Cutting data A446
Threading tool holder (internal)
SNR-B Thin Type
Dimensions [mm] Inserts
Article Stock ød b L h s L1Dmin
SNR0016M16B Ɣ16 15.5 150 15 12 27 20 RT16.01W-****B
SNR0020Q16B Ɣ20 19 180 18 14 34 25 RT16.01W-****B
SNR0025M16B Ɣ25 24 150 23 17 28.8 32 RT16.01W-****B
SNR0032R16B Ɣ32 31 200 30 22 30.9 40 RT16.01W-****B
SNR0032S16B Ɣ32 31 250 30 22 30.9 40 RT16.01W-****B
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert RT16.01W-****B RT16.01W-****B
ød 16 20-32
Screw I60M3.5x08TT
(2.7 Nm)
I60M3.5x12TT
(2.7 Nm)
Screw (shim) SM4x8C
Shim MT16-__M
Wrench (screw) WT15IP WT15IP
Threading Threading tool holders
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A444
System code A438 Grade selection A411 Technical info A447 Cutting data A446
Threading tool holders Threading
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A445
Notes
A
446
A
B
C
D
E
P
125 1
190 2
250 3
270 4
300 5
180 6
275 7
300 8
350 9
200 10
325 11
M
200 12
240 13
180 14
230 15
K
180 16
260 17
160 18
250 19
130 20
230 21
N
60 22
100 23
75 24
90 25
130 26
110 27
90 28
100 29
S
200 30
280 31
250 32
350 33
320 34
Rm 400 35
Rm 1050 36
H
55 HRC 37
60 HRC 38
400 39
55 HRC 40
X
41
42
43
44
45
46
HC
YBG202 YBG205
190 190
175 175
145 145
140 140
135 135
170 170
125 125
115 115
105 105
125 125
95 95
165 165
135 135
155 155
135 135
240 240
185 185
220 220
165 165
175 175
165 165
800 800
600 600
320 320
240 240
160 160
160 160
600 600
200 200
95 95
50 50
80 80
70 70
70 70
145 145
50 50
MillingDrilling
Technical
Information
Index Turning
Recommended cutting data
Threading
Material group Composition / structure / heat treatment
Brinell
hardness
HB
Machining group
Unalloyed steel
approx. 0,15 % C annealed
approx. 0,45 % C annealed
approx. 0,45 % C tempered
approx. 0,75 % C annealed
approx. 0,75 % C tempered
Low-alloyed steel
annealed
tempered
tempered
tempered
High-alloyed steel and high-alloyed
tool steel
annealed
hardened and tempered
Stainless steel
ferritic/martensitic annealed
martensitic tempered
austenitic quench hardened
austenitic-ferritic
Grey cast iron perlitic/ferritic
perlitic (martensitic)
Cast iron with spheroidal graphite ferritic
perlitic
Malleable cast iron ferritic
perlitic
Aluminium wrought alloys cannot be hardened
hardenable hardened
Cast aluminium alloys
≤ 12 % Si, cannot be hardened
≤ 12 % Si, hardenable hardened
> 12 % Si, cannot be hardened
Copper and copper alloys (bronze/
brass)
machining steel, PB> 1%
CuZn, CuSnZn
CuSn, Pb-free copper, electrolytic copper
Heat-resistant alloys
Fe-based alloys annealed
hardened
Ni or Co bass
annealed
hardened
cast
Titanium alloys pure titanium
α and β alloys hardened
Hardened steel hardened and tempered
hardened and tempered
Hard cast iron cast
Hardened cast iron hardened and tempered
Non-metallic materials
Thermoplasts
Thermosetting plastics
Plastic, glass-bre reinforced GFRP
Plastic, carbon bre reinforced CFRP
Graphite
Wood
Note: The given cutting values are guide values, which were determined under ideal conditions.
The values have to be adapted in individual cases.
For examples of material for cutting tool groups view page D22.
Threading inserts
HC Coated carbide
Starting values for cutting speed vc [m/min]
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
A447
A
Technical information
Trouble shooting - turning A448-A449
Technical Information - turning A450-A457
A
448
A
B
C
D
E
1+2
3
4
5
6
7
8
9
10
6
7
9
8
4
10
2
51
9
3
Trouble shooting – turning
Technical information
MillingDrilling
Technical
Information
Index Turning
Trouble shooting – general turning
Fig. Type of wear Eects Reason Countermeasure
Flank wear Bad surface quality and
dimensional stability
Increase of cutting force
Grade not wear-resistant enough
Cutting speed too high
Clearance angle too small
Feed rate too low
Grade with higher wear-resistance
Reduce cutting speed
Increase clearance angle
Reduce feed rate
Crater wear Bad surface quality and chip
control
Grade not wear-resistant enough
Cutting speed too high
Feed rate too low
Grade with higher wear-resistance
Reduce cutting speed
Reduce feed rate
Chipping Unstable tool life
Sudden breakage of cutting
edge
Grade too hard
Feed rate too high
Cutting edge not stable enough
Stability of the holder or tension insuf-
cient
Grade with higher toughness
Reduce feed rate
Change honing of cutting edge
Use a more stable tool holder
Breakage Increase of cutting force
Bad surface quality and
dimensional stability
Grade too hard
Feed rate too high
Cutting edge not stable enough
Stability of the holder or tension insuf-
cient
Grade with higher toughness
Reduce feed rate
Change honing of cutting edge
Use a more stable tool holder
Plastic
deformation
Bad dimensional stability
Damage to cutting edge
Grade not wear-resistant enough
Cutting speed too high
Cutting depth and/or feed rate too high
Temperature on the cutting edge too
high
Grade with higher toughness
Reduce cutting speed
Reduce cutting depth and feed rate
Grade with higher heat-resistance
Welding Increase of cutting force
Bad surface quality
Cutting speed too low
Cutting edge not sharp enough
Grade not suitable
Increase cutting speed
Increase rake angle
Use a more suitable grade
Thermal cracks Breakage due to thermal
interaction, often caused
when cutting is interrupted
(milling)
Temperature uctuation when machining
Grade too hard
Dry machining
Grade with higher toughness
Notch wear Burr formation
Increase of cutting force
Damage through chips (jagged edges)
Feed rate and cutting speed too high
Grade with higher wear-resistance
Increase rake angle to get a sharper
cutting edge
Reduce cutting speed
Flaking (coating) Often appears when ma-
chining hardened materials
or caused by vibration
Cutting edge adhesion and chipping
Bad chip removal
Increase rake angle to get a sharper
cutting edge
Chip breaker with bigger chip space
A
449
A
B
C
D
E
Trouble shooting – turning Technical information
MillingDrilling
Technical
Information
Index Turning
Trouble shooting – threading
Problème Cause Solution
Big ank wear – Cutting speed too high – Reduce cutting speed
Width of cut too small – Reduce number of width of cut
– Insert over/under centre line – Adjust insert height
Asymmetric wear on left
and right cutting edge
Width of cut not optimal – Adjust width of cut
Inclination angle and lead angle are not optimally
aligned
– Change the shim to get the correct angle
Breakage – Cutting speed too low – Increase cutting speed
– Cutting force too high Increase number of width of cut
Reduce width of cut
– Unstable conditions – Improve clamping and overhang to avoid vibrations
– Bad chip control – Increase coolant pressure for better chip removal
Déformation plastique – Cutting speed and temperature too high Reduce cutting speed
Increase number of width of cut
Reduce width of cut
– Insucient coolant supply – Improve coolant supply
Mauvais état de surface
du let
– Cutting speed too low – Increase cutting speed
– Insert over/under centre line – Adjust insert height
– Bad chip control – Change feed rate and/or width of cut
Prol de let incorrect – Wrong insert height – Change insert height
Tool holder doesn't form a 90° angle – Adjust tool holder
– Pitch error in machine – Adjust machine
Prol de letage de
profondeur insusante
Wrong insert height – Change insert height
– Breakage of cutting edge – Change insert
– Excessive wear – Change insert
Formation d'arêtes
rapportées
Temperature on cutting edge is too low – Increase cutting speed
Often occurs when machining of carbon steel and
stainless steel
– Use grade with sucient toughness (PVD coated)
Vibrations – Wrong cutting data – Increase or highly decrease cutting speed
Wrong insert height – Change insert height
– Insucient clamping – Improve clamping system and minimise overhang
A
450
A
B
C
D
E
I
A
H
G
B
F
EDC
( - )
( + )
MillingDrilling
Technical
Information
Index Turning
Technical information Technical information – turning
Rake angle
The rake angle is a cutting edge angle that has large eects on cutting resistance, chip disposal, cutting temperature and tool life. Increasing the rake
angle in positive direction improves the sharpness of the cutting edge and the cutting force decreases but at the same time it lowers the strength. To
increase the cutting resistance the rake angle must be increased in negative direction.
Rake angle Applications
Small Machining of fragile and hard materials, roughing and interrupted cut
Large Machining of plastic materials and soft materials, precision machining
Clearance angle
The ank angle prevents friction between the ank face and work piece resulting in smooth feed. Increasing the ank angle decreases the cutting force
and the surface roughness becomes better but on the other hand this lowers the cutting edge strength and decreases the ank wear occurrence.
Clearance angle Applications
Small Machining of hard and demure materials, for roughing operation with stable cutting edge
Large Precision machining with low cutting force, work pieces suer from work hardening easily
Cutting tool geometry
A Holder
B Shim
C Main cutting edge
D Flank face
E Nose radius
G Minor cutting edge
H Rake face
I Insert
Inclination angle
The positive and negative edge inclination angle determines the discharging direction of chips. In heavy cutting, the cutting edge receives extremely
large shocks at the beginning of cutting. Cutting edge inclination keeps the cutting edge from receiving this shock and prevents fracturing. On the
other hand the back force increases and occurs vibration. For a finishing operation a positive angle is more suitable.
When the edge inclination angle is negative, i.e. the cutting edge is located at the lowest point
relative to the bottom plane of the tool holder, the chips flow to the machined surface of
workpiece.
As shown in Fig. (2), when the edge inclination angle is positive, i.e. the cutting edge is located
at the highest point relative to the bottom plane of the tool holder, the chips flow to the
un-machined surface of workpiece.
Turning tools
Clearance angle
Shank width
Minor angle
Approach angle
Shank length
Shank height
Corner radius
Rake angle
Inclination angle
Cutting edge
height
Fig. (1)
Negative angle
Fig. (2)
Positive angle
A
451
A
B
C
D
E
MillingDrilling
Technical
Information
Index
Technical informationTechnical information – turning
Turning
Turning tools
Minor cutting edge
The minor cutting edge angle is the main angle on inuence surface roughness; its size is also inuence strength of cutter. When the minor cutting
edge angle is too small, the cutting force increases and results in chattering and vibration.
The selection principle for the minor cutting edge angle is under the condition of rough machining, or un-inuencing friction and producing vibration,
the smaller angle should be chosen; the bigger angle can be used for precision machining.
Entering angle (main cutting edge)
Reducing the lead angle increases the strength of the cutting edge. Because the lead angle is
small, the cutting width is long, the force on the unit cutting edge length is small. At the same
time, reducing the lead angle can increase the tool life. Normally, when turning thin long shaft
and ladder shaft, the lead angle adapts 90°. The lead angle is increased, radial force is reduced,
cutting is stable, cutting thickness is increased and chip breaking performance is good.
Entering angle Applications
Small For material with high tensile strength, high hardness or hardened layer on
surface
Large For machining with low rigidity
Nose radius
The nose radius eects the cutting edge strength and the nished surface. By increasing the nose radius the surface nish becomes better and the
cutting edge strength improves. Flank and rake wear decreases. If the radius becomes too big, the cutting force increases and causes vibration which
eects the chip control negative.
Radius Applications
Small Finishing with small cutting depth, machining thin long shaft, rigidity of machine is insucient
Large Rough machining, high cutting edge strength is required, rigidity of machine is good,
machining hardened materials and interrupted cut
Minor cutting
edge angle
Entering angle
(main cutting
edge)
A
452
A
B
C
D
E
VC = π × D × n
1000 [m/min]
f = n
f = n = 100
500 = 0,2 mm
Tc = f × n [min]
MillingDrilling
Technical
Information
Index Turning
Technical information Technical information – turning
Cutting speed Vc
Vc: Cutting speed [m/min]
n: Revolution [1/min]
f: Feed rate [mm]
Example: n = 250 1/min, f = 0,2 mm,
l = 150 mm
Result: [insert values in formula Vc]
External machining Internal machining
Feed rate F
f: Feed rate [mm]
l: Cutting length [mm/min]
n: Revolution [1/min]
Example: n = 500 1/min, l = 100 mm/min
Result: [insert values in formula f]
Cutting time Tc
Tc: Cutting time [min]
l: Cutting length [mm/min]
f: Feed rate [mm]
n: Revolution [1/min]
Example: n = 250 1/min, f = 0,2 mm,
l = 150 mm
Result: [insert values in formula Tc]
External machining Internal machining
Turning tools
[mm/rev]
A
453
A
B
C
D
E
TC = π × (a b)
4000 × Vc × f [min]
R = f
2
8rc ×1000 [µm]
MillingDrilling
Technical
Information
Index
Technical informationTechnical information – turning
Turning
Cutting time Tc for face milling
Tc: Cutting time [min]
Vc: Cutting speed [m/min]
f: Feed rate [mm]
Theoretical surface roughness R
R: Surface roughness [µm]
f: Feed rate [mm]
rc: Radius of insert [mm]
Example: f = 0,2 mm,
rc = 0,4 mm
Turning tools
A
454
A
B
C
D
E
Vc
ap
f
MillingDrilling
Technical
Information
Index Turning
Technical information Technical information – turning
Three eects of cutting condition for turning
1. Cutting speed (Vc)
Cutting speed is dened as the rate (or speed) that the material moves past the cutting edge of the tool. The unit for Vc is meter per minute [m/min].
Cutting speed inuence: Cutting speed is one of the three important eects of turning and has inuence on tool life. Increasing the cutting speed also
increases the cutting temperature and that decreases the tool life. Depending on the hardness and type of material the cutting speed varies. Therefore
to choose a suitable grade for the cutting speed is necessary.
In general situation, when cutting speed is increased by 20 % the tool life will be reduced ½; when the cutting speed is increased by 50 % the tool life
decreases ⁄. Lower cutting speed results in vibration which will shorten tool life.
Today short machining time, long tool life and high machining accuracy is expected
from modern tools. Based on the machine performance, material shape and hard-
ness of the components the right choice of tool and cutting conditions are the
premise for a successful machining process. Cutting speed, feed rate and depth of
cut are what we call the Three eects of cutting”.
2. Feed rate (f)
In turning application feed rate is the distance the tool holder moves per work piece revolution. That has inuence to the surface quality. The unit for
feed rate is millimetre per revolution [mm/rev]
Feed rate inuence: Decreasing the feed rate will increase ank wear and tool life will be shortened. Increasing the feed rate increases the cutting
temperature and also ank wear. On the other hand the eciency will be improved.
3. Depth of cut (ap)
The depth of cut refers to the half dierent value between the diameter of the unmachined and machined work piece. The unit is millimetre [mm].
Depth of cut inuence: Changing depth of cut has no big inuence to the tool life. Machining hardened layer with small depth of cut results in friction
and short tool life. Machining uncut surface or cast iron material, choose maximum depth of cut according to the machine power so that the cutting
edge and corner radius is out of the hardened layer. That helps to prevent chipping and abnormal wear.
Turning tools
A
455
A
B
C
D
E
MillingDrilling
Technical
Information
Index
Technical informationTechnical information – turning
Turning
Parting o
When the cutting edge nears the central axis of the work piece, reducing the feed rate by 30 % can extend the tool life of the insert.
Pick a tool holder with the smallest possible overhang to avoid vibrations and tool deflection.
Longitudinal turning and prole turning
Machining sequence 0.5 mm:
1. Bring radial feed rate to required cutting depth (ap max. 0.75 × cutting edge width)
2. Radial relocating by 0.1 mm
3. Longitudinal turning to opposite shoulder
4. Diagonal relocating by 0.5 mm outward axial feed rate to the starting point
5. Radial feed rate to required cutting depth, etc.
When machining the chamfer or the base of the slot follow the steps as shown in figure. This reduces
tool deflection and avoids cutting edge chipping.
Surface grooving and turning
Roughing:
Processing from largest diameter to the axis. When returning it's recommended to bend the tool slightly.
Flute turning:
Depth of axial turning less than 0.75 × S (width of insert). When the pocket width is bigger than the depth
follow the working steps as shown. When the pocket depth is bigger than the width, we recommend to go
to the required diameter step by step.
Finishing:
When nishing begin with the outer diameter and the bottom. Then go on with the inner diameter to the
required size.
Internal machining
Procedure according to figure. For better chip removal in blind holes machine from the inside out.
Adjusting the cutting edge height
Mount the tool holder in a 90° angle to the central axis of the workpiece. This improves the surface
quality and decreases the risk of vibrations.
Height tolerance between the cutting edge of the insert and the centre of the work piece should be
kept ± 0.1 mm, especially for parting of rods and grooving of materials with a small diameter. This
extends the tool life and reduces the cutting forces as well as the formation of burrs.
Parting & grooving
A
456
A
B
C
D
E
MillingDrilling
Technical
Information
Index Turning
Technical information Technical information – turning
Steps for best results when thread-cutting
1. Choice of threading method
2. Choice of angle and shim
3. Choice of tool holder and inserts
4. Choice of cutting data
5. Choice of cutting direction
Thread turning method
External machining
Right hand type Left hand type
Internal machining
Right hand type Left hand type
Threading
A
457
A
B
C
D
E
λ = arctan p
d2 × π
0,5–0,3 16
0 MT16-00M
1 MT16-01M
2 MT16-02M
3 MT16-03M
3,5–6,0 22
0 MT22-00M
1 MT22-01M
2 MT22-02M
3 MT22-03M
8
7
6
5
4
3
2
1
3
4
5
6
7
8
9
11
14
18
24
32
50
2100
4150
6200
8mm
MillingDrilling
Technical
Information
Index
Technical informationTechnical information – turning
Turning
Choice of angle
The ank clearance angles of the thread prole depend on the helical angle of the thread. The helical angle of the thread must coincide with the insert's
angle of inclination angle as far as possible to get the ideal prole, to avoid longer unfavourable wear on one of the anks and thus to ensure tool life.
p Pitch
d2 Flank diameter
λ Pitch angle
Helix angle (p) Pitch angle (λ)
Infeed way of threading
The number of passes and widths of cut are the key points of threading operation. Please choose the cutting parameters with the recommended form
according to experience data. In case of breakages or too much wear please have a look at page A447 (trouble shooting).
Radial width of cut Modied ank width of cut Alternating width of cut
Radial width of cut requires low cutting depth,
sharp cutting edge and tough grade. It is
recommended when the pitch is smaller than
2 mm, not ideal for material with long chips.
Infeed at an angle of 3–5° to the ank of the
teeth. It is easy for chips ow. Suitable for long
chip material and internal threading.
Alternating width of cut is mainly used for large
pitches and long chip materials. To get equal
insert wear on both edges.
Choice of shim
Pitch range Dimension Pitch angle Shim
The shim λ = 1° is delivered with the tool holder.
Choice of angle and shim
Threading number/inchPitch/mm
Machining
diameter
B
1
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B1
B
Indexable milling
Product overview B4-B5
System overview B6-B19
Chip breaker overview B20
Grade overview B21-B23
Application fields of grades B24
System code – milling bodies B26-B27
ISO code – inserts B28-B29
System code – slot milling B30
Face milling B31-B103
Square shoulder milling B104-B135
Profile milling B136-B152
Slot milling B153-B164
High feed milling B165-B173
Bore milling B174-B175
T-slot milling B176-B177
Helical milling B178-B183
Chamfer milling B184-B196
Indexable heads – QCH series B197-B211
General milling inserts B212-B223
Recommended cutting data B224-B255
Trouble shooting B464
Technical information B465-B472
1 FMA01 B31 9 FMD02 (PN11) B60 17 FMP03 B82
2 FMA02 B34 10 FMD02 (HN09) B66 - FMP12 B86
3 FMA03 B37 11 FMD03 B68 18 FMR01 B90
4 FMA04 (OFKT05**) B40 12 FME02 B70 19 FMR02 B93
5 FMA04 (OFKR07**) B40 13 FME03 B72 20 FMR03 B96
6 FMA07 B46 14 FME04 B75 21 FMR04 B100
7 FMA11 B52 15 FMP01 B77 22 EMP01 B104
8 FMA12 B56 16 FMP02 B79 23 EMP02 B110
6
32
14
13
40
28
33
36
37
15
35
3
10
2
4
5
12
1
17
7
New
B
2
No.
Tool category Page
No.
Tool category Page
No.
Tool category Page
Indexable inserts milling tool program
11
34
30 29
31 18
21
41
39
25
20
22 24
26
38
16
23
8
19
9
42
27
24 EMP03 B113 31 BMR04 B149 39 HMP01-EC B182
25 EMP04 B115 32 SMP01 B153 40 CM*01 B184
26 EMP05 B117 33 SMP03 B157 41 QCH B198
- EMP09 B120 34 SMP05 B161 42 XMP01 B174
27 EMP13 B126 35 XMR01 (SDMT**) B166
28 BMR01 B136 36 XMR01 (WPGT**) B170
29 BMR02 B139 37 TMP01 B176
30 BMR03 B141 38 HMP01 B178
New
New
B3
No.
Tool category Page
No.
Tool category Page
No.
Tool category Page
Milling inserts
Edge length
Page
ANGX-GM
ANGX-LH
APKT-ALH
APKT-APF
APKT-APM
APKT-KM
APKT-LH
APKT-PF
11 15 11 15 11 16 11 16 07 11 16 15 11 16 11 16
B127, B129, B131,
B133, B135
B127, B129, B131,
B133, B135
B105, B108, B111,
B114, B116, B205
B105, B108, B111,
B114, B116, B205
B105, B108, B111,
B114, B116, B205
B179, B181, B183 B105, B108, B111,
B114, B116, B205
B105, B108, B111,
B114, B116, B205
Edge length
Page
APKT-PM
APKT-PR
APMT
CNE-A/B
HNEX-DM
HNEX-DR
HNGX-HDR
HNGX-MR
11 15 16 11 11 16 12 09 09 09 09
B105, B108, B111,
B114, B116, B205
B105, B108, B111,
B114, B116, B205
B118 B175 B67 B67 B212 B212
Edge length
Page
LNCX
LNE32.534
LNKT-GM
LNKT-ZR
MPHT-DM
OFKR-DF
OFKR-DM
OFKT-DF
18 08 12 16 12 15 20 25 06 08 12 07 07 05
B214 B213
B121, B123 B69, B76, B83 B158, B160, B177
B43 B43 B41
Edge length
Page
OFKT-DM
OFKT-LH
ONHU-GM
ONHU-PF
ONHU-PM
PNEG-CF
PNEG-CM
PNEG-CR
05 05 08 06 08 06 08 11 11 11
B41 B41 B57
B47, B49 B47, B49 B61, B64 B61, B64 B61, B64
Edge length
Page
PNEG-PF
PNEG-PM
PNEG-PR
RCKT-DM
RCKT-DR
RCKT-ER
RCKT-NM
RDKW
11 11 11 10 12 16 20 12 16 20 12 16 20 12 16 20
07 08 10 12 16 20
B62, B64 B62, B64 B62, B64 B91, B95 B91, B95 B91, B95 B91, B95 B99, B103, B207, B209
Edge length
Page
ROHX
SDMT
SDMT-DM
SDMT-PM
SEEN
SEET-APF
SEET-APM
SEET-APR
12 16 20 09 06 09 12 15 06 09 12 15 12 09 12 09 12 09 12
B140 B138
B167, B169, B201 B167, B169, B201
B38 B80 B80 B80
Edge length
Page
SEET-CF
SEET-CM
SEET-CR
SEET-DF
SEET-DM
SEET-DR
SEET-EF
SEET-EM
12 12 12 12 12 18 12 12 12
B32, B35 B32, B35 B32, B35 B32, B35 B32, B35 B32, B35 B32, B35 B32, B35
Indexable milling Product overview
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B4
Milling inserts
Edge length
Page
SEET-LH
SEET-PF
SEET-PM
SEET-PR
SEET-W
SEKN
SEKR
SNEG-E
12 09 12 09 12 09 12 12 12 15 12 15
B80 B80 B80 B80
B33, B36
B39 B39 B53
Edge length
Page
SNEG-GM
SNEG-GR
SNEG-W
SNKN
SPCN
SPGN
SPKN
SPKR
12 15 12 15 19 12 12 15 12 15 12 12 15 12
B53 B53 B54 B215 B216 B219 B73 B74
Edge length
Page
SPKR-GM
SPKT
SPKW
SPMR
SPMT
SPMT-HT
SPMT-KM
SPMT-KT
12 15 12 12 09 12 06 09 12 09 12 12 06
B74 B71 B71 B217
B138, B185, B187,
B189, B191, B193, B195
B218
B179, B181, B183 B138, B218
Edge length
Page
Edge length
Page
Product overview Indexable milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B5
SPMT-PM
SPUN
TPCN
TPKN
TPMR
TPUN
WNHU-GM
WPGT
12 12 15 22 16 22 09 11 16 22 11 16 22 06 08 05 06 08 09
B179, B181, B183
B219 B220
B78, B221
B222 B222 B87, B89
B171, B173, B203
WPGT-PM
XSEQ
XPHT-GM
ZDET
ZDET-PM
ZOHX-GF
ZOHX-GM
ZPNT
05 06 08 09 12
16 20 25 30 32 40 50
08 11 13 13
12 16 20 25 30 32 12 16 20 25 30 32
22
B171, B173, B203 B154, B156 B142, B144, B146,
B148, B199
B137 B137
B150, B152, B211 B150, B152, B211
B137
Face milling
Series Milling body Inserts Kr Application Features Page
PMKNS H
FMA01
SEET12T3
SEET18T6 45° DDDDD
• Diameter range Ø50 – 315 mm
• For steel, stainless steel, cast iron, non-
ferrous metals and heatresistant alloys
• Milling cutter with positive, soft cutting
geometry
Wiper inserts for good surface quality
B31
FMA02
SEET12T3 45° DDDDD
• Diameter range Ø50 – 125 mm
• For steel, stainless steel, cast iron, non-
ferrous metals and heatresistant alloys
• Milling cutter with positive, soft cutting
geometry
• Wide pitch
B34
FMA03
SEEN1203
SEKN1203
SEKR1203
SEKN1504
SEKR1504
45° DDDD
• Diameter range Ø80 – 315 mm
• For steel, stainless steel and cast iron
• Milling cutter with positive, soft cutting
geometry
• Wedge clamping
B37
FMA04
OFKT05T3 45° DDDD
• Diameter range Ø50 – 160 mm
• For steel, stainless steel, cast iron and
non-ferrous metals
• Inserts with eight cutting edges
• Screw clamping
B40
FMA04
OFKR0704 45° DDDD
• Diameter range Ø125 – 315 mm
• For steel, stainless steel, cast iron and
non-ferrous metals
• Inserts with eight cutting edges
• Wedge clamping
B42
FMA07
ONHU0604
ONHU08T5 45° DD D
• Diameter range Ø25 – 50 mm
• For steel and cast iron
• Inserts with 16 cutting edges
B46
DVery suitable DSuitable
Indexable milling System overview
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B6
Face milling
Series Milling body Inserts Kr Application Features Page
PMKNS H
FMA07
ONHU0604
ONHU08T5 45° DD D
• Diameter range Ø40 – 315 mm
• For steel and cast iron
• Inserts with 16 cutting edges
B48
FMA11
SNEG1205
SNEG1506
SNEG1907
45° DDDD
• Diameter range Ø63 – 315 mm
• For steel, stainless steel and cast iron
• Inserts with eight cutting edges
• Double sided, thicker inserts for high
stability and deeper cutting depths
Wiper geometry for good surface quality
• Normal and fine pitch
B52
FMA12
ONHU08T6 45° DDDD
• Diameter range Ø63 – 315 mm
• For steel, stainless steel and cast iron
• Inserts with 16 cutting edges
B56
FMD02
PNEG1105 67° DDD
• Diameter range Ø50 – 315 mm
• For steel, stainless steel and cast iron
• Inserts with ten cutting edges
Wedge clamping or screw clamping
• Normal and fine pitch
B60
B63
FMD02
HNEX0905 55° D
• Diameter range Ø80 – 315 mm
• For cast iron
• Wedge clamping
• Inserts with twelve cutting edges
B66
FMD03
LNKT2007-ZR
LNKT2510-ZR 60° DD
• Diameter range Ø100 – 400 mm
• For steel, stainless steel and cast iron
Tangential insert with four cutting edges
• Heavy duty machining for high cutting
depths• Screw clamping
B68
DVery suitable DSuitable
System overview Indexable milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B7
Face milling
Series Milling body Inserts Kr Application Features Page
PMKNS H
FME02
SPKT1204
SPKW1204 75° DDD
• Diameter range Ø50 – 125 mm
• For steel and cast iron
• Screw clamping
B70
FME03
SPKN1203
SPKR1203
SPEX1203
SPKN1504
SPKR1504
SPEX1504
75° DDD
• Diameter range Ø80 – 400 mm
• For steel and cast iron
• Wedge clamping
B72
FME04
LNKT1506-ZR 75° DD
• Diameter range Ø125 – 315 mm
• For steel, stainless steel and cast iron
Tangential insert with four cutting edges
• Heavy duty machining for high cutting
depths
• Screw clamping
B75
FMP01
TPKN2204 90° DDD D
• Diameter range Ø80 – 315 mm
• For steel, stainless steel and cast iron
• Milling cutter with positive, soft cutting
geometry
• Wedge clamping
B77
FMP02
SEET09T3
SEET1203 90° DDDDD
• Diameter range Ø50 – 315 mm
• For steel, stainless steel, cast iron an non-
ferrous metals
• Screw clamping
B79
FMP03
LNKT120608-ZR
LNKT1506EN-ZR
LNKT2007DN-ZR
LNKT2510-ZR
89° DD
• Diameter range Ø50 – 315 mm
• For steel, stainless steel and cast iron
Tangential insert with four cutting edges
• Heavy duty machining for high cutting
depths
• Screw clamping
B82
DVery suitable DSuitable
Indexable milling System overview
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B8
Face milling
Series Milling body Inserts Kr Application Features Page
P M K N S H
FMP12
WNHU0604
WNHU0806 90° D D
• Diameter range Ø50 – 315 mm
• For steel, stainless steel and cast iron
Tangential insert with four cutting edges
• Heavy duty machining for high cutting
depths
• Screw clamping
B86
FMP12
WNHU0604 90° D D
• Diameter range Ø50 – 315 mm
• For steel, stainless steel and cast iron
Tangential insert with four cutting edges
• Heavy duty machining for high cutting
depths
• Screw clamping
B88
FMR01
RCKT10T3
RCKT1204
RCGX1204
D D D D D
• Diameter range Ø25 – 63 mm
• For steel, stainless steel, cast iron, non-
ferrous metals and heatresistant alloys
• Screw clamping
B90
FMR02
RCGX1204
RCKT1204
RCMW1204
RCKT1606
RCKT2006
D D D D D
• Diameter range Ø50 – 250 mm
• For steel, stainless steel, cast iron, non-
ferrous metals and heatresistant alloys
• Screw clamping
B93
FMR03
RDKW0803
RDKW10T3
RDKW1204
D D D D
• Diameter range Ø15 – 50 mm
• For steel, stainless steel and cast iron
• Screw clamping
• Mould and die industry
B96
FMR03
RDKW0702
RDKW1003 D D D D
• Diameter range Ø15 – 50 mm
• For steel, stainless steel and cast iron
• Screw clamping
• Mould and die industry
B98
D Very suitable D Suitable
System overview Indexable milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B 9
Face milling
Series Milling body Inserts Kr Application Features Page
PMKNS H
FMR04
RDKW1204
RDKW1605
RDKW2006
DDD D
• Diameter range Ø50 – 200 mm
• For steel, stainless steel and cast iron
• Screw clamping
• Mould and die industry
B100
FMR04
RDKW1003
RDKW12T3
RDKW1604
DDD D
• Diameter range Ø42 – 200 mm
• For steel, stainless steel and cast iron
• Screw clamping
• Mould and die industry
B102
Square shoulder milling
EMP01
APKT0702
APKT11T3
APKT1604
90° DDDDD
• Diameter range Ø12 – 63 mm
• For steel, stainless steel, cast iron, non-
ferrous metals and heatresistant alloys
• Weldon shank
• For square shoulder milling, slot milling
and ramping
• Milling cutter with positive, soft cutting
geometry
• Inserts with two cutting edges
B104
EMP01
APKT11T3
APKT0702
APKT1604
90° DDDDD
• Diameter range Ø12 – 63 mm
• For steel, stainless steel, cast iron, non-
ferrous metals and heatresistant alloys
• Weldon shank
• For square shoulder milling, slot milling
and ramping
• Milling cutter with positive, soft cutting
geometry
• Inserts with two cutting edges
B107
EMP02
APKT0702
APKT11T3
APKT1604
90° DDDDD
• Diameter range Ø40 – 250 mm
• For steel, stainless steel, cast iron, non-
ferrous metals and heatresistant alloys
• For square shoulder milling, slot milling
and ramping
• Milling cutter with positive, soft cutting
geometry
• Inserts with two cutting edges
B110
DVery suitable DSuitable
Indexable milling System overview
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B10
Square shoulder milling
Series Milling body Inserts Kr Application Features Page
PMKNS H
EMP03
APKT11T3 90° DDDD
• Diameter range Ø50 – 100 mm
• For steel, stainless steel, cast iron, non-
ferrous metals and heatresistant alloys
• For square shoulder milling, slot milling
and ramping
• Milling cutter with a positive, soft cutting
geometry
• Inserts with two cutting edges
B113
EMP04
APKT11T3 90° DDDD
• Diameter range Ø20 – 40 mm
• For steel, stainless steel, cast iron, non-
ferrous metals and heatresistant alloys
• For square shoulder milling, slot milling
and ramping
• Milling cutter with positive, soft cutting
geometry
• Inserts with two cutting edges
B115
EMP05
APMT1135
APMT1604 90° DDD
• Diameter range Ø25 – 40 mm
• For steel, stainless steel and cast iron
• Straight shank
• For square shoulder milling, slot milling
and ramping
• Milling cutter with positive, soft cutting
geometry
• Inserts with two cutting edges
• Machining in z-direction possible
B117
EMP09
LNKT0804PNR-GM
LNKT1206PNR-GM
LNKT1607PNR-GM
90° DDD
• Diameter range Ø40 – 125 mm
• Sharp cutting edge geometry combined
with robust tangential inserts
• First choice for large cutting depths with
high feed rates.
• Specially designed cutting edge with
high precision control for high quality 90
degree square shoulder milling
B120
EMP13
ANGX1105
ANGX1506 90° DDDD
• Diameter range Ø40 – 250 mm
• For steel, cast iron and non-ferrous metals
• Double sided, thicker inserts for high
stability and deeper cutting depths
• Inserts with four cutting edges
B126
EMP13
ANGX1105
ANGX1506 90° DDDD
• Diameter range Ø25 – 40 mm
• For steel, cast iron and non-ferrous metals
• Double sided, thicker inserts for high
stability and deeper cutting depths
• Inserts with four cutting edges
B128
DVery suitable DSuitable
System overview Indexable milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B11
Square shoulder milling
Series Milling body Inserts Kr Application Features Page
PMKNS H
EMP13
ANGX1105
ANGX1506 90° DDDD
• Diameter range Ø50 – 80 mm
• For steel, cast iron and non-ferrous metals
• Double sided, thicker inserts for high
stability and deeper cutting depths
• Inserts with four cutting edges
B132
EMP13
ANGX1105
ANGX1506 90° DDDD
• Diameter range Ø25 – 40 mm
• For steel, cast iron and non-ferrous metals
• Double sided, thicker inserts for high
stability and deeper cutting depths
• Inserts with four cutting edges
B134
Profile milling
BMR01
ZDET08T2 & SPMT0603
ZDET1103 & SPMT0603
ZDET13T2 & SDMT0903
ZPNT2204 & SPMT1204
DDD
• Diameter range Ø20 – 63 mm
• For steel, stainless steel and cast iron
Very suitable for roughing of big moulds
• Inserts with three cutting edges
B136
BMR02
ROHX1203
ROHX1604
ROHX2005
DDD
• Diameter range Ø12 – 20 mm
• For steel, stainless steel and cast iron
Very suitable for finishing in mould and
die industry
• Inserts with two cutting edges
B139
BMR03
XPHT16
XPHT20
XPHT25
XPHT30
XPHT32
XPHT40
DDD
• Diameter range Ø16 – 40 mm
• For steel and cast iron
Very suitable for roughing in mould and
die industry
Tool with high stability
B141
DVery suitable DSuitable
Indexable milling System overview
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B12
Profile milling
Series Milling body Inserts Kr Application Features Page
PMKNS H
BMR03
XPHT20
XPHT25
XPHT30
XPHT32
XPHT40
XPHT50
DDD
• Diameter range Ø16 – 40 mm
• For steel and cast iron
Very suitable for roughing in mould and
die industry
Tool with high stability
B145
BMR03
XPHT16
XPHT20
XPHT25
XPHT30
XPHT32
XPHT40
XPHT50
DDD
• Diameter range Ø16 – 40 mm
• For steel and cast iron
Very suitable for roughing in mould and
die industry
Tool with high stability
B143
BMR03
XPHT40
XPHT50 DDD
• Diameter range Ø16 – 40 mm
• For steel and cast iron
Very suitable for roughing in mould and
die industry
Tool with high stability
B147
BMR04
ZOHX12
ZOHX16
ZOHX20
ZOHX25
ZOHX30
ZOHX32
DDD
• Diameter range Ø12 – 32 mm
• For steel, stainless steel and cast iron
Very suitable for finishing in mould and
die industry
• Inserts with two cutting edges
B149
BMR04
ZOHX12
ZOHX16
ZOHX20
ZOHX25
ZOHX30
ZOHX32
DDD
• Diameter range Ø12 – 32 mm
• For steel, stainless steel and cast iron
Very suitable for finishing in mould and
die industry
• Inserts with two cutting edges
B151
DVery suitable DSuitable
System overview Indexable milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B13
Slot milling
Series Milling body Inserts Kr Application Features Page
PMKNS H
SMP01
XSEQ1202
XSEQ1203
XSEQ12T3
XSEQ1204
XSEQ12T4
90° DDD
• Diameter range Ø100 – 250 mm
• For steel, stainless steel and cast iron
• Bore with keyway
• Groove widths 4, 5, 6, 7, 8 mm
B153
SMP01
XSEQ1202
XSEQ1203
XSEQ12T3
XSEQ1204
XSEQ12T4
90° DDD
• Diameter range Ø63 – 160 mm
• For steel, stainless steel and cast iron
• Groove widths 4, 5, 6, 7, 8 mm
B155
SMP03
MPHT0603
MPHT0803
MPHT1204
90° DDD
• Diameter range Ø80 – 200 mm
• For steel, stainless steel and cast iron
• Bore with keyway
• Groove widths 8, 10, 12, 16, 18, 20 mm
B157
SMP03
MPHT0603
MPHT0803
MPHT1204
90° DDD
• Diameter range Ø80 – 200 mm
• For steel, stainless steel and cast iron
• Groove widths 8, 10, 12, 16, 18, 20 mm
B159
SMP05
QC16L
QC22L 90° DDD
• Diameter range Ø25 – 44 mm
• For steel, stainless steel and cast iron
• Groove widths range 1,1 – 4,8 mm
B161
DVery suitable DSuitable
Indexable milling System overview
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B14
High-feed milling
Series Milling body Inserts Kr Application Features Page
PMKNS H
XMR01
SDMT06T2
SDMT09T3
SDMT1204
SDMT1505
15° DDD
• Diameter range Ø20 – 40 mm
• For steel, stainless steel and cast iron
• Inserts with four cutting edges
• Ramping possible
• Double clamping system for inserts
B166
XMR01
SDMT09T3
SDMT06T2
SDMT1204
SDMT1505
15° DDD
• Diameter range Ø40 – 125 mm
• For steel, stainless steel and cast iron
• Inserts with four cutting edges
• Ramping possible
• Double clamping system for inserts
B168
XMR01
WPGT0503
WPGT0604
11°-
22° DDD
• Diameter range Ø20 – 40 mm
• For steel, stainless steel and cast iron
• Inserts with three cutting edges
• Ramping possible
• Double clamping system for inserts
B170
XMR01
WPGT0604
WPGT0806
WPGT0907
11°-
22° DDD
• Diameter range Ø42 – 160 mm
• For steel, stainless steel and cast iron
• Inserts with three cutting edges
• Ramping possible
• Double clamping system for inserts
B172
Bore milling
XMP01
CNE12 90° DDD
• Diameter range Ø80 – 400 mm
• For steel, stainless steel and cast iron
• Also for face and square shoulder milling
B174
DVery suitable DSuitable
System overview Indexable milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B15
T-slot milling
Series Milling body Inserts Kr Application Features Page
PMKNS H
TMP01
MPHT0603
MPHT0803
MPHT1204
90° DDD
• Diameter range Ø21 – 60 mm
• For cast iron
• Groove widths 9, 11, 14, 18, 22, 28 mm
B176
Helical milling
HMP01
APKT1504 & SPMT1204 90° DDD
• Diameter range Ø40 – 50 mm
• For steel and cast iron
• Weldon shank
B178
HMP01
APKT1504 & SPMT1204 90° DDD
• Diameter range Ø50 – 80 mm
• For steel and cast iron
With JT coupling
B180
HMP01-EC
APKT1504 & SPMT1204 90° DDD
• Diameter range Ø50 – 80 mm
• For steel and cast iron
With JT coupling
With indexable head
B182
DVery suitable DSuitable
Indexable milling System overview
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B16
Chamfer milling
Series Milling body Inserts Kr Application Features Page
PMKNS H
CMZ01
SPMT1204 30° DDD
• Diameter range Ø12 – 32 mm
• For steel, stainless steel and cast iron
• Chamfer milling cutter 30°
B184
B186
CMA01
SPMT1204 45° DDD
• Diameter range Ø12 – 32 mm
• For steel, stainless steel and cast iron
• Chamfer milling cutter 45°
• Weldon shank
B188
CMA01
SPMT1204 45° DDD
• Diameter range Ø12 – 32 mm
• For steel, stainless steel and cast iron
• Chamfer milling cutter 45°
• Weldon shank
B190
CMD01
SPMT1204 60° DDD
• Diameter range Ø12 – 32 mm
• For steel, stainless steel and cast iron
• Chamfer milling cutter 60°
• Weldon shank
B192
CMD01
SPMT1204 60° DDD
• Diameter range Ø12 – 32 mm
• For steel, stainless steel and cast iron
• Chamfer milling cutter 60°
• Weldon shank
B194
DVery suitable DSuitable
System overview Indexable milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B17
Indexable heads - QCH series
Series Milling body Inserts Kr Application Features Page
PMKNS H
QCH-XPHT
XPHT16
XPHT20
XPHT25
XPHT30
XPHT32
DDD
• Diameter range Ø16 – 32 mm
• For steel and cast iron
Very suitable for roughing in mould and
die industry
B198
QCH-SDMT
SDMT06T2
SDMT09T3
SDMT1204
15° DDD
• Diameter range Ø20 – 40 mm
• For steel, stainless steel and cast iron
• Inserts with four cutting edges
• Ramping possible
• Double clamping system for inserts
B200
QCH-WPGT
WPGT0503
WPGT0604
WPGT0806
11°-
22° DDD
• Diameter range Ø16 – 42 mm
• For steel, stainless steel and cast iron
• Inserts with three cutting edges
• Ramping possible
• Double clamping system for inserts
B202
QCH-APKT
APKT11T3
APKT1604 90° DDDDD
• Diameter range Ø16 – 40 mm
• For steel, stainless steel, cast iron, non-
ferrous metals and heatresistant alloys
• For square shoulder milling, slot milling
and ramping
• Milling cutter with positive, soft cutting
geometry
• Inserts with two cutting edges
B204
QCH-RD
RDKW0702
RDKW10T3
RDKW1605
DDD D
• Diameter range Ø15 – 42 mm
• For steel, stainless steel and cast iron
• Screw clamping
• Mould and die industry
• For two different thicknesses of inserts
B206
DVery suitable DSuitable
Indexable milling System overview
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B18
Indexable heads - QCH series
Series Milling body Inserts Kr Application Features Page
PMKNS H
QCH-RD
RDKW0702
RDKW1003
RDKW12T3
RDKW1604
DDD D
• Diameter range Ø15 – 42 mm
• For steel, stainless steel and cast iron
• Screw clamping
• Mould and die industry
• For two different thicknesses of inserts
B208
QCH-ZOHX
ZOHX16
ZOHX20
ZOHX25
ZOHX30
ZOHX32
DDD
• Diameter range Ø16 – 32 mm
• For steel, stainless steel and cast iron
Very suitable for finishing in mould and
die industry
• Inserts with two cutting edges
B210
DVery suitable DSuitable
System overview Indexable milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B19
B
20
A
B
C
D
E
P
DF DM DR
APF APM
PF PM PR
GF GM GR
––ZR
MO-2 MO-1 MO-3
M
EF EM
APF APM
DF DM
PF PM PR
GF GM GR
EE–
––ZR
K
CF CM CR
DF DM DR
EDFR DER DER
PF PM PR
GF GM GR
––ZR
MO-2 MO-1 MO-3
SEF EM
NM NM
NLH LH LH
ALH ALH ALH
Indexbale milling Chip breakers overview
MillingDrilling
Technical
Information
Index Turning
Chip breakers overview
Finishing Medium machining Roughing
Coated cemented carbide CVD
Grade ISO Micro structure Grade description
YBC301 P20 - P35 CVD coated P20–P35 carbide grade for medium operation to roughing of steel at lower
cutting speed.
YBC302 P20 - P35
CVD coated P20–P35 carbide grade for medium operation to roughing of steel at higher
cutting speed. Optimal performance of wear resistance and toughness for a wide
application field.
YBC401 P30 - P50
M30 - M40
CVD coated P30–P50/M30–M40 carbide grade for roughing operation of steel at lower
cutting speed and unstable condition.
YBM251 P20 - P30
M15 - M35
CVD coated P20–P30/M15–M35 carbide grade for medium to roughing operation in
stainless steel and steel with wide application field. Good wear resistance and capability
against plastic deformation at normal cutting speed.
YBM253 M15 - M35
CVD coated M15–M35 carbide grade for medium to roughing operation in stainless
steel with wide application field. High wear resistance and capability against plasctic
deformation at higher cutting speed.
YBM351 P25 - P40
M20 - M40
CVD coated P25–P40/M25–M40 carbide grade for roughing operation in stainless steel
and steel. Good wear resistance and edge stability at normal cutting speed.
YBD152 K10 - K25 CVD coated K10–K25 carbide substrate. Optimized for medium to roughing operation of
cast iron. Good wear resistance and toughness at higher cutting speed.
YBD252 K20 - K35 CVD coated K20–K35 carbide substrate. Optimized for medium to roughing operation of
cast iron and Steel. Good wear resistance and toughness at higher cutting speed.
Grade overview Indexable milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B21
Indexable milling Grade overview
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B22
Coated cemented carbide PVD
Grade ISO Micro structure Grade description
YBG102 S05 - S15
PVD coated S05–S15 carbide substrate for finishing to medium application of super alloy
material, stainless steel and aluminum. Good wear resistance in a wide application
field.
YBG202 P10 - P30
M10-M25
PVD coated P10–P30/M10–M25 carbide substrate for finishing to medium application of
stainless steel and steel (milling). Good wear resistance in a wide application field.
YB9320 P10 - P30
M10-M25
PVD multilayer coated P10–P30/M20–M40 carbide substrate for finishing to medium
application of stainless steel, super alloy and steel (grooving/milling). Optimized coating
stability for higher wear resistance and thermal stability in a wide application
fi
YBG205
P10 - P30
M20 - M40
S15-S25
PVD multilayer coated P10–P30/M20–M40/S15–S25 carbide substrate for finishing to
medium application of stainless steel, super alloy and steel (milling). Good wear resistance
and thermal stability in a wide application field.
YBG302 P15 - P30
M25 - M40
PVD coated P15–P30/M25–M40 carbide substrate for medium roughing application of
stainless steel and steel (milling). Good wear resistance and toughness.
YBG152 K20 - K35 PVD coated K20–K35 carbide substrate for medium roughing application of cast iron.
Good wear resistance and toughness.
YBG252
P10 - P20
M10 - M20
K10 - K20
PVD coated P10–P20/M10–M20/K10–K20 carbide grade for finishing to medium operation
of steel, stainless steel and cast iron. Good wear resistance and toughness for a wide
application field.
Cermet
Grade ISO Micro structure Grade description
YNG151 P05 - P15 Uncoated P05–P15 cermet grade for fine finishing operation of steel and stainless steel.
Good resistance against plastic deformation for good surface finishing.
YNG151C P05 - P15
PVD coated P05–P15 cermet grade for fine finishing operation of steel and stainless
steel. Good wear resistance and capability against plastic deformation for good surface
roughness.
Uncoated cemented carbide
Grade ISO Micro structure Grade description
YC30S P25 - P40
M25 - M40
Uncoated P25–P40/M25–M40 carbide substrate for roughing operation of steel and
stainless steel.
YD101 N05 - N25
K05 - K20
Uncoated K05–K20/N05–N20 carbide substrate for fine to medium application in
aluminum and other material.
YD201 K10 - K30
N10 - N30
Uncoated K10–K30/N10–N30 carbide substrate for medium application in aluminum and
other material.
Grade overview Indexable milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B23
B
24
C
D
E
A
B
ISO HC1 (CVD) HC1 (PVD) HT HC2HW PCBN/PCD
P
P01
P10
P20
P30
P40
M
M01
M10
M20
M30
M40
K
K01
K10
K20
K30
K40
N
N01
N10
N20
N30
S
S01
S10
S20
S30
H
H01
H10
H20
H30
YBC301
YBC302
YBM251YBD152
YBD252
YBG102
YBG202
YBG152
YBG252
YD101
YD051
YBG101
YBG202
YBG202
YBG205
YBG102
YBG102
YD201 YD201
YBG202
YBG102
YBG252
YBG302
YB9320
YNG151
YNG151C
YC30S
YBM351
YBC401 YBM351
YBG202
YBG205
YBG102
YBG252
YBG302
YB9320
YNG151
YNG151C
YC30S
YBG205
YBC401
YBM253
YBM253
P
M
KH
N
S
Application elds of gradesIndexable milling
MillingDrilling
Technical
Information
Index Turning
Application elds of grades – Indexable milling
Heat-resistant alloys
Hardened materials
Non-ferrous metals
Steel
Stainless steel
Cast iron
HC1Coated carbide
HT Uncoated cermet
HC2Coated carbide
HW Uncoated carbide
B25
EMP13
New
B
26
A
B
C
D
E
FM E 03 100 B32 S P12
06 (L) (C)
1234 56 78 91011
Code
025 25
050 50
160 160
315 315
...
43
Code
BM
CM
EM
FM
HM
SM
TM
XM
1
A45° E75°
D60° P90°
R
2
Code Code
A
Ø 16, 22, 27, 32
33
37
20
22
Ø50, 63, 80
Ø18, 20
Ø11, 13.5
40
50
63
B
Ø 27, 32, 40
Ø38, 45, 56
Ø100, 125, 160
50
63
70
C
101,6
Ø 60
Ø18
Ø26
Ø200, 250
63
70
D
177,8
101,6
Ø 60
Ø315
Ø18
Ø26
Ø34
Ø22
32
70
80
GXP
K
5
Indexable milling System code – milling bodies
MillingDrilling
Technical
Information
Index Turning
Nominal diameter [mm]
Description
Serial number
Type
Description
Profile milling
Chamfer milling
Square shoulder milling
Face milling
Helical milling
Slot milling
T-slot milling
Special
Entering angle
Type and size of tool holders
Type Type
Nominal diameter Ø50 – 80 mm Nominal diameter Ø100 – 160 mm
Nominal diameter Ø200 250 mm Nominal diameter Ø315 mm
Straight shank Weldon shank
Bore with keyway
With respect to mounting please adhere to the information provided by the tool holder manufacturer.
B
27
A
B
C
D
E
A C
H L
M O
P R
S T
W X
Z
6
BC
D15° E20°
F25° N
P11°
7
ll
A C, M
ll
H, O, P L
dl
RS
ll
TW
8
911
Code
L
10
B27 B32 B40 B40
Ø 80 100 125 160
LDB27C LDB32C LDB40C LDB40C
B27-002-CP B32-002-CP B40-002-CP B40-003-CP
Indexable millingSystem code – milling bodies
MillingDrilling
Technical
Information
Index Turning
Insert shape
Special
Special
Clearance angle Cutting edge length l [mm]
Insert shape
Number of teeth With inner cooling
Cutting direction
Description
Left
Spare parts (B coupling with inner coolant supply)
Coolant clamp screw
Coolant shower plate
Tools with B coupling and inner coolant supply require the following spare parts:
When purchasing tools with inner coolant supply and B coupling these spare parts are included in delivery.
Coolant clamp screw Coolant shower plate
B
28
A
B
C
D
E
S P K N 12 04 ED T21K RDM
1234567 8 910
m
I.C
m
I.C m
I.C S
Code I.C [mm] m [mm] S [mm]
A±0,025 ±0,005 ±0,025
C±0,025 ±0,013 ±0,025
E±0,025 ±0,025 ±0,025
F±0,013 ±0,005 ±0,025
G±0,025 ±0,025 ±0,130
H±0,013 ±0,013 ±0,025
J±0,05–0,13 ±0,005 ±0,025
K±0,05–0,13 ±0,013 ±0,025
L±0,05–0,13 ±0,025 ±0,025
M±0,05–0,13 ±0,08–0,18 ±0,130
N±0,05–0,13 ±0,08–0,18 ±0,025
U±0,08–0,25 ±0,13–0,38 ±0,130
3
A B
> 65°
C
> 65°
F
G H
> 65°
J
> 65°
M
N Q
≤ 65°
R T
≤ 65°
U
≤ 65°
W
≤ 65°
X
4
A C
H L
M O
P R
S T
W X
Z
1
BC
D15° E20°
F25° N
P11°
2
ll
A C, M
ll
H, O, P L
dl
RS
ll
TW
5
Indexable milling ISO code – inserts
MillingDrilling
Technical
Information
Index Turning
Tolerance class
Fastening features (metric)
Insert shape
Special
Insert shape
Special
Special
Clearance angle
Cutting edge length l [mm]
Insert shape
B
29
A
B
C
D
E
Kr αn
Code Kr Code αn
A45° A
D60° B
E75° C
F85° D15°
P90° E20°
ZF25°
G30°
N
P11°
Z
7
S S
Code S Code S
00 0,79 05 5,56
T0 0,99 T5 5,95
01 1,59 06 6,35
T1 1,98 T6 6,75
02 2,38 07 7,94
T2 2,58 09 9,52
03 3,18 T9 9,72
T3 3,97 11 11,11
04 4,76 12 12,70
T4 4,96
6
Code Code
FK
E
TP
S
W
8
Code Code
000,10
110° 10,15
215° 20,20
320° 30,25
425° 40,30
530° 50,35
6 0,40
7 0,45
10
Code
R
L
N
9
Indexable millingISO code – inserts
MillingDrilling
Technical
Information
Index Turning
Angle
Special
Special
Insert thickness S [mm]
Chamfer
Type Position
Angle Width [mm]
Chip breaker overview
(on page B20)
Cutting direction
Description
Right
Left
Right and left
B
30
A
B
C
D
E
SM P 03 160 ×16 K40
MP12
12 L
123 4 56789
10 11 12
45
10
7
3
Code
SM
1
Code Code
AB
CD
K
6
P 90°
2
Code
R
L
1211
NP11°
9
M86° S
8
Indexable milling System code – slot milling
MillingDrilling
Technical
Information
Index Turning
Nominal diameter
[mm]
Cutting width
[mm]
Insert size
[mm]
Diameter of mounting hole
[mm]
Serial number
Type
Description
Slot milling cutter
Tool holder type
Description Description
A type B type
C type D type
With feather key
Entering angle
Cutting direction
Description
Right
Left
Number of teeth
Clearance angle
Insert shape
Face milling
Fine pitch
A B
CD
FMA01 Kr: 45°
Stock Dimensions [mm] Inserts
Article RD ØD
1ød L ap max
Teeth Coupling kg
FMA01-050-A22-SE12-04 Ɣż 50 61 22 40 6 4 A 0.3
SEET12T3
FMA01-050-A22-SE12-04C Ɣż 50 61 22 40 6 4 A 0.3
FMA01-063-A22-SE12-05 Ɣ63 74 22 40 6 5 A 0.5
FMA01-063-A22-SE12-05C Ɣż 63 74 22 40 6 6 A 1.2
FMA01-080-A27-SE12-06 ƔƔ 80 91 27 50 6 6 A 1.2
FMA01-080-A27-SE12-06C Ɣż 80 91 27 50 6 6 A 1.2
FMA01-100-B32-SE12-07 Ɣż 100 107 32 50 6 7 B 1.2
FMA01-100-B32-SE12-07C żż 100 107 32 50 6 7 B 1.2
FMA01-125-B40-SE12-08 ƔƔ 125 136 40 63 6 8 B 2.6
FMA01-125-B40-SE12-08C ż125 136 40 63 6 8 B 2.6
FMA01-160-B40-SE12-10 ƔƔ 160 170 40 63 6 10 B 4.3
FMA01-160-B40-SE12-10C ż160 170 40 63 6 10 B 4.3
FMA01-200-C60-SE12-12 Ɣż 200 210 60 63 6 12 C 7.6
FMA01-250-C60-SE12-14 Ɣż 250 260 60 63 6 14 C 13.5
FMA01-315-D60-SE12-18 Ɣż 315 325 60 70 6 18 D 20.8
FMA01-100-B32-SE18-04 żż 100 120 32 63 10 4 B 1.2
SEET18T6
FMA01-125-B40-SE18-05 żż 125 145 40 63 10 5 B 2.6
FMA01-160-C40-SE18-06 żż 160 180 40 63 10 6 C 4.3
FMA01-200-C60-SE18-08 Ɣż 200 220 60 63 10 8 C 7.6
FMA01-250-C60-SE18-10 Ɣ250 270 60 63 10 10 C 13.5
FMA01-315-D60-SE18-12 żż 315 335 60 80 10 12 D 20.8
ƔEx stock żOn demand
With internal cooling
Face milling Indexable milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B31
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Spare parts
Insert SEET12T3 SEET12T3 SEET18T6
ØD 50-100 125 - 315 100- 315
Screw (insert) I60M3.5*10
(2.7 Nm)
I60M3.5*12
(2.7 Nm)
I60M5*17
(6.7 Nm)
Screw (shim) SM5*7XA SM8*9XA
Shim S13BS S18BS
Wrench (insert) WT15IS WT15IS
Wrench (insert) WT20IT
Wrench (shim) WH35L WH50L
Milling inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
SEET L I.C S d
12 T3 13.4 13.4 3.97 4.1
18 T6 18 18 6.1 5.5
SE** milling insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO bs
YBC302
YBC301
YBC401
YBM253
YBM251
YBM351
YBD152
YBD252
YBG101
YBG102
YB9320
YBG205
YBG202
YBG212
YBG302
YBG152
YBG252
YNG151
YNG151C
YD101
YD201
SEET12T3-CF 2.55 ƔƔ
SEET12T3-CM 2.55 ƔƔ
SEET12T3-CR 2.55 ƔƔ ż
SEET12T3-DF 2.55 ƔƔ ƔƔ Ɣ ż ż ż
SEET12T3-DM 2.55 ƔƔƔƔƔƔ Ɣ Ɣ Ɣ
SEET18T6-DM 2.29 ƔƔ
ƔEx stock żOn demand HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Indexable milling Face milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B32
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Milling inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
SEET L I.C S d
12 T3 13.4 13.4 3.97 4.1
18 T6 18 18 6.1 5.5
SE** milling insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO bs
YBC302
YBC301
YBC401
YBM253
YBM251
YBM351
YBD152
YBD252
YBG101
YBG102
YB9320
YBG205
YBG202
YBG212
YBG302
YBG152
YBG252
YNG151
YNG151C
YD101
YD201
SEET12T3-DR 2.55 ƔƔ Ɣ ż żż
SEET12T3-EF 2.55 żƔ
SEET12T3-EM 2.55 ƔƔ ż Ɣ
SEET12T3-LH 2.55 żƔƔ
ƔEx stock żOn demand HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Milling inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
SEET L I.C S d
12 T3 17.82 13.4 3.97 4.1
SE** milling insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO R bs
YBC302
YBC301
YBC401
YBM253
YBM251
YBM351
YBD152
YBD252
YBG101
YBG102
YB9320
YBG205
YBG202
YBG212
YBG302
YBG152
YBG252
YNG151
YNG151C
YD101
YD201
SEET12T3-W 500 9.46 żƔżż
ƔEx stock żOn demand HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Face milling Indexable milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B33
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Face milling
Coarse and differential pitch
AB
FMA02 Kr: 45°
Dimensions [mm] Inserts
Article Stock ØD ØD1ød L ap max
Teeth Coupling kg
FMA02-050-A22-SE12-03 Ɣ50 61 22 40 6 3 A 0.4
SEET12T3
FMA02-063-A22-SE12-04 Ɣ63 74 22 40 6 4 A 0.6
FMA02-080-A27-SE12-04 Ɣ80 91 27 50 6 4 A 1.3
FMA02-100-B32-SE12-05 Ɣ100 107 32 50 6 5 B 1.3
FMA02-125-B40-SE12-06 ż125 131 40 63 6 6 B 2.6
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert SEET12T3
ØD 50-125
Screw (insert) I60M3.5*10
(2.7 Nm)
Wrench (insert) WT15IS
Indexable milling Face milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B34
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Milling inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
SEET L I.C S d
12 T3 13.4 13.4 3.97 4.1
SE** milling insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO bs
YBC302
YBC301
YBC401
YBM253
YBM251
YBM351
YBD152
YBD252
YBG101
YBG102
YB9320
YBG205
YBG202
YBG212
YBG302
YBG152
YBG252
YNG151
YNG151C
YD101
YD201
SEET12T3-CF 2.55 ƔƔ
SEET12T3-CM 2.55 ƔƔ
SEET12T3-CR 2.55 ƔƔ ż
SEET12T3-DF 2.55 ƔƔ ƔƔ Ɣ ż ż ż
SEET12T3-DM 2.55 ƔƔƔƔƔƔ Ɣ Ɣ Ɣ
SEET12T3-DR 2.55 ƔƔ Ɣż żż
SEET12T3-EF 2.55 żƔ
SEET12T3-EM 2.55 ƔƔ ż Ɣ
SEET12T3-LH 2.55 żƔƔ
ƔEx stock żOn demand HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Face milling Indexable milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B35
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Milling inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
SEET L I.C S d
12 T3 17.82 13.4 3.97 4.1
SE** milling insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO R bs
YBC302
YBC301
YBC401
YBM253
YBM251
YBM351
YBD152
YBD252
YBG101
YBG102
YB9320
YBG205
YBG202
YBG212
YBG302
YBG152
YBG252
YNG151
YNG151C
YD101
YD201
SEET12T3-W 500 9.46 żƔżż
ƔEx stock żOn demand HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Indexable milling Face milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B36
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Face milling
A B
C D
FMA03 Kr: 45°
Stock Dimensions [mm] Inserts
Article RD ØD
1ød L ap max
Teeth Coupling kg
FMA03-080-A27-SE12-04 żż 80 103 27 50 5.5 4 A 1.8
SEEN1203
SEKN1203
SEKR1203
FMA03-100-B32-SE12-05 żż 100 122 32 50 5.5 5 B 2.4
FMA03-125-B40-SE12-06 żż 125 147 40 63 5.5 6 B 4.4
FMA03-160-B40-SE12-08 żż 160 181 40 63 5.5 8 B 6.4
FMA03-200-C60-SE12-10 żż 200 221 60 63 5.5 10 C 8.5
FMA03-250-C60-SE12-12 żż 250 270 60 63 5.5 12 C 14.1
FMA03-315-D60-SE12-15 żż 315 353 60 63 5.5 15 D 22.2
FMA03-080-A27-SE15-04 ż80 103 27 50 7.5 4 A 1.7
SEKN1504
SEKR1504
FMA03-100-B32-SE15-05 ż100 122 32 50 7.5 5 B 2.3
FMA03-125-B40-SE15-06 ż125 147 40 63 7.5 6 B 4.2
FMA03-160-B40-SE15-08 ż160 181 40 63 7.5 8 B 6.1
FMA03-200-C60-SE15-10 ż200 221 60 63 7.5 10 C 8.3
FMA03-250-C60-SE15-12 ż250 270 60 63 7.5 12 C 13.6
FMA03-315-D60-SE15-15 żż 315 353 60 63 7.5 15 D 21.8
ƔEx stock żOn demand
With internal cooling
Face milling Indexable milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B37
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Spare parts
Insert
SEEN1203
SEKN1203
SEKR1203
SEKN1504
SEKR1504
ØD 80- 315 80- 315
Adjustable
screw LOM5*15.1 LOM5*15.1
Cassette (left) LSE12L LSE15L
Cassette (right) LSE12R LSE15R
Screw (wedge) DM8*21X
(10.2 Nm)
DM8*21X
(10.2 Nm)
Wedge (left) W01L W01L
Wedge (right) W01R W01R
Wrench (loca-
tor) WT20T WT20T
Wrench
(wedge) WH40T WH40T
Milling inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
SEEN L I.C S
12 03 12.7 12.7 3.18
SE** milling insert HC1 (CVD) HC1 (PVD) HT HC2HW
bs
P
M
K
N
S
H
ISO bs
YBC302
YBC301
YBC401
YBM253
YBM251
YBM351
YBD152
YBD252
YBG101
YBG102
YB9320
YBG205
YBG202
YBG212
YBG302
YBG152
YBG252
YNG151
YNG151C
YD101
YD201
SEEN1203AFTN 1.8 Ɣ
ƔEx stock żOn demand HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Indexable milling Face milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B38
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Milling inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
SEKN L I.C S
12 03 12.7 12.7 3.18
15 04 15.875 15.875 4.76
SE** milling insert HC1 (CVD) HC1 (PVD) HT HC2HW
bs
P
M
K
N
S
H
ISO bs
YBC302
YBC301
YBC401
YBM253
YBM251
YBM351
YBD152
YBD252
YBG101
YBG102
YB9320
YBG205
YBG202
YBG212
YBG302
YBG152
YBG252
YNG151
YNG151C
YD101
YD201
SEKN1203AFN 1.8 ż
SEKN1203AFTN 1.8 Ɣ ƔƔƔ ż Ɣ Ɣ ż
SEKN1504AFTN 1.6 Ɣż ƔƔ Ɣ
SEKN1504AZ 1.6 Ɣż
ƔEx stock żOn demand HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Milling inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
SEKR L I.C S
12 03 12.7 12.7 3.18
SE** milling insert HC1 (CVD) HC1 (PVD) HT HC2HW
bs
P
M
K
N
S
H
ISO bs
YBC302
YBC301
YBC401
YBM253
YBM251
YBM351
YBD152
YBD252
YBG101
YBG102
YB9320
YBG205
YBG202
YBG212
YBG302
YBG152
YBG252
YNG151
YNG151C
YD101
YD201
SEKR1203AFN 1.8 Ɣż
ƔEx stock żOn demand HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Face milling Indexable milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B39
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Face milling
Screw Clamping AB
FMA04 Kr: 45°
Stock Dimensions [mm] Inserts
Article RD ØD
1ød L ap max
Teeth Coupling kg
FMA04-050-A22-OF05-04 Ɣ50 56 22 40 3.5 4 A 0.3
OFKT05T3
FMA04-050-A22-OF05-05 Ɣ50 56 22 40 3.5 5 A 0.4
FMA04-050-A22-OF05-05C ż50 56 22 40 3.5 5 A 0.4
FMA04-063-A22-OF05-05 Ɣ63 69 22 40 3.5 5 A 0.5
FMA04-063-A22-OF05-05C ż63 69 22 40 3.5 5 A 0.5
FMA04-080-A27-OF05-06 Ɣż 80 86 27 50 3.5 6 A 0.8
FMA04-080-A27-OF05-06C Ɣ80 86 27 50 3.5 6 A 0.8
FMA04-100-B32-OF05-07 Ɣż 100 106 32 50 3.5 7 B 1.2
FMA04-100-B32-OF05-07C ż100 106 32 50 3.5 7 B 1.2
FMA04-125-B40-OF05-08 Ɣ125 130 40 63 3.5 8 B 2.7
FMA04-125-B40-OF05-08C ż125 130 40 63 3.5 8 B 2.7
FMA04-160-B40-OF05-10 Ɣ160 165 40 63 3.5 10 B 5.1
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert OFKT05T3 OFKT05T3
ØD 50-63 80-160
Screw (insert) I60M4*8.4
(3.4 Nm)
I60M4*10
(3.4 Nm)
Wrench (insert) WT15IS WT15IS
Indexable milling Face milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B40
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Milling inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
OFKT L I.C S d
05 T3 5.26 12.7 3.97 4.4
OF** milling insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO R
YBC302
YBC301
YBC401
YBM253
YBM251
YBM351
YBD152
YBD252
YBG101
YBG102
YB9320
YBG205
YBG202
YBG212
YBG302
YBG152
YBG252
YNG151
YNG151C
YD101
YD201
OFKT05T3-DF 0.5 ƔƔ
OFKT05T3-DM 0.5 żƔ Ɣ ƔƔ
OFKT05T3-LH 0.5 Ɣ
ƔEx stock żOn demand HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Face milling Indexable milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B41
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Face milling
Wedge
B
C D
FMA04 Kr: 45°
Stock Dimensions [mm] Inserts
Article RD ØD
1ød L ap max
Teeth Coupling kg
FMA04-125-B40-OF07-08 Ɣ125 136 40 63 5 8 B 3.9
OFKR0704
FMA04-160-B40-OF07-10 Ɣ160 171 40 63 5 10 B 5.9
FMA04-200-C60-OF07-12 Ɣ200 211 60 63 5 12 C 7.6
FMA04-250-C60-OF07-16 Ɣ250 261 60 63 5 16 C 13.3
FMA04-315-D60-OF07-20 żż 315 321 60 63 5 20 D 20.3
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert OFKR0704
ØD 125 - 315
Adjustable
screw LOM5*15.1
Cassette (left) LOF07L
Cassette (right) LOF07R
Screw (wedge) DM8*21X
(10.2 Nm)
Wedge (left) W02L
Wedge (right) W02R
Wrench (loca-
tor) WT20T
Wrench
(wedge) WH40T
Indexable milling Face milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B42
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Milling inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
OFKR L I.C S
07 04 7.45 17.94 4.76
OF** milling insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO R
YBC302
YBC301
YBC401
YBM253
YBM251
YBM351
YBD152
YBD252
YBG101
YBG102
YB9320
YBG205
YBG202
YBG212
YBG302
YBG152
YBG252
YNG151
YNG151C
YD101
YD201
OFKR0704-DF 0.8 żƔ
OFKR0704-DM 0.8 ƔƔ ƔƔ Ɣ ż Ɣ
OFKR0704W-DM 0.8 żżƔ
ƔEx stock żOn demand HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Face milling Indexable milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B43
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Indexable milling Face milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B44
Notes
B
45
FMA07 Kr: 45°
2
1
3
56
7
8
YBC302 YBG202 YBM253 YBM351
CVD PVD CVD CVD
P15 – P35 P10 – P30 P20 – P40 P25 – P40
YBG205 YB9320 YBD152
PVD PVD CVD
P10 – P30
M20 – M30
P15 – P25
M20 – M30
K05 – K25
-PF -PM
2 x 8 cutting edges
High cost-benet factor due to 16 cutting edges.
Thick insert for best stability and break resistance.
Dierent chip breakers for best chip breaking.
Two insert sizes available.
Face mill
Insert grades
Chip breakers
Low cutting forces
Very sharp
General application
Good balance between
stability and sharpness
Face milling
FMA07 Kr: 45°
/
d
/
ap
Weldon shank
Dimensions [mm] Inserts
Article Stock ØD ØD1ød L1La
p max
Teeth kg
FMA07-025-XP20-ON06-02 ż25 37 20 45 95 4 2 0.2
ONHU0604
FMA07-025-XP20-ON06-02C ż25 37 20 45 95 4 2 0.2
FMA07-032-XP25-ON06-02C Ɣ32 44 25 55 111 4 2 0.4
FMA07-040-XP25-ON06-03 ż40 52 25 50 106 4 3 0.4
FMA07-032-XP25-ON08-02 Ɣ32 47 25 55 111 5 2 0.4
ONHU08T5
FMA07-040-XP25-ON08-03 Ɣ40 55 25 55 111 5 3 0.5
FMA07-040-XP25-ON08-03C Ɣ40 55 25 55 111 5 3 0.5
FMA07-050-XP25-ON08-04 Ɣ50 65 25 55 111 5 4 0.6
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert ONHU0604 ONHU08T5
ØD 25-40 32-50
Screw (insert) I60M4*10
(3.4 Nm)
I60M5*13
(6.7 Nm)
Wrench (insert) WT15IS
Wrench (insert) WT20IT
Indexable milling Face milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B46
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Milling inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
ONHU L I.C S d
06 04 6.58 15.875 4.76 4.4
08 T5 8.39 20.2 5.77 5.3
ON** milling insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO r
YBC302
YBC301
YBC401
YBM253
YBM251
YBM351
YBD152
YBD252
YBG101
YBG102
YB9320
YBG205
YBG202
YBG212
YBG302
YBG152
YBG252
YNG151
YNG151C
YD101
YD201
ONHU060408-PF 0.8 żżƔ Ɣ
ONHU08T508-PF 0.8 ƔƔż ƔƔ
ONHU060408-PM 0.8 ƔƔƔƔ Ɣ
ONHU08T508-PM 0.8 ƔƔƔƔ
ƔEx stock żOn demand HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Face milling Indexable milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B47
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Face milling
L
ap
d
A
d
L
ap
B
L
ap
d
C
L
a
p
d
D
FMA07 Kr: 45°
Stock Dimensions [mm] Inserts
Article RD ØD
1ød L ap max
Teeth Coupling kg
FMA07-050-A22-ON06-05 Ɣż 50 62 22 40 4 5 A 0.3
ONHU0604
FMA07-050-A22-ON06-05C Ɣ50 62 22 40 4 5 A 0.3
FMA07-063-A22-ON06-06 ż63 75 22 40 4 6 A 0.5
FMA07-063-A22-ON06-06C Ɣ63 75 22 40 4 6 A 0.5
FMA07-080-A27-ON06-07C Ɣ80 92 27 50 4 7 A 1
FMA07-080-B27-ON06-07 Ɣ80 92 27 50 4 7 B 1
FMA07-100-B32-ON06-08 Ɣ100 112 32 63 4 8 B 1.9
FMA07-100-B32-ON06-08C Ɣ100 112 32 63 4 8 B 1.9
FMA07-125-B40-ON06-09 Ɣ125 137 40 63 4 9 B 3.5
FMA07-125-B40-ON06-09C Ɣ125 137 40 63 4 9 B 3.5
FMA07-160-C40-ON06-11 żż 160 172 40 63 4 11 C 4.3
FMA07-200-C60-ON06-13 ż200 212 60 63 4 13 C 6.4
FMA07-250-C60-ON06-15 ż250 262 60 63 4 15 C 13.4
FMA07-315-D60-ON06-17 ż315 327 60 80 4 17 D 21.9
FMA07-063-A22-ON08-05 Ɣ63 78 22 40 5 5 A 0.5
ONHU08T5
FMA07-063-A22-ON08-05C Ɣ63 78 22 40 5 5 A 0.5
FMA07-080-A27-ON08-06C Ɣ80 95 27 50 5 6 A 0.9
FMA07-080-B27-ON08-06 Ɣż 80 95 27 50 5 6 B 0.9
FMA07-100-B32-ON08-07 Ɣ100 115 32 63 5 7 B 1.8
FMA07-100-B32-ON08-07C Ɣ100 115 32 63 5 8 B 3.1
FMA07-125-B40-ON08-08 Ɣż 125 140 40 63 5 8 B 3.1
FMA07-125-B40-ON08-08C Ɣ125 140 40 63 5 8 B 3.1
FMA07-160-C40-ON08-10 Ɣż 160 175 40 63 5 10 C 4.1
FMA07-200-C60-ON08-12 Ɣż 200 215 60 63 5 12 C 6.1
FMA07-250-C60-ON08-14 Ɣż 250 265 60 63 5 14 C 12
FMA07-315-D60-ON08-16 Ɣż 315 330 60 80 5 16 D 21
ƔEx stock żOn demand
With internal cooling
Indexable milling Face milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B48
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Spare parts
Insert ONHU0604 ONHU08T5
ØD 50- 315 63- 315
Screw (insert) I60M4*10
(3.4 Nm)
I60M5*13
(6.7 Nm)
Wrench (insert) WT15IS
Wrench (insert) WT20IT
Milling inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
ONHU L I.C S d
06 04 6.58 15.875 4.76 4.4
08 T5 8.39 20.2 5.77 5.3
ON** milling insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO r
YBC302
YBC301
YBC401
YBM253
YBM251
YBM351
YBD152
YBD252
YBG101
YBG102
YB9320
YBG205
YBG202
YBG212
YBG302
YBG152
YBG252
YNG151
YNG151C
YD101
YD201
ONHU060408-PF 0.8 żżƔ Ɣ
ONHU08T508-PF 0.8 ƔƔż ƔƔ
ONHU060408-PM 0.8 ƔƔƔƔ Ɣ
ONHU08T508-PM 0.8 ƔƔƔƔ
ƔEx stock żOn demand HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Face milling Indexable milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B49
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Indexable milling Face milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B50
Notes
B
51
ap max:
SNEG1205ANR-
GM/GR
5,5 mm
SNEG1506ANR-
GM/GR
SNEG1907ANR-
GR
9,0 mm
5,5
m
7,0mm
FMA11Kr: 45°
YBC302 YBM253 YBD152
CVD CVD CVD
P15 – P35 P20 – P40 K05 – K25
YBD252 YBG205 YB9320
CVD PVD PVD
K15 – K35 P10 – P30
M20 – M30
P15 – P25
M20 – M30
-E
-GM -GR
-W
56
78
2
34
1
Double sided, extra thick insert with 8 cutting edges.
Large rake angle reduces cutting forces.
More stability for larger cutting depths.
Wiper geometry for better surface quality.
Insert sizes
New face mill generation
Insert grades
Chip breakers
Sharp cutting edge
First choice for stainless steel
General machining Stable cutting edge
Wiper geometry for
best surface quality
8 cutting edges
Face milling
A B
C D
FMA11 Kr: 45°
Dimensions [mm] Inserts
Article Stock ØD ØD1ød L ap max
Teeth Coupling kg
FMA11-063-A22-SN12-05 Ɣ63 74.47 22 40 5.5 5 A 0.55
SNEG1205
FMA11-063-A22-SN12-06 Ɣ63 74.47 22 40 5.5 6 A 0.58
FMA11-080-A27-SN12-06 Ɣ80 91.47 27 50 5.5 6 A 1.14
FMA11-100-B32-SN12-07 Ɣ100 111.47 32 50 5.5 7 B 1.42
FMA11-100-B32-SN12-07C ż100 111.47 32 50 5.5 7 B 1.42
FMA11-100-B32-SN12-10C Ɣ100 111.47 32 50 5.5 10 B 1.42
FMA11-125-B40-SN12-08 Ɣ125 136.47 40 63 5.5 8 B 2.86
FMA11-125-B40-SN12-08C ż125 136.47 40 63 5.5 8 B 2.86
FMA11-125-B40-SN12-12C Ɣ125 136.47 40 63 5.5 12 B 2.86
FMA11-160-C40-SN12-10 Ɣ160 171.47 40 63 5.5 10 C 4.06
FMA11-160-C40-SN12-15 Ɣ160 171.47 40 63 5.5 15 C 4.06
FMA11-200-C60-SN12-14 Ɣ200 212.08 60 63 5.5 14 C 6.89
FMA11-063-A22-SN15-05 Ɣ63 77.4 22 40 7 5 A 0.56
SNEG1506
FMA11-080-A27-SN15-06 Ɣ80 94.4 27 50 7 6 A 1.06
FMA11-100-B32-SN15-07 Ɣ100 114.4 32 50 7 7 B 1.47
FMA11-100-B32-SN15-07C ż100 114.4 32 50 7 7 B 1.47
FMA11-100-B32-SN15-09C Ɣ100 114.4 32 50 7 9 B 1.47
FMA11-125-B40-SN15-08 Ɣ125 139.4 40 63 7 8 B 2.7
FMA11-125-B40-SN15-08C ż125 139.4 40 63 7 8 B 2.7
FMA11-125-B40-SN15-10C Ɣ125 140.25 40 63 7 10 B 3.1
FMA11-160-C40-SN15-10 Ɣ160 174.4 40 63 7 10 C 3.92
FMA11-160-C40-SN15-13 Ɣ160 175.25 40 63 7 13 C 4.14
FMA11-200-C60-SN15-12 Ɣ200 214.4 60 63 7 12 C 5.46
FMA11-250-C60-SN15-14 Ɣ250 264.4 60 63 7 14 C 11.26
FMA11-315-D60-SN15-18 ż315 329.4 60 80 7 18 D 20
FMA11-125-B40-SN19-07 Ɣ125 142.63 40 63 9 7 B 3
SNEG1907
FMA11-125-B40-SN19-07C Ɣ125 142.63 40 63 9 7 B 3
FMA11-160-C40-SN19-09 Ɣ160 167.63 40 63 9 9 C 4.25
FMA11-200-C60-SN19-11 Ɣ200 217.63 60 63 9 11 C 6.18
ƔEx stock żOn demand
With internal cooling
Indexable milling Face milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B52
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Dimensions [mm] Inserts
Article Stock ØD ØD1ød L ap max
Teeth Coupling kg
FMA11-250-C60-SN19-13 Ɣ250 267.63 60 63 9 13 C 11.55 SNEG1907
FMA11-315-D60-SN19-16 ż315 332.63 60 80 9 16 D 20.9
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert SNEG1205 SNEG1506 SNEG1907
ØD 63-200 63-315 125-315
Screw (insert) I60M3.5*10
(2.7 Nm)
I60M5*13
(6.7 Nm)
I43M6*16
(9.1 Nm)
Wrench (insert) WT15IS
Wrench (insert) WT20IT WT25IT
Milling inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
SNEG L I.C S d
12 05 7.6 12 4.76 4.6
15 06 9.4 15 5.6 5.5
19 07 12.1 19 7 7.2
SN** negative insert HC1 (CVD) HC1 (PVD) HT HC2HW
bs
P
M
K
N
S
H
ISO r bs
YBC302
YBC301
YBC401
YBM253
YBM251
YBM351
YBD152
YBD252
YBG101
YBG102
YB9320
YBG205
YBG202
YBG212
YBG302
YBG152
YBG252
YNG151
YNG151C
YD101
YD201
SNEG1506ANR-E 0.9 1.3 Ɣ
SNEG1205ANR-GM 0.8 1.05 ƔƔƔ Ɣ
SNEG1506ANR-GM 0.9 1.3 ƔƔƔ Ɣ
SNEG1205ANR-GR 0.8 1.05 ƔƔƔ
SNEG1506ANR-GR 0.9 1.3 ƔƔƔ
SNEG1907ANR-GR 1 1.67 ƔƔƔƔ
ƔEx stock żOn demand HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Face milling Indexable milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B53
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Milling inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
SNEG L I.C S d
12 05 12 12 4.76 4.6
SN** negative insert HC1 (CVD) HC1 (PVD) HT HC2HW
L
1
2
P
M
K
N
S
H
ISO r1 r2
YBC302
YBC301
YBC401
YBM253
YBM251
YBM351
YBD152
YBD252
YBG101
YBG102
YB9320
YBG205
YBG202
YBG212
YBG302
YBG152
YBG252
YNG151
YNG151C
YD101
YD201
SNEG1205ANR-W 0.6 0.8 Ɣ
ƔEx stock żOn demand HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Indexable milling Face milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B54
System code B26 Grade selection B24 Technical info B463 Cutting data B224
B
55
FMA12Kr: 45°
YBM253 YBG205 YBD152 YBD252
CVD PVD CVD CVD
P20 – P40
M10 – M30
P10 – P30
M10 – M30
K05 – K25 K15 – K35
ONHU08T624R-GM
5,0 mm
ap max
-GM
High cost-benet factor due to 16 cutting edges.
Three-dimensional chip breaker for tough materials.
Smooth cut due to positive and sharp cutting edge.
Face mill
Insert grades
3D cutting edges
Chip breakers
16 cutting edges
Face milling
1
A
1
B
1
C
1
D
FMA12 Kr: 45°
Dimensions [mm] Inserts
Article Stock ØD ØD1ød L ap max
Teeth Coupling kg
FMA12-063-A22-ON08-05 Ɣ63 78 22 50 5 5 A 0.6
ONHU08T6
FMA12-080-A27-ON08-06 ż80 95 27 50 5 6 A 0.97
FMA12-100-B32-ON08-07 Ɣ100 115 32 50 5 7 B 1.28
FMA12-100-B32-ON08-07C Ɣ100 115 32 50 5 7 B 1.28
FMA12-125-B40-ON08-08 Ɣ125 140 40 63 5 8 B 2.59
FMA12-125-B40-ON08-08C Ɣ125 140 40 63 5 8 B 2.59
FMA12-160-C40-ON08-10 Ɣ160 175 40 63 5 10 C 4.1
FMA12-200-C60-ON08-12 Ɣ200 215 60 63 5 12 C 5.68
FMA12-250-C60-ON08-14 ż250 265 60 63 5 14 C 11.9
FMA12-315-D60-ON08-18 ż315 330 60 80 5 18 D 20.41
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert ONHU08T6
ØD 63- 315
Screw (insert) I60M5*13
(6.7 Nm)
Wrench (insert) WT20IT
Indexable milling Face milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B56
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Milling inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
ONHU L I.C S d
08 T6 6.38 20.2 6.3 5.3
ON** milling insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO r
YBC302
YBC301
YBC401
YBM253
YBM251
YBM351
YBD152
YBD252
YBG101
YBG102
YB9320
YBG205
YBG202
YBG212
YBG302
YBG152
YBG252
YNG151
YNG151C
YD101
YD201
ONHU08T624R-GM 2.4 Ɣż ż
ƔEx stock żOn demand HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Face milling Indexable milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B57
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Indexable milling Face milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B58
Notes
B
59
FMD02Kr: 67°
YBC302 YBM253 YBD152 YBD252
CVD CVD CVD CVD
P15 – P35 P10 – P40 K05 – K25 K15 – K35
-CF -CM -CR -PF -PM -PR
5 mm
67o
7,5 mm
67o
1
2
34
5
Smooth-cutting inserts due to trough-shaped chip breaker.
Chamfer with wiper for best surface quality.
Wide selection of inserts with 6 dierent chip breakers.
Milling body available in wide, normal and close pitch (wedge
clamping).
Face mill
Insert grades
Chip breakers
Cast iron machining
apmax = 5 mm
Steel
apmax = 7.5 mm
2 x 5 cutting edges
Screw clampingEntry angle Kr = 67°
Wedge clamping Wiper
Face milling
A B
CD
FMD02 Kr: 67°
Stock Dimensions [mm] Inserts
Article RD ØD
1ød L ap max
Teeth Coupling kg
FMD02-050-A22-PN11-04 Ɣż 50 60.1 22 50 5 4 A 0.6
PNEG1105
FMD02-050-A22-PN11-04C ż50 60.1 22 50 5 4 A 0.6
FMD02-050-A22-PN11-05 Ɣ50 60.1 22 50 5 5 A 0.6
FMD02-050-A22-PN11-05C Ɣ50 60.1 22 50 5 5 A 0.6
FMD02-063-A22-PN11-05 Ɣż 63 73.1 22 50 5 5 A 0.8
FMD02-063-A22-PN11-05C ż63 73.1 22 50 5 5 A 0.8
FMD02-063-A22-PN11-06 Ɣ63 73.1 22 50 5 6 A 0.9
FMD02-063-A22-PN11-06C Ɣ63 73.1 22 50 5 6 A 0.9
FMD02-080-A27-PN11-06 Ɣ80 90.1 27 50 5 6 A 1.1
FMD02-080-A27-PN11-08 Ɣ80 90.1 27 50 5 8 A 1.2
FMD02-080-A27-PN11-08C Ɣ80 90.1 27 50 5 8 A 1.2
FMD02-100-B32-PN11-07 Ɣ100 110.1 32 50 5 7 B 1.8
FMD02-100-B32-PN11-07C ż100 110.1 32 50 5 7 B 1.8
FMD02-100-B32-PN11-10 Ɣ100 110.1 32 50 5 10 B 1.9
FMD02-100-B32-PN11-10C ż100 110.1 32 50 5 10 B 1.9
FMD02-125-B40-PN11-08 ƔƔ 125 135.1 40 63 5 8 B 2.9
FMD02-125-B40-PN11-08C ż125 135.1 40 63 5 8 B 2.9
FMD02-125-B40-PN11-12 Ɣż 125 135.1 40 63 5 12 B 3.2
FMD02-125-B40-PN11-12C ż125 135.1 40 63 5 12 B 3.2
FMD02-160-B40-PN11-10 Ɣż 160 170.1 40 63 5 10 B 5.6
FMD02-160-B40-PN11-14 Ɣż 160 170.1 40 63 5 14 B 6.4
FMD02-200-C60-PN11-12 żż 200 210.1 60 63 5 12 C 7.9
FMD02-200-C60-PN11-16 Ɣ200 210.1 60 63 5 16 C 8.5
FMD02-200-C60-PN11-20 ż200 210.1 60 63 5 20 C 8.5
FMD02-200-C60-PN11-24 Ɣ200 210.1 60 63 5 24 C 8.6
FMD02-250-C60-PN11-14 ż250 260.1 60 63 5 14 C 13.4
FMD02-250-C60-PN11-18 Ɣż 250 260.1 60 63 5 18 C 18
FMD02-250-C60-PN11-30 ż250 260.1 60 63 5 30 C 13.5
FMD02-315-D60-PN11-26 żż 315 325.1 60 80 5 26 D 24.5
ƔEx stock żOn demand
With internal cooling
Indexable milling Face milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B60
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Spare parts
Insert PNEG1105
ØD 50- 315
Screw (insert) I60M4*10
(3.4 Nm)
Wrench (insert) WT15IS
Milling inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
PNEG L I.C S d
11 05 5.4 15.875 5.56 4.64
PN** milling insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO bs ap
max
YBC302
YBC301
YBC401
YBM253
YBM251
YBM351
YBD152
YBD252
YBG101
YBG102
YB9320
YBG205
YBG202
YBG212
YBG302
YBG152
YBG252
YNG151
YNG151C
YD101
YD201
PNEG110512L-CF 1.6 5 ż
PNEG110512R-CF 1.6 5 Ɣ
PNEG110512L-CM 1.6 5 ż
PNEG110512R-CM 1.6 5 Ɣ
PNEG110512L-CR 1.6 5 żż
PNEG110512R-CR 1.6 5 ƔƔ
ƔEx stock żOn demand HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Face milling Indexable milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B61
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Milling inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
PNEG L I.C S d
11 05 7.5 15.875 5.56 4.64
PN** milling insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO bs ap max
YBC302
YBC301
YBC401
YBM253
YBM251
YBM351
YBD152
YBD252
YBG101
YBG102
YB9320
YBG205
YBG202
YBG212
YBG302
YBG152
YBG252
YNG151
YNG151C
YD101
YD201
PNEG110512L-PF 1.6 7.5 ż
PNEG110512R-PF 1.6 7.5 żż
PNEG110512L-PM 1.6 7.5 żż
PNEG110512R-PM 1.6 7.5 ƔƔ
PNEG110512L-PR 1.6 7.5 żƔ
PNEG110512R-PR 1.6 7.5 żƔ
ƔEx stock żOn demand HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Indexable milling Face milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B62
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Face milling
A B
C
FMD02 Kr: 67°
Stock Dimensions [mm] Inserts
Article RD ØD
1ød L ap max
Teeth Coupling kg
FMD02-080-A27-PN11-10 Ɣ80 90.1 27 50 5 10 A 1.3
PNEG1105
FMD02-100-B32-PN11-14 Ɣż 100 110.1 32 50 5 14 B 1.6
FMD02-125-B40-PN11-18 Ɣ125 135.1 40 63 5 18 B 3.2
FMD02-160-B40-PN11-22 Ɣ160 170.1 40 63 5 22 B 5.8
FMD02-200-C60-PN11-28 żż 200 210.1 60 63 5 28 C 8.5
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert PNEG1105
ØD 80-200
Screw (wedge) DM6*20A
(7.0 Nm)
Wedge W18N
Wrench
(wedge) WT15IT
Face milling Indexable milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B63
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Milling inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
PNEG L I.C S d
11 05 5.4 15.875 5.56 4.64
PN** milling insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO bs ap
max
YBC302
YBC301
YBC401
YBM253
YBM251
YBM351
YBD152
YBD252
YBG101
YBG102
YB9320
YBG205
YBG202
YBG212
YBG302
YBG152
YBG252
YNG151
YNG151C
YD101
YD201
PNEG110512L-CF 1.6 5 ż
PNEG110512R-CF 1.6 5 Ɣ
PNEG110512L-CM 1.6 5 ż
PNEG110512R-CM 1.6 5 Ɣ
PNEG110512L-CR 1.6 5 żż
PNEG110512R-CR 1.6 5 ƔƔ
ƔEx stock żOn demand HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Milling inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
PNEG L I.C S d
11 05 7.5 15.875 5.56 4.64
PN** milling insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO bs ap max
YBC302
YBC301
YBC401
YBM253
YBM251
YBM351
YBD152
YBD252
YBG101
YBG102
YB9320
YBG205
YBG202
YBG212
YBG302
YBG152
YBG252
YNG151
YNG151C
YD101
YD201
PNEG110512L-PF 1.6 7.5 ż
PNEG110512R-PF 1.6 7.5 żż
ƔEx stock żOn demand HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Indexable milling Face milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B64
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Milling inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
PNEG L I.C S d
11 05 7.5 15.875 5.56 4.64
PN** milling insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO bs ap max
YBC302
YBC301
YBC401
YBM253
YBM251
YBM351
YBD152
YBD252
YBG101
YBG102
YB9320
YBG205
YBG202
YBG212
YBG302
YBG152
YBG252
YNG151
YNG151C
YD101
YD201
PNEG110512L-PM 1.6 7.5 żż
PNEG110512R-PM 1.6 7.5 ƔƔ
PNEG110512L-PR 1.6 7.5 żƔ
PNEG110512R-PR 1.6 7.5 żƔ
ƔEx stock żOn demand HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Face milling Indexable milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B65
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Face milling
A B
CD
FMD02 Kr: 55°
Stock Dimensions [mm] Inserts
Article RD ød L a
p max
Teeth Coupling kg
FMD02-080-A27-HN09-08 ż80 27 50 6 8 A 1.19
HNEX0905
FMD02-100-B32-HN09-10 ż100 32 50 6 10 B 1.77
FMD02-125-B40-HN09-14 ż125 40 63 6 14 B 3.55
FMD02-125-B40-HN09-18 ż125 40 63 6 18 B 3.7
FMD02-160-B40-HN09-18 Ɣ160 40 63 6 18 B 5.62
FMD02-160-B40-HN09-22 ż160 40 63 6 22 B 5.6
FMD02-200-C60-HN09-22 ż200 60 63 6 22 C 6.7
FMD02-250-C60-HN09-28 żż 250 60 63 6 28 C 13
FMD02-315-D60-HN09-44 ż315 60 63 6 44 D 21.7
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert HNEX0905
ØD 80- 315
Screw (wedge) DM6*20A
(7.0 Nm)
Wedge W18N
Wrench
(wedge) WT15IT
Indexable milling Face milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B66
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Milling inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
HNEX L I.C S
09 05 9.16 15.875 5.56
HN** milling insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO r
YBC302
YBC301
YBC401
YBM253
YBM251
YBM351
YBD152
YBD252
YBG101
YBG102
YB9320
YBG205
YBG202
YBG212
YBG302
YBG152
YBG252
YNG151
YNG151C
YD101
YD201
HNEX090512-DM 1.2 żż
HNEX090512-DR 1.2 ƔƔ
ƔEx stock żOn demand HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Face milling Indexable milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B67
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Face milling
B
CD
FMD03 Kr: 60°
Stock Dimensions [mm] Inserts
Article RD ØD
1ød L ap max
Teeth Coupling kg
FMD03-100-B32-LN20-05 ż100 129 32 63 12 5 B 3.02
LNKT2007-ZR
FMD03-125-B40-LN20-06 Ɣ125 153 40 63 12 6 B 4.5
FMD03-160-C40-LN20-08 Ɣ160 187 40 63 12 8 C 6.9
FMD03-160-C40-LN20-09 ż160 187 40 63 12 9 C 6.7
FMD03-200-C60-LN20-10 Ɣ200 227 60 70 12 10 C 10.5
FMD03-250-C60-LN20-12 Ɣ250 276 60 70 12 12 C 13.4
FMD03-315-D60-LN20-15 ż315 339 60 80 12 15 D 26.2
FMD03-125-B40-LN25-05 ż125 154 40 63 16 5 B 4.5
LNKT2510-ZR
FMD03-160-C40-LN25-06 Ɣ160 189 40 63 16 6 C 6.9
FMD03-200-C60-LN25-08 Ɣ200 229 60 70 16 8 C 10.5
FMD03-250-C60-LN25-10 Ɣ250 278 60 70 16 10 C 16.7
FMD03-315-D60-LN25-12 żż 315 346 60 80 16 12 D 27.3
FMD03-400-D60-LN25-16 żż 400 427 60 80 16 16 D 47.1
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert LNKT2007-ZR LNKT2510-ZR
ØD 100- 315 125 -400
Screw (insert) I60M4*15
(3.4 Nm)
I60M5*17
(6.7 Nm)
Screw (shim) I60M3*7 I60M3.5*10.4
Shim LLN20R-ZR LLN25R-ZR
Wrench (insert) WT15IS
Wrench (insert) WT20IT
Wrench (shim) WT09IS WT15IS
Indexable milling Face milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B68
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Milling inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
LNKT L S d
20 07 20 7.94 4.6
25 10 25 9.525 5.5
LN** milling insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO I.W
YBC302
YBC301
YBC401
YBM253
YBM251
YBM351
YBD152
YBD252
YBG101
YBG102
YB9320
YBG205
YBG202
YBG212
YBG302
YBG152
YBG252
YNG151
YNG151C
YD101
YD201
LNKT2007DN-ZR 17 ƔƔż Ɣ
LNKT2510-ZR 18 ƔƔ Ɣ
ƔEx stock żOn demand HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Face milling Indexable milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B69
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Face milling
AB
FME02 Kr: 75°
Dimensions [mm] Inserts
Article Stock ØD ØD1ød L ap max
Teeth Coupling kg
FME02-050-A22-SP12-04 Ɣ50 54 22 40 6 4 A 0.3
SPKT1204
SPKW1204
FME02-063-A22-SP12-05 Ɣ63 66 22 50 6 5 A 0.6
FME02-080-A27-SP12-06 Ɣ80 83 27 50 6 6 A 0.9
FME02-100-B32-SP12-07 Ɣ100 103 32 50 6 7 B 1.4
FME02-125-B40-SP12-08 Ɣ125 128 40 63 6 8 B 2.5
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert SPKT1204
SPKW1204
ØD 50-125
Screw (insert) I60M5*13.2
(6.7 Nm)
Wrench (insert) WT20IS
Indexable milling Face milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B70
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Milling inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
SPKW L I.C S d
12 04 12.7 12.7 4.76 5.56
SP** milling insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO
YBC302
YBC301
YBC401
YBM253
YBM251
YBM351
YBD152
YBD252
YBG101
YBG102
YB9320
YBG205
YBG202
YBG212
YBG302
YBG152
YBG252
YNG151
YNG151C
YD101
YD201
SPKW1204EDFR ż
SPKW1204EDSR Ɣ
ƔEx stock żOn demand HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Milling inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
SPKT L I.C S d
12 04 12.7 12.7 4.76 5.56
SP** milling insert HC1 (CVD) HC1 (PVD) HT HC2HW
αP
M
K
N
S
H
ISO
YBC302
YBC301
YBC401
YBM253
YBM251
YBM351
YBD152
YBD252
YBG101
YBG102
YB9320
YBG205
YBG202
YBG212
YBG302
YBG152
YBG252
YNG151
YNG151C
YD101
YD201
SPKT1204EDR Ɣ
ƔEx stock żOn demand HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Face milling Indexable milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B71
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Face milling
A B
CD
FME03 Kr: 75°
Stock Dimensions [mm] Inserts
Article RD ØD
1ød L ap max
Teeth Coupling kg
FME03-080-A27-SP12-04 ż80 84 27 50 6 4 A 1.1
SPKN1203
SPKR1203
SPEX1203
FME03-100-B32-SP12-06 Ɣ100 104 32 50 6 6 B 1.9
FME03-125-B40-SP12-08 żż 125 129 40 63 6 8 B 3.5
FME03-160-B40-SP12-10 Ɣż 160 164 40 63 6 10 B 5.7
FME03-200-C60-SP12-12 żż 200 203 60 63 6 12 C 8.2
FME03-250-C60-SP12-16 żż 250 253 60 63 6 16 C 13.8
FME03-315-D60-SP12-20 ż315 318 60 70 6 20 D 23.5
FME03-080-A27-SP15-04 żż 80 84 27 50 8 4 A 1
SPKN1504
SPKR1504
SPEX1504
FME03-100-B27-SP15-06 ż100 104 27 50 8 6 B 1.8
FME03-125-B40-SP15-08 Ɣż 125 129 40 63 8 8 B 3.3
FME03-160-B40-SP15-10 żż 160 164 40 63 8 10 B 5.4
FME03-200-C60-SP15-12 żż 200 204 60 63 8 12 C 7.9
FME03-250-C60-SP15-16 żż 250 253 60 63 8 16 C 13.6
FME03-315-D60-SP15-20 żż 315 318 60 70 8 20 D 23.1
ƔEx stock żOn demand
With internal cooling
Indexable milling Face milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B72
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Spare parts
Insert
SPKN1203
SPKR1203
SPEX1203
SPKN1203
SPKR1203
SPEX1203
SPKN1504
SPKR1504
SPEX1504
ØD 80-100 125 - 315 80- 315
Adjustable
screw LOM5*15.1 LOM5*15.1 LOM5*15.1
Cassette (left) LSP12L LSP12L LSP15L
Cassette (right) LSP12R LSP12R LSP15R
Screw (wedge) WM8*17 WM8*22 WM8*22
Wedge (left) W04L W04L W04L
Wedge (right) W04R W04R W04R
Wrench (loca-
tor) WT20T WT20T WT20T
Wrench
(wedge) WT25T WT25T WT25T
Milling inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
SPKN L I.C S
12 03 12.7 12.7 3.18
15 04 15.875 15.875 4.76
SP** milling insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO be bs
YBC302
YBC301
YBC401
YBM253
YBM251
YBM351
YBD152
YBD252
YBG101
YBG102
YB9320
YBG205
YBG202
YBG212
YBG302
YBG152
YBG252
YNG151
YNG151C
YD101
YD201
SPKN1203EDFL 1 1.4 Ɣ
SPKN1203EDFR 1 1.4 żż Ɣ
SPKN1203EDSKL 1 1.4 Ɣ
SPKN1203EDSKR 1 1.4 ƔƔ ż Ɣ Ɣ
SPKN1203EDTKR 1 1.4 żż
SPKN1504EDFL 1 1.4 ż
SPKN1504EDFR 1 1.4 ż
SPKN1504EDS32PR 1 1.4 żż
SPKN1504EDSKL 1 1.4 ż
SPKN1504EDSKR 1 1.4 ƔƔƔƔ
SPKN1504EDTKR 1 1.4 ż
ƔEx stock żOn demand HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Face milling Indexable milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B73
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Milling inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
SPKR L I.C S
12 03 12.7 12.7 3.18
15 04 15.875 15.875 4.76
SP** milling insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO be bs
YBC302
YBC301
YBC401
YBM253
YBM251
YBM351
YBD152
YBD252
YBG101
YBG102
YB9320
YBG205
YBG202
YBG212
YBG302
YBG152
YBG252
YNG151
YNG151C
YD101
YD201
SPKR1203EDL-GM 1 1.4 ż
SPKR1203EDR-GM 1 1.4 Ɣ
SPKR1504EDR-GM 1 1.4 żż
SPKR1203EDR 1 1.4 ż
ƔEx stock żOn demand HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Indexable milling Face milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B74
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Face milling
B
CD
FME04 Kr: 75°
Dimensions [mm] Inserts
Article Stock ØD ØD1ød L ap max
Teeth Coupling kg
FME04-125-B40-LN15-06 Ɣ125 137 40 63 10 6 B 3.8
LNKT1506-ZR
FME04-160-B40-LN15-08 Ɣ160 170 40 63 10 8 C 6.6
FME04-200-C60-LN15-10 Ɣ200 208 60 70 10 10 C 9.6
FME04-250-C60-LN15-12 ż250 257 60 70 10 12 C 13.4
FME04-315-D60-LN15-16 ż315 328 60 80 10 16 D 25.2
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert LNKT1506-ZR
ØD 125 - 315
Screw (insert) I60M4*12
(3.4 Nm)
Screw (shim) I60M3*7
Shim LLN15-ZR
Wrench (insert) WT15IS
Wrench (shim) WT09IS
Face milling Indexable milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B75
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Milling inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
LNKT L S d
15 06 15.875 6.35 4.6
LN** milling insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO I.W
YBC302
YBC301
YBC401
YBM253
YBM251
YBM351
YBD152
YBD252
YBG101
YBG102
YB9320
YBG205
YBG202
YBG212
YBG302
YBG152
YBG252
YNG151
YNG151C
YD101
YD201
LNKT1506EN-ZR 14 Ɣ żƔƔƔ ż
ƔEx stock żOn demand HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Indexable milling Face milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B76
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Face milling
ap
A
ap
B
ap
C
ap
D
FMP01 Kr: 90°
Stock Dimensions [mm] Inserts
Article RD ød L a
p max
Teeth Coupling kg
FMP01-080-A27-TP22-04 Ɣ80 27 50 18 4 A 1.2
TPKN2204
FMP01-100-B32-TP22-06 Ɣ100 32 50 18 6 B 1.7
FMP01-125-B40-TP22-08 Ɣż 125 40 63 18 8 B 3.2
FMP01-160-B40-TP22-10 Ɣż 160 40 63 18 10 B 5.1
FMP01-200-C60-TP22-12 Ɣż 200 60 63 18 12 C 7.4
FMP01-250-C60-TP22-16 żż 250 60 63 18 16 C 12.3
FMP01-315-D60-TP22-20 żż 315 60 70 18 20 D 21.9
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert TPKN2204 TPKN2204
ØD 80-100 125 - 315
Adjustable
screw LOM5*15.1 LOM5*15.1
Cassette (left) LTP4L1 LTP4L
Cassette (right) LTP4R1 LTP4R
Screw (wedge) WM8*12 WM8*22
Wedge (left) W04L W04L
Wedge (right) W04R W04R
Wrench (loca-
tor) WT20T WT20T
Wrench
(wedge) WT25T WT25T
Face milling Indexable milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B77
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Milling inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
TPKN L I.C S
22 04 22 12.7 4.76
TP** milling insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO be bs an
YBC302
YBC301
YBC401
YBM253
YBM251
YBM351
YBD152
YBD252
YBG101
YBG102
YB9320
YBG205
YBG202
YBG212
YBG302
YBG152
YBG252
YNG151
YNG151C
YD101
YD201
TPKN2204PDFR 1.4 0.7 11° żƔ
TPKN2204PDS32PR 1.4 0.7 11° żż
TPKN2204PDSKL 1.4 0.7 11° ż
TPKN2204PDSKR 1.4 0.7 11° ƔƔ Ɣ Ɣ ƔƔ Ɣ
TPKN2204PDTKR 1.4 0.7 11° Ɣ
ƔEx stock żOn demand HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Indexable milling Face milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B78
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Face milling
ap
A
ap
B
ap
C
ap
D
FMP02 Kr: 90°
Dimensions [mm] Inserts
Article Stock ØD ød L ap max
Teeth Coupling kg
FMP02-050-A22-SE09-05 Ɣ50 22 40 6.7 5 A 0.3
SEET09T3
FMP02-050-A22-SE09-05C Ɣ50 22 40 6.7 5 A 0.3
FMP02-063-A22-SE09-06 Ɣ63 22 40 6.7 6 A 0.5
FMP02-063-A22-SE09-06C Ɣ63 22 40 6.7 6 A 0.5
FMP02-080-A27-SE09-08 Ɣ80 27 50 6.7 8 A 0.9
FMP02-100-B32-SE09-08 ż100 32 50 6.7 8 B 1.7
FMP02-100-B32-SE09-10 ż100 32 50 6.7 10 B 1.7
FMP02-100-B32-SE09-10C ż100 32 50 6.7 10 B 1.7
FMP02-125-B40-SE09-12 Ɣ125 40 63 6.7 12 B 2.6
FMP02-125-B40-SE09-12C ż125 40 63 6.7 12 B 2.6
FMP02-050-A22-SE12-03 ż50 22 40 10.8 3 A 0.3
SEET1203
FMP02-050-A22-SE12-04 Ɣ50 22 40 10.8 4 A 0.3
FMP02-050-A22-SE12-04C Ɣ50 22 40 10.8 4 A 0.3
FMP02-050-A22-SE12-05 Ɣ50 22 40 10.8 5 A 0.2
FMP02-050-A22-SE12-05C ż50 22 40 10.8 5 A 0.2
FMP02-063-A22-SE12-04 ż63 22 40 10.8 4 A 0.4
FMP02-063-A22-SE12-05 Ɣ63 22 40 10.8 5 A 0.4
FMP02-063-A22-SE12-05C Ɣ63 22 40 10.8 5 A 0.4
FMP02-063-A22-SE12-06 Ɣ63 22 40 10.8 6 A 0.4
FMP02-063-A22-SE12-06C ż63 22 40 10.8 6 A 0.4
FMP02-080-A27-SE12-04 ż80 27 50 10.8 4 A 0.9
FMP02-080-A27-SE12-06 Ɣ80 27 50 10.8 6 A 0.8
FMP02-080-A27-SE12-06C Ɣ80 27 50 10.8 6 A 0.8
FMP02-080-A27-SE12-08 Ɣ80 27 50 10.8 8 A 0.8
FMP02-080-A27-SE12-08C ż80 27 50 10.8 8 A 0.8
FMP02-100-B32-SE12-05 Ɣ100 32 50 10.8 5 B 1.2
FMP02-100-B32-SE12-07 Ɣ100 32 50 10.8 7 B 1.2
FMP02-100-B32-SE12-10 Ɣ100 32 50 10.8 10 B 1.2
FMP02-100-B32-SE12-10C ż100 32 50 10.8 10 B 1.2
ƔEx stock żOn demand
With internal cooling
Face milling Indexable milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B79
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Dimensions [mm] Inserts
Article Stock ØD ød L ap max
Teeth Coupling kg
FMP02-125-B40-SE12-06 ż125 40 63 10.8 6 B 3.1
SEET1203
FMP02-125-B40-SE12-08 Ɣ125 40 63 10.8 8 B 3
FMP02-125-B40-SE12-08C ż125 40 63 10.8 8 B 3
FMP02-125-B40-SE12-12 Ɣ125 40 63 10.8 12 B 2.9
FMP02-160-C40-SE12-08 Ɣ160 40 63 10.8 8 C 4.1
FMP02-160-C40-SE12-12 Ɣ160 40 63 10.8 12 C 3.9
FMP02-200-C60-SE12-16 Ɣ200 60 63 10.8 16 C 6.1
FMP02-250-C60-SE12-12 ż250 60 63 10.8 12 C 11.1
FMP02-250-C60-SE12-18 Ɣ250 60 63 10.8 18 C 10.9
FMP02-315-D60-SE12-24 ż315 60 63 10.8 24 D 21.6
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert SEET09T3 SEET1203 SEET1203
ØD 50-125 50 63- 315
Screw (insert) I60M3*7
(1.8 Nm)
I60M3.5*10
(2.7 Nm)
I60M3.5*12
(2.7 Nm)
Screw (shim) SM5*7XA
Shim S12BSX
Wrench (insert) WT09IS WT15IS WT15IS
Wrench (shim) WH35L
Milling inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
SEET L I.C S d
09 T3 9.525 9.525 4.01 3.3
12 03 13.308 13.308 4.04 4.1
SE** milling insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO r
YBC302
YBC301
YBC401
YBM253
YBM251
YBM351
YBD152
YBD252
YBG101
YBG102
YB9320
YBG205
YBG202
YBG212
YBG302
YBG152
YBG252
YNG151
YNG151C
YD101
YD201
SEET09T308PER-APF 0.8 Ɣżż
SEET120308PER-APF 0.8 Ɣżż
ƔEx stock żOn demand HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Indexable milling Face milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B80
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Milling inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
SEET L I.C S d
09 T3 9.525 9.525 4.01 3.3
12 03 13.308 13.308 4.04 4.1
SE** milling insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO r
YBC302
YBC301
YBC401
YBM253
YBM251
YBM351
YBD152
YBD252
YBG101
YBG102
YB9320
YBG205
YBG202
YBG212
YBG302
YBG152
YBG252
YNG151
YNG151C
YD101
YD201
SEET09T308PER-APM 0.8 Ɣżż
SEET120308PER-APM 0.8 ƔżƔ
SEET09T308PER-APR 0.8 Ɣżż
SEET120308PER-APR 0.8 Ɣżż
SEET120308-LH 0.8 żż Ɣ
SEET09T308PER-PF 0.8 Ɣ
SEET120308PER-PF 0.8 ƔƔ ż Ɣ
SEET09T308PER-PM 0.8 żƔ
SEET120308PER-PM 0.8 Ɣ ƔƔƔƔ Ɣ Ɣ Ɣ
SEET09T308PER-PR 0.8 Ɣż
SEET120308PER-PR 0.8 Ɣ ƔƔƔƔ ż ż ż
ƔEx stock żOn demand HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Face milling Indexable milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B81
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Face milling
D
ap
Ød
L
A B
CD
FMP03 Kr: 89°
Stock Dimensions [mm] Inserts
Article RD ød L a
p max
Teeth Coupling kg
FMP03-050-A22-LN12-04C Ɣ50 22 40 7 4 A 0.3
LNKT120608-ZR
FMP03-050-A22-LN12-05C ż50 22 40 7 5 A 0.3
FMP03-063-A22-LN12-05C Ɣ63 22 40 7 5 A 0.5
FMP03-063-A27-LN12-05C ż63 27 50 7 5 A 0.64
FMP03-063-A22-LN12-06C ż63 22 40 7 6 A 0.5
FMP03-063-A27-LN12-06C Ɣ63 27 50 7 6 A 0.65
FMP03-063-A27-LN12-07C ż63 27 50 7 7 A 0.64
FMP03-080-A27-LN12-06C Ɣ80 27 50 7 6 A 1
FMP03-080-A27-LN12-07C ż80 27 50 7 7 A 1
FMP03-100-B32-LN12-06 ż100 32 50 7 6 B 1.47
FMP03-125-B40-LN15-06 Ɣ125 40 63 12 6 B 3.2
LNKT1506EN-ZR
FMP03-160-C40-LN15-08 Ɣ160 40 63 12 8 C 5.1
FMP03-160-C40-LN15-09 ż160 40 63 12 9 C
FMP03-200-C60-LN15-10 Ɣ200 60 70 12 10 C 7.5
FMP03-250-C60-LN15-12 ż250 60 70 12 12 C 12.2
FMP03-250-C60-LN15-13 ż250 60 70 12 13 C
FMP03-315-D60-LN15-16 ż315 60 80 12 16 D 23.7
FMP03-125-B40-LN20-06 ż125 40 63 16 6 B 3.3
LNKT2007DN-ZR
FMP03-160-C40-LN20-08 Ɣ160 40 63 16 8 C 5.3
FMP03-160-C40-LN20-09 ż160 40 63 16 9 C
FMP03-200-C60-LN20-10 Ɣ200 60 70 16 10 C 8.8
FMP03-200-C60-LN20-11 ż200 60 70 16 11 C
FMP03-250-C60-LN20-12 Ɣ250 60 70 16 12 C 14
FMP03-315-D60-LN20-15 ż315 60 80 16 15 D 23.9
FMP03-125-B40-LN25-05 ż125 40 63 20 5 B 3.3
LNKT2510-ZR
FMP03-160-C40-LN25-06 żż 160 40 63 20 6 C 5.1
FMP03-200-C60-LN25-08 ż200 60 70 20 8 C 8.9
FMP03-250-C60-LN25-10 Ɣż 250 60 70 20 10 C 12
FMP03-315-D60-LN25-12 żż 315 60 80 20 12 D 21.9
ƔEx stock żOn demand
With internal cooling
Indexable milling Face milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B82
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Spare parts
Insert LNKT120608-ZR LNKT1506EN-ZR LNKT2007DN-ZR LNKT2510-ZR
ØD 50-100 125 - 315 125 - 315 125 - 315
Screw (insert) I60M4*12
(3.4 Nm)
I60M4*12
(3.4 Nm)
I60M4*15
(3.4 Nm)
I60M5*17
(6.7 Nm)
Screw (shim) I60M3*7 I60M3*7 I60M3.5*10.4
Shim LLN15-ZR LLN20R-ZR LLN25R-ZR
Wrench (insert) WT15IS WT15IS WT15IS
Wrench (insert) WT20IT
Wrench (shim) WT09IS WT09IS WT15IS
Milling inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
LNKT L S d
12 06 12.7 6.65 4.4
15 06 15.875 6.35 4.6
20 07 20 7.94 4.6
25 10 25 9.525 5.5
LN** milling insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO I.W
YBC302
YBC301
YBC401
YBM253
YBM251
YBM351
YBD152
YBD252
YBG101
YBG102
YB9320
YBG205
YBG202
YBG212
YBG302
YBG152
YBG252
YNG151
YNG151C
YD101
YD201
LNKT120608-ZR 12 ƔƔ Ɣ
LNKT1506EN-ZR 14 Ɣ żƔƔƔ ż
LNKT2007DN-ZR 17 ƔƔż Ɣ
LNKT2510-ZR 18 ƔƔ Ɣ
ƔEx stock żOn demand HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Face milling Indexable milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B83
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Indexable milling Face milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B84
Notes
B
85
FMP12 Kr: 90°
YBM253 YBG205 YBD152 YBD252
CVD PVD CVD CVD
P20 – P40
M10 – M30
P10 – P30
M20 – M30
K05 – K25 K15 – K35
-GM
7,7 mm
5,7 mm
10
5
0
WN06 WN08
For steel, stainless steel and cast iron
Insert with six cutting edges
Two dierent insert sizes
Radii from 0.4–1.6 mm available
Square shoulder mill
Chip breaker
Insert grades
Face milling
A B
CD
FMP12 Kr: 90°
Dimensions [mm] Inserts
Article Stock ØD ød ap max
Teeth Coupling kg
FMP12-050-A22-WN06-05C ż50 22 5 A 55
WNHU0604
FMP12-063-A22-WN06-06C Ɣ63 22 6 A 45
FMP12-080-A27-WN06-07C Ɣ80 27 7 A 10
FMP12-100-B32-WN06-09 Ɣ100 32 9 A 1.4
FMP12-100-B32-WN06-09C Ɣ100 32 9 A 1.4
FMP12-125-B40-WN06-11C ż125 40 11 B 3.4
FMP12-160-C40-WN06-14 ż160 40 14 C 5.4
FMP12-063-A22-WN08-04C Ɣ63 22 4 A 39
WNHU0806
FMP12-063-A22-WN08-05C Ɣ63 22 5 A 45
FMP12-080-A27-WN08-05C Ɣ80 27 5 A 95
FMP12-100-B32-WN08-06 Ɣ100 32 6 B 1.32
FMP12-100-B32-WN08-06C Ɣ100 32 6 B 1.32
FMP12-125-B40-WN08-08C ż125 40 8 B 3.3
FMP12-160-C40-WN08-10 ż160 40 10 C 5.2
FMP12-200-C60-WN08-12 ż200 60 12 C
FMP12-250-C60-WN08-14 ż250 60 14 C
FMP12-315-D60-WN08-18 ż315 60 18 D
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert WNHU0604 WNHU0806
ØD 50-315 50-315
Screw (insert) I60M3*9
(1.8 Nm)
I60M4*10
(3.4 Nm)
Wrench (insert) WT09IS
Wrench (insert) WT20IT
Indexable milling Face milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B86
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Milling inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
WNHU L I.C S d
06 04 5.73 9.525 4.704 3.5
08 06 7.76 12.7 6.32 4.4
WN** negative insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO r
YBC302
YBC301
YBC401
YBM253
YBM251
YBM351
YBD152
YBD252
YBG101
YBG102
YB9320
YBG205
YBG202
YBG212
YBG302
YBG152
YBG252
YNG151
YNG151C
YD101
YD201
WNHU060404PNR-GM 0.4 żż ż
WNHU060408PNR-GM 0.8 Ɣżż ż
WNHU080608PNR-GM 0.8 żƔƔ Ɣ
WNHU080616PNR-GM 1.6 żƔż
ƔEx stock żOn demand HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Face milling Indexable milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B87
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Face milling
FMP12 Kr: 90°
Dimensions [mm] Inserts
Article Stock ØD ød ap max
Teeth Coupling kg
FMP12-025-XP25-WN06-02C ż25 25 2 0.38
WNHU0604
FMP12-032-XP25-WN06-03C ż32 25 3 0.47
FMP12-040-XP32-WN06-04C ż40 32 4 0.85
FMP12-050-XP40-WN06-05C ż50 40 5 1.59
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert WNHU0604
ØD 25-50
Screw (insert) I60M3x9
(1.8 Nm)
Wrench (insert) WT09IS
Indexable milling Face milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B88
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Milling inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
WNHU L I.C S d
06 04 5.73 9.525 4.704 3.5
WN** negative insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO r
YBC302
YBC301
YBC401
YBM253
YBM251
YBM351
YBD152
YBD252
YBG101
YBG102
YB9320
YBG205
YBG202
YBG212
YBG302
YBG152
YBG252
YNG151
YNG151C
YD101
YD201
WNHU060404PNR-GM 0.4 żż ż
WNHU060408PNR-GM 0.8 Ɣżż ż
ƔEx stock żOn demand HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Face milling Indexable milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B89
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Face milling
FMR01
Dimensions [mm] Inserts
Article Stock DødL
1La
p max
Teeth kg
FMR01-025-XP20-RC10-02 ż5 25 20 30 100 5 2 0.2
RCKT10T3
FMR01-025-XP20-RC10-02C ż5 25 20 30 100 5 2 0.2
FMR01-032-XP25-RC10-02 Ɣ5 32 25 35 120 5 2 0.5
FMR01-032-XP25-RC10-02C Ɣ5 32 25 35 120 5 2 0.5
FMR01-040-XP32-RC12-03 Ɣ6 40 32 40 120 6 3 0.7 RCKT1204
RCGX1204
FMR01-040-XP32-RC12-03C Ɣ6 40 32 40 120 6 3 0.7
FMR01-050-XP32-RC12-03 Ɣ6 50 32 40 120 6 3 0.8
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert RCKT10T3 RCKT1204
RCGX1204
ØD 25-32 40-50
Screw (insert) I60M4*8.4
(3.4 Nm)
I60M3.5*10
(2.7 Nm)
Wrench (insert) WT15S WT15S
Indexable milling Face milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B90
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Milling inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
RCGX I.C S d
12 04 12 4.76 4
RC** positive insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO
YBC302
YBC301
YBC401
YBM253
YBM251
YBM351
YBD152
YBD252
YBG101
YBG102
YB9320
YBG205
YBG202
YBG212
YBG302
YBG152
YBG252
YNG151
YNG151C
YD101
YD201
RCGX1204MO-LH Ɣ
ƔEx stock żOn demand HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Milling inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
RCKT I.C S d
10 T3 10 3.97 4.4
12 04 12 4.76 4
RC** milling insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO
YBC302
YBC301
YBC401
YBM253
YBM251
YBM351
YBD152
YBD252
YBG101
YBG102
YB9320
YBG205
YBG202
YBG212
YBG302
YBG152
YBG252
YNG151
YNG151C
YD101
YD201
RCKT10T3MO-DM ƔƔ Ɣ ż
RCKT1204MO-DM ƔƔ ƔƔż Ɣ ż
RCKT1204MO-DR ƔƔ ƔƔ żż
RCKT1204MO-ER Ɣ
RCKT1204MO-NM ƔƔ Ɣ żż
ƔEx stock żOn demand HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Face milling Indexable milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B91
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Milling inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
RCMW I.C S d
12 04 12 4.76 4.1
RN** negative insert BL (CBN) BH (CBN)
ap
P
M
K
N
S
H
ISO ap max
YCB121
YCB131
YCB211
RCMW1204MO-PCBN 2.7 ż
ƔEx stock żOn demand BL (CBN) CBN with a low CBN content
BH (CBN) CBN with a high CBN content
Indexable milling Face milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B92
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Face milling
AB
C
FMR02
Dimensions [mm] Inserts
Article Stock Død La
p max
Teeth Coupling kg
FMR02-050-A22-RC12-05C Ɣ6 502240 6 5 A 0.7
RCGX1204
RCKT1204
RCMW1204
FMR02-052-A22-RC12-05C Ɣ6 522240 6 5 A 0.7
FMR02-063-A22-RC12-04 Ɣ6 632240 6 4 A 0.7
FMR02-063-A22-RC12-06 Ɣ6 632240 6 6 A 0.7
FMR02-063-A22-RC12-06C Ɣ6 632240 6 6 A 0.7
FMR02-080-A27-RC12-07C Ɣ6 802750 6 7 B 0.7
FMR02-100-B32-RC12-08C Ɣ6 100 32 50 6 8 B 0.89
FMR02-063-A22-RC16-04 Ɣ8 632240 8 4 A 0.7
RCKT1606
FMR02-063-A22-RC16-04C ż8 632240 8 4 A 0.7
FMR02-066-A27-RC16-05C Ɣ8 662750 8 4 A 0.5
FMR02-080-B27-RC16-05 Ɣ8 802750 8 5 B 0.7
FMR02-080-B27-RC16-07 Ɣ8 802750 8 7 B 0.7
FMR02-100-B32-RC16-06 Ɣ8 100 32 63 8 6 B 1.2
FMR02-100-A32-RC16-06C ż8 100 32 63 8 6 B 1.2
FMR02-125-B40-RC16-07 Ɣ8 125 40 63 8 7 B 2.5
FMR02-160-B40-RC16-10(FB) ż8 160 40 63 8 10 B 3.94
FMR02-200-C60-RC16-12FB Ɣ8 200 60 63 8 12 C 5.4
FMR02-080-A27-RC20-04 Ɣ10 80 27 50 10 4 A 0.7
RCKT2006
FMR02-080-A27-RC20-04C Ɣ10 80 27 50 10 4 A 0.7
FMR02-100-B32-RC20-05 Ɣ10 100 32 63 10 5 B 1.2
FMR02-100-B32-RC20-06 Ɣ10 100 32 63 10 6 B 1.2
FMR02-100-B32-RC20-06C ż10 100 32 63 10 6 B 1.2
FMR02-125-B40-RC20-06 Ɣ10 125 40 63 10 6 B 1.2
FMR02-125-B40-RC20-07 Ɣ10 125 40 63 10 7 B 2.2
FMR02-125-B40-RC20-07C ż10 125 40 63 10 7 B 2.2
FMR02-160-B40-RC20-08 Ɣ10 160 40 63 10 8 B 4.2
FMR02-160-B40-RC20-08C ż10 160 40 63 10 8 B 4.2
FMR02-250-C60-RC20-10 Ɣ10 250 60 63 10 10 C 8.49
FMR02-250-C60-RC20-11 ż10 250 60 63 10 11 C 8.37
ƔEx stock żOn demand
With internal cooling
Face milling Indexable milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B93
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Spare parts
Insert
RCGX1204
RCKT1204
RCMW1204
RCKT1606 RCKT2006
ØD 50-100 63-200 80-250
Screw (insert) I60M3.5*10
(2.7 Nm)
I60M5*13
(6.7 Nm)
I43M6*16
(9.1 Nm)
Wrench (insert) WT15IS
Wrench (insert) WT20IT WT25IT
Milling inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
RCGX I.C S d
12 04 12 4.76 4
RC** positive insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO
YBC302
YBC301
YBC401
YBM253
YBM251
YBM351
YBD152
YBD252
YBG101
YBG102
YB9320
YBG205
YBG202
YBG212
YBG302
YBG152
YBG252
YNG151
YNG151C
YD101
YD201
RCGX1204MO-LH Ɣ
ƔEx stock żOn demand HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Indexable milling Face milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B94
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Milling inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
RCKT I.C S d
12 04 12 4.76 4
16 06 16 6.35 5.56
20 06 20 6.35 6.55
RC** milling insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO
YBC302
YBC301
YBC401
YBM253
YBM251
YBM351
YBD152
YBD252
YBG101
YBG102
YB9320
YBG205
YBG202
YBG212
YBG302
YBG152
YBG252
YNG151
YNG151C
YD101
YD201
RCKT1204MO-DM ƔƔ ƔƔż Ɣ ż
RCKT1606MO-DM ƔƔ ż ż Ɣ
RCKT2006MO-DM żż ż
RCKT1204MO-DR ƔƔ ƔƔ żż
RCKT1606MO-DR ƔƔƔ ƔƔ żż
RCKT2006MO-DR ƔƔƔ żƔ żż
RCKT1204MO-ER Ɣ
RCKT1606MO-ER Ɣ
RCKT2006MO-ER Ɣ
RCKT1204MO-NM ƔƔ Ɣ żż
RCKT1606MO-NM żż Ɣ żż
ƔEx stock żOn demand HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Milling inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
RCMW I.C S d
12 04 12 4.76 4.1
RN** negative insert BL (CBN) BH (CBN)
ap
P
M
K
N
S
H
ISO ap max
YCB121
YCB131
YCB211
RCMW1204MO-PCBN 2.7 ż
ƔEx stock żOn demand BL (CBN) CBN with a low CBN content
BH (CBN) CBN with a high CBN content
Face milling Indexable milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B95
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Face milling
FMR03
Dimensions [mm] Inserts
Article Stock DødL
1La
p max
Teeth kg
FMR03-016-XP16-RD08-02 ż4 16 16 25 100 4 2 0.1
RDKW0803
FMR03-016-XP16-RD08-02C ż4 16 16 25 100 4 2 0.1
FMR03-025-XP25-RD08-02 Ɣ4 25 25 30 100 4 2 0.3
FMR03-025-XP25-RD08-02C ż4 25 25 30 100 4 2 0.3
FMR03-032-XP32-RD10-02 Ɣ5 32 32 40 120 5 2 0.7 RDKW10T3
FMR03-032-XP32-RD10-02C ż5 32 32 40 120 5 2 0.7
FMR03-040-XP32-RD12-03 Ɣ6 40 32 40 120 6 3 0.7
RDKW1204FMR03-040-XP32-RD12-03C ż6 40 32 40 120 6 3 0.7
FMR03-050-XP32-RD12-04 Ɣ6 50 32 40 120 6 4 0.8
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert RDKW0803 RDKW10T3 RDKW1204
ØD 16-25 32 40-50
Screw (insert) I60M3*7
(1.8 Nm)
I60M4*10
(3.4 Nm)
I60M4*10
(3.4 Nm)
Wrench (insert) WT09IP WT15IP WT15IP
Indexable milling Face milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B96
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Milling inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
RDKW I.C S d
08 03 8 3.18 3.4
10 T3 10 3.97 4.4
12 04 12 4.76 4.4
RD** milling insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO
YBC302
YBC301
YBC401
YBM253
YBM251
YBM351
YBD152
YBD252
YBG101
YBG102
YB9320
YBG205
YBG202
YBG212
YBG302
YBG152
YBG252
YNG151
YNG151C
YD101
YD201
RDKW0803MO ƔƔ
RDKW10T3MO Ɣż ż Ɣ Ɣ ż
RDKW1204MO Ɣ ƔƔ ƔƔƔƔ ż
ƔEx stock żOn demand HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Face milling Indexable milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B97
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Face milling
FMR03
d
D
L
R
L1
Dimensions [mm] Inserts
Article Stock DødL
1La
p max
Teeth
FMR03-015-G16-XS-RD0702-02 ż3.5 15 16 40 88 3.5 2
RDKW0702
FMR03-015-G16-XS-RD0702-02C ż3.5 15 16 40 88 3.5 2
FMR03-015-G16-S-RD0702-02C ż3.5 15 16 60 108 3.5 2
FMR03-015-G20-M-RD0702-02C ż3.5 15 20 80 130 3.5 2
FMR03-015-G25-XL-RD0702-02C ż3.5 15 25 120 176 3.5 2
FMR03-020-G20-XS-RD1003-02C ż5 20204090 5 2
RDKW1003
FMR03-020-G20-S-RD1003-02C ż5 2020601105 2
FMR03-020-G25-M-RD1003-02C ż5 2025801365 2
FMR03-020-G25-L-RD1003-02C ż5 20 25 100 156 5 2
FMR03-020-G25-XL-RD1003-02C ż5 20 25 120 176 5 2
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert RDKW0702 RDKW1003
ØD 15 20
Screw (insert) I60M2.5*5.0
(1.0 Nm)
I60M3.5*7.7
(2.7 Nm)
Wrench (insert) WT07P WT15P
Indexable milling Face milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B98
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Milling inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
RDKW I.C S d
07 02 7 2.38 2.7
10 03 10 3.18 3.9
RD** milling insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO
YBC302
YBC301
YBC401
YBM253
YBM251
YBM351
YBD152
YBD252
YBG101
YBG102
YB9320
YBG205
YBG202
YBG212
YBG302
YBG152
YBG252
YNG151
YNG151C
YD101
YD201
RDKW0702MO-1 ƔƔ
RDKW0702MO-2 Ɣ
RDKW1003MO-1 ƔƔ ƔƔƔ
RDKW1003MO-2 Ɣ
RDKW1003MO-3 ƔƔ
ƔEx stock żOn demand HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Face milling Indexable milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B99
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Face milling
AB
FMR04
Dimensions [mm] Inserts
Article Stock Død La
p max
Teeth Coupling kg
FMR04-050-A22-RD12-03 Ɣ6 502240 6 3 A 0.3 RDKW1204
FMR04-063-A22-RD12-04 Ɣ6 632250 6 4 A 0.5
FMR04-080-B27-RD16-05 Ɣ8 802750 8 5 B 1.2 RDKW1605
FMR04-100-B32-RD16-06 Ɣ8 100 32 50 8 6 B 1
FMR04-125-B40-RD20-06 ż10 125 40 63 10 6 B 1.9
RDKW2006FMR04-125-B40-RD20-06C ż10 125 40 63 10 6 B 1.9
FMR04-160-B40-RD20-07 ż10 160 40 63 10 7 B 3.7
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert RDKW1204 RDKW1605 RDKW2006
ØD 50-63 80-100 125 -160
Clamp WD-204 WD-207
Screw (clamp) I60M4*10
(3.4 Nm)
I60M5*13
(6.7 Nm)
Screw (insert) I60M3.5*10
(2.7 Nm)
I60M5*13
(6.7 Nm)
I43M6*16
(9.1 Nm)
Wrench (clamp) WT15IP
Wrench (clamp) WT20IT
Wrench (insert) WT15IP
Wrench (insert) WT20IT WT25IT
Indexable milling Face milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B100
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Milling inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
RDKW I.C S d
12 04 12 4.76 4.4
16 05 16 5.56 5.5
20 06 20 6.35 6.5
RD** milling insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO
YBC302
YBC301
YBC401
YBM253
YBM251
YBM351
YBD152
YBD252
YBG101
YBG102
YB9320
YBG205
YBG202
YBG212
YBG302
YBG152
YBG252
YNG151
YNG151C
YD101
YD201
RDKW1204MO Ɣ ƔƔ ƔƔƔƔ ż
RDKW1605MO ż Ɣżż
RDKW2006MO żƔż
RDKW2006MO-3 Ɣ
ƔEx stock żOn demand HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Face milling Indexable milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B101
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Face milling
FMR04
d
D
aP
L
R
Dimensions [mm] Inserts
Article Stock Død La
p max
Teeth
FMR04-042-A16-RD1003-06 Ɣ5 421644 5 6
RDKW1003
FMR04-042-A16-RD1003-06C ż5 421644 5 6
FMR04-052-A22-RD1003-07 Ɣ5 522250 5 7
FMR04-052-A22-RD1003-07C ż5 522250 5 7
FMR04-042-A16-RD12T3-05 Ɣ6 421642 6 5
RDKW12T3
FMR04-042-A16-RD12T3-05C ż6 421642 6 5
FMR04-052-A22-RD12T3-05 Ɣ6 522250 6 5
FMR04-052-A22-RD12T3-05C ż6 522250 6 5
FMR04-066-A27-RD12T3-06 Ɣ6 662750 6 6
FMR04-066-A27-RD12T3-06C ż6 662750 6 6
FMR04-080-A27-RD12T3-07 Ɣ6 802750 6 7
FMR04-080-A27-RD12T3-07C ż6 802750 6 7
FMR04-052-A22-RD1604-04 Ɣ8 522250 8 4
RDKW1604
FMR04-052-A22-RD1604-04C ż8 522250 8 4
FMR04-066-A27-RD1604-05 Ɣ8 662750 8 5
FMR04-066-A27-RD1604-05C ż8 662750 8 5
FMR04-080-A27-RD1604-06 Ɣ8 802752 8 6
FMR04-080-A27-RD1604-06C ż8 802752 8 6
FMR04-100-B32-RD1604-07 Ɣ8 100 32 52 8 7
FMR04-100-B32-RD1604-07C ż8 100 32 52 8 7
FMR04-125-B40-RD1604-08 Ɣ8 125 40 52 8 8
FMR04-160-B40-RD1604-09 Ɣ8 160 40 52 8 9
FMR04-160-B40-RD1604-09C ż8 160 40 52 8 9
ƔEx stock żOn demand
With internal cooling
Indexable milling Face milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B102
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Spare parts
Insert RDKW1003 RDKW12T3 RDKW12T3 RDKW1604 RDKW1604
ØD 42-52 42 52-80 52 66-160
Clamp WX16N
Clamp LOM3.5*7.1
Screw (clamp) I60M4.5*10
(5.0 Nm)
Screw (insert) I60M3.5*7.7
(2.7 Nm)
I60M3.5*7.7
(2.7 Nm)
I60M3.5*7.7
(2.7 Nm)
I60M4.5*10
(5.0 Nm)
I60M4.5*10
(5.0 Nm)
Wrench (clamp) WT15P
Wrench (clamp) WT20T
Wrench (insert) WT15P WT15P WT15P
Wrench (insert) WT20T WT20T
Milling inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
RDKW I.C S d
10 03 10 3.18 3.9
12 T3 12 3.97 3.9
16 04 16 4.76 5.2
RD** milling insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO
YBC302
YBC301
YBC401
YBM253
YBM251
YBM351
YBD152
YBD252
YBG101
YBG102
YB9320
YBG205
YBG202
YBG212
YBG302
YBG152
YBG252
YNG151
YNG151C
YD101
YD201
RDKW1003MO-1 ƔƔ ƔƔƔ
RDKW1003MO-2 Ɣ
RDKW1003MO-3 ƔƔ
RDKW12T3MO-1 ƔƔ ƔƔƔ
RDKW12T3MO-2 Ɣż
RDKW12T3MO-3 ƔƔ
RDKW1604MO-1 Ɣ ƔƔƔ Ɣ
RDKW1604MO-2 ż
RDKW1604MO-3 żż Ɣ Ɣ ż Ɣ Ɣ
ƔEx stock żOn demand HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Face milling Indexable milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B103
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Square shoulder milling
EMP01 Kr: 90°
Straight shank
Dimensions [mm] Inserts
Article Stock ØD ød L1La
p max
Teeth kg
EMP01-012-G12-AP07-02C Ɣ12 12 25 75 6.4 2 0.31
APKT0702
EMP01-014-G16-AP07-03C Ɣ14 16 25 85 6.4 3 0.61
EMP01-016-G16-AP07-04C Ɣ16 16 30 90 6.4 4 0.75
EMP01-012-G16-AP11-01 Ɣ12 16 25 85 10.5 1 0.1
APKT11T3
EMP01-016-G16-AP11-02 Ɣ16 16 25 90 10.5 2 0.1
EMP01-016-G16-AP11-02C ż16 16 25 90 10.5 2 0.1
EMP01-020-G20-AP11-02 Ɣ20 20 30 100 10.5 2 0.2
EMP01-020-G20-AP11-02C Ɣ20 20 30 100 10.5 2 0.2
EMP01-020-G20-AP11-03 ż20 20 30 100 10.5 3 0.2
EMP01-020-G20-AP11-03C Ɣ20 20 30 100 10.5 3 0.2
EMP01-025-G25-AP11-03 Ɣ25 25 35 115 10.5 3 0.4
EMP01-025-G25-AP11-03C ż25 25 35 115 10.5 3 0.4
EMP01-025-G25-AP11-04 Ɣ25 25 35 115 10.5 4 0.4
EMP01-025-G25-AP11-04C Ɣ25 25 35 115 10.5 4 0.4
EMP01-032-G32-AP11-04 Ɣ32 32 40 125 10.5 4 0.7
EMP01-032-G32-AP11-04C Ɣ32 32 40 125 10.5 4 0.7
EMP01-025-G25-AP16-02 Ɣ25 25 35 115 15.5 2 0.4
APKT1604
EMP01-025-G25-AP16-02C Ɣ25 25 35 115 15.5 2 0.4
EMP01-032-G32-AP16-03 Ɣ32 32 40 125 15.5 3 0.7
EMP01-032-G32-AP16-03C Ɣ32 32 40 125 15.5 3 0.7
EMP01-040-G32-AP16-03 Ɣ40 32 42 130 15.5 3 0.7
EMP01-040-G32-AP16-03C Ɣ40 32 42 130 15.5 3 0.7
EMP01-040-G32-AP16-04 Ɣ40 32 42 130 15.5 4 0.8
EMP01-040-G32-AP16-04C ż40 32 42 130 15.5 4 0.8
EMP01-050-G32-AP16-05 Ɣ50 32 45 135 15.5 5 1
EMP01-063-G32-AP16-06 Ɣ63 32 45 135 15.5 6 1.4
ƔEx stock żOn demand
With internal cooling
Indexable milling Square shoulder milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B104
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Spare parts
Insert APKT0702 APKT11T3 APKT1604
ØD 12-25 12-32 25-63
Screw (insert) I60M1,8x4
(0.3 Nm)
I60M4*8.4
(3.4 Nm)
Screw (insert) I60M2.5*6.5T
(1.0 Nm)
Wrench (insert) WT05IP WT08IP
Wrench (insert) WT15S
Milling inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
APKT L S d
07 02 4.26 2.38 2
11 T3 12.24 3.6 2.8
16 04 17.877 5.76 4.4
AP** milling insert HC1 (CVD) HC1 (PVD) HT HC2 HW
P
M
K
N
S
H
ISO r I.W
YBC302
YBC301
YBC401
YBM253
YBM251
YBM351
YBD152
YBD252
YBG101
YBG102
YB9320
YBG205
YBG202
YBG212
YBG302
YBG152
YBG252
YNG151
YNG151C
YD101
YD201
APKT11T304-ALH 0.4 6.5 Ɣ Ɣ Ɣ
APKT11T308-ALH 0.8 6.5 Ɣ Ɣ Ɣ
APKT160408-ALH 0.8 9.33 Ɣ Ɣ Ɣ
APKT11T304-APF 0.4 6.5 Ɣ
APKT11T308-APF 0.8 6.5 Ɣ
APKT160408-APF 0.8 9.33 Ɣ ż ż
APKT070204-APM 0.4 6.91 Ɣ Ɣ
APKT11T304-APM 0.4 6.5 Ɣ Ɣ Ɣ
APKT11T308-APM 0.8 6.5 Ɣ Ɣ Ɣ
APKT11T312-APM 1.2 6.5 Ɣ Ɣ Ɣ
APKT11T316-APM 1.6 6.5 Ɣ Ɣ Ɣ
APKT11T320-APM 2 6.5 Ɣ Ɣ Ɣ
APKT160408-APM 0.8 9.33 Ɣ Ɣ Ɣ Ɣ
APKT160416-APM 1.6 9.33 Ɣ Ɣ Ɣ
APKT160420-APM 2 9.33 Ɣ Ɣ Ɣ
APKT160424-APM 2.4 9.33 Ɣ Ɣ Ɣ
APKT160430-APM 3 9.33 Ɣ Ɣ Ɣ
APKT11T304-LH 0.4 6.5 Ɣ Ɣ
APKT11T308-LH 0.8 6.5 Ɣ Ɣ
APKT160408-LH 0.8 9.33 Ɣ Ɣ
Ɣ Ex stock ż On demand HC1 Coated carbide
HT Uncoated cermet
HC2 Coated cermet
HW Uncoated carbide
Square shoulder milling Indexable milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B 105
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Milling inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
APKT L S d
07 02 4.26 2.38 2
11 T3 12.24 3.6 2.8
16 04 17.877 5.76 4.4
AP** milling insert HC1 (CVD) HC1 (PVD) HT HC2 HW
P
M
K
N
S
H
ISO r I.W
YBC302
YBC301
YBC401
YBM253
YBM251
YBM351
YBD152
YBD252
YBG101
YBG102
YB9320
YBG205
YBG202
YBG212
YBG302
YBG152
YBG252
YNG151
YNG151C
YD101
YD201
APKT11T304-PF 0.4 6.5 ż Ɣ Ɣ Ɣ Ɣ
APKT11T308-PF 0.8 6.5 ż ż Ɣ
APKT11T312-PF 1.2 6.5 ż
APKT11T316-PF 1.6 6.5 ż
APKT160408-PF 0.8 9.33 Ɣ ż Ɣ Ɣ Ɣ
APKT160430-PF 3 9.33 ż
APKT11T304-PM 0.4 6.5 Ɣ Ɣ ż Ɣ Ɣ ż Ɣ Ɣ
APKT11T308-PM 0.8 6.5 Ɣ Ɣ Ɣ Ɣ Ɣ Ɣ Ɣ Ɣ Ɣ Ɣ Ɣ
APKT11T312-PM 1.2 6.5 ż ż Ɣ ż
APKT11T316-PM 1.6 6.5 Ɣ ż Ɣ ż
APKT160408-PM 0.8 9.33 Ɣ Ɣ Ɣ Ɣ Ɣ Ɣ Ɣ Ɣ Ɣ Ɣ Ɣ Ɣ
APKT160416-PM 1.6 9.33 ż Ɣ
APKT11T304-PR 0.4 6.5 ż ż ż
APKT11T316-PR 1.6 6.5 ż
Ɣ Ex stock ż On demand HC1 Coated carbide
HT Uncoated cermet
HC2 Coated cermet
HW Uncoated carbide
Indexable milling Square shoulder milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B 106
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Square shoulder milling
EMP01 Kr: 90°
Weldon shank
Dimensions [mm] Inserts
Article Stock ØD ød L1La
p max
Teeth kg
EMP01-020-XP20-AP07-05C Ɣ20 20 30 100 6.4 5 0.31 APKT0702
EMP01-025-XP25-AP07-07C Ɣ25 25 35 115 6.4 7 0.61
EMP01-012-XP16-AP11-01 Ɣ12 16 25 85 10.5 1 0.1
APKT11T3
EMP01-012-XP16-AP11-01C ż12 16 25 85 10.5 1 0.1
EMP01-016-XP16-AP11-02 Ɣ16 16 25 90 10.5 2 0.1
EMP01-016-XP16-AP11-02C ż16 16 25 90 10.5 2 0.1
EMP01-020-XP20-AP11-02 Ɣ20 20 30 100 10.5 2 0.2
EMP01-020-XP20-AP11-02C ż20 20 30 100 10.5 2 0.2
EMP01-020-XP20-AP11-03 Ɣ20 20 30 100 10.5 3 0.2
EMP01-020-XP20-AP11-03C Ɣ20 20 30 100 10.5 3 0.2
EMP01-025-XP25-AP11-03 Ɣ25 25 35 115 10.5 3 0.4
EMP01-025-XP25-AP11-03C Ɣ25 25 35 115 10.5 3 0.4
EMP01-025-XP25-AP11-04 Ɣ25 25 35 115 10.5 4 0.4
EMP01-025-XP25-AP11-04C ż25 25 35 115 10.5 4 0.4
EMP01-032-XP32-AP11-04 Ɣ32 32 40 125 10.5 4 0.7
EMP01-032-XP32-AP11-04C ż32 32 40 125 10.5 4 0.7
EMP01-025-XP25-AP16-02 Ɣ25 25 35 115 15.5 2 0.4
APKT1604
EMP01-025-XP25-AP16-02C ż25 25 35 115 15.5 2 0.4
EMP01-032-XP32-AP16-03 Ɣ32 32 40 125 15.5 3 0.7
EMP01-032-XP32-AP16-03C ż32 32 40 125 15.5 3 0.7
EMP01-040-XP32-AP16-04 Ɣ40 32 42 130 15.5 4 0.8
EMP01-040-XP32-AP16-04C ż40 32 42 130 15.5 4 0.8
EMP01-050-XP32-AP16-05 Ɣ50 32 45 135 15.5 5 1
EMP01-063-XP32-AP16-06 ż63 32 45 135 15.5 6 1.4
ƔEx stock żOn demand
With internal cooling
Square shoulder milling Indexable milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B107
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Spare parts
Insert APKT0702 APKT11T3 APKT1604
ØD 12-25 12-32 25-63
Screw (insert) I60M1,8x4
(0.3 Nm)
I60M4*8.4
(3.4 Nm)
Screw (insert) I60M2.5*6.5T
(1.0 Nm)
Wrench (insert) WT05IP WT08IP
Wrench (insert) WT15S
Milling inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
APKT L S d
07 02 4.26 2.38 2
11 T3 12.24 3.6 2.8
16 04 17.877 5.76 4.4
AP** milling insert HC1 (CVD) HC1 (PVD) HT HC2 HW
P
M
K
N
S
H
ISO r I.W
YBC302
YBC301
YBC401
YBM253
YBM251
YBM351
YBD152
YBD252
YBG101
YBG102
YB9320
YBG205
YBG202
YBG212
YBG302
YBG152
YBG252
YNG151
YNG151C
YD101
YD201
APKT11T304-ALH 0.4 6.5 Ɣ Ɣ Ɣ
APKT11T308-ALH 0.8 6.5 Ɣ Ɣ Ɣ
APKT160408-ALH 0.8 9.33 Ɣ Ɣ Ɣ
APKT11T304-APF 0.4 6.5 Ɣ
APKT11T308-APF 0.8 6.5 Ɣ
APKT160408-APF 0.8 9.33 Ɣ ż ż
APKT070204-APM 0.4 6.91 Ɣ Ɣ
APKT11T304-APM 0.4 6.5 Ɣ Ɣ Ɣ
APKT11T308-APM 0.8 6.5 Ɣ Ɣ Ɣ
APKT11T312-APM 1.2 6.5 Ɣ Ɣ Ɣ
APKT11T316-APM 1.6 6.5 Ɣ Ɣ Ɣ
APKT11T320-APM 2 6.5 Ɣ Ɣ Ɣ
APKT160408-APM 0.8 9.33 Ɣ Ɣ Ɣ Ɣ
APKT160416-APM 1.6 9.33 Ɣ Ɣ Ɣ
APKT160420-APM 2 9.33 Ɣ Ɣ Ɣ
APKT160424-APM 2.4 9.33 Ɣ Ɣ Ɣ
APKT160430-APM 3 9.33 Ɣ Ɣ Ɣ
APKT11T304-LH 0.4 6.5 Ɣ Ɣ
APKT11T308-LH 0.8 6.5 Ɣ Ɣ
APKT160408-LH 0.8 9.33 Ɣ Ɣ
Ɣ Ex stock ż On demand HC1 Coated carbide
HT Uncoated cermet
HC2 Coated cermet
HW Uncoated carbide
Indexable milling Square shoulder milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B 108
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Milling inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
APKT L S d
07 02 4.26 2.38 2
11 T3 12.24 3.6 2.8
16 04 17.877 5.76 4.4
AP** milling insert HC1 (CVD) HC1 (PVD) HT HC2 HW
P
M
K
N
S
H
ISO r I.W
YBC302
YBC301
YBC401
YBM253
YBM251
YBM351
YBD152
YBD252
YBG101
YBG102
YB9320
YBG205
YBG202
YBG212
YBG302
YBG152
YBG252
YNG151
YNG151C
YD101
YD201
APKT11T304-PF 0.4 6.5 ż Ɣ Ɣ Ɣ Ɣ
APKT11T308-PF 0.8 6.5 ż ż Ɣ
APKT11T312-PF 1.2 6.5 ż
APKT11T316-PF 1.6 6.5 ż
APKT160408-PF 0.8 9.33 Ɣ ż Ɣ Ɣ Ɣ
APKT160430-PF 3 9.33 ż
APKT11T304-PM 0.4 6.5 Ɣ Ɣ ż Ɣ Ɣ ż Ɣ Ɣ
APKT11T308-PM 0.8 6.5 Ɣ Ɣ Ɣ Ɣ Ɣ Ɣ Ɣ Ɣ Ɣ Ɣ Ɣ
APKT11T312-PM 1.2 6.5 ż ż Ɣ ż
APKT11T316-PM 1.6 6.5 Ɣ ż Ɣ ż
APKT160408-PM 0.8 9.33 Ɣ Ɣ Ɣ Ɣ Ɣ Ɣ Ɣ Ɣ Ɣ Ɣ Ɣ Ɣ
APKT160416-PM 1.6 9.33 ż Ɣ
APKT11T304-PR 0.4 6.5 ż ż ż
APKT11T316-PR 1.6 6.5 ż
Ɣ Ex stock ż On demand HC1 Coated carbide
HT Uncoated cermet
HC2 Coated cermet
HW Uncoated carbide
Square shoulder milling Indexable milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B 109
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Square shoulder milling
A B
C
EMP02 Kr: 90°
Dimensions [mm] Inserts
Article Stock ØD ød L ap max
Teeth Coupling kg
EMP02-032-A16-AP07-08C Ɣ32 16 35 6.4 8 A 34
APKT0702
EMP02-040-A16-AP07-10C Ɣ40 16 40 6.4 10 A 40
EMP02-050-A22-AP07-12C Ɣ50 22 40 6.4 12 A 0.6
EMP02-040-A16-AP11-04C Ɣ40 16 40 11 4 A 0.237
APKT11T3
EMP02-040-A16-AP11-05C Ɣ40 16 40 11 5 A 0.177
EMP02-040-A16-AP11-06C Ɣ40 16 40 11 6 A 0.234
EMP02-050-A22-AP11-06 Ɣ50 22 40 11 6 A 0.3
EMP02-050-A22-AP11-06C Ɣ50 22 40 11 6 A 0.3
EMP02-050-A22-AP11-07C Ɣ50 22 40 11 7 A 0.39
EMP02-063-A22-AP11-08 Ɣ63 22 40 11 8 A 0.6
EMP02-063-A22-AP11-08C Ɣ63 22 40 11 8 A 0.6
EMP02-063-A22-AP11-09C Ɣ63 22 40 11 9 A 0.54
EMP02-080-A27-AP11-08 Ɣ80 27 50 11 8 A 1.2
EMP02-080-A27-AP11-08C Ɣ80 27 50 11 8 A 1.2
EMP02-080-A27-AP11-10C Ɣ80 27 50 11 10 A 1.13
EMP02-100-B32-AP11-10 Ɣ100 32 50 11 10 B 1.7
EMP02-100-B32-AP11-10C ż100 32 50 11 10 B 1.7
EMP02-125-B40-AP11-10 ż125 40 63 11 10 B 3.42
EMP02-040-A16-AP16-03 ż40 16 40 15.5 3 A 0.17
APKT1604
EMP02-040-A16-AP16-04C Ɣ40 16 40 15.5 4 A 0.17
EMP02-050-A22-AP16-05 Ɣ50 22 40 15.5 5 A 0.3
EMP02-050-A22-AP16-05C Ɣ50 22 40 15.5 5 A 0.3
EMP02-063-A22-AP16-06 Ɣ63 22 40 15.5 6 A 0.5
EMP02-063-A22-AP16-06C Ɣ63 22 40 15.5 6 A 0.5
EMP02-080-A27-AP16-06C ż80 27 50 15.5 6 A 1.08
EMP02-080-A27-AP16-07 Ɣ80 27 50 15.5 7 A 1.1
EMP02-080-A27-AP16-07C Ɣ80 27 50 15.5 7 A 1.1
EMP02-100-B32-AP16-08 Ɣ100 32 50 15.5 8 B 1.6
ƔEx stock żOn demand
With internal cooling
Indexable milling Square shoulder milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B110
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Dimensions [mm] Inserts
Article Stock ØD ød L ap max
Teeth Coupling kg
EMP02-100-B32-AP16-08C Ɣ 100 32 50 15.5 8 B 1.6
APKT1604
EMP02-125-B40-AP16-06C ż 125 40 63 15.5 6 B 3.18
EMP02-125-B40-AP16-10 ż 125 40 63 15.5 10 B 3.2
EMP02-125-B40-AP16-10C ż 125 40 63 15.5 10 B 3.2
EMP02-160-B40-AP16-07C ż 160 40 63 15.5 7 B 4.3
EMP02-160-B40-AP16-10 ż 160 40 63 15.5 10 B 6.3
EMP02-160-B40-AP16-10C ż 160 40 63 15.5 10 B 6.3
EMP02-200-C60-AP16-12 ż 200 60 63 15.5 12 C 8.1
EMP02-250-C60-AP16-12 ż 250 60 63 15.5 12 C 11.2
Ɣ Ex stock ż
On demand
With internal cooling
Spare parts
Insert APKT0702 APKT11T3 APKT1604
ØD 32-50 40-125 40-250
Screw (insert) I60M1,8x4
(0.3 Nm)
I60M4*10
(3.4 Nm)
Screw (insert) I60M2.5*6.5T
(1.0 Nm)
Wrench (insert) WT05IP
Wrench (insert) WT08IS WT15IS
Milling inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
APKT L S d
07 02 4.26 2.38 2
11 T3 12.24 3.6 2.8
16 04 17.877 5.76 4.4
AP** milling insert HC1 (CVD) HC1 (PVD) HT HC2 HW
P
M
K
N
S
H
ISO r I.W
YBC302
YBC301
YBC401
YBM253
YBM251
YBM351
YBD152
YBD252
YBG101
YBG102
YB9320
YBG205
YBG202
YBG212
YBG302
YBG152
YBG252
YNG151
YNG151C
YD101
YD201
APKT11T304-ALH 0.4 6.5 Ɣ Ɣ Ɣ
APKT11T308-ALH 0.8 6.5 Ɣ Ɣ Ɣ
APKT160408-ALH 0.8 9.33 Ɣ Ɣ Ɣ
Ɣ Ex stock ż On demand HC1 Coated carbide
HT Uncoated cermet
HC2 Coated cermet
HW Uncoated carbide
Square shoulder milling Indexable milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B 111
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Milling inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
APKT L S d
07 02 4.26 2.38 2
11 T3 12.24 3.6 2.8
16 04 17.877 5.76 4.4
AP** milling insert HC1 (CVD) HC1 (PVD) HT HC2 HW
P
M
K
N
S
H
ISO r I.W
YBC302
YBC301
YBC401
YBM253
YBM251
YBM351
YBD152
YBD252
YBG101
YBG102
YB9320
YBG205
YBG202
YBG212
YBG302
YBG152
YBG252
YNG151
YNG151C
YD101
YD201
APKT11T304-APF 0.4 6.5 Ɣ
APKT11T308-APF 0.8 6.5 Ɣ
APKT160408-APF 0.8 9.33 Ɣ ż ż
APKT070204-APM 0.4 6.91 Ɣ Ɣ
APKT11T304-APM 0.4 6.5 Ɣ Ɣ Ɣ
APKT11T308-APM 0.8 6.5 Ɣ Ɣ Ɣ
APKT11T312-APM 1.2 6.5 Ɣ Ɣ Ɣ
APKT11T316-APM 1.6 6.5 Ɣ Ɣ Ɣ
APKT11T320-APM 2 6.5 Ɣ Ɣ Ɣ
APKT160408-APM 0.8 9.33 Ɣ Ɣ Ɣ Ɣ
APKT160416-APM 1.6 9.33 Ɣ Ɣ Ɣ
APKT160420-APM 2 9.33 Ɣ Ɣ Ɣ
APKT160424-APM 2.4 9.33 Ɣ Ɣ Ɣ
APKT160430-APM 3 9.33 Ɣ Ɣ Ɣ
APKT11T304-LH 0.4 6.5 Ɣ Ɣ
APKT11T308-LH 0.8 6.5 Ɣ Ɣ
APKT160408-LH 0.8 9.33 Ɣ Ɣ
APKT11T304-PF 0.4 6.5 ż Ɣ Ɣ Ɣ Ɣ
APKT11T308-PF 0.8 6.5 ż ż Ɣ
APKT11T312-PF 1.2 6.5 ż
APKT11T316-PF 1.6 6.5 ż
APKT160408-PF 0.8 9.33 Ɣ ż Ɣ Ɣ Ɣ
APKT160430-PF 3 9.33 ż
APKT11T304-PM 0.4 6.5 Ɣ Ɣ ż Ɣ Ɣ ż Ɣ Ɣ
APKT11T308-PM 0.8 6.5 Ɣ Ɣ Ɣ Ɣ Ɣ Ɣ Ɣ Ɣ Ɣ Ɣ Ɣ
APKT11T312-PM 1.2 6.5 ż ż Ɣ ż
APKT11T316-PM 1.6 6.5 Ɣ ż Ɣ ż
APKT160408-PM 0.8 9.33 Ɣ Ɣ Ɣ Ɣ Ɣ Ɣ Ɣ Ɣ Ɣ Ɣ Ɣ Ɣ
APKT160416-PM 1.6 9.33 ż Ɣ
APKT11T304-PR 0.4 6.5 ż ż ż
APKT11T316-PR 1.6 6.5 ż
Ɣ Ex stock ż On demand HC1 Coated carbide
HT Uncoated cermet
HC2 Coated cermet
HW Uncoated carbide
Indexable milling Square shoulder milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B 112
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Square shoulder milling
AB
EMP03 Kr: 90°
Dimensions [mm] Inserts
Article Stock ØD e ød L Teeth Coupling No. of inserts kg
EMP03-050-A22-AP11-04 Ɣ50 39 22 58 4 A 16 0.5
APKT11T3
EMP03-050-A22-AP11-04C ż50 39 22 58 4 A 16 0.5
EMP03-063-A27-AP11-04 Ɣ63 39 27 58 4 A 16 0.9
EMP03-063-A27-AP11-04C ż63 39 27 58 4 A 16 0.9
EMP03-080-B32-AP11-05 Ɣ80 39 32 63 5 B 20 1.3
EMP03-080-B32-AP11-05C ż80 39 32 63 5 B 20 1.3
EMP03-100-B40-AP11-06 Ɣ100 39 40 63 6 B 24 2
EMP03-100-B40-AP11-06C ż100 39 40 63 6 B 24 2
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert APKT11T3
ØD 50-100
Screw (insert) I60M2.5*6.5T
(1.0 Nm)
Wrench (insert) WT08IS
Square shoulder milling Indexable milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B113
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Milling inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
APKT L S d
11 T3 12.24 3.6 2.8
AP** milling insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO r I.W
YBC302
YBC301
YBC401
YBM253
YBM251
YBM351
YBD152
YBD252
YBG101
YBG102
YB9320
YBG205
YBG202
YBG212
YBG302
YBG152
YBG252
YNG151
YNG151C
YD101
YD201
APKT11T304-ALH 0.4 6.5 ƔƔƔ
APKT11T308-ALH 0.8 6.5 ƔƔƔ
APKT11T304-APF 0.4 6.5 Ɣ
APKT11T308-APF 0.8 6.5 Ɣ
APKT11T304-APM 0.4 6.5 ƔƔ Ɣ
APKT11T308-APM 0.8 6.5 ƔƔ Ɣ
APKT11T312-APM 1.2 6.5 ƔƔ Ɣ
APKT11T316-APM 1.6 6.5 ƔƔ Ɣ
APKT11T320-APM 2 6.5 ƔƔ Ɣ
APKT11T304-LH 0.4 6.5 ƔƔ
APKT11T308-LH 0.8 6.5 ƔƔ
APKT11T304-PF 0.4 6.5 żƔ ƔƔƔ
APKT11T308-PF 0.8 6.5 żżƔ
APKT11T312-PF 1.2 6.5 ż
APKT11T316-PF 1.6 6.5 ż
APKT11T304-PM 0.4 6.5 ƔƔż ƔƔ ż Ɣ Ɣ
APKT11T308-PM 0.8 6.5 ƔƔ ƔƔƔƔƔ Ɣ ƔƔ Ɣ
APKT11T312-PM 1.2 6.5 żżƔż
APKT11T316-PM 1.6 6.5 ƔżƔż
APKT11T304-PR 0.4 6.5 żżż
APKT11T316-PR 1.6 6.5 ż
ƔEx stock żOn demand HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Indexable milling Square shoulder milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B114
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Square shoulder milling
EMP04 Kr: 90°
Weldon shank
Dimensions [mm] Inserts
Article Stock ØD e ød L1LTeeth No. of inserts kg
EMP04-020-XP20-AP11-01 Ɣ20 29.4 20 45 120 1 3 0.3
APKT11T3
EMP04-025-XP25-AP11-02 Ɣ25 38.9 25 55 130 2 8 0.4
EMP04-032-XP32-AP11-02 Ɣ32 48.5 32 65 140 2 10 0.7
EMP04-040-XP40-AP11-02 Ɣ40 58 40 75 150 2 14 1.3
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert APKT11T3
ØD 20-40
Screw (insert) I60M2.5*6.5T
(1.0 Nm)
Wrench (insert) WT08IS
Square shoulder milling Indexable milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B115
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Milling inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
APKT L S d
11 T3 12.24 3.6 2.8
AP** milling insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO r I.W
YBC302
YBC301
YBC401
YBM253
YBM251
YBM351
YBD152
YBD252
YBG101
YBG102
YB9320
YBG205
YBG202
YBG212
YBG302
YBG152
YBG252
YNG151
YNG151C
YD101
YD201
APKT11T304-ALH 0.4 6.5 ƔƔƔ
APKT11T308-ALH 0.8 6.5 ƔƔƔ
APKT11T304-APF 0.4 6.5 Ɣ
APKT11T308-APF 0.8 6.5 Ɣ
APKT11T304-APM 0.4 6.5 ƔƔ Ɣ
APKT11T308-APM 0.8 6.5 ƔƔ Ɣ
APKT11T312-APM 1.2 6.5 ƔƔ Ɣ
APKT11T316-APM 1.6 6.5 ƔƔ Ɣ
APKT11T320-APM 2 6.5 ƔƔ Ɣ
APKT11T304-LH 0.4 6.5 ƔƔ
APKT11T308-LH 0.8 6.5 ƔƔ
APKT11T304-PF 0.4 6.5 żƔ ƔƔƔ
APKT11T308-PF 0.8 6.5 żżƔ
APKT11T312-PF 1.2 6.5 ż
APKT11T316-PF 1.6 6.5 ż
APKT11T304-PM 0.4 6.5 ƔƔż ƔƔ ż Ɣ Ɣ
APKT11T308-PM 0.8 6.5 ƔƔ ƔƔƔƔƔ Ɣ ƔƔ Ɣ
APKT11T312-PM 1.2 6.5 żżƔż
APKT11T316-PM 1.6 6.5 ƔżƔż
APKT11T304-PR 0.4 6.5 żżż
APKT11T316-PR 1.6 6.5 ż
ƔEx stock żOn demand HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Indexable milling Square shoulder milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B116
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Square shoulder milling
EMP05 Kr: 90°
Weldon shank
Dimensions [mm] Inserts
Article Stock ØD e ød L1LTeeth kg
EMP05-025-XP25 ż25 20 25 40 130 3 0.5 APMT1135
EMP05-025-XP25C Ɣ25 20 25 40 130 3 0.5
EMP05-032-XP32C ż32 30 32 50 140 3 0.8 APMT1604
EMP05-040-XP32C ż40 40 32 60 150 4 1
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert APMT1135 APMT1604
ØD 25 32-40
Screw (insert) I60M4*10
(3.4 Nm)
Screw (insert) I60M2.5*6.5T
(1.0 Nm)
Wrench (insert) WT08IP WT15IP
Square shoulder milling Indexable milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B117
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Milling inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
APMT L S d
11 35 11.25 3.5 2.8
16 04 17.25 4.76 4.4
AN** milling insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO r I.W
YBC302
YBC301
YBC401
YBM253
YBM251
YBM351
YBD152
YBD252
YBG101
YBG102
YB9320
YBG205
YBG202
YBG212
YBG302
YBG152
YBG252
YNG151
YNG151C
YD101
YD201
APMT1135PDR 0.8 6.2 żƔżż
APMT160408PDER 0.8 9.25 żƔżż
ƔEx stock żOn demand HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Indexable milling Square shoulder milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B118
System code B26 Grade selection B24 Technical info B463 Cutting data B224
B
119
EMP09Kr: 90°
YBM253 YB9320 YBD252
CVD PVD CVD
P20 – P40
M10 – M30
P10 – P30
M20 – M30
K15 – K35
-GM
LN12 LN16LN08
20
15
10
8
5
0
12 mm
16 mm
8 mm
New New
Sharp cutting edge geometry combined with robust
tangential inserts.
First choice for large cutting depths with high feed rates.
Very good competitiveness.
Square shoulder mill with tangential inserts
Insert grades
Chip breaker
Square shoulder milling
ap
L
ØD
Ød
A
Ød
ap
L
ØD
B
EMP09 Kr: 90°
Dimensions [mm] Inserts
Article Stock ØD ød L ap max
Teeth Coupling kg
EMP09-040-A16-LN08-05C Ɣ40 16 40 8 5 A
LNKT0804PNR-GM
EMP09-050-A22-LN08-06C Ɣ50 22 40 8 6 A
EMP09-063-A22-LN08-08C Ɣ63 22 40 8 8 A
EMP09-080-A27-LN08-10C ż80 27 50 8 10 A
EMP09-040-A16-LN12-04C Ɣ40 16 40 11.5 4 A 0.19
LNKT1206PNR-GM
EMP09-050-A22-LN12-05C Ɣ50 22 40 11.5 5 A 0.33
EMP09-063-A22-LN12-06C Ɣ63 22 40 11.5 6 A 0.53
EMP09-080-A27-LN12-07C Ɣ80 27 50 11.5 7 A 1.18
EMP09-100-B32-LN12-09C Ɣ100 32 50 11.5 9 B 1.62
EMP09-125-B40-LN12-11C Ɣ125 40 63 11.5 11 B 3.25
EMP09-080-A27-LN16-06C Ɣ80 27 50 15 6 A
LNKT1607PNR-GM
EMP09-100-B32-LN16-08C Ɣ100 32 50 15 8 B
EMP09-125-B40-LN16-10C Ɣ125 40 63 15 10 B
EMP09-160-B40-LN16-12C Ɣ160 40 63 15 12 B
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert LNKT0804PNR-GM LNKT1206PNR-GM LNKT1607PNR-GM
ØD 40-80 40-125 80-160
Screw (clamp) I60M3*7
(1.8 Nm)
I60M4*12
(3.4 Nm)
I60M5*17
(6.7 Nm)
Wrench WT10IS WT15IS WT20IS
Indexable milling Square shoulder milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B120
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Milling inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
LNKT L S
08 04 8.75 4.45
12 06 12.7 6.75
16 07 16.05 7.35
LN** milling insert HC1 (CVD) HC1 (PVD) HT HC2HW
r
S
Ød
W
L
P
M
K
N
S
H
ISO W r
YBC302
YBC301
YBC401
YBM253
YBM251
YBM351
YBD152
YBD252
YBG101
YBG102
YB9320
YBG205
YBG202
YBG212
YBG302
YBG152
YBG252
YNG151
YNG151C
YD101
YD201
LNKT080404PNR-GM 8.75 0.4 ƔƔ
LNKT120608PNR-GM 12.7 0.8 ƔƔƔ
LNKT160708PNR-GM 16.05 0.8 Ɣż Ɣ
ƔEx stock żOn demand HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Square shoulder milling Indexable milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B121
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Square shoulder milling
EMP09 Kr: 90°
Ød
e
L
ØD
Dimensions [mm] Inserts
Article Stock ØD e ød L Teeth
row
Teeth Coupling kg
EMP09-040x43-A16-LN12-02C ż40 43 16 70 2 8 A 0.4
LNKT1206PNR-GM
EMP09-050x43-A22-LN12-03C Ɣ50 43 22 70 3 12 A 0.64
EMP09-063x53-A27-LN12-04C Ɣ63 53 27 80 4 20 A 1.31
EMP09-080x53-A27-LN12-05C ż80 53 27 80 5 25 A 2.33
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert LNKT1206PNR-GM
ØD 40-80
Screw (clamp) I60M4*12
(3.4 Nm)
Wrench WT15IS
Indexable milling Square shoulder milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B122
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Milling inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
LNKT L S
12 06 12.7 6.75
HC1 (CVD) HC1 (PVD) HT HC2HW
r
S
Ød
W
L
P
M
K
N
S
H
ISO W r
YBC302
YBC301
YBC401
YBM253
YBM251
YBM351
YBD152
YBD252
YBG101
YBG102
YB9320
YBG205
YBG202
YBG212
YBG302
YBG152
YBG252
YNG151
YNG151C
YD101
YD201
LNKT120608PNR-GM 12.7 0.8 ƔƔƔ
ƔEx stock żOn demand HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Square shoulder milling Indexable milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B123
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Indexable milling Square shoulder milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B124
Notes
B
125
EMP13Kr: 90°
YBC302 YBM253 YB9320 YBG205
CVD CVD PVD PVD
P15 – P35 P20 – P40
M10 – M30
P10 – P30
M20 – M30
P10 – P30
M20 – M30
YBD152 YBD252 YD101
CVD CVD
K05 – K25 K15 – K35 N05 – N25
11,2 mm
14,5 mm
20
15
10
5
0
AN11 AN15
-GM -LH
Specially developed cutting edges for high-quality 90° square
shoulder milling.
Extra thick inserts for better stability.
Positive, smooth cutting geometry for reduced cutting forces.
Polished, high-precision geometry for aluminum alloys, steel
and cast iron.
New square shoulder mill generation
Insert grades
Chip breakers
Chip breaker -LH for aluminium
Square shoulder milling
A B
C
EMP13 Kr: 90°
Dimensions [mm] Inserts
Article Stock ØD ød L ap max
Teeth Coupling kg
EMP13-040-A16-AN11-04C ż40 16 40 11.2 4 A 0.45
ANGX1105
EMP13-050-A22-AN11-06 Ɣ50 22 40 11.2 6 A 0.3
EMP13-063-A22-AN11-06 ż63 22 40 11.2 6 A 0.49
EMP13-063-A22-AN11-07 Ɣ63 22 40 11.2 7 A 0.49
EMP13-080-A27-AN11-07 ż80 27 50 11.2 7 A 1.18
EMP13-080-A27-AN11-09 Ɣ80 27 50 11.2 9 A 1.18
EMP13-100-B32-AN11-12 Ɣ100 32 50 11.2 12 B 1.46
EMP13-100-B32-AN11-12C ż100 32 50 11.2 12 B 1.46
EMP13-125-B40-AN11-14 Ɣ125 40 63 11.2 14 B 2.92
EMP13-125-B40-AN11-14C ż125 40 63 11.2 14 B 2.92
EMP13-160-C40-AN11-16 Ɣ160 40 63 11.2 16 C 4.3
EMP13-050-A22-AN15-04 Ɣ50 22 40 14.5 4 A 0.26
ANGX1506
EMP13-063-A22-AN15-05 Ɣ63 22 40 14.5 5 A 0.53
EMP13-080-A27-AN15-06 Ɣ80 27 50 14.5 6 A 1.23
EMP13-100-B32-AN15-08 Ɣ100 32 50 14.5 8 B 1.52
EMP13-100-B32-AN15-08C ż100 32 50 14.5 8 B 1.52
EMP13-125-B40-AN15-10 Ɣ125 40 63 14.5 10 B 3.05
EMP13-125-B40-AN15-10C ż125 40 63 14.5 10 B 3.05
EMP13-160-C40-AN15-12 Ɣ160 40 63 14.5 12 C 4.46
EMP13-200-C60-AN15-16 ż200 60 63 14.5 16 C 6.26
ƔEx stock żOn demand
With internal cooling
Indexable milling Square shoulder milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B126
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Spare parts
Insert ANGX1105 ANGX1506
ØD 40-160 50-200
Screw (insert) I60M3*9
(1.8 Nm)
I60M4*12
(3.4 Nm)
Wrench (insert) WT09IS WT15IS
Milling inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
ANGX L S d
11 05 11.85 5.7 3.5
15 06 15.43 7.3 4.4
AN** milling insert HC1 (CVD) HC1 (PVD) HT HC2HW
91 15′
W
P
M
K
N
S
H
ISO W r
YBC302
YBC301
YBC401
YBM253
YBM251
YBM351
YBD152
YBD252
YBG101
YBG102
YB9320
YBG205
YBG202
YBG212
YBG302
YBG152
YBG252
YNG151
YNG151C
YD101
YD201
ANGX110504PNR-GM 8.4 0.4 ƔƔ ƔƔ
ANGX110508PNR-GM 8.4 0.8 ƔƔƔƔƔƔ
ANGX150608PNR-GM 11 0.8 żƔƔƔƔƔ
ANGX150616PNR-GM 11 1.6 ƔƔ Ɣ
ANGX150620PNR-GM 11 2 ƔƔ Ɣ
ANGX110504PNR-LH 8.4 0.4 Ɣ
ANGX150608PNR-LH 11 0.8 Ɣ
ƔEx stock żOn demand HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Square shoulder milling Indexable milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B127
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Square shoulder milling
EMP13 Kr: 90°
max
1
Weldon shank
Dimensions [mm] Inserts
Article Stock ØD ød L1La
p max
Teeth kg
EMP13-025-XP25-AN11-02 Ɣ25 25 32 100 11.2 2 0.31
ANGX1105
EMP13-032-XP32-AN11-03 Ɣ32 32 40 115 11.2 3 0.61
EMP13-040-XP32-AN11-04 Ɣ40 32 40 125 11.2 4 0.75
EMP13-032-XP32-AN15-02 Ɣ32 32 40 125 11.2 2 0.66 ANGX1506
EMP13-040-XP32-AN15-03 Ɣ40 32 40 125 11.2 3 0.76
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert ANGX1105 ANGX1506
ØD 25-40 25-40
Screw (insert) I60M3*9
(1.8 Nm)
I60M4*12
(3.4 Nm)
Wrench (insert) WT09IS WT15IS
Indexable milling Square shoulder milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B128
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Milling inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
ANGX L S d
11 05 11.85 5.7 3.5
15 06 15.43 7.3 4.4
AN** milling insert HC1 (CVD) HC1 (PVD) HT HC2HW
91 15′
W
P
M
K
N
S
H
ISO W r
YBC302
YBC301
YBC401
YBM253
YBM251
YBM351
YBD152
YBD252
YBG101
YBG102
YB9320
YBG205
YBG202
YBG212
YBG302
YBG152
YBG252
YNG151
YNG151C
YD101
YD201
ANGX110504PNR-GM 8.4 0.4 ƔƔ ƔƔ
ANGX110508PNR-GM 8.4 0.8 ƔƔƔƔƔƔ
ANGX150608PNR-GM 11 0.8 żƔƔƔƔƔ
ANGX150616PNR-GM 11 1.6 ƔƔ Ɣ
ANGX150620PNR-GM 11 2 ƔƔ Ɣ
ANGX110504PNR-LH 8.4 0.4 Ɣ
ANGX150608PNR-LH 11 0.8 Ɣ
ƔEx stock żOn demand HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Square shoulder milling Indexable milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B129
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Square shoulder milling
EMP13 Kr: 90°
max
1
Straight shank
Dimensions [mm] Inserts
Article Stock ØD e ød L1La
p max
Teeth kg
EMP13-025-G25-AN11-02 Ɣ25 11.2 25 32 100 11.2 2 0.31
ANGX1105
EMP13-032-G32-AN11-03 Ɣ32 11.2 32 40 115 11.2 3 0.61
EMP13-040-G32-AN11-04 Ɣ40 11.2 32 40 125 11.2 4 0.75
EMP13-032-G32-AN15-02 Ɣ32 14.5 32 40 125 14.5 2 0.66 ANGX1506
EMP13-040-G32-AN15-03 Ɣ40 14.5 32 40 125 14.5 3 0.76
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert ANGX1105 ANGX1506
ØD 25-40 25-40
Screw (insert) I60M3*9
(1.8 Nm)
I60M4*12
(3.4 Nm)
Wrench (insert) WT09IS WT15IS
Indexable milling Square shoulder milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B130
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Milling inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
ANGX L S d
11 05 11.85 5.7 3.5
15 06 15.43 7.3 4.4
AN** milling insert HC1 (CVD) HC1 (PVD) HT HC2HW
91 15′
W
P
M
K
N
S
H
ISO W r
YBC302
YBC301
YBC401
YBM253
YBM251
YBM351
YBD152
YBD252
YBG101
YBG102
YB9320
YBG205
YBG202
YBG212
YBG302
YBG152
YBG252
YNG151
YNG151C
YD101
YD201
ANGX110504PNR-GM 8.4 0.4 ƔƔ ƔƔ
ANGX110508PNR-GM 8.4 0.8 ƔƔƔƔƔƔ
ANGX150608PNR-GM 11 0.8 żƔƔƔƔƔ
ANGX150616PNR-GM 11 1.6 ƔƔ Ɣ
ANGX150620PNR-GM 11 2 ƔƔ Ɣ
ANGX110504PNR-LH 8.4 0.4 Ɣ
ANGX150608PNR-LH 11 0.8 Ɣ
ƔEx stock żOn demand HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Square shoulder milling Indexable milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B131
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Square shoulder milling
EMP13 Kr: 90°
e
Dimensions [mm] Inserts
Article Stock ØD e ød L Teeth No. of inserts kg
EMP13-050x43-A22-AN11-03 Ɣ50 43 22 60 3 12 0.52 ANGX1105
EMP13-063x64-A27-AN11-04 ż63 64 27 80 4 24 1.15
EMP13-063x53-A27-AN15-03 ż63 53 27 75 3 12 1.14 ANGX1506
EMP13-080x53-A32-AN15-04 Ɣ80 53 32 75 4 16 1.82
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert ANGX1105 ANGX1506
ØD 50-63 63-80
Screw (insert) I60M3*9
(1.8 Nm)
I60M4*12
(3.4 Nm)
Wrench (insert) WT09IS WT15IS
Indexable milling Square shoulder milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B132
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Milling inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
ANGX L S d
11 05 11.85 5.7 3.5
15 06 15.43 7.3 4.4
AN** milling insert HC1 (CVD) HC1 (PVD) HT HC2HW
91 15′
W
P
M
K
N
S
H
ISO W r
YBC302
YBC301
YBC401
YBM253
YBM251
YBM351
YBD152
YBD252
YBG101
YBG102
YB9320
YBG205
YBG202
YBG212
YBG302
YBG152
YBG252
YNG151
YNG151C
YD101
YD201
ANGX110504PNR-GM 8.4 0.4 ƔƔ ƔƔ
ANGX110508PNR-GM 8.4 0.8 ƔƔƔƔƔƔ
ANGX150608PNR-GM 11 0.8 żƔƔƔƔƔ
ANGX150616PNR-GM 11 1.6 ƔƔ Ɣ
ANGX150620PNR-GM 11 2 ƔƔ Ɣ
ANGX110504PNR-LH 8.4 0.4 Ɣ
ANGX150608PNR-LH 11 0.8 Ɣ
ƔEx stock żOn demand HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Square shoulder milling Indexable milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B133
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Square shoulder milling
EMP13 Kr: 90°
e
1
Weldon shank
Dimensions [mm] Inserts
Article Stock ØD e ød L1LTeeth No. of inserts kg
EMP13-032x43-XP32-AN11-02 ż32 43 32 48 115 2 8 0.61 ANGX1105
EMP13-040x43-XP32-AN11-03 ż40 43 32 55 125 3 12 0.79
EMP13-040x40-XP32-AN15-02 ż40 40 32 55 115 2 6 0.79 ANGX1506
EMP13-050x53-XP40-AN15-02 ż50 53 40 70 145 2 8 1.53
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert ANGX1105 ANGX1506
ØD 32-40 40-50
Screw (insert) I60M3*9
(1.8 Nm)
I60M4*12
(3.4 Nm)
Wrench (insert) WT09IS WT15IS
Indexable milling Square shoulder milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B134
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Milling inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
ANGX L S d
11 05 11.85 5.7 3.5
15 06 15.43 7.3 4.4
AN** milling insert HC1 (CVD) HC1 (PVD) HT HC2HW
91 15′
W
P
M
K
N
S
H
ISO W r
YBC302
YBC301
YBC401
YBM253
YBM251
YBM351
YBD152
YBD252
YBG101
YBG102
YB9320
YBG205
YBG202
YBG212
YBG302
YBG152
YBG252
YNG151
YNG151C
YD101
YD201
ANGX110504PNR-GM 8.4 0.4 ƔƔ ƔƔ
ANGX110508PNR-GM 8.4 0.8 ƔƔƔƔƔƔ
ANGX150608PNR-GM 11 0.8 żƔƔƔƔƔ
ANGX150616PNR-GM 11 1.6 ƔƔ Ɣ
ANGX150620PNR-GM 11 2 ƔƔ Ɣ
ANGX110504PNR-LH 8.4 0.4 Ɣ
ANGX150608PNR-LH 11 0.8 Ɣ
ƔEx stock żOn demand HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Square shoulder milling Indexable milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B135
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Profile milling
BMR01
Weldon shank
Dimensions [mm] Teeth Inserts
Article Stock R ØD e ød L1L ZDET SPMT kg
BMR01-020-XP20-S ż10 20 20 20 50 125 2 2 0.3 ZDET08T2 &
SPMT0603
BMR01-020-XP20-M ż10 20 20 20 75 150 2 2 0.3
BMR01-020-XP20-L ż10 20 20 20 100 200 2 2 0.4
BMR01-025-XP25-S ż12.5 25 23 25 70 150 2 2 0.5 ZDET1103 &
SPMT0603
BMR01-025-XP25-M ż12.5 25 23 25 95 175 2 2 0.6
BMR01-025-XP25-L ż12.5 25 23 25 100 200 2 2 0.7
BMR01-032-XP32-S ż16 32 31 32 85 175 2 2 0.9 ZDET13T2 &
SDMT0903
BMR01-032-XP32-M ż16 32 31 32 100 200 2 2 1.1
BMR01-032-XP32-L ż16 32 31 32 150 250 2 2 1.4
BMR01-040-XP40-S ż20 40 41 40 85 175 3 2 1.4
ZPNT2204 &
SPMT1204
BMR01-040-XP40-M ż20 40 41 40 100 200 3 2 1.7
BMR01-040-XP40-L ż20 40 41 40 150 250 3 2 2.1
BMR01-050-XP40-S ż25 50 45 40 100 200 3 2 1.8
BMR01-050-XP40-M ż25 50 45 40 100 300 3 2 2.8
BMR01-063-XP40-S ż31.5 63 52 40 100 200 4 2 3
BMR01-063-XP40-M ż31.5 63 52 40 100 300 4 2 3.5
ƔEx stock żOn demand
With internal cooling
Indexable milling Profile milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B136
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Spare parts
Insert ZDET08T2 &
SPMT0603
ZDET1103 &
SPMT0603
ZDET13T2 &
SDMT0903
ZPNT2204 &
SPMT1204
ØD 20 25 32 40-63
Screw (insert) I43M2.5*5.7
(1.0 Nm)
I43M2.5*5.7
(1.0 Nm)
I43M4*8
(3.4 Nm)
I43M5*11
(6.7 Nm)
Wrench (insert) WT07IP WT07IP
Wrench (insert) WT15IS WT20IS
Milling inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
ZDET L I.C S d
08 T2 8.4 6.75 2.78 2.8
11 03 10.6 8.5 3.18 2.8
13 T3 13.2 10.5 3.97 4.4
22 04 16.1 12.7 4.76 5.56
ZD** milling insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO R
YBC302
YBC301
YBC401
YBM253
YBM251
YBM351
YBD152
YBD252
YBG101
YBG102
YB9320
YBG205
YBG202
YBG212
YBG302
YBG152
YBG252
YNG151
YNG151C
YD101
YD201
ZDET13T3CYR16-PM 16 żż
ZDET08T2CYR10 10 ż
ZDET1103CYR12.5 12.5 ż
ZDET13T3CYR16 16 ż
ZPNT2204CY(R20) 20 ż
ZPNT2204CY(R25) 25 Ɣ
ZPNT2204CY(R31) 31.5 ż
ƔEx stock żOn demand HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Profile milling Indexable milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B137
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Milling inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
SPMT L I.C S d
06 03 6.35 6.35 3.18 2.8
12 04 12.7 12.7 4.76 5.5
SP** milling insert HC1 (CVD) HC1 (PVD) HT HC2HW
αP
M
K
N
S
H
ISO r
YBC302
YBC301
YBC401
YBM253
YBM251
YBM351
YBD152
YBD252
YBG101
YBG102
YB9320
YBG205
YBG202
YBG212
YBG302
YBG152
YBG252
YNG151
YNG151C
YD101
YD201
SPMT060304-KT ż
SPMT060304 0.4 Ɣż
SPMT120408 0.8 żƔż Ɣż ż
ƔEx stock żOn demand HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Milling inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
SDMT L I.C S d
09 03 9.525 9.525 3.18 4.4
SD** milling insert HC1 (CVD) HC1 (PVD) HT HC2HW
αP
M
K
N
S
H
ISO r
YBC302
YBC301
YBC401
YBM253
YBM251
YBM351
YBD152
YBD252
YBG101
YBG102
YB9320
YBG205
YBG202
YBG212
YBG302
YBG152
YBG252
YNG151
YNG151C
YD101
YD201
SDMT090308 0.8 Ɣż
ƔEx stock żOn demand HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Indexable milling Profile milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B138
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Profile milling
BMR02
Dimensions [mm] Inserts
Article Stock DødL
1Lkg
BMR02-012-G16-S Ɣ6 12 16 40 110 0.1
ROHX1203
BMR02-012-G16-M Ɣ6 12 16 50 130 0.2
BMR02-012-G16-L Ɣ6 12 16 50 160 0.2
BMR02-016-G20-S Ɣ8 16 20 45 140 0.3
ROHX1604BMR02-016-G20-M Ɣ8 16 20 65 170 0.3
BMR02-016-G20-L Ɣ8 16 20 65 200 0.4
BMR02-020-G25-S Ɣ10 20 25 60 160 0.5
ROHX2005BMR02-020-G25-M Ɣ10 20 25 80 200 0.6
BMR02-020-G25-L Ɣ10 20 25 80 240 0.8
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert ROHX1203 ROHX1604 ROHX2005
ØD 12 16 20
Screw (insert) I70M4*10TT
(3.4 Nm)
I70M5*12TT
(6.7 Nm)
I70M5*16TT
(6.7 Nm)
Wrench (insert) WT15IS WT20IS WT20IS
Profile milling Indexable milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B139
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Milling inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
ROHX L I.C S d
12 03 8.5 12 3 4
16 04 11.3 16 4 5
20 05 14.1 20 5 5
RO** positive insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO
YBC302
YBC301
YBC401
YBM253
YBM251
YBM351
YBD152
YBD252
YBG101
YBG102
YB9320
YBG205
YBG202
YBG212
YBG302
YBG152
YBG252
YNG151
YNG151C
YD101
YD201
ROHX1203 żƔ Ɣ
ROHX1604 ƔƔ
ROHX2005 ƔƔ
ƔEx stock żOn demand HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Indexable milling Profile milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B140
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Profile milling
AB
Straight shank
BMR03
Dimensions [mm] Inserts
Article Stock R ØD e ød L1LTeeth Coupling kg
BMR03-016-G20-S Ɣ8 16162070150 2 B 0.3 XPHT16
BMR03-016-G20-M Ɣ8 16162080180 2 B 0.4
BMR03-020-G25-S Ɣ10 20 20 25 80 180 2 B 0.5
XPHT20
BMR03-020-G25-M Ɣ10 20 20 25 100 200 2 B 0.6
BMR03-020-G25-L Ɣ10 20 20 25 150 250 2 B 0.7
BMR03-020-G25-XL ż10 20 20 25 110 300 2 B 1
BMR03-025-G25-S Ɣ12.5 25 25 25 80 180 2 B 0.6
XPHT25
BMR03-025-G25-M Ɣ12.5 25 25 25 100 200 2 B 0.7
BMR03-025-G25-L ż12.5 25 25 25 110 250 2 B 0.8
BMR03-025-G25-XL ż12.5 25 25 25 120 300 2 B 1
BMR03-030-G32-S ż15 30 30 32 120 200 2 A 1
XPHT30BMR03-030-G32-M Ɣ15 30 30 32 150 250 2 A 1.3
BMR03-030-G32-L ż15 30 30 32 200 300 2 A 1.6
BMR03-032-G32-S Ɣ16 32 32 32 120 200 2 A 1.1
XPHT32
BMR03-032-G32-M Ɣ16 32 32 32 150 250 2 A 1.4
BMR03-032-G32-L Ɣ16 32 32 32 200 300 2 A 1.6
BMR03-032-G32-XL ż16 32 32 32 200 350 2 A 2
BMR03-040-G40-S ż20 40 40 40 120 200 2 A 1.6
XPHT40BMR03-040-G40-M ż20 40 40 40 150 250 2 A 2
BMR03-040-G40-L Ɣ20 40 40 40 200 300 2 A 2.5
ƔEx stock żOn demand
With internal cooling
Profile milling Indexable milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B141
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Spare parts
Insert XPHT16 XPHT20 XPHT25 XPHT30 XPHT32 XPHT40
ØD 16 20 25 30 32 40
Clamp CBH5R1
Clamp WD-208 WD-208
Screw (clamp) I60M5*13
(6.7 Nm)
I60M5*13
(6.7 Nm)
I43M6*16
(9.1 Nm)
Screw (insert) I60M2.5*6.5
(1.0 Nm)
I60M4*10
(3.4 Nm)
I60M5*13
(6.7 Nm)
I60M5*13
(6.7 Nm)
I43M6*16
(9.1 Nm)
Screw (insert) I60M3.5*08TT
(2.7 Nm)
Wrench (clamp) WT20IT WT20IT WT25IT
Wrench (insert) WT10IP
Wrench (insert) WT20IT WT20IT WT25IT
Wrench (insert) WT07P
Wrench (insert) WT15S
Milling inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
XPHT L S d
16 16 3.18 3.1
20 20 3.97 4
25 25 4.76 4.7
30 30 6.35 5.8
32 32 6.35 5.8
40 40 7.94 6.8
XP** milling insert HC1 (CVD) HC1 (PVD) HT HC2HW
α°
P
M
K
N
S
H
ISO R α
YBC302
YBC301
YBC401
YBM253
YBM251
YBM351
YBD152
YBD252
YBG101
YBG102
YB9320
YBG205
YBG202
YBG212
YBG302
YBG152
YBG252
YNG151
YNG151C
YD101
YD201
XPHT16R0803-GM 89 Ɣ
XPHT20R10T3-GM 10 9 Ɣ
XPHT25R1204-GM 12.5 9 Ɣ
XPHT30R1506-GM 15 11 Ɣ
XPHT32R1606-GM 16 9 Ɣ
XPHT40R2007-GM 20 9 Ɣ
ƔEx stock żOn demand HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Indexable milling Profile milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B142
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Profile milling
AB
Weldon shank
BMR03
Dimensions [mm] Inserts
Article Stock R ØD e ød L1LTeeth Coupling kg
BMR03-016-XP20-M Ɣ8 16 16 20 60 111 2 B 0.2 XPHT16
BMR03-020-XP25-M Ɣ10 20 20 25 70 127 2 B 0.3 XPHT20
BMR03-020-XP25-L Ɣ10 20 20 25 80 150 2 B 0.4
BMR03-025-XP25-M Ɣ12.5 25 25 25 80 137 2 B 0.4 XPHT25
BMR03-025-XP25-L Ɣ12.5 25 25 25 100 200 2 B 0.6
BMR03-030-XP32-M Ɣ15 30 30 32 100 161 2 A 0.8 XPHT30
BMR03-030-XP32-L Ɣ15 30 30 32 150 250 2 A 1.3
BMR03-032-XP32-M Ɣ16 32 32 32 100 161 2 A 0.8 XPHT32
BMR03-032-XP32-L ż16 32 32 32 120 250 2 A 1.3
BMR03-040-XP40-M ż20 40 40 40 100 175 2 A 1.3 XPHT40
BMR03-040-XP40-L Ɣ20 40 40 40 120 250 2 A 2
BMR03-050-XP50-M ż25 50 50 50 100 200 2 A 2.5 XPHT50
BMR03-050-XP50-L ż25 50 50 50 150 250 2 A 3.1
ƔEx stock żOn demand
With internal cooling
Profile milling Indexable milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B143
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Spare parts
Insert XPHT16 XPHT20 XPHT25 XPHT30 XPHT32 XPHT40 XPHT50
ØD 16 20 25 30 32 40 50
Clamp CBH5R1 CBH5R1
Clamp WD-208 WD-208
Screw (clamp) I60M5*13
(6.7 Nm)
I60M5*13
(6.7 Nm)
I43M6*16
(9.1 Nm)
I43M6*16
(9.1 Nm)
Screw (insert) I60M2.5*6.5
(1.0 Nm)
I60M4*10
(3.4 Nm)
I60M5*13
(6.7 Nm)
I60M5*13
(6.7 Nm)
I43M6*16
(9.1 Nm)
I43M8*21
(16.2 Nm)
Screw (insert) I60M3.5*08TT
(2.7 Nm)
Wrench
(clamp) WT20IT WT20IT WT25IT WT25IT
Wrench (insert) WT10IP
Wrench (insert) WT20IT WT20IT WT25IT WT30IT
Wrench (insert) WT07P
Wrench (insert) WT15S
Milling inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
XPHT L S d
16 16 3.18 3.1
20 20 3.97 4
25 25 4.76 4.7
30 30 6.35 5.8
32 32 6.35 5.8
40 40 7.94 6.8
50 50 7.94 9.2
XP** milling insert HC1 (CVD) HC1 (PVD) HT HC2HW
α°
P
M
K
N
S
H
ISO R α
YBC302
YBC301
YBC401
YBM253
YBM251
YBM351
YBD152
YBD252
YBG101
YBG102
YB9320
YBG205
YBG202
YBG212
YBG302
YBG152
YBG252
YNG151
YNG151C
YD101
YD201
XPHT16R0803-GM 89 Ɣ
XPHT20R10T3-GM 10 9 Ɣ
XPHT25R1204-GM 12.5 9 Ɣ
XPHT30R1506-GM 15 11 Ɣ
XPHT32R1606-GM 16 9 Ɣ
XPHT40R2007-GM 20 9 Ɣ
XPHT50R2507-GM 25 9 Ɣ
ƔEx stock żOn demand HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Indexable milling Profile milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B144
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Profile milling
AB
Morse taper shank
BMR03
Dimensions [mm] Inserts
Article Stock R ØD e ød L1LTeeth Coupling kg
BMR03-020-MT3-M ż10 20 20 18.7 70 156 2 B 0.4 XPHT20
BMR03-020-MT3-L ż10 20 20 18.7 100 186 2 B 0.4
BMR03-025-MT3-M ż12.5 25 25 23.5 70 156 2 B 0.4 XPHT25
BMR03-025-MT3-L ż12.5 25 25 23.5 100 186 2 B 0.4
BMR03-030-MT4-M ż15 30 30 28.2 70 189 2 A 0.8 XPHT30
BMR03-030-MT4-L ż15 30 30 28.2 120 229 2 A 1
BMR03-032-MT4-M ż16 32 32 29.2 70 179 2 A 0.9 XPHT32
BMR03-032-MT4-L Ɣ16 32 32 29.2 100 209 2 A 0.9
BMR03-040-MT5-L ż20 40 40 36.9 90 226 2 A 1.8 XPHT40
BMR03-050-MT5-M Ɣ25 50 50 46.8 100 236 2 A 2.2 XPHT50
BMR03-050-MT5-L ż25 50 50 46.8 150 286 2 A 2.9
ƔEx stock żOn demand
With internal cooling
Profile milling Indexable milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B145
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Spare parts
Insert XPHT20 XPHT25 XPHT30 XPHT32 XPHT40 XPHT50
ØD 20 25 30 32 40 50
Clamp CBH5R1 CBH5R1
Clamp WD-208 WD-208
Screw (clamp) I60M5*13
(6.7 Nm)
I60M5*13
(6.7 Nm)
I43M6*16
(9.1 Nm)
I43M6*16
(9.1 Nm)
Screw (insert) I60M4*10
(3.4 Nm)
I60M5*13
(6.7 Nm)
I60M5*13
(6.7 Nm)
I43M6*16
(9.1 Nm)
I43M8*21
(16.2 Nm)
Screw (insert) I60M3.5*08TT
(2.7 Nm)
Wrench (clamp) WT20IT WT20IT WT25IT WT25IT
Wrench (insert) WT10IP
Wrench (insert) WT20IT WT20IT WT25IT WT30IT
Wrench (insert) WT15S
Milling inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
XPHT L S d
20 20 3.97 4
25 25 4.76 4.7
30 30 6.35 5.8
32 32 6.35 5.8
40 40 7.94 6.8
50 50 7.94 9.2
XP** milling insert HC1 (CVD) HC1 (PVD) HT HC2HW
α°
P
M
K
N
S
H
ISO R α
YBC302
YBC301
YBC401
YBM253
YBM251
YBM351
YBD152
YBD252
YBG101
YBG102
YB9320
YBG205
YBG202
YBG212
YBG302
YBG152
YBG252
YNG151
YNG151C
YD101
YD201
XPHT20R10T3-GM 10 9 Ɣ
XPHT25R1204-GM 12.5 9 Ɣ
XPHT30R1506-GM 15 11 Ɣ
XPHT32R1606-GM 16 9 Ɣ
XPHT40R2007-GM 20 9 Ɣ
XPHT50R2507-GM 25 9 Ɣ
ƔEx stock żOn demand HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Indexable milling Profile milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B146
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Profile milling
BMR03
Compound shank
Dimensions [mm] Inserts
Article Stock R ØD e ød L1LTeeth kg
BMR03-040-XPX-M ż20 40 40 50.8 170 250 2 1.3
XPHT40
BMR03-040-XPX-L ż20 40 40 50.8 220 300 2 3.1
BMR03-040-XPX-XL ż20 40 40 50.8 270 350 2 3.5
BMR03-050-XPX-M ż25 50 50 50.8 170 250 2 3.1
XPHT50BMR03-050-XPX-L ż25 50 50 50.8 200 300 2 3.8
BMR03-050-XPX-XL ż25 50 50 50.8 270 350 2 4.4
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert XPHT40 XPHT50
ØD 40 50
Clamp CBH5R1 CBH5R1
Screw (clamp) I43M6*16
(9.1 Nm)
I43M6*16
(9.1 Nm)
Screw (insert) I43M6*16
(9.1 Nm)
I43M8*21
(16.2 Nm)
Wrench (clamp) WT25IT WT25IT
Wrench (insert) WT25IT WT30IT
Profile milling Indexable milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B147
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Milling inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
XPHT L S d
40 40 7.94 6.8
50 50 7.94 9.2
XP** milling insert HC1 (CVD) HC1 (PVD) HT HC2HW
α°
P
M
K
N
S
H
ISO R α
YBC302
YBC301
YBC401
YBM253
YBM251
YBM351
YBD152
YBD252
YBG101
YBG102
YB9320
YBG205
YBG202
YBG212
YBG302
YBG152
YBG252
YNG151
YNG151C
YD101
YD201
XPHT40R2007-GM 20 9 Ɣ
XPHT50R2507-GM 25 9 Ɣ
ƔEx stock żOn demand HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Indexable milling Profile milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B148
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Profile milling
BMR04
Straight shank
Dimensions [mm] Inserts
Article Stock R ØD ød Ød1 L1Lkg
BMR04-012-G12-M Ɣ6 121211351250.1 ZOHX12
BMR04-012-G12-L Ɣ6 121211451500.1
BMR04-016-G16-M Ɣ8 161614401500.2 ZOHX16
BMR04-016-G16-L Ɣ8 161614551800.3
BMR04-020-G20-M Ɣ10 20 20 18 65 180 0.4 ZOHX20
BMR04-020-G20-L Ɣ10 20 20 18 100 250 0.6
BMR04-025-G25-M Ɣ12.5 25 25 23 70 200 0.7 ZOHX25
BMR04-025-G25-L Ɣ12.5 25 25 23 100 250 0.9
BMR04-030-G32-M Ɣ15 30 32 27 80 250 1.2 ZOHX30
BMR04-030-G32-L Ɣ15 30 32 27 110 300 1.5
BMR04-032-G32-M Ɣ16 32 32 29 80 250 1.4 ZOHX32
BMR04-032-G32-L Ɣ16 32 32 29 110 300 1.7
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert ZOHX12 ZOHX16 ZOHX20 ZOHX25 ZOHX30 ZOHX32
ØD 12 16 20 25 30 32
Screw (insert) I70M4*10TT
(3.4 Nm)
I70M5*12TT
(6.7 Nm)
I70M5*16TT
(6.7 Nm)
I70M6*20TT
(9.1 Nm)
I70M8*25TT
(16.2 Nm)
I70M8*25TT
(16.2 Nm)
Wrench (insert) WT15IP WT20IP WT20IP WT20IP
Wrench (insert) WT30IT WT30IT
Profile milling Indexable milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B149
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Milling inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
ZOHX I.C S d
12 12 1.5 4
16 16 4 5
20 20 5 5
25 25 6 6
30 30 7 8
32 32 7 8
ZO** milling insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO R
YBC302
YBC301
YBC401
YBM253
YBM251
YBM351
YBD152
YBD252
YBG101
YBG102
YB9320
YBG205
YBG202
YBG212
YBG302
YBG152
YBG252
YNG151
YNG151C
YD101
YD201
ZOHX1203-GF 6Ɣ
ZOHX1604-GF 8Ɣ
ZOHX2005-GF 10 Ɣ
ZOHX2506-GF 12.5 ż
ZOHX3007-GF 15 Ɣ
ZOHX3207-GF 16 Ɣ
ZOHX1203-GM 6Ɣ
ZOHX1604-GM 8Ɣ
ZOHX2005-GM 10 Ɣ
ZOHX2506-GM 12.5 ż
ZOHX3007-GM 15 Ɣ
ZOHX3207-GM 16 Ɣ
ƔEx stock żOn demand HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Indexable milling Profile milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B150
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Profile milling
BMR04
Straight shank
Dimensions [mm] Inserts
Article Stock R ØD ød Ød1 L1Lkg
BMR04-012-G16-M Ɣ6 121611501250.2 ZOHX12
BMR04-012-G16-L Ɣ6 121611701500.2
BMR04-016-G20-M Ɣ8 162014601500.3 ZOHX16
BMR04-016-G20-L Ɣ8 162014801800.3
BMR04-020-G25-M Ɣ10 20 25 18 75 180 0.6 ZOHX20
BMR04-020-G25-L Ɣ10 20 25 18 95 200 0.6
BMR04-025-G32-M Ɣ12.5 25 32 23 90 200 1 ZOHX25
BMR04-025-G32-L Ɣ12.5 25 32 23 110 250 1.3
BMR04-030-G40-M Ɣ15 30 40 27 110 250 2 ZOHX30
BMR04-030-G40-L Ɣ15 30 40 27 125 300 2.4
BMR04-032-G40-M Ɣ16 32 40 29 110 250 2 ZOHX32
BMR04-032-G40-L Ɣ16 32 40 29 125 300 2.4
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert ZOHX12 ZOHX16 ZOHX20 ZOHX25 ZOHX30 ZOHX32
ØD 12 16 20 25 30 32
Screw (insert) I70M4*10TT
(3.4 Nm)
I70M5*12TT
(6.7 Nm)
I70M5*16TT
(6.7 Nm)
I70M6*20TT
(9.1 Nm)
I70M8*25TT
(16.2 Nm)
I70M8*25TT
(16.2 Nm)
Wrench (insert) WT15IP WT20IP WT20IP WT20IP
Wrench (insert) WT30IT WT30IT
Profile milling Indexable milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B151
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Milling inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
ZOHX I.C S d
12 12 1.5 4
16 16 4 5
20 20 5 5
25 25 6 6
30 30 7 8
32 32 7 8
ZO** milling insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO R
YBC302
YBC301
YBC401
YBM253
YBM251
YBM351
YBD152
YBD252
YBG101
YBG102
YB9320
YBG205
YBG202
YBG212
YBG302
YBG152
YBG252
YNG151
YNG151C
YD101
YD201
ZOHX1203-GF 6Ɣ
ZOHX1604-GF 8Ɣ
ZOHX2005-GF 10 Ɣ
ZOHX2506-GF 12.5 ż
ZOHX3007-GF 15 Ɣ
ZOHX3207-GF 16 Ɣ
ZOHX1203-GM 6Ɣ
ZOHX1604-GM 8Ɣ
ZOHX2005-GM 10 Ɣ
ZOHX2506-GM 12.5 ż
ZOHX3007-GM 15 Ɣ
ZOHX3207-GM 16 Ɣ
ƔEx stock żOn demand HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Indexable milling Profile milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B152
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Slot milling
SMP01 Kr: 90°
K
Dimensions [mm] Inserts
Article Stock ØD ød Øc H apae max
Coupling kg
SMP01-100x4-K27-SN12-10 ż100 27 45 12 4 25 K 0.2
XSEQ1202
SMP01-125x4-K40-SN12-12 ż125 40 56 12 4 32 K 0.3
SMP01-160x4-K40-SN12-16 Ɣ160 40 67 12 4 44 K 0.5
SMP01-100x5-K27-SN12-10 ż100 27 45 12 5 25 K 0.2
XSEQ1203SMP01-125x5-K40-SN12-12 ż125 40 56 12 5 32 K 0.3
SMP01-160x5-K40-SN12-16 ż160 40 67 12 5 44 K 0.6
SMP01-100x7-K27-SN12-10 ż100 27 45 12 7 25 K 0.3
XSEQ1204
SMP01-125x7-K40-SN12-12 ż125 40 56 12 7 32 K 0.4
SMP01-160x7-K40-SN12-16 ż160 40 67 12 7 44 K 0.8
SMP01-200x7-K50-SN12-18 ż200 50 71 12 7 62 K 1.2
SMP01-250x7-K50-SN12-24 ż250 50 71 12 7 87 K 1.9
SMP01-100x6-K27-SN12-10 ż100 27 45 12 6 25 K 0.3
XSEQ12T3
SMP01-125x6-K40-SN12-12 ż125 40 56 12 6 32 K 0.4
SMP01-160x6-K40-SN12-16 ż160 40 67 12 6 44 K 0.7
SMP01-200x6-K50-SN12-18 ż200 50 71 12 6 62 K 1.1
SMP01-250x6-K50-SN12-24 ż250 50 71 12 6 87 K 1.7
SMP01-100x8-K27-SN12-10 ż100 27 45 12 8 25 K 0.3
XSEQ12T4
SMP01-125x8-K40-SN12-12 ż125 40 56 12 8 32 K 0.5
SMP01-160x8-K40-SN12-16 ż160 40 67 12 8 44 K 0.9
SMP01-200x8-K50-SN12-18 ż200 50 71 12 8 62 K 1.4
SMP01-250x8-K50-SN12-24 ż250 50 71 12 8 87 K 2.2
ƔEx stock żOn demand
With internal cooling
Slot milling Indexable milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B153
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Spare parts
Insert XSEQ1202 XSEQ1203 XSEQ1204 XSEQ12T3 XSEQ12T4
ØD 63-160 63-160 63-250 63-250 63-250
Screw (insert) I91M4*3.2X
(3.4 Nm)
I91M4*3.2X
(3.4 Nm)
I91M4*6.1X
(3.4 Nm)
I91M4*5.1X
(3.4 Nm)
I91M4*7.1X
(3.4 Nm)
Wrench (insert) WT08IP WT08IP WT08IP WT08IP WT08IP
Milling inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
XSEQ L I.C S d
12 02 12.7 12.7 2.3 5
12 03 12.7 12.7 3 5
12 T3 12.7 12.7 3.5 5
12 04 12.7 12.7 4 5
12 T4 12.7 12.7 4.5 5
XS** milling insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO
YBC302
YBC301
YBC401
YBM253
YBM251
YBM351
YBD152
YBD252
YBG101
YBG102
YB9320
YBG205
YBG202
YBG212
YBG302
YBG152
YBG252
YNG151
YNG151C
YD101
YD201
XSEQ1202 ż
XSEQ1203 żƔ Ɣ
XSEQ1204 Ɣ
XSEQ12T3 ƔƔż
XSEQ12T4 Ɣ
ƔEx stock żOn demand HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Indexable milling Slot milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B154
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Slot milling
AB
SMP01 Kr: 90°
Dimensions [mm] Inserts
Article Stock ØD ød Øc H apae max
Teeth Coupling kg
SMP01-063x4-A22-SN12-06 ż63 22 32 40 4 14 6 A 0.2
XSEQ1202
SMP01-080x4-A22-SN12-08 ż80 22 40 40 4 18 8 A 0.4
SMP01-100x4-A27-SN12-10 ż100 27 48 50 4 23 10 A 0.6
SMP01-063x5-A22-SN12-06 ż63 22 32 40 5 14 6 A 0.2
XSEQ1203SMP01-080x5-A22-SN12-08 ż80 22 40 40 5 18 8 A 0.4
SMP01-100x5-A27-SN12-10 ż100 27 48 50 5 23 10 A 0.7
SMP01-063x7-A22-SN12-06 ż63 22 32 40 7 14 6 A 0.2
XSEQ1204
SMP01-080x7-A22-SN12-08 ż80 22 40 40 7 18 8 A 0.5
SMP01-100x7-A27-SN12-10 ż100 27 48 50 7 23 10 A 0.7
SMP01-125x7-B40-SN12-12 ż125 40 72 50 7 23 12 B 1.1
SMP01-160x7-B40-SN12-16 ż160 40 70 60 7 41 16 B 1.4
SMP01-063x6-A22-SN12-06 ż63 22 32 40 6 14 6 A 0.2
XSEQ12T3
SMP01-080x6-A22-SN12-08 ż80 22 40 40 6 18 8 A 0.5
SMP01-100x6-A27-SN12-10 ż100 27 48 50 6 23 10 A 0.7
SMP01-125x6-B40-SN12-12 ż125 40 72 50 6 23 12 B 1
SMP01-160x6-B40-SN12-16 ż160 40 70 60 6 41 16 B 1.3
SMP01-063x8-A22-SN12-06 ż63 22 32 40 8 14 6 A 0.2
XSEQ12T4
SMP01-080x8-A22-SN12-08 ż80 22 40 40 8 18 8 A 0.5
SMP01-100x8-A27-SN12-10 ż100 27 48 50 8 23 10 A 0.8
SMP01-125x8-B40-SN12-12 ż125 40 72 50 8 23 12 B 1.1
SMP01-160x8-B40-SN12-16 ż160 40 70 60 8 41 16 B 1.5
ƔEx stock żOn demand
With internal cooling
Slot milling Indexable milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B155
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Spare parts
Insert XSEQ1202 XSEQ1203 XSEQ1204 XSEQ12T3 XSEQ12T4
ØD 63-160 63-160 63-250 63-250 63-250
Screw (insert) I91M4*3.2X
(3.4 Nm)
I91M4*3.2X
(3.4 Nm)
I91M4*6.1X
(3.4 Nm)
I91M4*5.1X
(3.4 Nm)
I91M4*7.1X
(3.4 Nm)
Wrench (insert) WT08IP WT08IP WT08IP WT08IP WT08IP
Milling inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
XSEQ L I.C S d
12 02 12.7 12.7 2.3 5
12 03 12.7 12.7 3 5
12 T3 12.7 12.7 3.5 5
12 04 12.7 12.7 4 5
12 T4 12.7 12.7 4.5 5
XS** milling insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO
YBC302
YBC301
YBC401
YBM253
YBM251
YBM351
YBD152
YBD252
YBG101
YBG102
YB9320
YBG205
YBG202
YBG212
YBG302
YBG152
YBG252
YNG151
YNG151C
YD101
YD201
XSEQ1202 ż
XSEQ12T3 ƔƔż
XSEQ1203 żƔ Ɣ
XSEQ1204 Ɣ
XSEQ12T4 Ɣ
ƔEx stock żOn demand HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Indexable milling Slot milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B156
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Slot milling
SMP03 Kr: 90°
K
Dimensions [mm] Inserts
Article Stock ØD ød Øc H apae max
Teeth Coupling kg
SMP03-080x8-K27-MP06-10 ż80 27 44 12 8 17.6 10 K 0.2
MPHT0603
SMP03-100x8-K32-MP06-14 ż100 32 49 12 8 25.1 14 K 0.3
SMP03-100x10-K32-MP06-14 ż100 32 49 14 10 25.1 14 K 0.4
SMP03-125x10-K40-MP06-16 ż125 40 57 14 10 33.6 16 K 0.6
SMP03-125x12-K40-MP08-12 ż125 40 58.3 16 12 32.6 12 K 0.7 MPHT0803
SMP03-160x12-K40-MP08-14 ż160 40 64.3 16 12 31.5 14 K 1.3
SMP03-160x16-K40-MP12-12 ż160 40 64.6 20 16 47.6 12 K 1.6
MPHT1204
SMP03-160x18-K40-MP12-12 ż160 40 65.3 24 18 47.3 12 K 1.9
SMP03-160x20-K40-MP12-12 ż160 40 65.3 26 20 47.3 12 K 2.1
SMP03-200x16-K50-MP12-14 ż200 50 74.6 20 16 62.6 14 K 2.5
SMP03-200x18-K50-MP12-14 ż200 50 75.3 24 18 62.3 14 K 2.9
SMP03-200x20-K50-MP12-14 ż200 50 75.3 26 20 62.3 14 K 3.3
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert MPHT0603 MPHT0803 MPHT1204
ØD 80-125 125 -160 160-200
Screw (insert) I60M2.5*6.5
(1.0 Nm)
I60M3*7
(1.8 Nm)
I60M5*13
(6.7 Nm)
Wrench (insert) WT07IP WT09IP
Wrench (insert) WT20IS
Slot milling Indexable milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B157
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Milling inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
MPHT L I.C S d
06 03 6.35 6.35 3.18 2.8
08 03 8.3 8.3 3.18 3.4
12 04 12.7 12.7 4.76 5.56
MP** milling insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO r
YBC302
YBC301
YBC401
YBM253
YBM251
YBM351
YBD152
YBD252
YBG101
YBG102
YB9320
YBG205
YBG202
YBG212
YBG302
YBG152
YBG252
YNG151
YNG151C
YD101
YD201
MPHT060304-DM 0.4 ƔƔ Ɣ
MPHT080305-DM 0.5 ƔƔ Ɣ
MPHT120408-DM 0.8 ƔżƔ Ɣ
ƔEx stock żOn demand HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Indexable milling Slot milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B158
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Slot milling
A B
C
SMP03 Kr: 90°
Dimensions [mm] Inserts
Article Stock ØD ød Øc H apae max
Teeth Coupling kg
SMP03-080x8-A22-MP06-10 ż80 22 45 40 8 21 10 A 0.4
MPHT0603
SMP03-100x8-B27-MP06-14 ż100 27 55 40 8 24.5 14 B 0.6
SMP03-100x10-B27-MP06-14 Ɣ100 27 55 40 10 24.5 14 B 0.7
SMP03-125x10-B32-MP06-16 ż125 32 65 45 10 33.3 16 B 1.1
SMP03-125x12-B32-MP08-12 ż125 32 65 45 12 33 12 B 1.4
MPHT0803SMP03-160x12-B40-MP08-14 ż160 40 80 50 12 44 14 B 1.9
SMP03-200x12-C40-MP08-18 ż200 40 92 50 12 52 18 C 3.2
SMP03-125x16-B32-MP12-10 ż125 32 65 50 16 33 10 B 2.3
MPHT1204
SMP03-160x16-B40-MP12-12 ż160 40 80 60 16 45 12 B 2.3
SMP03-160x18-B40-MP12-12 ż160 40 80 60 18 45 12 B 2.4
SMP03-200x16-C40-MP12-14 ż200 40 92 50 16 52 14 C 3.6
SMP03-200x18-C40-MP12-14 ż200 40 92 50 18 52 14 C 3.9
SMP03-200x20-C40-MP12-14 ż200 40 92 50 20 52 14 C 4.2
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert MPHT0603 MPHT0803 MPHT1204
ØD 80-125 125 -200 125 -200
Screw (insert) I60M2.5*6.5
(1.0 Nm)
I60M3*7
(1.8 Nm)
I60M5*13
(6.7 Nm)
Wrench (insert) WT07IP WT09IP
Wrench (insert) WT20IS
Slot milling Indexable milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B159
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Milling inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
MPHT L I.C S d
06 03 6.35 6.35 3.18 2.8
08 03 8.3 8.3 3.18 3.4
12 04 12.7 12.7 4.76 5.56
MP** milling insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO r
YBC302
YBC301
YBC401
YBM253
YBM251
YBM351
YBD152
YBD252
YBG101
YBG102
YB9320
YBG205
YBG202
YBG212
YBG302
YBG152
YBG252
YNG151
YNG151C
YD101
YD201
MPHT060304-DM 0.4 ƔƔ Ɣ
MPHT080305-DM 0.5 ƔƔ Ɣ
MPHT120408-DM 0.8 ƔżƔ Ɣ
ƔEx stock żOn demand HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Indexable milling Slot milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B160
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Slot milling
ØDmin
A
ØDmin
B
SMP05 Kr: 90°
Dimensions [mm] Inserts
Article Stock e ØDmin ød L1LTeeth Coupling
SMP05-025x3.0-XP25-QC16-01 Ɣ40 25 25 89 125 1 A QC16L
SMP05-039x3.0-XP25-QC16-03 Ɣ23 39 25 89 125 3 B
SMP05-044x4.8-XP25-QC22-03 Ɣ23 44 25 89 125 3 B QC22L
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert QC16L QC16L QC22L
ØD 25 39 44
Screw (insert) I60M3.5*10
(2.7 Nm)
I60M3.5*10
(2.7 Nm)
I60M5*13
(6.7 Nm)
Wrench (insert) WT15IP WT15IP WT20IP
Slot milling Indexable milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B161
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Milling inserts Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
QC I.C d
16 9.525 4.4
22 12.7 5.5
QC** turning/milling insert HC1 (CVD) HC1 (PVD) HT HC2HW
S
S1
ØI.C
Lamax
2o
P
M
K
N
S
H
ISO S±0.025 Lamax R/C
YBC302
YBC301
YBC401
YBM253
YBM251
YBM351
YBD152
YBD252
YBG101
YBG102
YB9320
YBG205
YBG202
YBG212
YBG302
YBG152
YBG252
YNG151
YNG151C
YD101
YD201
QC16L075-R01 0.75 2 0.1 ż
QC16L095-R01 0.95 2 0.1 ż
QC16L100-R01 1 2 0.1 ż
QC16L110-R01 1.1 2 0.1 Ɣż
QC16L120-R01 1.2 2 0.1 ż
QC16L125-R02 1.25 2 0.2 Ɣ
QC16L130-R02 1.3 2 0.2 ż
QC16L145-R02 1.45 2 0.2 Ɣ
QC16L150-R02 1.5 2 0.2 ż
QC16L160-R02 1.6 2 0.2 Ɣ
QC16L165-R02 1.65 2 0.2 ż
QC16L170-R02 1.7 2 0.2 ż
QC16L175-R02 1.75 2 0.2 ż
QC16L185-R02 1.85 2.5 0.2 ż
QC16L200-R02 2 2.5 0.2 Ɣ
QC16L210-R02 2.1 2.5 0.2 ż
QC16L210-R05 2.1 2.5 0.5 ż
QC16L220-R02 2.2 2.5 0.2 ż
QC16L250-R02 2.5 2.5 0.2 Ɣ
QC16L300-R02 3 3 0.2 Ɣ
ƔEx stock żOn demand HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Indexable milling Slot milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B162
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Milling inserts Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
QC I.C d
16 9.525 4.4
22 12.7 5.5
QC** turning/milling insert HC1 (CVD) HC1 (PVD) HT HC2HW
S
S1
ØI.C
Lamax
2o
P
M
K
N
S
H
ISO S±0.025 Lamax R/C
YBC302
YBC301
YBC401
YBM253
YBM251
YBM351
YBD152
YBD252
YBG101
YBG102
YB9320
YBG205
YBG202
YBG212
YBG302
YBG152
YBG252
YNG151
YNG151C
YD101
YD201
QC22L100-R02 1 2 0.2 ż
QC22L125-R02 1.25 2 0.2 ż
QC22L145-R02 1.45 2 0.2 ż
QC22L150-R02 1.5 3.5 0.2 ż
QC22L175-R02 1.75 3.5 0.2 ż
QC22L185-R02 1.85 3.5 0.2 ż
QC22L200-R02 2 3.5 0.2 ż
QC22L230-R02 2.3 3.5 0.2 ż
QC22L250-R03 2.5 4 0.3 ż
QC22L265-R03 2.65 4 0.3 Ɣ
QC22L280-R03 2.8 4 0.3 ż
QC22L300-R03 3 4 0.3 ż
QC22L320-R03 3.2 4 0.3 ż
QC22L330-R03 3.3 4 0.3 ż
QC22L350-R03 3.5 5 0.3 ż
QC22L400-R04 4 5 0.4 Ɣ
QC22L430-R04 4.3 5 0.4 żż
QC22L450-R04 4.5 5 0.4 żż
QC22L480-R04 4.8 5 0.4 ż
ƔEx stock żOn demand HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Slot milling Indexable milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B163
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Indexable milling Slot milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B164
Notes
B
165
XMR01Kr: 11/16/22°
-ZSR -PM -DM -PM
YBC302 YBM253 YBG205 YBG202
CVD CVD PVD PVD
P15 – P35 P20 – P40
M10 – M30
P10 – P30
M20 – M30
P10 – P30
YBG302 YBG212 YBM351 YBD252
CVD PVD CVD CVD
P15 – P35 M10 – M25 P25 – P40 K15 – K35
ae
w
ap
ap
0
A
Wide range of inserts and grades.
High-feed mill for high chip removal rates.
Low cutting forces even with large projecting lengths.
High-feed mill
Chip breakers
Insert grades
Machining operations
Plunge milling Helical ramping Circular boring
Face milling Slot milling
Feed rate
Ramping Axial plunge milling
High feed milling
XMR01 Kr: 15°
ap
ae
S type insert, Weldon shank
Dimensions [mm] Inserts
Article Stock ØD ød apae L1LTeeth kg
XMR01-025-XP25-SD06-03 ż25 25 0.8 5.8 60 140 3 0.46 SDMT06T2
XMR01-025-XP25-SD09-02 ż25 25 1.4 8.8 60 140 2 0.5
SDMT09T3XMR01-032-XP32-SD09-03 ż32 32 1.4 8.8 70 150 3 0.8
XMR01-035-XP32-SD09-03 ż35 32 1.4 8.8 70 150 3 0.8
XMR01-040-XP40-SD12-03 ż40 40 1.8 11.7 70 150 3 1.3 SDMT1204
XMR01-040-XP40-SD15-02 ż40 40 2.2 14 70 200 2 1.6 SDMT1505
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert SDMT06T2 SDMT09T3 SDMT1204 SDMT1505
ØD 20-63 25-63 32-100 40-160
Clamp WD-204 WD-204 WD-208
Screw (clamp) I60M4*8.4
(3.4 Nm)
I60M4*8.4
(3.4 Nm)
I60M5*13
(6.7 Nm)
Screw (insert) I60M2.2*5.5
(0.8 Nm)
I60M4*8.4
(3.4 Nm)
I60M5*13
(6.7 Nm)
Screw (insert) I60M3.5*08TT
(2.7 Nm)
Wrench (clamp) WT15IP WT15IP WT20IP
Wrench (insert) WT07IP WT10IP WT15IP WT20IP
Indexable milling High feed milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B166
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Milling inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
SDMT L I.C S d
06 T2 6.35 6.35 2.58 2.5
09 T3 9.525 9.525 3.97 4
12 04 12.7 12.7 4.76 4.4
15 05 15.875 15.875 5.56 5.5
SD** milling insert HC1 (CVD) HC1 (PVD) HT HC2HW
r
L
α
ød
ØI.C
P
M
K
N
S
H
ISO r α
YBC302
YBC301
YBC401
YBM253
YBM251
YBM351
YBD152
YBD252
YBG101
YBG102
YB9320
YBG205
YBG202
YBG212
YBG302
YBG152
YBG252
YNG151
YNG151C
YD101
YD201
SDMT06T208-DM 0.8 15 żż
SDMT09T312-DM 1.2 15 ƔƔżƔƔ
SDMT120412-DM 1.2 15 ƔƔżƔż
SDMT150520-DM 215 ż
SDMT06T208-PM 0.8 15 ƔƔ Ɣ
SDMT09T312-PM 1.2 15 ƔƔƔ
SDMT120412-PM 1.2 15 ƔƔƔ
SDMT150520-PM 215 żż
ƔEx stock żOn demand HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
High feed milling Indexable milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B167
System code B26 Grade selection B24 Technical info B463 Cutting data B224
High feed milling
XMR01 Kr: 15°
ae
S
Dimensions [mm] Inserts
Article Stock ØD ød apae L Teeth Coupling kg
XMR01-050-A22-SD06-07 ż50 22 0.8 5.8 40 7 A 0.36
SDMT06T2
XMR01-063-A22-SD06-10 ż63 22 0.8 5.8 40 10 A 0.53
XMR01-063-A27-SD06-10 ż63 27 0.8 5.8 50 10 A 0.57
XMR01-040-A16-SD09-04 ż40 16 1.4 8.8 40 4 A 0.182
SDMT09T3
XMR01-050-A22-SD09-04 Ɣ50 22 1.4 8.8 40 4 A 0.3
XMR01-050-A22-SD09-04C Ɣ50 22 1.4 8.8 40 4 A 0.3
XMR01-063-A22-SD09-06 Ɣ63 22 1.4 8.8 40 6 A 0.5
XMR01-063-A22-SD09-06C Ɣ63 22 1.4 8.8 40 6 A 0.5
XMR01-063-A27-SD09-06 ż63 27 1.4 8.8 50 6 A 0.6
XMR01-063-A27-SD09-06C ż63 27 1.4 8.8 50 6 A 0.6
XMR01-063-A22-SD09-07 Ɣ63 22 1.4 8.8 40 7 A 0.44
XMR01-063-A22-SD12-05 Ɣ63 22 1.8 11.7 40 5 A 0.5
SDMT1204
XMR01-063-A22-SD12-05C Ɣ63 22 1.8 11.7 40 5 A 0.5
XMR01-063-A27-SD12-05 Ɣ63 27 1.8 11.7 50 5 A 0.6
XMR01-063-A27-SD12-05C Ɣ63 27 1.8 11.7 50 5 A 0.6
XMR01-063-A22-SD12-06 Ɣ63 22 1.8 11.7 50 6 A 0.55
XMR01-066-A27-SD12-05C ż66 27 1.8 11.7 50 5 A 0.56
XMR01-080-A27-SD12-05 Ɣ80 27 1.8 11.7 63 5 A 0.9
XMR01-080-A27-SD12-05C Ɣ80 27 1.8 11.7 63 5 A 0.9
XMR01-080-A27-SD12-06C Ɣ80 27 1.8 11.7 50 6 A 0.9
XMR01-080-A27-SD12-07 Ɣ80 27 1.8 11.7 50 7 A 0.93
XMR01-080-A27-SD12-08 Ɣ80 27 1.8 11.7 50 8 A 0.92
XMR01-100-B32-SD12-06 Ɣ100 32 1.8 11.7 50 6 B 1.8
XMR01-100-B32-SD12-06C Ɣ100 32 1.8 11.7 50 6 B 1.8
XMR01-100-B32-SD15-07 ż100 32 2.2 14 50 7 B 1.2 SDMT1505
XMR01-125-B40-SD15-09 ż125 40 2.2 14 63 9 B 2.9
ƔEx stock żOn demand
With internal cooling
Indexable milling High feed milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B168
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Spare parts
Insert SDMT06T2 SDMT09T3 SDMT1204 SDMT1505
ØD 20-63 25-63 32-100 40-160
Clamp WD-204 WD-204 WD-208
Screw (clamp) I60M4*8.4
(3.4 Nm)
I60M4*8.4
(3.4 Nm)
I60M5*13
(6.7 Nm)
Screw (insert) I60M2.2*5.5
(0.8 Nm)
I60M4*8.4
(3.4 Nm)
I60M5*13
(6.7 Nm)
Screw (insert) I60M3.5*08TT
(2.7 Nm)
Wrench (clamp) WT15IP WT15IP WT20IP
Wrench (insert) WT07IP WT10IP WT15IP WT20IP
Milling inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
SDMT L I.C S d
06 T2 6.35 6.35 2.58 2.5
09 T3 9.525 9.525 3.97 4
12 04 12.7 12.7 4.76 4.4
15 05 15.875 15.875 5.56 5.5
SD** milling insert HC1 (CVD) HC1 (PVD) HT HC2HW
r
L
α
ød
ØI.C
P
M
K
N
S
H
ISO r α
YBC302
YBC301
YBC401
YBM253
YBM251
YBM351
YBD152
YBD252
YBG101
YBG102
YB9320
YBG205
YBG202
YBG212
YBG302
YBG152
YBG252
YNG151
YNG151C
YD101
YD201
SDMT06T208-DM 0.8 15 żż
SDMT09T312-DM 1.2 15 ƔƔżƔƔ
SDMT120412-DM 1.2 15 ƔƔżƔż
SDMT150520-DM 215 ż
SDMT06T208-PM 0.8 15 ƔƔ Ɣ
SDMT09T312-PM 1.2 15 ƔƔƔ
SDMT120412-PM 1.2 15 ƔƔƔ
SDMT150520-PM 215 żż
ƔEx stock żOn demand HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
High feed milling Indexable milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B169
System code B26 Grade selection B24 Technical info B463 Cutting data B224
High feed milling
XMR01 Kr: 11°-22°
ap
ae
W type insert, Weldon shank
Dimensions [mm] Inserts
Article Stock ØD ød apae L1LTeeth kg
XMR01-020-XP20-WP05-02-M ż20 20 1.5 3.8 50 130 2 0.2
WPGT0503
XMR01-020-XP20-WP05-02-L ż20 20 1.5 3.8 100 180 2 0.3
XMR01-020-XP20-WP05-02-XL ż20 20 1.5 3.8 130 250 2 0.8
XMR01-025-XP25-WP06-02-M ż25 25 1.5 4.35 60 140 2 0.4
WPGT0604
XMR01-025-XP25-WP06-02-L ż25 25 1.5 4.35 120 200 2 0.6
XMR01-025-XP25-WP06-02-XL ż25 25 1.5 4.35 180 300 2 1
XMR01-032-XP32-WP06-03-M ż32 32 1.5 4.35 70 150 3 0.8
XMR01-032-XP32-WP06-03-L ż32 32 1.5 4.35 120 200 3 1
XMR01-032-XP32-WP06-03-XL ż32 32 1.5 4.35 180 300 3 1.6
XMR01-040-XP32-WP06-03-M ż40 32 1.5 4.35 50 150 3 0.9
XMR01-040-XP32-WP06-03-XL ż40 32 1.5 4.35 50 300 3 1.8
ƔEx stock żOn demand
With internal cooling
variabler Einstellwinkel (Einstellwinkel ist hier plattengrößenabhängig)- lead angle:
WPGT05 insert: 16°; WPGT06 insert: 22°; WPGT08 insert: 11°; WPGT09 insert: 21°
Spare parts
Insert WPGT0503 WPGT0604
ØD 20 25-40
Clamp
Screw (clamp)
Screw (insert) I60M4*8.4
(3.4 Nm)
Screw (insert) I60M3.5*08TT
(2.7 Nm)
Wrench (clamp)
Wrench (insert) WT10IP WT15IP
Indexable milling High feed milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B170
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Milling inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
WPGT I.C S d
05 03 7.94 3.5 4
06 04 9.525 4.2 4.4
08 06 12.85 6.35 5.5
WP** positive insert HC1 (CVD) HC1 (PVD) HT HC2HW
α
r
ød
ØI.C
P
M
K
N
S
H
ISO r
YBC302
YBC301
YBC401
YBM253
YBM251
YBM351
YBD152
YBD252
YBG101
YBG102
YB9320
YBG205
YBG202
YBG212
YBG302
YBG152
YBG252
YNG151
YNG151C
YD101
YD201
WPGT050315ZSR-PM 1.5 Ɣ
WPGT060415ZSR-PM 1.5 ƔƔ
WPGT080615ZSR-PM 1.5 ƔƔ
WPGT050315ZSR 1.5 ƔƔ Ɣ
WPGT060415ZSR 1.5 ƔƔ ƔƔ
WPGT080615ZSR 1.5 ƔƔ ƔƔ
ƔEx stock żOn demand HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
High feed milling Indexable milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B171
System code B26 Grade selection B24 Technical info B463 Cutting data B224
High feed milling
XMR01 Kr: 11°-22°
ap
ae
W type insert, Arbor mounting
Dimensions [mm] Inserts
Article Stock ØD ød apae L Teeth Coupling kg
XMR01-050-A22-WP06-04 Ɣ50 22 1.5 4.35 50 4 A 0.4 WPGT0604
XMR01-050-A22-WP06-04C Ɣ50 22 1.5 4.35 50 4 A 0.4
XMR01-050-A22-WP08-03 ż50 22 1.5 5.66 50 3 A 0.4
WPGT0806
XMR01-063-A22-WP08-04 Ɣ63 22 1.5 5.66 50 4 A 0.7
XMR01-063-A27-WP08-04 Ɣ63 27 1.5 5.66 50 4 A 0.7
XMR01-063-A22-WP08-04C Ɣ63 22 1.5 5.66 50 4 A 0.7
XMR01-063-A27-WP08-04C ż63 27 1.5 5.66 50 4 A 0.7
XMR01-080-A27-WP08-05 Ɣ80 27 1.5 5.66 63 5 A 1.5
XMR01-080-A27-WP08-05C Ɣ80 27 1.5 5.66 63 5 A 1.5
XMR01-100-B32-WP08-06 Ɣ100 32 1.5 5.66 63 6 B 2.2
XMR01-125-B40-WP08-07 Ɣ125 40 1.5 5.66 63 7 B 3.5
XMR01-160-B40-WP08-08 ż160 40 1.5 5.66 63 8 B 6
XMR01-063-A22-WP09-03C ż63 22 3 6.8 50 3 A 0.7
WPGT0907
XMR01-080-A27-WP09-04C ż80 27 3 6.8 63 4 A 1.4
XMR01-100-B32-WP09-05 ż100 32 3 6.8 63 5 B 2.1
XMR01-125-B40-WP09-06 ż125 40 3 6.8 63 6 B 3.7
XMR01-160-B40-WP09-07 ż160 40 3 6.8 63 7 B 6.3
ƔEx stock żOn demand
With internal cooling
variabler Einstellwinkel (Einstellwinkel ist hier plattengrößenabhängig)- lead angle:
WPGT05 insert: 16°; WPGT06 insert: 22°; WPGT08 insert: 11°; WPGT09 insert: 21°
Indexable milling High feed milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B172
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Spare parts
Insert WPGT0604 WPGT0806 WPGT0907
ØD 50 50-160 3-160
Clamp WD-208 WD-208
Screw (clamp) I60M5*13
(6.7 Nm)
I60M5*13
(6.7 Nm)
Screw (insert) I60M4*8.4
(3.4 Nm)
I60M5*13
(6.7 Nm)
I60M5*13
(6.7 Nm)
Wrench (clamp) WT20IT WT20IT
Wrench (insert) WT15IS
Wrench (insert) WT20IT WT20IT
Milling inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
WPGT I.C S d
06 04 9.525 4.2 4.4
08 06 12.85 6.35 5.5
09 07 15 7 5.5
WP** positive insert HC1 (CVD) HC1 (PVD) HT HC2HW
α
r
ød
ØI.C
P
M
K
N
S
H
ISO r
YBC302
YBC301
YBC401
YBM253
YBM251
YBM351
YBD152
YBD252
YBG101
YBG102
YB9320
YBG205
YBG202
YBG212
YBG302
YBG152
YBG252
YNG151
YNG151C
YD101
YD201
WPGT060415ZSR-PM 1.5 ƔƔ
WPGT080615ZSR-PM 1.5 ƔƔ
WPGT090725ZSR-PM 2.5 Ɣ
WPGT060415ZSR 1.5 ƔƔ ƔƔ
WPGT080615ZSR 1.5 ƔƔ ƔƔ
WPGT090725ZSR 2.5 ƔƔż
ƔEx stock żOn demand HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
High feed milling Indexable milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B173
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Bore milling
b
L
B
L
b
C
L
b
D
XMP01 Kr: 90°
Dimensions [mm] Inserts
Article Stock ØD ød b apLTeeth Coupling kg
XMP01-080*18-B27-CNE1210-08 Ɣ80 27 18 15 50 8 B 0.67
CNE12
XMP01-100*18-B32-CNE1210-08 Ɣ100 32 18 20 50 8 B 0.99
XMP01-125*27-B40-CNE1210-15 Ɣ125 40 27 22.5 63 15 B 2.46
XMP01-160*27-C40-CNE1210-18 Ɣ160 40 27 25 63 18 C 3.7
XMP01-200*27-C60-CNE1210-21 Ɣ200 60 27 31.5 63 21 C 5.46
XMP01-250*36-C60-CNE1210-32 Ɣ250 40 36 56.5 63 32 C 9.79
XMP01-315*36-D60-CNE1210-42 Ɣ315 60 36 47.5 63 42 D 17.65
XMP01-400*36-D60-CNE1210-52 Ɣ400 60 36 36 63 52 D 27.36
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert CNE12
ØD 80-400
Screw (insert) I60M4*12
(3.4 Nm)
Wrench (insert) WT15IP
Indexable milling Bore milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B174
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Milling inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
CNE L S d
12 12.8 6.35 4.4
CN** milling insert HC1 (CVD) HC1 (PVD) HT HC2HW
R/C
Wød
P
M
K
N
S
H
ISO R/C W
YBC302
YBC301
YBC401
YBM253
YBM251
YBM351
YBD152
YBD252
YBG101
YBG102
YB9320
YBG205
YBG202
YBG212
YBG302
YBG152
YBG252
YNG151
YNG151C
YD101
YD201
CNE121006A 0.4 10 Ɣ
CNE121006B 0.6 10 żƔ
ƔEx stock żOn demand HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Bore milling Indexable milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B175
System code B26 Grade selection B24 Technical info B463 Cutting data B224
T-slot milling
TMP01 Kr: 90°
Weldon shank
Dimensions [mm] Inserts
Article Stock ØD ØD1ød L1L2L3
Teeth No. of inserts T-slot specifi-
cation
TMP01-021-XP25-MP06-01 Ɣ21 25 10 100 32 9 1 2 12 MPHT0603
TMP01-025-XP25-MP06-01 Ɣ25 25 12 100 35 11 1 2 14
TMP01-032-XP32-MP08-02 Ɣ32 32 15 110 45 14 2 4 18 MPHT0803
TMP01-040-XP32-MP12-02 Ɣ40 32 19 125 55 18 2 4 22
MPHT1204TMP01-050-XP40-MP12-02 Ɣ50 40 25 140 65 22 2 4 28
TMP01-060-XP50-MP12-02 Ɣ60 50 32 160 80 28 2 6 36
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert MPHT0603 MPHT0803 MPHT1204
ØD 21-25 32 40-60
Screw (insert) I60M2.5*5.5
(1.0 Nm)
I60M3*7
(1.8 Nm)
I60M5*10
(6.7 Nm)
Wrench (insert) WT07IP WT09IP
Wrench (insert) WT20IT
Indexable milling T-slot milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B176
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Milling inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
MPHT L I.C S d
06 03 6.35 6.35 3.18 2.8
08 03 8.3 8.3 3.18 3.4
12 04 12.7 12.7 4.76 5.56
MP** milling insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO r
YBC302
YBC301
YBC401
YBM253
YBM251
YBM351
YBD152
YBD252
YBG101
YBG102
YB9320
YBG205
YBG202
YBG212
YBG302
YBG152
YBG252
YNG151
YNG151C
YD101
YD201
MPHT060304-DM 0.4 ƔƔ Ɣ
MPHT080305-DM 0.5 ƔƔ Ɣ
MPHT120408-DM 0.8 ƔżƔ Ɣ
ƔEx stock żOn demand HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
T-slot milling Indexable milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B177
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Helical milling
HMP01 Kr: 90°
Weldon shank
Dimensions [mm] Teeth Inserts
Article Stock ØD e ød L1LTeeth
row APKT SPMT Shank type
HMP01-040x55-XP40-SP12-02 Ɣ40 55 40 95 175 2 1 5 Weldon APKT1504 &
SPMT1204
HMP01-050x55-XP40-SP12-04 Ɣ50 55 40 95 175 4 2 10 Weldon
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert APKT1504 & SPMT1204 APKT1504 & SPMT1204
ØD 40 50
Screw (insert) I60M5*10
(6.7 Nm)
I60M5*13
(6.7 Nm)
Wrench (insert) WT20T WT20T
Indexable milling Helical milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B178
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Milling inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
APKT L S d
15 04 16.33 4.76 5.4
AP** milling insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO r I.W
YBC302
YBC301
YBC401
YBM253
YBM251
YBM351
YBD152
YBD252
YBG101
YBG102
YB9320
YBG205
YBG202
YBG212
YBG302
YBG152
YBG252
YNG151
YNG151C
YD101
YD201
APKT150412-KM 1.2 12.7 Ɣ
APKT150412-PM 1.2 12.7 ƔƔ
ƔEx stock żOn demand HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Milling inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
SPMT L I.C S d
12 04 12.7 12.7 4.76 5.5
SP** milling insert HC1 (CVD) HC1 (PVD) HT HC2HW
11°
P
M
K
N
S
H
ISO r
YBC302
YBC301
YBC401
YBM253
YBM251
YBM351
YBD152
YBD252
YBG101
YBG102
YB9320
YBG205
YBG202
YBG212
YBG302
YBG152
YBG252
YNG151
YNG151C
YD101
YD201
SPMT120408-KM 0.8 Ɣ
SPMT120408-PM 0.8 ƔƔ
ƔEx stock żOn demand HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Helical milling Indexable milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B179
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Helical milling
HMP01 Kr: 90°
Dimensions [mm] Teeth Inserts
Article Stock ØD e L1LTeeth row APKT SPMT Shank type
HMP01-050x84-BT50-SP12-04 ż50 84 145 246.8 4 2 16 BT
APKT1504 &
SPMT1204
HMP01-050x84-JT50-SP12-04 ż50 84 145 246.75 4 2 16 JT
HMP01-063x74-BT50-SP12-04 ż63 74 135 236.8 4 2 14 BT
HMP01-063x74-JT50-SP12-04 ż63 74 135 236.75 4 2 14 JT
HMP01-063x104-BT50-SP12-04 ż63 104 165 266.8 4 2 20 BT
HMP01-063x104-JT50-SP12-04 Ɣ63 104 165 266.75 4 2 20 JT
HMP01-063x134-BT50-SP12-04 ż63 134 195 296.8 4 2 26 BT
HMP01-063x134-JT50-SP12-04 ż63 134 195 296.75 4 2 26 JT
HMP01-080x104-BT50-SP12-04 ż80 104 165 266.8 4 2 20 BT
HMP01-080x104-JT50-SP12-04 ż80 104 165 266.75 4 2 20 JT
HMP01-080x144-BT50-SP12-04 ż80 144 205 306.8 4 2 28 BT
HMP01-080x144-JT50-SP12-04 ż80 144 205 306.75 4 2 28 JT
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert APKT1504 & SPMT1204
ØD 50-80
Screw (insert) I60M5*10
(6.7 Nm)
Wrench (insert) WT20IS
Indexable milling Helical milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B180
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Milling inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
APKT L S d
15 04 16.33 4.76 5.4
AP** milling insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO r I.W
YBC302
YBC301
YBC401
YBM253
YBM251
YBM351
YBD152
YBD252
YBG101
YBG102
YB9320
YBG205
YBG202
YBG212
YBG302
YBG152
YBG252
YNG151
YNG151C
YD101
YD201
APKT150412-KM 1.2 12.7 Ɣ
APKT150412-PM 1.2 12.7 ƔƔ
ƔEx stock żOn demand HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Milling inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
SPMT L I.C S d
12 04 12.7 12.7 4.76 5.5
SP** milling insert HC1 (CVD) HC1 (PVD) HT HC2HW
11°
P
M
K
N
S
H
ISO r
YBC302
YBC301
YBC401
YBM253
YBM251
YBM351
YBD152
YBD252
YBG101
YBG102
YB9320
YBG205
YBG202
YBG212
YBG302
YBG152
YBG252
YNG151
YNG151C
YD101
YD201
SPMT120408-KM 0.8 Ɣ
SPMT120408-PM 0.8 ƔƔ
ƔEx stock żOn demand HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Helical milling Indexable milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B181
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Helical milling
HMP01 EC Kr: 90°
Dimensions [mm] Teeth Inserts
Article Stock ØD e L1LTeeth row APKT SPMT Shank type
HMP01-050x84EC-BT50-SP12-04 ż50 84 145 246.8 4 2 16 BT
APKT1504 &
SPMT1204
HMP01-050x84EC-JT50-SP12-04 Ɣ50 84 145 246.75 4 2 16 JT
HMP01-063x74EC-BT50-SP12-04 ż63 74 135 236.8 4 2 14 BT
HMP01-063x74EC-JT50-SP12-04 ż63 74 135 236.75 4 2 14 JT
HMP01-063x104EC-BT50-SP12-04 ż63 104 165 266.8 4 2 20 BT
HMP01-063x104EC-JT50-SP12-04 ż63 104 165 266.75 4 2 20 JT
HMP01-063x134EC-BT50-SP12-04 ż63 134 195 296.8 4 2 26 BT
HMP01-063x134EC-JT50-SP12-04 Ɣ63 134 195 296.75 4 2 26 JT
HMP01-080x104EC-BT50-SP12-04 ż80 104 165 266.8 4 2 20 BT
HMP01-080x104EC-JT50-SP12-04 ż80 104 165 266.75 4 2 20 JT
HMP01-080x144EC-BT50-SP12-04 ż80 144 205 306.8 4 2 28 BT
HMP01-080x144EC-JT50-SP12-04 ż80 144 205 306.75 4 2 28 JT
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert APKT1504 & SPMT1204 APKT1504 & SPMT1204 APKT1504 & SPMT1204
ØD 50 63 80
Indexable head 050EC 063EC 080EC
Screw (head) M10*50
(16.6 Nm)
M10*50
(16.6 Nm)
M12*55
(25.2 Nm)
Screw (insert) I60M5*13
(6.7 Nm)
I60M5*13
(6.7 Nm)
I60M5*13
(6.7 Nm)
Wrench (head) WH80L WH80L WH100L
Wrench (insert) WT20IS WT20IS WT20IS
Indexable milling Helical milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B182
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Milling inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
APKT L S d
15 04 16.33 4.76 5.4
AP** milling insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO r I.W
YBC302
YBC301
YBC401
YBM253
YBM251
YBM351
YBD152
YBD252
YBG101
YBG102
YB9320
YBG205
YBG202
YBG212
YBG302
YBG152
YBG252
YNG151
YNG151C
YD101
YD201
APKT150412-KM 1.2 12.7 Ɣ
APKT150412-PM 1.2 12.7 ƔƔ
ƔEx stock żOn demand HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Milling inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
SPMT L I.C S d
12 04 12.7 12.7 4.76 5.5
SP** milling insert HC1 (CVD) HC1 (PVD) HT HC2HW
11°
P
M
K
N
S
H
ISO r
YBC302
YBC301
YBC401
YBM253
YBM251
YBM351
YBD152
YBD252
YBG101
YBG102
YB9320
YBG205
YBG202
YBG212
YBG302
YBG152
YBG252
YNG151
YNG151C
YD101
YD201
SPMT120408-KM 0.8 Ɣ
SPMT120408-PM 0.8 ƔƔ
ƔEx stock żOn demand HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Helical milling Indexable milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B183
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Chamfer milling
CMZ01 Kr: 30°
Straight shank
Dimensions [mm] Inserts
Article Stock ØD ød L1LTeeth kg
CMZ01-012-G20-SP12-01 Ɣ12 20 40 100 1 0.2
SPMT1204
CMZ01-025-G25-SP12-02 Ɣ25 25 40 120 2 0.8
CMZ01-032-G32-SP12-03 Ɣ32 32 40 180 3 1.1
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert SPMT1204
ØD 12-32
Screw (insert) I43M5*11
(6.7 Nm)
Wrench (insert) WT20IS
Indexable milling Chamfer milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B184
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Milling inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
SPMT L I.C S d
12 04 12.7 12.7 4.76 5.5
SP** milling insert HC1 (CVD) HC1 (PVD) HT HC2HW
αP
M
K
N
S
H
ISO r
YBC302
YBC301
YBC401
YBM253
YBM251
YBM351
YBD152
YBD252
YBG101
YBG102
YB9320
YBG205
YBG202
YBG212
YBG302
YBG152
YBG252
YNG151
YNG151C
YD101
YD201
SPMT120408-HT-1 0.8 ż
SPMT120408 0.8 żƔż Ɣż ż
ƔEx stock żOn demand HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Chamfer milling Indexable milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B185
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Chamfer milling
CMZ01 Kr: 30°
Weldon shank
Dimensions [mm] Inserts
Article Stock ØD ød L1LTeeth kg
CMZ01-012-XP20-SP12-01 Ɣ12 20 40 100 1 0.2
SPMT1204
CMZ01-025-XP25-SP12-02 Ɣ25 25 40 120 2 0.6
CMZ01-032-XP32-SP12-03 Ɣ32 32 40 180 3 1
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert SPMT1204
ØD 12-32
Screw (insert) I43M5*11
(6.7 Nm)
Wrench (insert) WT20IS
Indexable milling Chamfer milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B186
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Milling inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
SPMT L I.C S d
12 04 12.7 12.7 4.76 5.5
SP** milling insert HC1 (CVD) HC1 (PVD) HT HC2HW
αP
M
K
N
S
H
ISO r
YBC302
YBC301
YBC401
YBM253
YBM251
YBM351
YBD152
YBD252
YBG101
YBG102
YB9320
YBG205
YBG202
YBG212
YBG302
YBG152
YBG252
YNG151
YNG151C
YD101
YD201
SPMT120408-HT-1 0.8 ż
SPMT120408 0.8 żƔż Ɣż ż
ƔEx stock żOn demand HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Chamfer milling Indexable milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B187
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Chamfer milling
CMA01 Kr: 45°
Straight shank
Dimensions [mm] Inserts
Article Stock ØD ød L1LTeeth kg
CMA01-012-G20-SP12-01 Ɣ12 20 40 100 1 0.2
SPMT1204
CMA01-025-G25-SP12-02 Ɣ25 25 40 120 2 0.8
CMA01-032-G32-SP12-03 Ɣ32 32 40 180 3 1.1
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert SPMT1204
ØD 12-32
Screw (insert) I43M5*11
(6.7 Nm)
Wrench (insert) WT20IS
Indexable milling Chamfer milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B188
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Milling inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
SPMT L I.C S d
12 04 12.7 12.7 4.76 5.5
SP** milling insert HC1 (CVD) HC1 (PVD) HT HC2HW
αP
M
K
N
S
H
ISO r
YBC302
YBC301
YBC401
YBM253
YBM251
YBM351
YBD152
YBD252
YBG101
YBG102
YB9320
YBG205
YBG202
YBG212
YBG302
YBG152
YBG252
YNG151
YNG151C
YD101
YD201
SPMT120408-HT-1 0.8 ż
SPMT120408 0.8 żƔż Ɣż ż
ƔEx stock żOn demand HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Chamfer milling Indexable milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B189
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Chamfer milling
CMA01 Kr: 45°
Weldon shank
Dimensions [mm] Inserts
Article Stock ØD ød L1LTeeth kg
CMA01-012-XP20-SP12-01 Ɣ12 20 40 100 1 0.2
SPMT1204
CMA01-025-XP25-SP12-02 Ɣ25 25 40 120 2 0.6
CMA01-032-XP32-SP12-03 Ɣ32 32 40 100 3 1
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert SPMT1204
ØD 12-32
Screw (insert) I43M5*11
(6.7 Nm)
Wrench (insert) WT20IS
Indexable milling Chamfer milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B190
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Milling inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
SPMT L I.C S d
12 04 12.7 12.7 4.76 5.5
SP** milling insert HC1 (CVD) HC1 (PVD) HT HC2HW
αP
M
K
N
S
H
ISO r
YBC302
YBC301
YBC401
YBM253
YBM251
YBM351
YBD152
YBD252
YBG101
YBG102
YB9320
YBG205
YBG202
YBG212
YBG302
YBG152
YBG252
YNG151
YNG151C
YD101
YD201
SPMT120408-HT-1 0.8 ż
SPMT120408 0.8 żƔż Ɣż ż
ƔEx stock żOn demand HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Chamfer milling Indexable milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B191
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Chamfer milling
CMD01 Kr: 60°
Straight shank
Dimensions [mm] Inserts
Article Stock ØD ød L1LTeeth kg
CMD01-012-G20-SP12-01 Ɣ12 20 40 100 1 0.2
SPMT1204
CMD01-025-G25-SP12-02 Ɣ25 25 40 120 2 0.8
CMD01-036-G32-SP12-03 Ɣ36 32 40 180 3 1
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert SPMT1204
ØD 12-36
Screw (insert) I43M5*11
(6.7 Nm)
Wrench (insert) WT20IS
Indexable milling Chamfer milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B192
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Milling inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
SPMT L I.C S d
12 04 12.7 12.7 4.76 5.5
SP** milling insert HC1 (CVD) HC1 (PVD) HT HC2HW
αP
M
K
N
S
H
ISO r
YBC302
YBC301
YBC401
YBM253
YBM251
YBM351
YBD152
YBD252
YBG101
YBG102
YB9320
YBG205
YBG202
YBG212
YBG302
YBG152
YBG252
YNG151
YNG151C
YD101
YD201
SPMT120408-HT-1 0.8 ż
SPMT120408 0.8 żƔż Ɣż ż
ƔEx stock żOn demand HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Chamfer milling Indexable milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B193
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Chamfer milling
CMD01 Kr: 60°
Weldon shank
Dimensions [mm] Inserts
Article Stock ØD ød L1LTeeth kg
CMD01-012-XP20-SP12-01 Ɣ12 20 40 100 1 0.2
SPMT1204
CMD01-025-XP25-SP12-02 Ɣ25 25 40 120 2 0.6
CMD01-036-XP32-SP12-03 Ɣ36 32 40 180 3 1
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert SPMT1204
ØD 12-36
Screw (insert) I43M5*11
(6.7 Nm)
Wrench (insert) WT20IS
Indexable milling Chamfer milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B194
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Milling inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
SPMT L I.C S d
12 04 12.7 12.7 4.76 5.5
SP** milling insert HC1 (CVD) HC1 (PVD) HT HC2HW
αP
M
K
N
S
H
ISO r
YBC302
YBC301
YBC401
YBM253
YBM251
YBM351
YBD152
YBD252
YBG101
YBG102
YB9320
YBG205
YBG202
YBG212
YBG302
YBG152
YBG252
YNG151
YNG151C
YD101
YD201
SPMT120408-HT-1 0.8 ż
SPMT120408 0.8 żƔż Ɣż ż
ƔEx stock żOn demand HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Chamfer milling Indexable milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B195
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Indexable milling Chamfer milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B196
Notes
B
197
B
1
QCH
Quick tool change reduces the set-up time and therefore the
machine breakdown.
Stable force-locking connection.
Increased exibility in production.
All indexable heads are designed for the application with inner
cooling (except QCH-ZOHX).
Indexable heads
Machining operations
Force-locking connection
• Extensions available in steel and solid carbide.
series
Profile milling
QCH - XPHT
ap
Dimensions [mm] Inserts
Article Stock ØD ØD1apLMD
Teeth kg
QCH-16-XPHT16-M10 Ɣ16 17 16 28 10 2 0.036 XPHT16
QCH-20-XPHT20-M12 ż20 19 20 30 12 2 0.051 XPHT20
QCH-25-XPHT25-M12 Ɣ25 24 25 35 12 2 0.071 XPHT25
QCH-30-XPHT30-M16 Ɣ30 29 30 45 16 2 0.14 XPHT30
QCH-32-XPHT32-M16 Ɣ32 30 32 45 16 2 0.162 XPHT32
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert XPHT16 XPHT20 XPHT25 XPHT30 XPHT32
ØD 16 20 25 30 32
Screw (insert) I60M2.5*6.5
(1.0 Nm)
I60M4*10
(3.4 Nm)
I60M5*13.2
(6.7 Nm)
I60M5*13.2
(6.7 Nm)
Screw (insert) I60M3.5*08TT
(2.7 Nm)
Wrench (insert) WT10IP
Wrench (insert) WT20IT WT20IT
Wrench (insert) WT07P
Wrench (insert) WT15S
Indexable milling Indexable heads – QCH series
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B198
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Milling inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
XPHT L S d
16 16 3.18 3.1
20 20 3.97 4
25 25 4.76 4.7
30 30 6.35 5.8
32 32 6.35 5.8
XP** milling insert HC1 (CVD) HC1 (PVD) HT HC2HW
α°
P
M
K
N
S
H
ISO R α
YBC302
YBC301
YBC401
YBM253
YBM251
YBM351
YBD152
YBD252
YBG101
YBG102
YB9320
YBG205
YBG202
YBG212
YBG302
YBG152
YBG252
YNG151
YNG151C
YD101
YD201
XPHT16R0803-GM 89 Ɣ
XPHT20R10T3-GM 10 9 Ɣ
XPHT25R1204-GM 12.5 9 Ɣ
XPHT30R1506-GM 15 11 Ɣ
XPHT32R1606-GM 16 9 Ɣ
ƔEx stock żOn demand HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Indexable heads – QCH series Indexable milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B199
System code B26 Grade selection B24 Technical info B463 Cutting data B224
High-feed mills
QCH - SDMT Kr: 15°
Dimensions [mm] Inserts
Article Stock ØD ØD1LMD
Teeth kg
QCH-20-SDMT06-M10-03 Ɣ20 19 30 10 3 0.058
SDMT06T2
QCH-25-SDMT06-M12-04 Ɣ25 24 35 12 4 0.097
QCH-32-SDMT06-M16-05 ż32 30 45 16 5 0.183
QCH-25-SDMT09-M12-02 ż25 24 35 12 2 0.088
SDMT09T3QCH-30-SDMT09-M16-03 Ɣ30 29 45 16 3 0.176
QCH-35-SDMT09-M16-03 ż35 30 45 16 3 0.216
QCH-32-SDMT12-M16-02 Ɣ32 30 45 16 2 0.175
SDMT1204QCH-35-SDMT12-M16-02 ż35 30 45 16 2 0.2
QCH-40-SDMT12-M16-03 ż40 30 45 16 3 0.3
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert SDMT06T2 SDMT09T3 SDMT1204
ØD 20-35 25-35 32-40
Clamp WD-204 WD-204
Screw (clamp) I60M4*8.4
(3.4 Nm)
Screw (clamp) I60M3.5*08TT
(2.7 Nm)
Screw (insert) I60M2.2*5.5
(0.8 Nm)
I60M4*8.4
(3.4 Nm)
I60M4*8.4
(3.4 Nm)
Wrench (clamp) WT10IP WT15IP
Wrench (insert) WT07IP WT15IP WT15IP
Indexable milling Indexable heads – QCH series
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B200
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Milling inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
SDMT L I.C S d
06 T2 6.35 6.35 2.58 2.5
09 T3 9.525 9.525 3.97 4
12 04 12.7 12.7 4.76 4.4
SD** milling insert HC1 (CVD) HC1 (PVD) HT HC2HW
r
L
α
ød
ØI.C
P
M
K
N
S
H
ISO r α
YBC302
YBC301
YBC401
YBM253
YBM251
YBM351
YBD152
YBD252
YBG101
YBG102
YB9320
YBG205
YBG202
YBG212
YBG302
YBG152
YBG252
YNG151
YNG151C
YD101
YD201
SDMT06T208-DM 0.8 15 żż
SDMT09T312-DM 1.2 15 ƔƔżƔƔ
SDMT120412-DM 1.2 15 ƔƔżƔż
SDMT06T208-PM 0.8 15 ƔƔ Ɣ
SDMT09T312-PM 1.2 15 ƔƔƔ
SDMT120412-PM 1.2 15 ƔƔƔ
ƔEx stock żOn demand HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Indexable heads – QCH series Indexable milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B201
System code B26 Grade selection B24 Technical info B463 Cutting data B224
High-feed mills
QCH - WPGT Kr: 11°-22°
Dimensions [mm] Inserts
Article Stock ØD ØD1LMD
Teeth kg
QCH-20-WPGT05-M10-02 ż20 18 30 10 2 0.056 WPGT0503
QCH-25-WPGT06-M12-02 ż25 21 35 12 2 0.097
WPGT0604
QCH-32-WPGT06-M16-03 Ɣ32 29 43 16 3 0.185
QCH-35-WPGT06-M16-03 Ɣ35 30 45 16 3 0.201
QCH-42-WPGT06-M16-04 ż42 29 43 16 4
QCH-35-WPGT08-M16-02 Ɣ35 30 45 16 2 0.196 WPGT0806
ƔEx stock żOn demand
With internal cooling
variabler Einstellwinkel (Einstellwinkel ist hier plattengrößenabhängig)- lead angle:
WPGT05 insert: 16°; WPGT06 insert: 22°; WPGT08 insert: 11°; WPGT09 insert: 21°
Spare parts
Insert WPGT0503 WPGT0604 WPGT0806
ØD 20 25-42 35
Clamp WD-208
Screw (clamp) I60M5*13
(6.7 Nm)
Screw (insert) I60M4*8.4
(3.4 Nm)
I60M5*13
(6.7 Nm)
Screw (insert) I60M3.5*08TT
(2.7 Nm)
Wrench (clamp) WT20IT
Wrench (insert) WT20IT
Wrench (insert) WT10P WT15P
Indexable milling Indexable heads – QCH series
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B202
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Milling inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
WPGT I.C S d
05 03 7.94 3.5 4
06 04 9.525 4.2 4.4
08 06 12.85 6.35 5.5
WP** positive insert HC1 (CVD) HC1 (PVD) HT HC2HW
α
r
ød
ØI.C
P
M
K
N
S
H
ISO r
YBC302
YBC301
YBC401
YBM253
YBM251
YBM351
YBD152
YBD252
YBG101
YBG102
YB9320
YBG205
YBG202
YBG212
YBG302
YBG152
YBG252
YNG151
YNG151C
YD101
YD201
WPGT050315ZSR-PM 1.5 Ɣ
WPGT060415ZSR-PM 1.5 ƔƔ
WPGT080615ZSR-PM 1.5 ƔƔ
WPGT050315ZSR 1.5 ƔƔ Ɣ
WPGT060415ZSR 1.5 ƔƔ ƔƔ
WPGT080615ZSR 1.5 ƔƔ ƔƔ
ƔEx stock żOn demand HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Indexable heads – QCH series Indexable milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B203
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Indexable heads – QCH series
QCH - APKT Kr: 90°
ap
Dimensions [mm] Inserts
Article Stock ØD ØD1apLMD
Teeth kg
QCH-16-APKT11-M8-02 Ɣ16 12.5 10.5 25 8 2 0.028
APKT11T3
QCH-20-APKT11-M10-03 Ɣ20 18 10.5 30 10 3 0.059
QCH-25-APKT11-M12-04 Ɣ25 21 10.5 35 12 4 0.104
QCH-32-APKT11-M16-05 Ɣ32 29 10.5 43 16 5
QCH-40-APKT11-M16-06 Ɣ40 29 10.5 43 16 6
QCH-25-APKT16-M12-02 ż25 21 10.5 38 12 2 0.09
APKT1604QCH-32-APKT16-M16-03 Ɣ32 29 10.5 46 16 3
QCH-40-APKT16-M16-04 ż40 29 10.5 46 16 4
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert APKT11T3 APKT1604
ØD 16-40 25-40
Screw (insert) I60M4*8.4
(3.4 Nm)
Screw (insert) I60M2.5*6.5T
(1.0 Nm)
Wrench (insert) WT08IP WT15IP
Indexable milling Indexable heads – QCH series
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B204
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Milling inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
APKT L S d
11 T3 12.24 3.6 2.8
16 04 17.877 5.76 4.4
AP** milling insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO r I.W
YBC302
YBC301
YBC401
YBM253
YBM251
YBM351
YBD152
YBD252
YBG101
YBG102
YB9320
YBG205
YBG202
YBG212
YBG302
YBG152
YBG252
YNG151
YNG151C
YD101
YD201
APKT11T304-ALH 0.4 6.5 ƔƔƔ
APKT11T308-ALH 0.8 6.5 ƔƔƔ
APKT160408-ALH 0.8 9.33 ƔƔƔ
APKT11T304-APF 0.4 6.5 Ɣ
APKT11T308-APF 0.8 6.5 Ɣ
APKT160408-APF 0.8 9.33 Ɣżż
APKT11T304-APM 0.4 6.5 ƔƔ Ɣ
APKT11T308-APM 0.8 6.5 ƔƔ Ɣ
APKT11T312-APM 1.2 6.5 ƔƔ Ɣ
APKT11T316-APM 1.6 6.5 ƔƔ Ɣ
APKT11T320-APM 2 6.5 ƔƔ Ɣ
APKT160408-APM 0.8 9.33 ƔƔƔƔ
APKT160416-APM 1.6 9.33 ƔƔ Ɣ
APKT160420-APM 2 9.33 ƔƔ Ɣ
APKT160424-APM 2.4 9.33 ƔƔ Ɣ
APKT160430-APM 3 9.33 ƔƔ Ɣ
APKT11T304-LH 0.4 6.5 ƔƔ
APKT11T308-LH 0.8 6.5 ƔƔ
APKT160408-LH 0.8 9.33 ƔƔ
APKT11T304-PF 0.4 6.5 żƔ ƔƔƔ
APKT11T308-PF 0.8 6.5 żżƔ
APKT11T312-PF 1.2 6.5 ż
APKT11T316-PF 1.6 6.5 ż
APKT160408-PF 0.8 9.33 ƔżƔ ƔƔ
APKT160430-PF 3 9.33 ż
APKT11T304-PM 0.4 6.5 ƔƔż ƔƔ ż Ɣ Ɣ
APKT11T308-PM 0.8 6.5 ƔƔ ƔƔƔƔƔ Ɣ ƔƔ Ɣ
APKT11T312-PM 1.2 6.5 żżƔż
APKT11T316-PM 1.6 6.5 ƔżƔż
APKT160408-PM 0.8 9.33 ƔƔƔƔƔƔƔƔ Ɣ ƔƔ Ɣ
APKT160416-PM 1.6 9.33 żƔ
APKT11T304-PR 0.4 6.5 żżż
APKT11T316-PR 1.6 6.5 ż
ƔEx stock żOn demand HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Indexable heads – QCH series Indexable milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B205
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Indexable heads – QCH series
QCH - RD
Dimensions [mm] Inserts
Article Stock ØD ØD1LMD
Teeth kg
QCH-16-RD07-M8-02 Ɣ16 15 25 8 2 0.027
RDKW0702
QCH-20-RD07-M10-03 ż20 18 30 10 3 0.058
QCH-25-RD07-M12-03 ż25 21 35 12 3 0.093
QCH-20-RD10-M10-02 ż20 19 30 10 2 0.054
RDKW10T3QCH-25-RD10-M12-02 ż25 24 35 12 2 0.097
QCH-32-RD10-M16-03 ż32 30 45 16 3 0.183
QCH-32-RD16-M16-02 ż32 30 45 16 2 0.156 RDKW1605
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert RDKW0702 RDKW10T3 RDKW1605
ØD 16-25 20-32 32
Screw (insert) I60M2.5*5.0
(1.0 Nm)
I60M4*8
(3.4 Nm)
I60M5*13
(6.7 Nm)
Wrench (insert) WT08IP WT15IP
Wrench (insert) WT20IT
Indexable milling Indexable heads – QCH series
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B206
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Milling inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
RDKW I.C S d
07 02 7 2.38 2.7
10 T3 10 3.97 4.4
16 05 16 5.56 5.5
RD** milling insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO
YBC302
YBC301
YBC401
YBM253
YBM251
YBM351
YBD152
YBD252
YBG101
YBG102
YB9320
YBG205
YBG202
YBG212
YBG302
YBG152
YBG252
YNG151
YNG151C
YD101
YD201
RDKW10T3MO Ɣż ż Ɣ Ɣ ż
RDKW1605MO ż Ɣżż
RDKW0702MO-1 ƔƔ
RDKW0702MO-2 Ɣ
ƔEx stock żOn demand HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Indexable heads – QCH series Indexable milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B207
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Indexable heads – QCH series
QCH - RD
Dimensions [mm] Inserts
Article Stock ØD ØD1LMD
Teeth kg
QCH-15-RDKW0702-M8-02 Ɣ8 12.5 23 8 2
RDKW0702
QCH-15-RDKW0702-M8-03 Ɣ8 12.5 23 8 3
QCH-20-RDKW0702-M10-04 Ɣ13 18 30 10 4
QCH-25-RDKW0702-M12-05 Ɣ18 21 35 12 5
QCH-20-RDKW1003-M10-02 Ɣ10 18 30 10 2
RDKW1003
QCH-25-RDKW1003-M12-02 Ɣ15 21 35 12 2
QCH-25-RDKW1003-M12-03 Ɣ15 21 35 12 3
QCH-30-RDKW1003-M16-04 Ɣ20 29 43 16 4
QCH-35-RDKW1003-M16-04 Ɣ25 29 43 16 4
QCH-42-RDKW1003-M16-05 Ɣ32 29 43 16 5
QCH-24-RDKW12T3-M12-02 Ɣ12 21 35 12 2
RDKW12T3QCH-35-RDKW12T3-M16-03 Ɣ23 29 43 16 3
QCH-42-RDKW12T3-M16-04 Ɣ30 29 43 16 4
QCH-32-RDKW1604-M16-02 Ɣ16 29 43 16 2 RDKW1604
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert RDKW0702 RDKW1003 RDKW12T3 RDKW1604
ØD 15-25 20-42 24-42 32
Clamp WX16N
Screw (clamp) I60M4.5*10
(5.0 Nm)
Screw (clamp) LOM3.5*7.1
Screw (insert) I60M2.5*5.0
(1.0 Nm)
I60M3.5*7.7
(2.7 Nm)
I60M3.5*7.7
(2.7 Nm)
I60M4.5*10
(5.0 Nm)
Wrench (insert) WT07P WT15P WT15P
Wrench (insert) WT20T
Indexable milling Indexable heads – QCH series
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B208
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Milling inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
RDKW I.C S d
07 02 7 2.38 2.7
10 03 10 3.18 3.9
12 T3 12 3.97 3.9
16 04 16 4.76 5.2
RD** milling insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO
YBC302
YBC301
YBC401
YBM253
YBM251
YBM351
YBD152
YBD252
YBG101
YBG102
YB9320
YBG205
YBG202
YBG212
YBG302
YBG152
YBG252
YNG151
YNG151C
YD101
YD201
RDKW0702MO-1 ƔƔ
RDKW0702MO-2 Ɣ
RDKW1003MO-1 ƔƔ ƔƔƔ
RDKW1003MO-2 Ɣ
RDKW1003MO-3 ƔƔ
RDKW12T3MO-1 ƔƔ ƔƔƔ
RDKW12T3MO-2 Ɣż
RDKW12T3MO-3 ƔƔ
RDKW1604MO-1 Ɣ ƔƔƔ Ɣ
RDKW1604MO-2 ż
RDKW1604MO-3 żż Ɣ Ɣ ż Ɣ Ɣ
ƔEx stock żOn demand HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Indexable heads – QCH series Indexable milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B209
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Indexable heads – QCH series
QCH - ZOHX
Dimensions [mm] Inserts
Article Stock ØD ØD1LMD kg
QCH-16-ZOHX16-M8 Ɣ16 15 28 8 0.029 ZOHX16
QCH-20-ZOHX20-M10 Ɣ20 19 30 10 0.048 ZOHX20
QCH-25-ZOHX25-M12 Ɣ25 24 35 12 0.087 ZOHX25
QCH-30-ZOHX30-M16 Ɣ30 29 45 16 0.17 ZOHX30
QCH-32-ZOHX32-M16 Ɣ32 30 45 16 0.18 ZOHX32
ƔEx stock żOn demand
With internal cooling
Spare parts
Insert ZOHX16 ZOHX20 ZOHX25 ZOHX30 ZOHX32
ØD 16 20 25 30 32
Screw (insert) I70M5*12TT
(6.7 Nm)
I70M5*16TT
(6.7 Nm)
I70M6*20TT
(9.1 Nm)
I70M8*25TT
(16.2 Nm)
I70M8*25TT
(16.2 Nm)
Wrench (insert) WT20IP WT20IP WT20IP
Wrench (insert) WT30IT WT30IT
Indexable milling Indexable heads – QCH series
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B210
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Milling inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
ZOHX I.C S d
16 16 4 5
20 20 5 5
25 25 6 6
30 30 7 8
32 32 7 8
ZO** milling insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO R
YBC302
YBC301
YBC401
YBM253
YBM251
YBM351
YBD152
YBD252
YBG101
YBG102
YB9320
YBG205
YBG202
YBG212
YBG302
YBG152
YBG252
YNG151
YNG151C
YD101
YD201
ZOHX1604-GF 8Ɣ
ZOHX2005-GF 10 Ɣ
ZOHX2506-GF 12.5 ż
ZOHX3007-GF 15 Ɣ
ZOHX3207-GF 16 Ɣ
ZOHX1604-GM 8Ɣ
ZOHX2005-GM 10 Ɣ
ZOHX2506-GM 12.5 ż
ZOHX3007-GM 15 Ɣ
ZOHX3207-GM 16 Ɣ
ƔEx stock żOn demand HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Indexable heads – QCH series Indexable milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B211
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Milling inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
HNGX L I.C S
09 05 9.16 15.875 5.56
HN** milling insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO r
YBC302
YBC301
YBC401
YBM253
YBM251
YBM351
YBD152
YBD252
YBG101
YBG102
YB9320
YBG205
YBG202
YBG212
YBG302
YBG152
YBG252
YNG151
YNG151C
YD101
YD201
HDR
HNGX090530-HDR 3żż
MR
HNGX090516-MR 1.6 Ɣ
HNGX090520-MR 2Ɣ
ƔEx stock żOn demand HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Indexable milling General milling inserts
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B212
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Milling inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
LNE3 L I.W S
2. 53 15.875 4.76 9.525
LN** milling insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO r
YBC302
YBC301
YBC401
YBM253
YBM251
YBM351
YBD152
YBD252
YBG101
YBG102
YB9320
YBG205
YBG202
YBG212
YBG302
YBG152
YBG252
YNG151
YNG151C
YD101
YD201
LNE32.534 1.6 żżż
ƔEx stock żOn demand HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
General milling inserts Indexable milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B213
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Milling inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
LNCX I.W L S
18 06 10 24 6.4
LN** milling insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO bs
YBC302
YBC301
YBC401
YBM253
YBM251
YBM351
YBD152
YBD252
YBG101
YBG102
YB9320
YBG205
YBG202
YBG212
YBG302
YBG152
YBG252
YNG151
YNG151C
YD101
YD201
LNCX1806AZR 2.0 Ɣ
LNCX1806AZT11L 2.0 ż
LNCX1806AZT11R 2.0 ż
ƔEx stock żOn demand HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Indexable milling General milling inserts
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B214
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Milling inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
SNKN L I.C S
12 04 12.7 12.7 4.76
15 04 15.875 15.875 4.76
SN** milling insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO bs be
YBC302
YBC301
YBC401
YBM253
YBM251
YBM351
YBD152
YBD252
YBG101
YBG102
YB9320
YBG205
YBG202
YBG212
YBG302
YBG152
YBG252
YNG151
YNG151C
YD101
YD201
SNKN1204ENN 1.5 0.9 ƔżƔ
SNKN1504ENN 1.5 0.9 Ɣż ż
ƔEx stock żOn demand HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
General milling inserts Indexable milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B215
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Milling inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
SPCN L I.C S
12 03 12.7 12.7 1.4
15 04 15.875 15.875 1.4
SP** milling insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO bs be
YBC302
YBC301
YBC401
YBM253
YBM251
YBM351
YBD152
YBD252
YBG101
YBG102
YB9320
YBG205
YBG202
YBG212
YBG302
YBG152
YBG252
YNG151
YNG151C
YD101
YD201
SPCN1203EDSKR 3.2 1.0 Ɣ
SPCN1504EDSKR 4.8 1.0 Ɣ
ƔEx stock żOn demand HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Indexable milling General milling inserts
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B216
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Milling inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
SPMR L I.C S
09 03 9.525 9.525 3.18
12 03 12.7 12.7 3.18
SP** milling insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO r
YBC302
YBC301
YBC401
YBM253
YBM251
YBM351
YBD152
YBD252
YBG101
YBG102
YB9320
YBG205
YBG202
YBG212
YBG302
YBG152
YBG252
YNG151
YNG151C
YD101
YD201
SPMR090304 0.4 ż
SPMR090308 0.8 ż
SPMR120304 0.4 Ɣ
SPMR120308 0.8 Ɣż
SPMR120312 1.2 ż
ƔEx stock żOn demand HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
General milling inserts Indexable milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B217
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Milling inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
SPMT L I.C S d
06 03 6.35 6.35 3.18 2.8
09 T3 9.525 9.525 3.97 4.4
12 04 12.7 12.7 4.76 5.5
SP** milling insert HC1 (CVD) HC1 (PVD) HT HC2HW
11°
P
M
K
N
S
H
ISO r
YBC302
YBC301
YBC401
YBM253
YBM251
YBM351
YBD152
YBD252
YBG101
YBG102
YB9320
YBG205
YBG202
YBG212
YBG302
YBG152
YBG252
YNG151
YNG151C
YD101
YD201
HT-1
SPMT120408-HT-1 0.8 ż
HT
SPMT09T308-HT 0.8 ƔƔ Ɣ
KT
SPMT060304-KT 0.4 ż
ƔEx stock żOn demand HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Indexable milling General milling inserts
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B218
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Milling inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
SP** L I.C S
12 03 12.7 12.7 3.18
15 04 15.875 15.875 4.76
SP** milling insert HC1 (CVD) HC1 (PVD) HT HC2 HW
P
M
K
N
S
H
ISO r
YBC302
YBC301
YBC401
YBM253
YBM251
YBM351
YBD152
YBD252
YBG101
YBG102
YB9320
YBG205
YBG202
YBG212
YBG302
YBG152
YBG252
YNG151
YNG151C
YD101
YD201
SPGN120304 0.4 Ɣ
SPGN120308 0.8 Ɣ
SPUN120308 0.8 Ɣ ż ż
SPUN120312 1.2 Ɣ
SPUN150408 0.8 ż
SPUN150412 1.2 ż
Ɣ Ex stock ż On demand
HC1 Coated carbide
HT Uncoated cermet
HC2 Coated cermet
HW Uncoated carbide
General milling inserts Indexable milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B 219
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Milling inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
TPCN L I.C S
22 04 22 12.7 4.76
TP** milling insert HC1 (CVD) HC1 (PVD) HT HC2HW
11°
P
M
K
N
S
H
ISO bs be an
YBC302
YBC301
YBC401
YBM253
YBM251
YBM351
YBD152
YBD252
YBG101
YBG102
YB9320
YBG205
YBG202
YBG212
YBG302
YBG152
YBG252
YNG151
YNG151C
YD101
YD201
TPCN2204PDFR 1.4 1.4 15 ż
ƔEx stock żOn demand HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Indexable milling General milling inserts
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B220
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Milling inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
TPKN L I.C S
16 03 16.5 9.525 3.18
TP** milling insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO bs be an
YBC302
YBC301
YBC401
YBM253
YBM251
YBM351
YBD152
YBD252
YBG101
YBG102
YB9320
YBG205
YBG202
YBG212
YBG302
YBG152
YBG252
YNG151
YNG151C
YD101
YD201
TPKN1603PDTKR 1.0 1.2 11 ż
TPKN1603PPER 1.0 1.2 11 Ɣ
TPKN1603PPFR 1.0 1.2 11 ż
ƔEx stock żOn demand HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
General milling inserts Indexable milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B221
System code B26 Grade selection B24 Technical info B463 Cutting data B224
Milling inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
TP** L I.C S
09 02 9.63 5.56 2.38
11 03 11 6.35 3.18
16 03 16.5 9.525 3.18
22 04 22 12.7 4.76
TP** milling insert HC1 (CVD) HC1 (PVD) HT HC2HW
P
M
K
N
S
H
ISO r
YBC302
YBC301
YBC401
YBM253
YBM251
YBM351
YBD152
YBD252
YBG101
YBG102
YB9320
YBG205
YBG202
YBG212
YBG302
YBG152
YBG252
YNG151
YNG151C
YD101
YD201
TPMR090204 0.4 Ɣ
TPMR110304 0.4 Ɣ
TPMR110308 0.8 Ɣ
TPMR160304 0.4 Ɣ
TPMR160308 0.8 ƔƔż
TPMR160312 1.2 żż
TPMR220412 1.2 Ɣ
TPUN110304 0.4 Ɣ
TPUN110308 0.8 Ɣ
TPUN160304 0.4 Ɣż
TPUN160308 0.8 Ɣż ż
TPUN160312 1.2 Ɣ
TPUN220408 0.8 Ɣ
TPUN220412 1.2 ż
TPUN220416 1.6 ż
ƔEx stock żOn demand HC1Coated carbide
HT Uncoated cermet
HC2Coated cermet
HW Uncoated carbide
Indexable milling General milling inserts
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B222
System code B26 Grade selection B24 Technical info B463 Cutting data B224
General milling inserts Indexable milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B223
Notes
B
224
A
B
C
D
E
MillingDrilling
Technical
Information
Index Turning
Recommended cutting dataIndexable milling
Guide for recommended cutting data – indexable milling
Recommended cutting dataIndexable milling
B
225
A
B
C
D
E
MillingDrilling
Technical
Information
Index Turning
Recommended cutting data Indexable milling
1. Select the appropriate product family/cutting data group.
2. Select the used grade.
3. Determine the immersion.
4. Select the used material and read the cutting speed.
5. Please have a look at the detached feed rate recommendations.
6. Select the used tool, the machining mode and the used material.
Recommended cutting data Indexable milling
B
226
A
B
C
D
E
HB
P
125 1
190 2
250 3
270 4
300 5
180 6
275 7
300 8
350 9
200 10
325 11
M
200 12
240 13
180 14
230 15
K
180 16
260 17
160 18
250 19
130 20
230 21
N
60 22
100 23
75 24
90 25
130 26
110 27
90 28
100 29
S
200 30
280 31
250 32
350 33
320 34
Rm 400 35
Rm 1050 36
H
55 HRC 37
60 HRC 38
400 39
55 HRC 40
X
41
42
43
44
45
46
HC (CVD)
YBC302 YBC401 YBD152 YBD252
ae / D ae / D ae / D ae / D
1/1 | 3/4 1/5 1/1 | 3/4 1/5 1/1 | 3/4 1/5 1/1 | 3/4 1/5
260 300 225 260
225 255 195 225
210 240 180 210
185 210 160 185
170 195 150 170
225 255 195 225
185 210 160 185
170 195 150 170
145 165 125 145
130 150 115 130
95 105 80 95
370 430 320 370
220 255 190 220
255 295 220 255
170 200 145 170
305 355 265 305
205 240 175 205
MillingDrilling
Technical
Information
Index Turning
Recommended cutting dataIndexable milling
Material group Composition / structure / heat treatment
Machining group
Unalloyed steel
approx. 0,15 % C annealed
approx. 0,45 % C annealed
approx. 0,45 % C tempered
approx. 0,75 % C annealed
approx. 0,75 % C tempered
Low-alloyed steel
annealed
tempered
tempered
tempered
High-alloyed steel and high-alloyed
tool steel
annealed
hardened and tempered
Stainless steel
ferritic/martensitic annealed
martensitic tempered
austenitic quench hardened
austenitic-ferritic
Grey cast iron perlitic/ferritic
perlitic (martensitic)
Cast iron with spheroidal graphite ferritic
perlitic
Malleable cast iron ferritic
perlitic
Aluminium wrought alloys cannot be hardened
hardenable hardened
Cast aluminium alloys
≤ 12 % Si, cannot be hardened
≤ 12 % Si, hardenable hardened
> 12 % Si, cannot be hardened
Copper and copper alloys
(bronze/brass)
machining steel, PB> 1%
CuZn, CuSnZn
CuSn, Pb-free copper, electrolytic copper
Heat-resistant alloys
Fe-based alloys annealed
hardened
Ni or Co bass
annealed
hardened
cast
Titanium alloys pure titanium
α and β alloys hardened
Hardened steel hardened and tempered
hardened and tempered
Hard cast iron cast
Hardened cast iron hardened and tempered
Non-metallic materials
Thermoplasts
Thermosetting plastics
Plastic, glass-bre reinforced GFRP
Plastic, carbon bre reinforced CFRP
Graphite
Wood
Note: The given cutting values are guide values, which were determined under ideal conditions.
The values have to be adapted in individual cases.
Feed rate recommendations on page B248.
For examples of material for cutting tool groups view page D22.
Recommended cutting dataIndexable milling
Starting values for cutting speed vc [m/min]
Indexable milling – group 1 (FMA07/11/12, FMD02, EMP09/13)
B
227
A
B
C
D
E
HC (CVD) HC (PVD) HW
YBM253 YBG102 YB9320 YBG205 YBG252 YBG302 YD101 YD201
ae / D ae / D ae / D ae / D ae / D ae / D ae / D ae / D
1/1 | 3/4 1/5 1/1 | 3/4 1/5 1/1 | 3/4 1/5 1/1 | 3/4 1/5 1/1 | 3/4 1/5 1/1 | 3/4 1/5 1/1 | 3/4 1/5 1/1 | 3/4 1/5
260 300 270 315 245 285 235 275 230 265 225 260
225 255 230 270 210 245 200 235 200 230 195 225
210 240 220 255 200 230 190 220 185 215 180 210
185 210 190 225 175 200 165 195 165 190 160 185
170 195 180 205 160 190 155 180 150 175 150 170
225 255 230 270 210 245 200 235 200 230 195 225
185 210 190 225 175 200 165 195 165 190 160 185
170 195 180 205 160 190 155 180 150 175 150 170
145 165 150 175 135 160 130 155 130 150 125 145
130 150 135 160 125 145 120 140 115 135 115 130
95 105 95 115 90 100 85 100 85 95 80 95
130 150 135 160 125 145 120 140 115 135 115 130
110 130 115 135 105 120 100 120 100 115 95 110
140 160 145 170 130 155 125 150 125 145 120 140
110 130 115 135 105 120 100 120 100 115 95 110
300 345 270 315 260 300 255 295 250 290
180 205 160 190 155 180 150 175 150 170
205 240 185 215 180 210 175 200 170 195
135 160 125 145 120 140 115 135 115 130
245 285 225 260 215 250 210 240 205 235
165 190 150 175 145 165 140 160 135 160
1505 1735 1450 1670
1225 1420 1180 1370
540 620 515 600
435 505 420 485
220 255 215 250
170 195 160 190
210 245 205 235
385 445 370 430
MillingDrilling
Technical
Information
Index Turning
Recommended cutting data Indexable milling
HC Coated carbide
HT Uncoated carbide, main component (TiC) o. (TiN), cermet
HC1Coated cermet
HW Uncoated carbide, main component (WC)
Recommended cutting data Indexable milling
Starting values for cutting speed vc [m/min]
B
228
A
B
C
D
E
HB
P
125 1
190 2
250 3
270 4
300 5
180 6
275 7
300 8
350 9
200 10
325 11
M
200 12
240 13
180 14
230 15
K
180 16
260 17
160 18
250 19
130 20
230 21
N
60 22
100 23
75 24
90 25
130 26
110 27
90 28
100 29
S
200 30
280 31
250 32
350 33
320 34
Rm 400 35
Rm 1050 36
H
55 HRC 37
60 HRC 38
400 39
55 HRC 40
X
41
42
43
44
45
46
HC (CVD)
YBC302 YBC401 YBD152 YBD252
ae / D ae / D ae / D ae / D
1/1 | 3/4 1/5 1/1 | 3/4 1/5 1/1 | 3/4 1/5 1/1 | 3/4 1/5
245 285 210 245
210 245 180 210
200 230 170 200
175 200 150 175
160 190 140 160
210 245 180 210
175 200 150 175
160 190 140 160
135 160 120 135
125 145 105 125
90 100 75 90
315 365 270 315
185 215 160 190
215 250 185 215
145 170 125 145
260 300 225 260
175 205 150 175
MillingDrilling
Technical
Information
Index Turning
Recommended cutting dataIndexable milling
Material group Composition / structure / heat treatment
Machining group
Unalloyed steel
approx. 0,15 % C annealed
approx. 0,45 % C annealed
approx. 0,45 % C tempered
approx. 0,75 % C annealed
approx. 0,75 % C tempered
Low-alloyed steel
annealed
tempered
tempered
tempered
High-alloyed steel and high-alloyed
tool steel
annealed
hardened and tempered
Stainless steel
ferritic/martensitic annealed
martensitic tempered
austenitic quench hardened
austenitic-ferritic
Grey cast iron perlitic/ferritic
perlitic (martensitic)
Cast iron with spheroidal graphite ferritic
perlitic
Malleable cast iron ferritic
perlitic
Aluminium wrought alloys cannot be hardened
hardenable hardened
Cast aluminium alloys
≤ 12 % Si, cannot be hardened
≤ 12 % Si, hardenable hardened
> 12 % Si, cannot be hardened
Copper and copper alloys
(bronze/brass)
machining steel, PB> 1%
CuZn, CuSnZn
CuSn, Pb-free copper, electrolytic copper
Heat-resistant alloys
Fe-based alloys annealed
hardened
Ni or Co bass
annealed
hardened
cast
Titanium alloys pure titanium
α and β alloys hardened
Hardened steel hardened and tempered
hardened and tempered
Hard cast iron cast
Hardened cast iron hardened and tempered
Non-metallic materials
Thermoplasts
Thermosetting plastics
Plastic, glass-bre reinforced GFRP
Plastic, carbon bre reinforced CFRP
Graphite
Wood
Note: The given cutting values are guide values, which were determined under ideal conditions.
The values have to be adapted in individual cases.
Feed rate recommendations on page B248.
For examples of material for cutting tool groups view page D22.
Recommended cutting dataIndexable milling
Indexable milling – group 2 (FMA01/02/03/04, FME01/02, EMP01/02/03/04)
Starting values for cutting speed vc [m/min]
B
229
A
B
C
D
E
HC (CVD) HC (PVD) HW HT
YBM253 YBG101 YBG102 YBG152 YB9320 YBG205 YBG252 YBG302 YD101 YD201 YNG151
ae / D ae / D ae / D ae / D ae / D ae / D ae / D ae / D ae / D ae / D ae / D
1/1 | 3/4 1/5 1/1 | 3/4 1/5 1/1 | 3/4 1/5 1/1 | 3/4 1/5 1/1 | 3/4 1/5 1/1 | 3/4 1/5 1/1 | 3/4 1/5 1/1 | 3/4 1/5 1/1 | 3/4 1/5 1/1 | 3/4 1/5 1/1 | 3/4 1/5
245 285 255 295 240 280 230 265 220 255 215 250 210 245 270 315
210 245 220 255 205 240 200 230 190 220 185 215 180 210 235 270
200 230 205 240 195 225 185 215 180 205 175 200 170 200 220 255
175 200 180 210 170 200 165 190 155 180 155 175 150 175 195 220
160 190 170 195 160 185 150 175 145 170 140 165 140 160 180 210
210 245 220 255 205 240 200 230 190 220 185 215 180 210 235 270
175 200 180 210 170 200 165 190 155 180 155 175 150 175 195 220
160 190 170 195 160 185 150 175 145 170 140 165 140 160 180 210
135 160 145 165 135 155 130 150 125 145 120 140 120 135 150 180
125 145 130 150 120 140 115 135 110 130 110 125 105 125 140 160
90 100 90 105 85 100 85 95 80 90 80 90 75 90 100 110
125 145 130 150 120 140 115 135 110 130 110 125 105 125 135 160
105 120 110 125 105 120 100 115 95 110 95 105 90 105 115 135
130 155 140 160 130 150 125 145 120 140 115 135 115 130 145 170
105 120 110 125 105 120 100 115 95 110 95 105 90 105 115 135
285 330 265 305 255 295 245 285 240 280 235 275
170 195 160 185 150 175 145 170 140 165 140 160
195 225 180 210 175 200 165 195 165 190 160 185
130 150 120 140 115 135 110 130 110 125 105 125
230 270 220 255 210 240 200 230 195 225 190 225
155 180 145 170 140 160 135 155 130 150 130 150
1505 1735 1205 1390 1040 1200
1225 1420 980 1140 850 980
540 620 435 500 375 435
435 505 350 405 300 350
220 255 180 205 155 180
170 195 140 160 120 140
210 245 170 200 150 170
385 445 310 360 265 310
75 85 70 80 65 75 65 75 65 75 60 70
50 55 50 55 45 50 45 50 45 50 40 45
60 70 55 65 55 65 50 55 50 55 50 55
35 40 35 40 30 35 30 35 30 35 30 35
45 50 45 50 40 45 40 45 40 45 40 45
75 85 70 80 65 75 65 75 65 75 60 70
75 85 70 80 65 75 65 75 65 75 60 70
MillingDrilling
Technical
Information
Index Turning
Recommended cutting data Indexable milling
HC Coated carbide
HT Uncoated carbide, main component (TiC) o. (TiN), cermet
HC1Coated cermet
HW Uncoated carbide, main component (WC)
Recommended cutting data Indexable milling
Starting values for cutting speed vc [m/min]
B
230
A
B
C
D
E
HB
P
125 1
190 2
250 3
270 4
300 5
180 6
275 7
300 8
350 9
200 10
325 11
M
200 12
240 13
180 14
230 15
K
180 16
260 17
160 18
250 19
130 20
230 21
N
60 22
100 23
75 24
90 25
130 26
110 27
90 28
100 29
S
200 30
280 31
250 32
350 33
320 34
Rm 400 35
Rm 1050 36
H
55 HRC 37
60 HRC 38
400 39
55 HRC 40
X
41
42
43
44
45
46
HC1
YNG151C
ae / D
1/1 | 3/4 1/5
285 335
250 285
235 270
205 235
190 225
250 285
205 235
190 225
160 190
150 170
105 120
145 170
120 145
155 180
120 145
MillingDrilling
Technical
Information
Index Turning
Recommended cutting dataIndexable milling
Material group Composition / structure / heat treatment
Machining group
Unalloyed steel
approx. 0,15 % C annealed
approx. 0,45 % C annealed
approx. 0,45 % C tempered
approx. 0,75 % C annealed
approx. 0,75 % C tempered
Low-alloyed steel
annealed
tempered
tempered
tempered
High-alloyed steel and high-alloyed
tool steel
annealed
hardened and tempered
Stainless steel
ferritic/martensitic annealed
martensitic tempered
austenitic quench hardened
austenitic-ferritic
Grey cast iron perlitic/ferritic
perlitic (martensitic)
Cast iron with spheroidal graphite ferritic
perlitic
Malleable cast iron ferritic
perlitic
Aluminium wrought alloys cannot be hardened
hardenable hardened
Cast aluminium alloys
≤ 12 % Si, cannot be hardened
≤ 12 % Si, hardenable hardened
> 12 % Si, cannot be hardened
Copper and copper alloys
(bronze/brass)
machining steel, PB> 1%
CuZn, CuSnZn
CuSn, Pb-free copper, electrolytic copper
Heat-resistant alloys
Fe-based alloys annealed
hardened
Ni or Co bass
annealed
hardened
cast
Titanium alloys pure titanium
α and β alloys hardened
Hardened steel hardened and tempered
hardened and tempered
Hard cast iron cast
Hardened cast iron hardened and tempered
Non-metallic materials
Thermoplasts
Thermosetting plastics
Plastic, glass-bre reinforced GFRP
Plastic, carbon bre reinforced CFRP
Graphite
Wood
Note: The given cutting values are guide values, which were determined under ideal conditions.
The values have to be adapted in individual cases.
Feed rate recommendations on page B248.
For examples of material for cutting tool groups view page D22.
Recommended cutting dataIndexable milling
Indexable milling – group 2 (FMA01/02/03/04, FME01/02, EMP01/02/03/04)
Starting values for cutting speed vc [m/min]
B
231
A
B
C
D
E
MillingDrilling
Technical
Information
Index Turning
Recommended cutting data Indexable milling
HC Coated carbide
HT Uncoated carbide, main component (TiC) o. (TiN), cermet
HC1Coated cermet
HW Uncoated carbide, main component (WC)
Recommended cutting data Indexable milling
B
232
A
B
C
D
E
HB
P
125 1
190 2
250 3
270 4
300 5
180 6
275 7
300 8
350 9
200 10
325 11
M
200 12
240 13
180 14
230 15
K
180 16
260 17
160 18
250 19
130 20
230 21
N
60 22
100 23
75 24
90 25
130 26
110 27
90 28
100 29
S
200 30
280 31
250 32
350 33
320 34
Rm 400 35
Rm 1050 36
H
55 HRC 37
60 HRC 38
400 39
55 HRC 40
X
41
42
43
44
45
46
HC (CVD)
YBC302 YBC401
ae / D ae / D
1/1 | 3/4 1/5 1/20 1/1 | 3/4 1/5 1/20
260 300 390 225 260 340
225 255 335 195 225 295
210 240 315 180 210 275
185 210 275 160 185 245
170 195 255 150 170 225
225 255 335 195 225 295
185 210 275 160 185 245
170 195 255 150 170 225
145 165 215 125 145 190
130 150 195 115 130 170
95 105 140 80 95 125
MillingDrilling
Technical
Information
Index Turning
Recommended cutting dataIndexable milling
Material group Composition / structure / heat treatment
Machining group
Unalloyed steel
approx. 0,15 % C annealed
approx. 0,45 % C annealed
approx. 0,45 % C tempered
approx. 0,75 % C annealed
approx. 0,75 % C tempered
Low-alloyed steel
annealed
tempered
tempered
tempered
High-alloyed steel and high-alloyed
tool steel
annealed
hardened and tempered
Stainless steel
ferritic/martensitic annealed
martensitic tempered
austenitic quench hardened
austenitic-ferritic
Grey cast iron perlitic/ferritic
perlitic (martensitic)
Cast iron with spheroidal graphite ferritic
perlitic
Malleable cast iron ferritic
perlitic
Aluminium wrought alloys cannot be hardened
hardenable hardened
Cast aluminium alloys
≤ 12 % Si, cannot be hardened
≤ 12 % Si, hardenable hardened
> 12 % Si, cannot be hardened
Copper and copper alloys
(bronze/brass)
machining steel, PB> 1%
CuZn, CuSnZn
CuSn, Pb-free copper, electrolytic copper
Heat-resistant alloys
Fe-based alloys annealed
hardened
Ni or Co bass
annealed
hardened
cast
Titanium alloys pure titanium
α and β alloys hardened
Hardened steel hardened and tempered
hardened and tempered
Hard cast iron cast
Hardened cast iron hardened and tempered
Non-metallic materials
Thermoplasts
Thermosetting plastics
Plastic, glass-bre reinforced GFRP
Plastic, carbon bre reinforced CFRP
Graphite
Wood
Note: The given cutting values are guide values, which were determined under ideal conditions.
The values have to be adapted in individual cases.
Feed rate recommendations on page B248.
For examples of material for cutting tool groups view page D22.
Recommended cutting dataIndexable milling
Indexable milling – group 3 (FMR01/02/03/04)
Starting values for cutting speed vc [m/min]
B
233
A
B
C
D
E
HC (CVD) HC (PVD)
YBD152 YBD252 YBM253 YBG102 YBG152 YB9320 YBG205
ae / D ae / D ae / D ae / D ae / D ae / D ae / D
1/1 | 3/4 1/5 1/20 1/1 | 3/4 1/5 1/20 1/1 | 3/4 1/5 1/20 1/1 | 3/4 1/5 1/20 1/1 | 3/4 1/5 1/20 1/1 | 3/4 1/5 1/20 1/1 | 3/4 1/5 1/20
260 300 390 270 315 410 255 295 385 245 285 375 235 275 360
225 255 335 230 270 355 220 255 335 210 245 320 200 235 310
210 240 315 220 255 335 205 240 315 200 230 300 190 220 290
185 210 275 190 225 295 180 210 275 175 200 260 165 195 255
170 195 255 180 205 270 170 195 255 160 190 250 155 180 235
225 255 335 230 270 355 220 255 335 210 245 320 200 235 310
185 210 275 190 225 295 180 210 275 175 200 260 165 195 255
170 195 255 180 205 270 170 195 255 160 190 250 155 180 235
145 165 215 150 175 230 145 165 215 135 160 210 130 155 205
130 150 195 135 160 210 130 150 195 125 145 190 120 140 185
95 105 140 95 115 150 90 105 140 90 100 130 85 100 130
130 150 195 135 160 205 130 150 195 125 145 190 120 140 180
110 130 165 115 135 175 110 125 165 105 120 160 100 120 155
140 160 210 145 170 220 140 160 205 130 155 200 125 150 195
110 130 165 115 135 175 110 125 165 105 120 160 100 120 155
345 400 520 300 345 450 300 345 450 285 330 430 270 315 410 260 300 390
210 245 320 180 205 270 180 205 270 170 195 255 160 190 250 155 180 235
240 280 365 205 240 315 205 240 315 195 225 295 185 215 280 180 210 275
160 185 245 135 160 210 135 160 210 130 150 195 125 145 190 120 140 185
285 330 430 245 285 375 245 285 375 230 270 355 225 260 340 215 250 325
190 220 290 165 190 250 165 190 250 155 180 235 150 175 230 145 165 215
MillingDrilling
Technical
Information
Index Turning
Recommended cutting data Indexable milling
HC Coated carbide
HT Uncoated carbide, main component (TiC) o. (TiN), cermet
HC1Coated cermet
HW Uncoated carbide, main component (WC)
Recommended cutting data Indexable milling
Starting values for cutting speed vc [m/min]
B
234
A
B
C
D
E
HB
P
125 1
190 2
250 3
270 4
300 5
180 6
275 7
300 8
350 9
200 10
325 11
M
200 12
240 13
180 14
230 15
K
180 16
260 17
160 18
250 19
130 20
230 21
N
60 22
100 23
75 24
90 25
130 26
110 27
90 28
100 29
S
200 30
280 31
250 32
350 33
320 34
Rm 400 35
Rm 1050 36
H
55 HRC 37
60 HRC 38
400 39
55 HRC 40
X
41
42
43
44
45
46
HC (PVD)
YBG212 YBG252
ae / D ae / D
1/1 | 3/4 1/5 1/20 1/1 | 3/4 1/5 1/20
240 280 365 230 265 345
205 240 315 200 230 300
195 225 295 185 215 280
170 200 260 165 190 250
160 185 245 150 175 230
205 240 315 200 230 300
170 200 260 165 190 250
160 185 245 150 175 230
135 155 205 130 150 195
120 140 185 115 135 180
85 100 130 85 95 125
120 140 185 115 135 175
105 120 155 100 115 145
130 150 195 125 145 185
105 120 155 100 115 145
265 305 400 255 295 385
160 185 245 150 175 230
180 210 275 175 200 260
120 140 185 115 135 180
220 255 335 210 240 315
145 170 225 140 160 210
MillingDrilling
Technical
Information
Index Turning
Recommended cutting dataIndexable milling
Material group Composition / structure / heat treatment
Machining group
Unalloyed steel
approx. 0,15 % C annealed
approx. 0,45 % C annealed
approx. 0,45 % C tempered
approx. 0,75 % C annealed
approx. 0,75 % C tempered
Low-alloyed steel
annealed
tempered
tempered
tempered
High-alloyed steel and high-alloyed
tool steel
annealed
hardened and tempered
Stainless steel
ferritic/martensitic annealed
martensitic tempered
austenitic quench hardened
austenitic-ferritic
Grey cast iron perlitic/ferritic
perlitic (martensitic)
Cast iron with spheroidal graphite ferritic
perlitic
Malleable cast iron ferritic
perlitic
Aluminium wrought alloys cannot be hardened
hardenable hardened
Cast aluminium alloys
≤ 12 % Si, cannot be hardened
≤ 12 % Si, hardenable hardened
> 12 % Si, cannot be hardened
Copper and copper alloys
(bronze/brass)
machining steel, PB> 1%
CuZn, CuSnZn
CuSn, Pb-free copper, electrolytic copper
Heat-resistant alloys
Fe-based alloys annealed
hardened
Ni or Co bass
annealed
hardened
cast
Titanium alloys pure titanium
α and β alloys hardened
Hardened steel hardened and tempered
hardened and tempered
Hard cast iron cast
Hardened cast iron hardened and tempered
Non-metallic materials
Thermoplasts
Thermosetting plastics
Plastic, glass-bre reinforced GFRP
Plastic, carbon bre reinforced CFRP
Graphite
Wood
Note: The given cutting values are guide values, which were determined under ideal conditions.
The values have to be adapted in individual cases.
Feed rate recommendations on page B248.
For examples of material for cutting tool groups view page D22.
Recommended cutting dataIndexable milling
Starting values for cutting speed vc [m/min]
Indexable milling – group 3 (FMR01/02/03/04)
B
235
A
B
C
D
E
HC (PVD) HW
YBG302 YD101 YD201
ae / D ae / D ae / D
1/1 | 3/4 1/5 1/20 1/1 | 3/4 1/5 1/1 | 3/4 1/5
225 260 340
195 225 295
180 210 275
160 185 245
150 170 225
195 225 295
160 185 245
150 170 225
125 145 190
115 130 170
80 95 125
115 130 170
95 110 145
120 140 185
95 110 145
250 290 380
150 170 225
170 195 255
115 130 170
205 235 310
135 160 210
1505 1735 1450 1670
1225 1420 1180 1370
540 620 515 600
435 505 420 485
220 255 215 250
170 195 160 190
210 245 205 235
385 445 370 430
MillingDrilling
Technical
Information
Index Turning
Recommended cutting data Indexable milling
HC Coated carbide
HT Uncoated carbide, main component (TiC) o. (TiN), cermet
HC1Coated cermet
HW Uncoated carbide, main component (WC)
Recommended cutting data Indexable milling
Starting values for cutting speed vc [m/min]
B
236
A
B
C
D
E
HB
P
125 1
190 2
250 3
270 4
300 5
180 6
275 7
300 8
350 9
200 10
325 11
M
200 12
240 13
180 14
230 15
K
180 16
260 17
160 18
250 19
130 20
230 21
N
60 22
100 23
75 24
90 25
130 26
110 27
90 28
100 29
S
200 30
280 31
250 32
350 33
320 34
Rm 400 35
Rm 1050 36
H
55 HRC 37
60 HRC 38
400 39
55 HRC 40
X
41
42
43
44
45
46
HC (CVD)
YBC302 YBC401
ae / D ae / D
1/1 | 3/4 1/5 1/20 1/1 | 3/4 1/5 1/20
235 275 360 200 230 300
200 235 310 170 200 260
190 220 290 160 185 245
165 195 255 140 165 215
155 180 235 130 150 195
200 235 310 170 200 260
165 195 255 140 165 215
155 180 235 130 150 195
130 155 205 110 130 170
120 140 185 100 115 150
85 100 130 70 85 115
MillingDrilling
Technical
Information
Index Turning
Recommended cutting dataIndexable milling
Material group Composition / structure / heat treatment
Machining group
Unalloyed steel
approx. 0,15 % C annealed
approx. 0,45 % C annealed
approx. 0,45 % C tempered
approx. 0,75 % C annealed
approx. 0,75 % C tempered
Low-alloyed steel
annealed
tempered
tempered
tempered
High-alloyed steel and high-alloyed
tool steel
annealed
hardened and tempered
Stainless steel
ferritic/martensitic annealed
martensitic tempered
austenitic quench hardened
austenitic-ferritic
Grey cast iron perlitic/ferritic
perlitic (martensitic)
Cast iron with spheroidal graphite ferritic
perlitic
Malleable cast iron ferritic
perlitic
Aluminium wrought alloys cannot be hardened
hardenable hardened
Cast aluminium alloys
≤ 12 % Si, cannot be hardened
≤ 12 % Si, hardenable hardened
> 12 % Si, cannot be hardened
Copper and copper alloys
(bronze/brass)
machining steel, PB> 1%
CuZn, CuSnZn
CuSn, Pb-free copper, electrolytic copper
Heat-resistant alloys
Fe-based alloys annealed
hardened
Ni or Co bass
annealed
hardened
cast
Titanium alloys pure titanium
α and β alloys hardened
Hardened steel hardened and tempered
hardened and tempered
Hard cast iron cast
Hardened cast iron hardened and tempered
Non-metallic materials
Thermoplasts
Thermosetting plastics
Plastic, glass-bre reinforced GFRP
Plastic, carbon bre reinforced CFRP
Graphite
Wood
Note: The given cutting values are guide values, which were determined under ideal conditions.
The values have to be adapted in individual cases.
Feed rate recommendations on page B248.
For examples of material for cutting tool groups view page D22.
Recommended cutting dataIndexable milling
Indexable milling – group 4 (BMR01/02/03/04, TMP01,CMZ01,CMA01,CMD01)
Starting values for cutting speed vc [m/min]
B
237
A
B
C
D
E
HC (CVD) HC (PVD)
YBD152 YBD252 YBM253 YBG102 YBG152 YB9320 YBG205
ae / D ae / D ae / D ae / D ae / D ae / D ae / D
1/1 | 3/4 1/5 1/20 1/1 | 3/4 1/5 1/20 1/1 | 3/4 1/5 1/20 1/1 | 3/4 1/5 1/20 1/1 | 3/4 1/5 1/20 1/1 | 3/4 1/5 1/20 1/1 | 3/4 1/5 1/20
235 275 360 245 285 375 230 265 345 220 255 335 210 245 320
200 235 310 210 245 320 200 230 300 190 220 290 180 210 275
190 220 290 200 230 300 185 215 280 180 205 270 170 200 260
165 195 255 175 200 260 165 190 250 155 180 235 150 175 230
155 180 235 160 190 250 150 175 230 145 170 225 140 160 210
200 235 310 210 245 320 200 230 300 190 220 290 180 210 275
165 195 255 175 200 260 165 190 250 155 180 235 150 175 230
155 180 235 160 190 250 150 175 230 145 170 225 140 160 210
130 155 205 135 160 210 130 150 195 125 145 190 120 135 180
120 140 185 125 145 190 115 135 180 110 130 170 105 125 165
85 100 130 90 100 130 85 95 125 80 90 120 75 90 120
120 140 180 125 145 190 115 135 175 110 130 170 105 125 160
100 120 155 105 120 160 100 115 145 95 110 145 90 105 135
125 150 195 130 155 200 125 145 185 120 140 180 115 130 170
100 120 155 105 120 160 100 115 145 95 110 145 90 105 135
300 345 450 260 300 390 270 315 410 255 295 385 245 285 375 235 275 360
180 210 275 155 180 235 160 190 250 150 175 230 145 170 225 140 160 210
210 245 320 180 210 275 185 215 280 175 200 260 165 195 255 160 185 245
140 165 215 120 140 185 125 145 190 115 135 180 110 130 170 105 125 165
250 290 380 215 250 325 225 260 340 210 240 315 200 230 300 190 225 295
170 200 260 145 165 215 150 175 230 140 160 210 135 155 205 130 150 195
MillingDrilling
Technical
Information
Index Turning
Recommended cutting data Indexable milling
HC Coated carbide
HT Uncoated carbide, main component (TiC) o. (TiN), cermet
HC1Coated cermet
HW Uncoated carbide, main component (WC)
Recommended cutting data Indexable milling
Starting values for cutting speed vc [m/min]
B
238
A
B
C
D
E
HB
P
125 1
190 2
250 3
270 4
300 5
180 6
275 7
300 8
350 9
200 10
325 11
M
200 12
240 13
180 14
230 15
K
180 16
260 17
160 18
250 19
130 20
230 21
N
60 22
100 23
75 24
90 25
130 26
110 27
90 28
100 29
S
200 30
280 31
250 32
350 33
320 34
Rm 400 35
Rm 1050 36
H
55 HRC 37
60 HRC 38
400 39
55 HRC 40
X
41
42
43
44
45
46
HC (PVD)
YBG212 YBG252
ae / D ae / D
1/1 | 3/4 1/5 1/20 1/1 | 3/4 1/5 1/20
215 250 325 205 240 315
185 215 280 175 205 270
175 200 260 165 195 255
155 175 230 145 170 225
140 165 215 135 160 210
185 215 280 175 205 270
155 175 230 145 170 225
140 165 215 135 160 210
120 140 185 115 135 180
110 125 165 105 120 160
80 90 120 75 85 115
110 125 165 105 120 160
95 105 140 90 105 135
115 135 175 110 130 170
95 105 140 90 105 135
240 280 365 230 265 345
140 165 215 135 160 210
165 190 250 155 180 235
110 125 165 105 120 160
195 225 295 185 220 290
130 150 195 125 145 190
MillingDrilling
Technical
Information
Index Turning
Recommended cutting dataIndexable milling
Material group Composition / structure / heat treatment
Machining group
Unalloyed steel
approx. 0,15 % C annealed
approx. 0,45 % C annealed
approx. 0,45 % C tempered
approx. 0,75 % C annealed
approx. 0,75 % C tempered
Low-alloyed steel
annealed
tempered
tempered
tempered
High-alloyed steel and high-alloyed
tool steel
annealed
hardened and tempered
Stainless steel
ferritic/martensitic annealed
martensitic tempered
austenitic quench hardened
austenitic-ferritic
Grey cast iron perlitic/ferritic
perlitic (martensitic)
Cast iron with spheroidal graphite ferritic
perlitic
Malleable cast iron ferritic
perlitic
Aluminium wrought alloys cannot be hardened
hardenable hardened
Cast aluminium alloys
≤ 12 % Si, cannot be hardened
≤ 12 % Si, hardenable hardened
> 12 % Si, cannot be hardened
Copper and copper alloys
(bronze/brass)
machining steel, PB> 1%
CuZn, CuSnZn
CuSn, Pb-free copper, electrolytic copper
Heat-resistant alloys
Fe-based alloys annealed
hardened
Ni or Co bass
annealed
hardened
cast
Titanium alloys pure titanium
α and β alloys hardened
Hardened steel hardened and tempered
hardened and tempered
Hard cast iron cast
Hardened cast iron hardened and tempered
Non-metallic materials
Thermoplasts
Thermosetting plastics
Plastic, glass-bre reinforced GFRP
Plastic, carbon bre reinforced CFRP
Graphite
Wood
Note: The given cutting values are guide values, which were determined under ideal conditions.
The values have to be adapted in individual cases.
Feed rate recommendations on page B248.
For examples of material for cutting tool groups view page D22.
Recommended cutting dataIndexable milling
Indexable milling – group 4 (BMR01/02/03/04, TMP01,CMZ01,CMA01,CMD01)
Starting values for cutting speed vc [m/min]
B
239
A
B
C
D
E
HC (PVD)
YBG302
ae / D
1/1 | 3/4 1/5 1/20
200 230 300
170 200 260
160 185 245
140 165 215
130 150 195
170 200 260
140 165 215
130 150 195
110 130 170
100 115 150
70 85 115
100 115 150
85 100 130
110 125 160
85 100 130
220 255 335
130 150 195
150 175 230
100 115 150
180 210 275
120 140 185
MillingDrilling
Technical
Information
Index Turning
Recommended cutting data Indexable milling
HC Coated carbide
HT Uncoated carbide, main component (TiC) o. (TiN), cermet
HC1Coated cermet
HW Uncoated carbide, main component (WC)
Recommended cutting data Indexable milling
Starting values for cutting speed vc [m/min]
B
240
A
B
C
D
E
HB
P
125 1
190 2
250 3
270 4
300 5
180 6
275 7
300 8
350 9
200 10
325 11
M
200 12
240 13
180 14
230 15
K
180 16
260 17
160 18
250 19
130 20
230 21
N
60 22
100 23
75 24
90 25
130 26
110 27
90 28
100 29
S
200 30
280 31
250 32
350 33
320 34
Rm 400 35
Rm 1050 36
H
55 HRC 37
60 HRC 38
400 39
55 HRC 40
X
41
42
43
44
45
46
HC (CVD) HC (PVD)
YBC302 YBM253 YBG101 YB9320
ae / D ae / D ae / D ae / D
1/4 1/4 1/4 1/4
165 180 190 175
145 155 165 150
135 145 155 140
120 130 135 125
110 120 125 115
145 155 165 150
120 130 135 125
110 120 125 115
95 100 105 100
85 90 95 90
60 65 70 65
90 95 90
80 80 75
100 105 95
80 80 75
215 190
125 115
145 135
95 90
175 160
115 105
MillingDrilling
Technical
Information
Index Turning
Recommended cutting dataIndexable milling
Material group Composition / structure / heat treatment
Machining group
Unalloyed steel
approx. 0,15 % C annealed
approx. 0,45 % C annealed
approx. 0,45 % C tempered
approx. 0,75 % C annealed
approx. 0,75 % C tempered
Low-alloyed steel
annealed
tempered
tempered
tempered
High-alloyed steel and high-alloyed
tool steel
annealed
hardened and tempered
Stainless steel
ferritic/martensitic annealed
martensitic tempered
austenitic quench hardened
austenitic-ferritic
Grey cast iron perlitic/ferritic
perlitic (martensitic)
Cast iron with spheroidal graphite ferritic
perlitic
Malleable cast iron ferritic
perlitic
Aluminium wrought alloys cannot be hardened
hardenable hardened
Cast aluminium alloys
≤ 12 % Si, cannot be hardened
≤ 12 % Si, hardenable hardened
> 12 % Si, cannot be hardened
Copper and copper alloys
(bronze/brass)
machining steel, PB> 1%
CuZn, CuSnZn
CuSn, Pb-free copper, electrolytic copper
Heat-resistant alloys
Fe-based alloys annealed
hardened
Ni or Co bass
annealed
hardened
cast
Titanium alloys pure titanium
α and β alloys hardened
Hardened steel hardened and tempered
hardened and tempered
Hard cast iron cast
Hardened cast iron hardened and tempered
Non-metallic materials
Thermoplasts
Thermosetting plastics
Plastic, glass-bre reinforced GFRP
Plastic, carbon bre reinforced CFRP
Graphite
Wood
Note: The given cutting values are guide values, which were determined under ideal conditions.
The values have to be adapted in individual cases.
Feed rate recommendations on page B248.
For examples of material for cutting tool groups view page D22.
Recommended cutting dataIndexable milling
Indexable milling – group 5 (SMP01/03/05)
Starting values for cutting speed vc [m/min]
B
241
A
B
C
D
E
HC (PVD)
YBG205 YBG302
ae / D ae / D
1/4 1/4
170 160
145 140
140 130
120 115
115 105
145 140
120 115
115 105
95 90
85 80
60 60
85 80
75 70
95 85
75 70
185 175
115 105
130 120
85 80
155 145
105 100
MillingDrilling
Technical
Information
Index Turning
Recommended cutting data Indexable milling
HC Coated carbide
HT Uncoated carbide, main component (TiC) o. (TiN), cermet
HC1Coated cermet
HW Uncoated carbide, main component (WC)
Recommended cutting data Indexable milling
Starting values for cutting speed vc [m/min]
B
242
A
B
C
D
E
HB
P
125 1
190 2
250 3
270 4
300 5
180 6
275 7
300 8
350 9
200 10
325 11
M
200 12
240 13
180 14
230 15
K
180 16
260 17
160 18
250 19
130 20
230 21
N
60 22
100 23
75 24
90 25
130 26
110 27
90 28
100 29
S
200 30
280 31
250 32
350 33
320 34
Rm 400 35
Rm 1050 36
H
55 HRC 37
60 HRC 38
400 39
55 HRC 40
X
41
42
43
44
45
46
HC (CVD)
YBC302 YBC401 YBD152 YBD252
ae / D ae / D ae / D ae / D
1/1 | 3/4 1/5 1/1 | 3/4 1/5 1/1 | 3/4 1/5 1/1 | 3/4 1/5
200 230 170 200
170 200 145 170
160 185 140 160
140 165 120 140
130 150 115 130
170 200 145 170
140 165 120 140
130 150 115 130
110 130 95 110
100 115 85 100
70 85 60 70
255 295 220 255
150 175 130 150
175 205 150 175
115 135 100 115
210 245 180 210
140 165 120 140
MillingDrilling
Technical
Information
Index Turning
Recommended cutting dataIndexable milling
Material group Composition / structure / heat treatment
Machining group
Unalloyed steel
approx. 0,15 % C annealed
approx. 0,45 % C annealed
approx. 0,45 % C tempered
approx. 0,75 % C annealed
approx. 0,75 % C tempered
Low-alloyed steel
annealed
tempered
tempered
tempered
High-alloyed steel and high-alloyed
tool steel
annealed
hardened and tempered
Stainless steel
ferritic/martensitic annealed
martensitic tempered
austenitic quench hardened
austenitic-ferritic
Grey cast iron perlitic/ferritic
perlitic (martensitic)
Cast iron with spheroidal graphite ferritic
perlitic
Malleable cast iron ferritic
perlitic
Aluminium wrought alloys cannot be hardened
hardenable hardened
Cast aluminium alloys
≤ 12 % Si, cannot be hardened
≤ 12 % Si, hardenable hardened
> 12 % Si, cannot be hardened
Copper and copper alloys
(bronze/brass)
machining steel, PB> 1%
CuZn, CuSnZn
CuSn, Pb-free copper, electrolytic copper
Heat-resistant alloys
Fe-based alloys annealed
hardened
Ni or Co bass
annealed
hardened
cast
Titanium alloys pure titanium
α and β alloys hardened
Hardened steel hardened and tempered
hardened and tempered
Hard cast iron cast
Hardened cast iron hardened and tempered
Non-metallic materials
Thermoplasts
Thermosetting plastics
Plastic, glass-bre reinforced GFRP
Plastic, carbon bre reinforced CFRP
Graphite
Wood
Note: The given cutting values are guide values, which were determined under ideal conditions.
The values have to be adapted in individual cases.
Feed rate recommendations on page B248.
For examples of material for cutting tool groups view page D22.
Recommended cutting dataIndexable milling
Indexable milling – group 6 (FMD03, FME04, FMP03, HMP01)
Starting values for cutting speed vc [m/min]
B
243
A
B
C
D
E
HC (CVD) HC (PVD)
YBM253 YBG102 YBG152 YB9320 YBG205 YBG212 YBG252 YBG302
ae / D ae / D ae / D ae / D ae / D ae / D ae / D ae / D
1/1 | 3/4 1/5 1/1 | 3/4 1/5 1/1 | 3/4 1/5 1/1 | 3/4 1/5 1/1 | 3/4 1/5 1/1 | 3/4 1/5 1/1 | 3/4 1/5 1/1 | 3/4 1/5
200 230 205 240 195 225 190 220 185 215 185 215 180 210 175 205
170 200 175 205 170 195 165 190 160 185 160 185 155 180 150 175
160 185 165 195 160 180 155 180 150 175 150 175 145 170 140 165
140 165 145 170 140 160 135 155 130 155 130 155 130 150 125 145
130 150 135 160 130 150 125 145 125 140 125 140 120 140 115 135
170 200 175 205 170 195 165 190 160 185 160 185 155 180 150 175
140 165 145 170 140 160 135 155 130 155 130 155 130 150 125 145
130 150 135 160 130 150 125 145 125 140 125 140 120 140 115 135
110 130 115 135 110 125 105 125 105 120 105 120 100 120 100 115
100 115 105 120 100 115 95 110 95 110 95 110 90 105 90 105
70 85 75 85 70 80 70 80 65 80 65 80 65 75 65 75
100 115 105 120 100 115 95 110 95 110 95 110 90 105 90 105
85 100 90 105 85 95 80 95 80 95 80 95 80 90 75 90
110 125 110 130 105 120 105 120 100 115 100 115 100 115 95 110
85 100 90 105 85 95 80 95 80 95 80 95 80 90 75 90
230 265 215 250 210 245 205 240 205 240 200 230 195 225
135 160 130 150 125 145 125 140 125 140 120 140 115 135
155 180 150 170 145 165 140 165 140 165 135 160 135 155
105 120 100 115 95 110 95 110 95 110 90 105 90 105
185 220 180 205 175 200 170 195 170 195 165 190 160 185
125 145 120 135 115 135 115 130 115 130 110 130 105 125
MillingDrilling
Technical
Information
Index Turning
Recommended cutting data Indexable milling
HC Coated carbide
HT Uncoated carbide, main component (TiC) o. (TiN), cermet
HC1Coated cermet
HW Uncoated carbide, main component (WC)
Recommended cutting data Indexable milling
Starting values for cutting speed vc [m/min]
B
244
A
B
C
D
E
HB
P
125 1
190 2
250 3
270 4
300 5
180 6
275 7
300 8
350 9
200 10
325 11
M
200 12
240 13
180 14
230 15
K
180 16
260 17
160 18
250 19
130 20
230 21
N
60 22
100 23
75 24
90 25
130 26
110 27
90 28
100 29
S
200 30
280 31
250 32
350 33
320 34
Rm 400 35
Rm 1050 36
H
55 HRC 37
60 HRC 38
400 39
55 HRC 40
X
41
42
43
44
45
46
HC (CVD)
YBC302 YBD152
ae / D ae / D
1/1 | 3/4 1/5 1/20 1/1 | 3/4 1/5 1/20
260 300 390
225 255 335
210 240 315
185 210 275
170 195 255
225 255 335
185 210 275
170 195 255
145 165 215
130 150 195
95 105 140
335 390 510
200 230 300
225 260 340
150 175 230
275 320 420
185 215 280
MillingDrilling
Technical
Information
Index Turning
Recommended cutting dataIndexable milling
Material group Composition / structure / heat treatment
Machining group
Unalloyed steel
approx. 0,15 % C annealed
approx. 0,45 % C annealed
approx. 0,45 % C tempered
approx. 0,75 % C annealed
approx. 0,75 % C tempered
Low-alloyed steel
annealed
tempered
tempered
tempered
High-alloyed steel and high-alloyed
tool steel
annealed
hardened and tempered
Stainless steel
ferritic/martensitic annealed
martensitic tempered
austenitic quench hardened
austenitic-ferritic
Grey cast iron perlitic/ferritic
perlitic (martensitic)
Cast iron with spheroidal graphite ferritic
perlitic
Malleable cast iron ferritic
perlitic
Aluminium wrought alloys cannot be hardened
hardenable hardened
Cast aluminium alloys
≤ 12 % Si, cannot be hardened
≤ 12 % Si, hardenable hardened
> 12 % Si, cannot be hardened
Copper and copper alloys
(bronze/brass)
machining steel, PB> 1%
CuZn, CuSnZn
CuSn, Pb-free copper, electrolytic copper
Heat-resistant alloys
Fe-based alloys annealed
hardened
Ni or Co bass
annealed
hardened
cast
Titanium alloys pure titanium
α and β alloys hardened
Hardened steel hardened and tempered
hardened and tempered
Hard cast iron cast
Hardened cast iron hardened and tempered
Non-metallic materials
Thermoplasts
Thermosetting plastics
Plastic, glass-bre reinforced GFRP
Plastic, carbon bre reinforced CFRP
Graphite
Wood
Note: The given cutting values are guide values, which were determined under ideal conditions.
The values have to be adapted in individual cases.
Feed rate recommendations on page B248.
For examples of material for cutting tool groups view page D22.
Recommended cutting dataIndexable milling
Indexable milling – group 7 (XMR01, XMP01)
Starting values for cutting speed vc [m/min]
B
245
A
B
C
D
E
HC (CVD) HC (PVD)
YBD252 YBM253 YBG102 YBG152 YB9320 YBG205 YBG212
ae / D ae / D ae / D ae / D ae / D ae / D ae / D
1/1 | 3/4 1/5 1/20 1/1 | 3/4 1/5 1/20 1/1 | 3/4 1/5 1/20 1/1 | 3/4 1/5 1/20 1/1 | 3/4 1/5 1/20 1/1 | 3/4 1/5 1/20 1/1 | 3/4 1/5 1/20
260 300 390 270 315 410 255 295 385 245 285 375 235 275 360 240 280 365
225 255 335 230 270 355 220 255 335 210 245 320 200 235 310 205 240 315
210 240 315 220 255 335 205 240 315 200 230 300 190 220 290 195 225 295
185 210 275 190 225 295 180 210 275 175 200 260 165 195 255 170 200 260
170 195 255 180 205 270 170 195 255 160 190 250 155 180 235 160 185 245
225 255 335 230 270 355 220 255 335 210 245 320 200 235 310 205 240 315
185 210 275 190 225 295 180 210 275 175 200 260 165 195 255 170 200 260
170 195 255 180 205 270 170 195 255 160 190 250 155 180 235 160 185 245
145 165 215 150 175 230 145 165 215 135 160 210 130 155 205 135 155 205
130 150 195 135 160 210 130 150 195 125 145 190 120 140 185 120 140 185
95 105 140 95 115 150 90 105 140 90 100 130 85 100 130 85 100 130
130 150 195 135 160 205 130 150 195 125 145 190 120 140 180 120 140 185
110 130 165 115 135 175 110 125 165 105 120 160 100 120 155 105 120 155
140 160 210 145 170 220 140 160 205 130 155 200 125 150 195 130 150 195
110 130 165 115 135 175 110 125 165 105 120 160 100 120 155 105 120 155
290 335 440 300 345 450 285 330 430 270 315 410 260 300 390 265 305 400
170 195 255 180 205 270 170 195 255 160 190 250 155 180 235 160 185 245
195 225 295 205 240 315 195 225 295 185 215 280 180 210 275 180 210 275
130 150 195 135 160 210 130 150 195 125 145 190 120 140 185 120 140 185
235 270 355 245 285 375 230 270 355 225 260 340 215 250 325 220 255 335
160 180 235 165 190 250 155 180 235 150 175 230 145 165 215 145 170 225
MillingDrilling
Technical
Information
Index Turning
Recommended cutting data Indexable milling
HC Coated carbide
HT Uncoated carbide, main component (TiC) o. (TiN), cermet
HC1Coated cermet
HW Uncoated carbide, main component (WC)
Recommended cutting data Indexable milling
Starting values for cutting speed vc [m/min]
B
246
A
B
C
D
E
HB
P
125 1
190 2
250 3
270 4
300 5
180 6
275 7
300 8
350 9
200 10
325 11
M
200 12
240 13
180 14
230 15
K
180 16
260 17
160 18
250 19
130 20
230 21
N
60 22
100 23
75 24
90 25
130 26
110 27
90 28
100 29
S
200 30
280 31
250 32
350 33
320 34
Rm 400 35
Rm 1050 36
H
55 HRC 37
60 HRC 38
400 39
55 HRC 40
X
41
42
43
44
45
46
HC (PVD)
YBG252 YBG302
ae / D ae / D
1/1 | 3/4 1/5 1/20 1/1 | 3/4 1/5 1/20
230 265 345 225 260 340
200 230 300 195 225 295
185 215 280 180 210 275
165 190 250 160 185 245
150 175 230 150 170 225
200 230 300 195 225 295
165 190 250 160 185 245
150 175 230 150 170 225
130 150 195 125 145 190
115 135 180 115 130 170
85 95 125 80 95 125
115 135 175 115 130 170
100 115 145 95 110 145
125 145 185 120 140 185
100 115 145 95 110 145
255 295 385 250 290 380
150 175 230 150 170 225
175 200 260 170 195 255
115 135 180 115 130 170
210 240 315 205 235 310
140 160 210 135 160 210
MillingDrilling
Technical
Information
Index Turning
Recommended cutting dataIndexable milling
Material group Composition / structure / heat treatment
Machining group
Unalloyed steel
approx. 0,15 % C annealed
approx. 0,45 % C annealed
approx. 0,45 % C tempered
approx. 0,75 % C annealed
approx. 0,75 % C tempered
Low-alloyed steel
annealed
tempered
tempered
tempered
High-alloyed steel and high-alloyed
tool steel
annealed
hardened and tempered
Stainless steel
ferritic/martensitic annealed
martensitic tempered
austenitic quench hardened
austenitic-ferritic
Grey cast iron perlitic/ferritic
perlitic (martensitic)
Cast iron with spheroidal graphite ferritic
perlitic
Malleable cast iron ferritic
perlitic
Aluminium wrought alloys cannot be hardened
hardenable hardened
Cast aluminium alloys
≤ 12 % Si, cannot be hardened
≤ 12 % Si, hardenable hardened
> 12 % Si, cannot be hardened
Copper and copper alloys
(bronze/brass)
machining steel, PB> 1%
CuZn, CuSnZn
CuSn, Pb-free copper, electrolytic copper
Heat-resistant alloys
Fe-based alloys annealed
hardened
Ni or Co bass
annealed
hardened
cast
Titanium alloys pure titanium
α and β alloys hardened
Hardened steel hardened and tempered
hardened and tempered
Hard cast iron cast
Hardened cast iron hardened and tempered
Non-metallic materials
Thermoplasts
Thermosetting plastics
Plastic, glass-bre reinforced GFRP
Plastic, carbon bre reinforced CFRP
Graphite
Wood
Note: The given cutting values are guide values, which were determined under ideal conditions.
The values have to be adapted in individual cases.
Feed rate recommendations on page B248.
For examples of material for cutting tool groups view page D22.
Recommended cutting dataIndexable milling
Indexable milling – group 7 (XMR01, XMP01)
Starting values for cutting speed vc [m/min]
B
247
A
B
C
D
E
MillingDrilling
Technical
Information
Index Turning
Recommended cutting data Indexable milling
HC Coated carbide
HT Uncoated carbide, main component (TiC) o. (TiN), cermet
HC1Coated cermet
HW Uncoated carbide, main component (WC)
Recommended cutting data Indexable milling
B
248
A
B
C
D
E
P
M
K
N
S
H
X
P
M
K
N
S
H
X
EMP09 EMP09 EMP13 EMP13 FMA07 FMA07
LNKT08/12 LNKT16 ANGX11 ANGX15 ONHU06 ONHU08
FMRFMR FMRFMRFMRFMR
0,25 0,50 0,28 0,55 0,23 0,25 0,19 0,23 0,19 0,23
0,23 0,47 0,26 0,51 0,22 0,23 0,17 0,22 0,17 0,22
0,22 0,44 0,24 0,48 0,20 0,22 0,16 0,20 0,16 0,20
0,18 0,35 0,19 0,39 0,16 0,18
0,28 0,55 0,30 0,61 0,26 0,28 0,20 0,26 0,20 0,26
0,25 0,50 0,28 0,55 0,23 0,25 0,19 0,23 0,19 0,23
0,25 0,50 0,28 0,55 0,23 0,25 0,19 0,23 0,19 0,23
0,20 0,21
0,20 0,21
0,18 0,19
FMA01 | FMA02 FMA03 FMA03 FMA04 FMA04 FME02
SEET12 SEKN12 SEKN15 OFKT05 OFKR07 SPK*12
FMRFMR FMRFMRFMRFMR
0,15 0,20 0,25 0,18 0,20 0,20 0,25 0,20 0,25 0,20
0,14 0,19 0,23 0,17 0,19 0,19 0,23 0,19 0,23 0,19
0,13 0,18 0,22 0,16 0,18 0,18 0,22 0,18 0,22 0,18
0,11 0,14 0,18 0,13 0,14 0,14 0,18 0,14 0,18 0,14
0,17 0,22 0,28 0,20 0,22 0,22 0,28 0,22 0,28 0,22
0,15 0,20 0,25 0,18 0,20 0,20 0,25 0,20 0,25 0,20
0,15 0,20 0,25 0,18 0,20 0,20 0,25 0,20 0,25 0,20
0,13 0,17 0,21 0,17 0,21 0,17 0,21
0,13 0,17 0,21 0,17 0,21 0,17 0,21
0,11 0,15 0,19 0,15 0,19 0,15 0,19
0,11 0,14 0,18 0,14 0,18 0,14 0,18
0,11 0,14 0,18 0,14 0,18 0,14 0,18
MillingDrilling
Technical
Information
Index Turning
Recommended cutting dataIndexable milling
Indexable milling – group1 (FMA07/11/12, FMD02, EMP09/13)
Recommended feed rate
Material group
Feed rate per cutting edge [mm]
Application
Unalloyed steel
Low-alloyed steel
High-alloyed steel and high-alloyed tool steel
Stainless steel
Grey cast iron
Cast iron with spheroidal graphite
Malleable cast iron
Aluminum wrought alloys
Aluminum cast alloys
Copper and copper alloys (bronze/brass)
Heat-resistant alloys
Titanium alloys
Hardened steel
Hard cast iron
Hardened cast iron
Non-metallic materials
Note: The given cutting values are guide values, which were determined under ideal conditions.
The values have to be adapted in individual cases.
Indexable milling – group 2 (FMA01/02/03/04, FME01/02, EMP01/02/03/04)
Material group
Feed rate per cutting edge [mm]
Application
Unalloyed steel
Low-alloyed steel
High-alloyed steel and high-alloyed tool steel
Stainless steel
Grey cast iron
Cast iron with spheroidal graphite
Malleable cast iron
Aluminium wrought alloys
Aluminum cast alloys
Copper and copper alloys (bronze/brass)
Heat-resistant alloys
Titanium alloys
Hardened steel
Hard cast iron
Hardened cast iron
Non-metallic materials
Note: The given cutting values are guide values, which were determined under ideal conditions.
The values have to be adapted in individual cases.
B
249
A
B
C
D
E
FMA11 FMA11 FMA11 FMA12 FMD02 FMD02 FMP12 FMP12
SNEG12 SNEG15 SNEG19 ONHU08 PNEG11 HNEX09 WNHU06 WNHU08
FMRFMR FMRFMRFMRFMRFMR FMR
0,20 0,23 0,22 0,25 0,29 0,23 0,15 0,20 0,30 0,23 0,25
0,19 0,21 0,20 0,24 0,27 0,22 0,14 0,19 0,28 0,22 0,23
0,18 0,20 0,19 0,22 0,26 0,20 0,13 0,18 0,26 0,20 0,22
0,14 0,16 0,15 0,18 0,20 0,16 0,16 0,18
0,22 0,25 0,24 0,28 0,32 0,26 0,17 0,22 0,33 0,17 0,22 0,33 0,26 0,28
0,20 0,23 0,22 0,25 0,29 0,23 0,15 0,20 0,30 0,15 0,20 0,30 0,23 0,25
0,20 0,23 0,22 0,25 0,29 0,23 0,15 0,20 0,30 0,15 0,20 0,30 0,23 0,25
FME03 FME03 FMP01 FMP02 EMP01 | EMP02 EMP01 | EMP02 EMP03 | EMP04
SPK*12 SPK*15 TPKN22 SEET12 APKT11 APKT16 APKT11
FMRFMR FMRFMRFMRFMRFMR
0,19 0,20 0,20 0,15 0,20 0,25 0,10 0,15 0,20 0,12 0,17 0,23 0,10 0,20 0,25
0,17 0,19 0,19 0,14 0,19 0,23 0,09 0,14 0,19 0,11 0,16 0,21 0,09 0,19 0,23
0,16 0,18 0,18 0,13 0,18 0,22 0,09 0,13 0,18 0,10 0,15 0,20 0,09 0,18 0,22
0,13 0,14 0,14 0,11 0,14 0,18 0,07 0,11 0,14 0,08 0,12 0,16 0,07 0,14 0,18
0,20 0,22 0,22 0,17 0,22 0,28 0,11 0,17 0,22 0,13 0,19 0,25 0,11 0,22 0,28
0,19 0,20 0,20 0,15 0,20 0,25 0,10 0,15 0,20 0,12 0,17 0,23 0,10 0,20 0,25
0,19 0,20 0,20 0,15 0,20 0,25 0,10 0,15 0,20 0,12 0,17 0,23 0,10 0,20 0,25
0,13 0,17 0,21 0,09 0,13 0,17 0,10 0,15 0,20 0,09 0,17 0,21
0,13 0,17 0,21 0,09 0,13 0,17 0,10 0,15 0,20 0,09 0,17 0,21
0,11 0,15 0,19 0,08 0,11 0,15 0,09 0,13 0,18 0,08 0,15 0,19
MillingDrilling
Technical
Information
Index Turning
Recommended cutting data Indexable milling
Feed rate per cutting edge [mm]
Application
F Finishing
M Medium machining
R Roughing
Feed rate per cutting edge [mm]
Application
F Finishing
M Medium machining
R Roughing
B
250
A
B
C
D
E
P
M
K
N
S
H
X
P
M
K
N
S
H
X
FMR01 FMR01 FMR02 FMR02 FMR02 FMR03
RCKT10 RC*12 RC*12 RCKT16 RCKT20 RDKW07
FMRFMR FMRFMRFMRFMR
0,20 0,25 0,20 0,25 0,20 0,25 0,23 0,29 0,26 0,33 0,17
0,19 0,23 0,19 0,23 0,19 0,23 0,21 0,27 0,25 0,31 0,16
0,18 0,22 0,18 0,22 0,18 0,22 0,20 0,25 0,23 0,29 0,15
0,14 0,18 0,14 0,18 0,14 0,18 0,16 0,20 0,19 0,23 0,12
0,22 0,28 0,22 0,28 0,22 0,28 0,25 0,32 0,29 0,36 0,19
0,20 0,25 0,20 0,25 0,20 0,25 0,23 0,29 0,26 0,33 0,17
0,20 0,25 0,20 0,25 0,20 0,25 0,23 0,29 0,26 0,33 0,17
0,17 0,21 0,17 0,21
0,17 0,21 0,17 0,21
0,15 0,19 0,15 0,19
FMR01 FMR01 FMR02 FMR02 FMR02 FMR03
RCKT10 RC*12 RC*12 RCKT16 RCKT20 RDKW07
25-32 40-50 50-100 63-125 160-200 80-125 160-250 15
0,12 0,16 0,18 0,24 0,32 0,26 0,35 0,07
0,11 0,14 0,16 0,21 0,28 0,23 0,31 0,06
0,10 0,13 0,14 0,19 0,26 0,21 0,28 0,06
0,07 0,09 0,10 0,14 0,18 0,15 0,20 0,04
0,11 0,14 0,16 0,22 0,29 0,23 0,32 0,06
0,10 0,13 0,14 0,19 0,26 0,21 0,28 0,06
0,10 0,13 0,14 0,19 0,26 0,21 0,28 0,06
MillingDrilling
Technical
Information
Index Turning
Recommended cutting dataIndexable milling
Indexable milling – group 3 (FMR01/02/03/04) Face milling
Recommended feed rate
Material group
Feed rate per cutting edge [mm]
Application
Unalloyed steel
Low-alloyed steel
High-alloyed steel and high-alloyed tool steel
Stainless steel
Grey cast iron
Cast iron with spheroidal graphite
Malleable cast iron
Aluminum wrought alloys
Aluminum cast alloys
Copper and copper alloys (bronze/brass)
Heat-resistant alloys
Titanium alloys
Hardened steel
Hard cast iron
Hardened cast iron
Non-metallic materials
Note: The given cutting values are guide values, which were determined under ideal conditions.
The values have to be adapted in individual cases.
Material group
Feed rate per cutting edge [mm]
Tool diameter [mm]
Unalloyed steel
Low-alloyed steel
High-alloyed steel and high-alloyed tool steel
Stainless steel
Grey cast iron
Cast iron with spheroidal graphite
Malleable cast iron
Aluminium wrought alloys
Aluminum cast alloys
Copper and copper alloys (bronze/brass)
Heat-resistant alloys
Titanium alloys
Hardened steel
Hard cast iron
Hardened cast iron
Non-metallic materials
Note: The given cutting values are guide values, which were determined under ideal conditions.
The values have to be adapted in individual cases.
Indexable milling – group 3 (FMR01/02/03/04) Circular milling
B
251
A
B
C
D
E
FMR03 FMR03 FMR04 FMR04 FMR04
RDKW08 RD*10 RD*12 RDKW16 RDKW20
FMRFMR FMRFMRFMR
0,17 0,20 0,15 0,20 0,25 0,17 0,23 0,29 0,2 0,26 0,33
0,16 0,19 0,14 0,19 0,23 0,16 0,21 0,27 0,19 0,25 0,31
0,15 0,18 0,13 0,18 0,22 0,15 0,20 0,25 0,18 0,23 0,29
0,12 0,14 0,11 0,14 0,18 0,12 0,16 0,20 0,14 0,19 0,23
0,19 0,22 0,17 0,22 0,28 0,19 0,25 0,32 0,22 0,29 0,36
0,17 0,20 0,15 0,20 0,25 0,17 0,23 0,29 0,20 0,26 0,33
0,17 0,20 0,15 0,20 0,25 0,17 0,23 0,29 0,20 0,26 0,33
0,17 0,13 0,17 0,21
0,17 0,13 0,17 0,21
0,15 0,11 0,15 0,19
FMR03 FMR03 FMR04 FMR04 FMR04
RDKW08 RD*10 RD*12 RDKW16 RDKW20
16-25 32 50-63 80-100 125-160
0,07 0,12 0,17 0,24 0,30
0,06 0,11 0,15 0,21 0,26
0,06 0,10 0,14 0,19 0,24
0,04 0,07 0,10 0,14 0,17
0,06 0,11 0,15 0,22 0,27
0,06 0,10 0,14 0,19 0,24
0,06 0,10 0,14 0,19 0,24
0,10 0,11
0,10 0,11
0,10 0,11
MillingDrilling
Technical
Information
Index Turning
Recommended cutting data Indexable milling
F Finishing
M Medium machining
R Roughing
Feed rate per cutting edge [mm]
Application
Feed rate per cutting edge [mm]
Tool diameter [mm]
B
252
A
B
C
D
E
P
M
K
N
S
H
X
P
M
K
N
S
H
X
BMR01 BMR01 BMR01 BMR01 BMR02 BMR02 BMR02 BMR03 BMR03
ZD*08 / SP*06 ZD*11 / SP*06 ZD*13 / SP*09 ZP*22 / SP*12 ROHX12 ROHX16 ROHX20 - -
20 25 32 40-63 12 16 20 16 20
0,14 0,21 0,26 0,32 0,10 0,13 0,14 0,13 0,14
0,10 0,15 0,18 0,22 0,07 0,09 0,10 0,09 0,10
0,09 0,14 0,17 0,21 0,07 0,08 0,09 0,08 0,09
0,08 0,12 0,14 0,18 0,06 0,07 0,08 0,07 0,08
0,18 0,27 0,34 0,42 0,13 0,17 0,18 0,17 0,18
0,13 0,20 0,25 0,30 0,10 0,12 0,13 0,12 0,13
0,14 0,21 0,26 0,32 0,10 0,13 0,14 0,13 0,14
SMP01 SMP01 SMP01 SMP01 SMP01 SMP03 SMP03 SMP03 SMP05
XSEQ1202 XSEQ1203 XSEQ12T3 XSEQ1204 XSEQ12T4 MPHT06 MPHT08 MPHT12 QC16
63-100 63-100 63-160 63-160 63-160 80-125 125-200 120-200 25-39
0,12 0,12 0,13 0,13 0,14 0,14 0,15 0,16 0,08
0,11 0,11 0,12 0,12 0,13 0,13 0,14 0,15 0,08
0,10 0,10 0,11 0,11 0,12 0,12 0,13 0,14 0,07
0,10 0,10 0,11 0,11 0,12 0,12 0,13 0,14 0,07
0,11 0,11 0,12 0,12 0,13 0,13 0,14 0,15 0,08
0,11 0,11 0,12 0,12 0,13 0,13 0,14 0,15 0,07
0,11 0,11 0,12 0,12 0,13 0,13 0,14 0,15 0,07
MillingDrilling
Technical
Information
Index Turning
Recommended cutting dataIndexable milling
Material group
Feed rate per cutting edge [mm]
Tool diameter [mm]
Unalloyed steel
Low-alloyed steel
High-alloyed steel and high-alloyed tool steel
Stainless steel
Grey cast iron
Cast iron with spheroidal graphite
Malleable cast iron
Aluminum wrought alloys
Aluminum cast alloys
Copper and copper alloys (bronze/brass)
Heat-resistant alloys
Titanium alloys
Hardened steel
Hard cast iron
Hardened cast iron
Non-metallic materials
Note: The given cutting values are guide values, which were determined under ideal conditions.
The values have to be adapted in individual cases.
Material group
Feed rate per cutting edge [mm]
Tool diameter [mm]
Unalloyed steel
Low-alloyed steel
High-alloyed steel and high-alloyed tool steel
Stainless steel
Grey cast iron
Cast iron with spheroidal graphite
Malleable cast iron
Aluminium wrought alloys
Aluminum cast alloys
Copper and copper alloys (bronze/brass)
Heat-resistant alloys
Titanium alloys
Hardened steel
Hard cast iron
Hardened cast iron
Non-metallic materials
Note: The given cutting values are guide values, which were determined under ideal conditions.
The values have to be adapted in individual cases.
Indexable milling – group 4 (BMR01/02/03/04, TMP01, CMZ01, CMA01, CMD01)
Indexable milling – group 5 (SMP01/03/05)
Recommended feed rate
B
253
A
B
C
D
E
BMR03 BMR03 BMR03 BMR04 BMR04 BMR04 BMR04 BMR04 CMZ01 CMA01 CMD01
- - - ZOHX12 ZOHX16 ZOHX20 ZOHX25 ZOHX30 SPMT12 SPMT12 SPMT12
25 30-32 40-50 12 16 20 25 30 12-32 12-32 12-36
0,21 0,26 0,30 0,10 0,13 0,14 0,16 0,17 0,23 0,23 0,23
0,15 0,18 0,21 0,07 0,09 0,10 0,11 0,12 0,16 0,16 0,16
0,14 0,17 0,20 0,07 0,08 0,09 0,10 0,11 0,15 0,15 0,15
0,12 0,14 0,17 0,06 0,07 0,08 0,09 0,09 0,13 0,13 0,13
0,27 0,34 0,39 0,13 0,17 0,18 0,21 0,22 0,30 0,30 0,30
0,20 0,25 0,29 0,10 0,12 0,13 0,15 0,16 0,22 0,22 0,22
0,21 0,26 0,30 0,10 0,13 0,14 0,16 0,17 0,23 0,23 0,23
SMP05
QC22
44
0,08
0,08
0,07
0,07
0,08
0,07
0,07
MillingDrilling
Technical
Information
Index Turning
Recommended cutting data Indexable milling
Feed rate per cutting edge [mm]
Tool diameter [mm]
Feed rate per cutting edge [mm]
Tool diameter [mm]
B
254
A
B
C
D
E
P
M
K
N
S
H
X
P
M
K
N
S
H
X
FMD03 FMD03 FME04 FMP03 FMP03 FMP03
LNKT20 LNKT25 LNKT15 LNKT12 LNKT15 LNKT20
FMRFMR FMRFMRFMRFMR
0,50 0,50 0,45 0,45 0,45 0,50
0,47 0,47 0,42 0,42 0,42 0,47
0,44 0,44 0,40 0,40 0,40 0,44
0,45 0,45 0,40 0,40 0,40 0,45
0,55 0,55 0,50 0,50 0,50 0,55
0,50 0,50 0,45 0,45 0,45 0,50
0,50 0,50 0,45 0,45 0,45 0,50
SDMT/WPGT SDMT/WPGT SDMT/WPGT
20-25 30-50 63-160 20-25 30-50 63-160 20-25 30-50 63-160
1,00 1,20 2,00 0,20 0,25 0,30 0,80 0,96 1,40
0,93 1,12 1,86 0,19 0,23 0,28 0,74 0,89 1,30
0,70 0,84 1,40 0,18 0,22 0,26 0,70 0,84 1,23
0,50 0,60 1,00 0,14 0,18 0,21 0,56 0,67 0,98
0,90 1,08 1,80 0,22 0,28 0,33 0,88 1,06 1,54
0,90 1,08 1,80 0,20 0,25 0,30 0,80 0,96 1,40
1,00 1,20 2,00 0,20 0,25 0,30 0,80 0,96 1,40
MillingDrilling
Technical
Information
Index Turning
Recommended cutting dataIndexable milling
Indexable milling – group 6 (FMD03, FME04, FMP03, HMP01)
Indexable milling – group7 (XMR01, XMP01)
Recommended feed rate
Material group
Feed rate per cutting edge [mm]
Application
Unalloyed steel
Low-alloyed steel
High-alloyed steel and high-alloyed tool steel
Stainless steel
Grey cast iron
Cast iron with spheroidal graphite
Malleable cast iron
Aluminum wrought alloys
Aluminum cast alloys
Copper and copper alloys (bronze/brass)
Heat-resistant alloys
Titanium alloys
Hardened steel
Hard cast iron
Hardened cast iron
Non-metallic materials
Note: The given cutting values are guide values, which were determined under ideal conditions.
The values have to be adapted in individual cases.
Material group
Feed rate per cutting edge [mm]
XMR01 face milling XMR01 plunge milling XMR01 circular milling
Tool diameter [mm]
Unalloyed steel
Low-alloyed steel
High-alloyed steel and high-alloyed tool steel
Stainless steel
Grey cast iron
Cast iron with spheroidal graphite
Malleable cast iron
Aluminium wrought alloys
Aluminum cast alloys
Copper and copper alloys (bronze/brass)
Heat-resistant alloys
Titanium alloys
Hardened steel
Hard cast iron
Hardened cast iron
Non-metallic materials
Note: The given cutting values are guide values, which were determined under ideal conditions.
The values have to be adapted in individual cases.
B
255
A
B
C
D
E
FMP03 HMP01
LNKT25 SPMT-APKT
FMRFMR
0,55 0,25
0,51 0,23
0,48 0,22
0,47 0,15
0,61 0,28
0,55 0,25
0,55 0,25
XMP01 QCH QCH QCH QCH QCH QCH
CNE ZOHX RD* APKT WPGT SDMT XPHT
80-400 16-32 15-32 16-40 20-42 20-40 16-32
0,20 0,20 0,20 0,15 1,00 1,00 0,20
0,20 0,19 0,19 0,14 0,93 0,93 0,19
0,20 0,18 0,18 0,13 0,70 0,70 0,18
0,20 0,14 0,14 0,11 0,50 0,50 0,14
0,20 0,22 0,22 0,17 0,90 0,90 0,22
0,20 0,20 0,20 0,15 0,90 0,90 0,20
0,20 0,20 0,20 0,15 1,00 1,00 0,20
0,13
0,13
0,11
MillingDrilling
Technical
Information
Index Turning
Recommended cutting data Indexable milling
F Finishing
M Medium machining
R Roughing
Feed rate per cutting edge [mm]
Application
Feed rate per cutting edge [mm]
Tool diameter [mm]
B
256
A
B
C
D
E
MillingDrilling
Technical
Information
Index Turning
Recommended cutting dataIndexable milling
Notes
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B257
B
Solid carbide milling
Product overview B258-B265
Grade overview B266
System code – DIN-ISO series B268
System code – JIS series B269
GM series B271-B328
PM series B329-B352
HM series B353-B376
NM series B377-B384
AL series B385-B406
HPC series B407-B414
UM series B415-B424
VSM series B425-B430
Deburring cutters – FM series B431-B435
Recommended cutting data B436-B462
Technical information B473-B476
Form nonstandard order B477
High performance milling
Products Solid carbide cutters Teeth Ø Application Type Page
PMKNS H
PM-2E 2 1.0-20.0 DDD DEnd mills B330
PM-2EL 2 3.0-20.0 DDD DEnd mills B331
PM-4E-G 4 1.0-20.0 DDD DEnd mills B332
PM-4EL-G 4 3.0-20.0 DDD DEnd mills B333
PM-4EX-G 4 3.0-20.0 DDD DEnd mills B334
PM-4E 4 1.0-20.0 DDD DEnd mills B335
PM-4EL 4 3.0-20.0 DDD DEnd mills B336
PM-6E 6 6.0-20.0 DDD DEnd mills B337
PM-6EL 6 6.0-20.0 DDD DEnd mills B338
PM-2B 2 1.0-20.0 DDD DBall nose cutters B339
PM-2BL 2 2.0-20.0 DDD DBall nose cutters B340
PM-2BFP 2 1.0-20.0 DDD DBall nose cutters B341
PM-2BC 2 0.5-4.0 DDD DBall nose cutter with
conical neck B342
PM-4B 4 3.0-20.0 DDD DBall nose cutters B345
PM-4BL 4 3.0-20.0 DDD DBall nose cutters B346
PM-2R 2 1.0-12.0 DDD DTorus mills B347
PM-4R 4 3.0-12.0 DDD DTorus mills B350
PM-4RL 4 6.0-16.0 DDD DTorus mills B351
PM-4H 4 3.0-12.0 DDD DHigh-feed mills B348
PM-4HL 4 4.0-12.0 DDD DHigh-feed mills B349
DVery suitable DSuitable
Solid carbide milling Product overview
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B258
General machining
Products Solid carbide cutters Teeth Ø Application Type Page
PMKNS H
5501R302GM 2 3.0-20.0 DDD End mills B272
5601R302GM 2 3.0-20.0 DDD End mills B273
5502R302GM 2 1.0-20.0 DDD End mills B274
5602R302GM 2 2.0-20.0 DDD End mills B275
GM-2E 2 1.0-20.0 DDD End mills B276
GM-2EL 2 3.0-20.0 DDD End mills B277
GM-2EX 2 3.0-20.0 DDD End mills B278
GM-2EFP 2 6.0-16.0 DDD End mills B279
GM-2F 2 1.0-20.0 DDD End mills B280
GM-2FL 2 3.0-20.0 DDD End mills B281
GM-2EP 2 0.5-5.0 DDD Mini end mills B282
GM-2ES 2 0.3-3.0 DDD Mini end mills B284
GM-3E 3 1.0-20.0 DDD End mills B285
GM-3EL 3 3.0-20.0 DDD End mills B286
5501R303GM 3 3.0-20.0 DDD End mills B287
5601R303GM 3 3.0-20.0 DDD End mills B288
5502R303GM 3 3.0-20.0 DDD End mills B289
5602R303GM 3 3.0-20.0 DDD End mills B290
5502R453GM 3 3.0-20.0 DDD End mills B291
5602R453GM 3 3.0-20.0 DDD End mills B292
GM-4E-G 4 1.0-20.0 DDD End mills B298
DVery suitable DSuitable
Product overview Solid carbide milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B259
General machining
Products Solid carbide cutters Teeth Ø Application Type Page
P M K N S H
GM-4F-G 4 1.0-20.0 D D D End mills B293
GM-4EL-G 4 3.0-20.0 D D D End mills B294
GM-4FL-G 4 3.0-16.0 D D D End mills B295
GM-4EX-G 4 3.0-20.0 D D D End mills B296
GM-4E 4 1.0-20.0 D D D End mills B297
GM-4EL 4 3.0-20.0 D D D End mills B299
GM-4EFP 4 6.0-20.0 D D D End mills B300
5501R304GF 4 3.0-20.0 D D D End mills B301
5601R304GF 4 3.0-20.0 D D D End mills B302
5502R304GF 4 3.0-20.0 D D D End mills B303
5602R304GF 4 3.0-20.0 D D D End mills B304
5508R454GM 4 3.0-20.0 D D D End mills B305
5602R454GM 4 3.0-20.0 D D D End mills B306
5589R45MGF 6-10 6.0-20.0 D D D End mills B307
GM-6E 6 6.0-20.0 D D D End mills B308
GM-6EL 6 6.0-20.0 D D D End mills B309
5565R302GF 2 3.0-20.0 D D D Ball nose cutters B310
5665R202GM 2 3.0-20.0 D D D Ball nose cutters B311
5566R302GF 2 3.0-12.0 D D D Ball nose cutters B312
GM-2B 2 1.0-20.0 D D D Ball nose cutters B313
GM-2BL 2 2.0-20.0 D D D Ball nose cutters B314
D Very suitable D Suitable
Solid carbide milling Product overview
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B 260
General machining
Products Solid carbide cutters Teeth Ø Application Type Page
PMKNS H
GM-2BFP 2 1.0-20.0 DDD Ball nose cutters B315
GM-2BS 2 0.3-3.0 DDD Mini ball nose cutters B316
GM-2BP 2 0.5-5.0 DDD Mini ball nose cutters B317
GM-4B 4 3.0-20.0 DDD Ball nose cutters B319
GM-4BL 4 3.0-20.0 DDD Ball nose cutters B320
GM-2R 2 1.0-12.0 DDD Torus mills B321
GM-4R 4 3.0-12.0 DDD Torus mills B322
GM-4RL 4 6.0-16.0 DDD Torus mills B323
5602R303GR 3 6.0-8.0 DDD Rippers B324
5602R304GR 4 10.0-20.0 DDD Rippers B325
5602R305GR 5 25.0 DDD Rippers B326
GM-4W 4 6.0-20.0 DDD Rippers B327
DVery suitable DSuitable
Machining high hardness steel
HM-2E 2 1.0-20.0 DEnd mills B354
HM-2EFP 2 6.0-20.0 DEnd mills B355
HM-2EP 2 0.5-5.0 DMini end mills B356
HM-2ES 2 0.3-3.0 DMini end mills B358
HM-4E 4 1.0-20.0 DEnd mills B359
HM-4EL 4 3.0-20.0 DEnd mills B360
HM-4EFP 4 6.0-20.0 DEnd mills B361
5502R55MHH 4-8 3.0-20.0 DEnd mills B362
DVery suitable DSuitable
Product overview Solid carbide milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B261
Machining high hardness steel
Products Solid carbide cutters Teeth Ø Application Type Page
PMKNS H
HM-6E 6 6.0-20.0 DEnd mills B363
HM-6EL 6 6.0-20.0 DEnd mills B364
HM-2B 2 1.0-20.0 DBall nose cutters B365
HM-2BL 2 2.0-20.0 DBall nose cutters B366
HM-2BFP 2 1.0-20.0 DBall nose cutters B367
HM-2BS 2 0.3-3.0 DMini ball nose cutters B368
HM-2BP 2 0.5-5.0 DMini ball nose cutters B369
HM-4B 4 3.0-20.0 DBall nose cutters B371
HM-4BL 4 3.0-20.0 DBall nose cutters B372
HM-4R 4 3.0-12.0 DTorus mills B373
HM-4RF 4 6.0-12.0 DTorus mills B374
HM-4RP 4 6.0-16.0 DTorus mills B375
DVery suitable DSuitable
Copper and copper alloys
5502R402NM 2 3.0-20.0 DEnd mills B378
NM-2E 2 1.0-12.0 DEnd mills B379
NM-2EP 2 0.5-5.0 DMini end mills B380
NM-4E 4 3.0-12.0 DEnd mills B381
NM-2B 2 1.0-12.0 DBall nose cutters B382
NM-2BP 2 0.5-5.0 DMini ball nose cutters B383
DVery suitable DSuitable
Solid carbide milling Product overview
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B262
Aluminium and aluminium alloys
Products Solid carbide cutters Teeth Ø Application Type Page
PMKNS H
AL-2E 2 1.0-20.0 DEnd mills B386
AL-2EL 2 3.0-20.0 DEnd mills B387
ALG-2E 2 1.0-20.0 DEnd mills B388
ALG-2R 2 6.0-25.0 DTorus mills B403
ALG-2R-W 2 6.0-25.0 DTorus mills B404
AL-3E 3 1.0-20.0 DEnd mills B389
AL-3EL 3 3.0-20.0 DEnd mills B390
ALG-3E 3 1.0-20.0 DEnd mills B391
ALG-3E-W 3 3.0-20.0 DEnd mills B392
ALP-3E 3 1.0-20.0 DEnd mills B393
ALP-3E-W 3 3.0-20.0 DEnd mills B394
ALP-4E 4 3.0-20.0 DEnd mills B395
ALP-4E-W 4 3.0-20.0 DEnd mills B396
AL-3W 3 6.0-20.0 DRippers B397
5565R302NH 2 3.0-16.0 DBall nose cutters B398
5566R302NH 2 3.0-16.0 DBall nose cutters B399
AL-2B 2 2.0-12.0 DBall nose cutters B400
AL-2R-AIR 2 6.0-20.0 DHigh performance torus
mills B401
AL-2RL-AIR 2 6.0-20.0 DHigh performance torus
mills B402
AL-3R-AIR 3 12.0-20.0 DHigh performance torus
mills B405
AL-3RL-AIR 3 12.0-20.0 DHigh performance torus
mills B406
DVery suitable DSuitable
Product overview Solid carbide milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B263
HPC with unequal helix angle
Products Solid carbide cutters Teeth Ø Application Type Page
PMKNS H
5501R38414GM 4 4.0-20.0 DDD DEnd mills B408
5502R38414GM 4 4.0-20.0 DDD DEnd mills B409
5601R38414GM 4 4.0-20.0 DDD DEnd mills B410
5602R38414GM 4 3.0-20.0 DDD DEnd mills B411
5502R38414GM-R 4 4.0-20.0 DDD DTorus mills B412
5602R38414GM-R 4 4.0-20.0 DDD DTorus mills B413
UM-4E 4 4.0-20.0 DDD DEnd mills B416
UM-4E-W 4 4.0-20.0 DDD DEnd mills B417
UM-4EL 4 4.0-20.0 DDD DEnd mills B418
UM-4EL-W 4 4.0-20.0 DDD DEnd mills B419
UM-4ELP-W 4 4.0-20.0 DDD DEnd mills B420
UM-4EFP 4 6.0-20.0 DDD DEnd mills B421
UM-4R 4 4.0-20.0 DDD DTorus mills B422
UM-4RL 4 6.0-16.0 DDD DTorus mills B423
UM-4RFP 4 6.0-16.0 DDD DTorus mills B424
VSM-4E 4 4.0-20.0 DDD End mills B426
VSM-4E-C 4 10.0-20.0 DDD End mills B427
VSM-4R 4 4.0-20.0 DDD Torus mills B428
DVery suitable DSuitable
Solid carbide milling Product overview
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B264
Deburring cutter
Products Solid carbide cutters Teeth Ø Application Type Page
PMKNS H
5501/5601 3-4 0.2-0.7 DDDD Deburring cutters B432
5501/5601 3-4 0.2-0.7 DDDD Deburring cutters B433
5601 4 5.2-10.0 DDDD Deburring cutters B434
DVery suitable DSuitable
Product overview Solid carbide milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B265
Coated cemented carbide PVD
Grade Grade description
KMD401 PVD coated carbide substrate for high performance milling application of non-ferrous metals, CFRP and GFRP and organic
materials. The DLC layer has very good wear protection and high thermal stability.
KMG303 PVD coated carbide substrate for universal milling application of steel (up to HRC<=48), stainless steel and cast iron.
KMG405 PVD coated carbide substrate for high performance milling application of steel (up to HRC <55), stainless steel, super alloy
material and cast iron. High wear resistance and toughness for a wide application field.
KMG555 PVD coated carbide substrate for hard milling application of steel (HRC 55–68), highest wear resistance and toughness for best
cutting result.
KMG309 PVD coated carbide substrate for non ferrous materials. High wear resistance even in abrasive materials.
Uncoated cemented carbide
Grade Grade description
YK30F Uncoated K30 carbide substrate for steel, stainless steel, cast iron and non ferrous materials.
YK40F Uncoated K20–K30/N20–N30 carbide substrate for cast iron and non ferrous materials.
Solid carbide milling Grade overview
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B266
Grade overview Solid carbide milling
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B267
Notes
B
268
A
B
C
D
E
5501R302
GM R05 0800
1 23456789 10
Code
5
1
Code
1
2
5
6
8
9
4
Code
R
L
5
Code
20 20°
30 30°
3841 38°/41°
45 45°
55 55°
60 60°
6
Code
R03 0,3
R15 1,5
R30 3,0
...
9
Code
2
...
M
7
Code
0100 1,0
0800 8,0
2000 20,0
...
10
Code
1
5
6
7
9
2
Code
0
6
8
3
Code
GM
GF
HM
MHH
NH
8
a b c d e f g h
MillingDrilling
Technical
Information
Index Turning
Solid carbide milling System code – DIN-ISO series
Type
Description
Milling cutter
Tool length
Description
DIN 6527 K
DIN 6527 L
Factory standard ZCC-A
Factory standard ZCC-B
DIN 6528
Factory standard ZCC-D
Rotation direction
Description
Right
Left
Helix angle
Description
Radius [mm]
Description
Number of teeth
Description
2
Indicated when different
diameters have a different number of teeth
Diameter [mm]
Description
Shank type
Description
Shank
DIN 6535 HA
Weldon shank DIN 6535 HB
Whistle Notch DIN 6535 HE
Morse taper shank
Cutting edge type
Description
Square shoulder mill
Ball nose cutter
Torus mill
Application
Description
Semi-finishing
Finishing
Hard machining
High-speed hard machining
High-performance machining of heat-resistant alloys
a Groove milling b Square shoulder milling c Profile milling d Slot milling e Face milling f Chamfer milling
g Plunge milling h Circular milling/Ramping
B
269
A
B
C
D
E
GM 2ELP
D12 R0.5 M08 W
1 2345 6 7 8 9
Code
L
X
F
4
Code
S
P
C
5
Code
G
M
S
AIR
8 9
Code
E
F
B
R
W
H
3
Code
R0.5 0,5
R1.0 1,5
R3.0 3,0
...
7
Code
D3.0 3,0
D8.0 8,0
D20.0 20,0
...
6
2
Code
GR
GM
GF
PM
HM
HH
NM
AL
ALP
ALG
UM
VSM
1
a b c d e f g h
Solid carbide millingSystem code – JIS series
MillingDrilling
Technical
Information
Index Turning
Cutting edge length
Description
Long
Extra long
Short
Type
Description
Mini diameter
Ground neck
Conical neck
Features
Description
Spiral angle 30°
Neck length [mm]
Thin shank
For aerospace industry
Cutting edge type
Description
Square shoulder mill with protective chamfer
Square shoulder mill with sharp cutting edges
Ball nose cutter
Torus mill
Ripper
High-feed mill
Radius [mm]
Description
Diameter [mm]
Description
Number
of teeth
Application
Description
General roughing
Semi-finishing
Finishing
High-performance machining
Hard machining
High-speed hard machining
General machining of non-ferrous metals
General machining of Al and Al alloys
High-performance machining of Al and Al alloys
General machining of Al and Al alloys
HSC/HPC machining
General machining of heat-resistant alloys
h Circular milling/Ramping
a Groove milling b Square shoulder milling c Profile milling d Slot milling e Face milling f Chamfer milling g Plunge milling
Weldon shank
B
270
A
B
C
D
E
Solid carbide milling System code – JIS series
MillingDrilling
Technical
Information
Index Turning
B
271
GM
GM-4E
GM-4B
GM-4W
GM-4R
GM-2R
GM-6E
GM-2E
GM-2B
30 HRC 40 HRC 50 HRC 55 HRC 68 HRC
HM
PM
GM
series
For machining of steel to max. 50 HRC and cast iron to
heat-resistant alloys.
Sharp cutting edge with high edge stability. Roughing to
nishing with long tool life.
End mills, ball nose cutters, torus mills, rippers and mini
cutters.
Diameter range 0.3–20.0 mm
For general applications
Application elds for machining of steel
very suitable suitable
End mill Semi-finishing
5501R302GM
Type of shank DIN 6535HA
– Centre cutting
– Helix angle 30°
L
H
D
dKCH
CHW
Dimensions [mm] Grade
Article D d (h6) H L KCH CHW Teeth KMG303 YK30F
5501R302GM-0300 36450002
Ɣż
5501R302GM-0400 46554002
Ɣż
5501R302GM-0500 56654002
Ɣż
5501R302GM-0600 6 6 7 54 45 0.1 2 Ɣż
5501R302GM-0800 8 8 9 58 45 0.1 2 Ɣż
5501R302GM-1000 10 10 11 66 45 0.1 2 Ɣż
5501R302GM-1200 12 12 12 73 45 0.1 2 Ɣż
5501R302GM-1400 14 14 14 75 45 0.15 2 Ɣż
5501R302GM-1600 16 16 16 82 45 0.15 2 Ɣż
5501R302GM-1800 18 18 18 84 45 0.15 2 Ɣż
5501R302GM-2000 20 20 20 92 45 0.15 2 Ɣż
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
DDD
DVery suitable
DSuitable
Solid carbide milling GM series
B272
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
End mill Semi-finishing
5601R302GM
Type of shank: DIN 6535HB
– Centre cutting
– Helix angle 30°
L
H
D
d
K
CH
CHW
Dimensions [mm] Grade
Article D d (h6) H L KCH CHW Teeth KMG303 YK30F
5601R302GM-0300 36450002
Ɣż
5601R302GM-0400 46554002
Ɣż
5601R302GM-0500 56654002
Ɣż
5601R302GM-0600 6 6 7 54 45 0.1 2 Ɣż
5601R302GM-0800 8 8 9 58 45 0.1 2 Ɣż
5601R302GM-1000 10 10 11 66 45 0.1 2 Ɣż
5601R302GM-1200 12 12 12 73 45 0.1 2 Ɣż
5601R302GM-1400 14 14 14 75 45 0.15 2 Ɣż
5601R302GM-1600 16 16 16 82 45 0.15 2 Ɣż
5601R302GM-1800 18 18 18 84 45 0.15 2 Ɣż
5601R302GM-2000 20 20 20 92 45 0.15 2 Ɣż
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
DDD
DVery suitable
DSuitable
GM series Solid carbide milling
B273
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
End mill long cutting edge Semi-finishing
5502R302GM
Type of shank DIN 6535HA
– Centre cutting
– Helix angle 30°
L
H
D
dKCH
CHW
Dimensions [mm] Grade
Article D d (h6) H L KCH CHW Teeth KMG303 YK30F
5502R302GM-0100 13238002
Ɣż
5502R302GM-0150 1.5 3 3 38 0 0 2 Ɣż
5502R302GM-0200 26657002
Ɣż
5502R302GM-0250 2.5 6 7 57 0 0 2 Ɣż
5502R302GM-0280 2.8 6 7 57 0 0 2 Ɣż
5502R302GM-0300 36757002
Ɣż
5502R302GM-0350 3.5 6 7 57 0 0 2 Ɣż
5502R302GM-0380 3.8 6 8 57 0 0 2 Ɣż
5502R302GM-0400 46857002
Ɣż
5502R302GM-0450 4.5 6 8 57 0 0 2 Ɣż
5502R302GM-0480 4.8 6 8 57 0 0 2 Ɣż
5502R302GM-0500 561057002
Ɣż
5502R302GM-0550 5.5 6 10 57 0 0 2 Ɣż
5502R302GM-0575 5.75 6 10 57 0 0 2 Ɣż
5502R302GM-0600 6 6 10 57 45 0.1 2 Ɣż
5502R302GM-0675 6.75 8 13 63 45 0.1 2 żż
5502R302GM-0700 7 8 13 63 45 0.1 2 Ɣż
5502R302GM-0750 7.5 8 16 63 45 0.1 2 Ɣż
5502R302GM-0775 7.75 8 16 63 45 0.1 2 Ɣż
5502R302GM-0800 8 8 16 63 45 0.1 2 Ɣż
5502R302GM-0870 8.7 10 16 72 45 0.1 2 Ɣż
5502R302GM-0900 9 101672450.1 2
Ɣż
5502R302GM-0950 9.5 10 16 72 45 0.1 2 żż
5502R302GM-1000 10 10 19 72 45 0.1 2 Ɣż
5502R302GM-1100 11 12 22 83 45 0.1 2 Ɣż
5502R302GM-1170 11.7 12 22 83 45 0.1 2 Ɣż
5502R302GM-1200 12 12 22 83 45 0.1 2 Ɣż
5502R302GM-1370 13.7 14 22 83 45 0.1 2 Ɣż
5502R302GM-1400 14 14 22 83 45 0.15 2 Ɣż
5502R302GM-1500 15 16 26 92 45 0.15 2 Ɣż
5502R302GM-1570 15.7 16 26 92 45 0.15 2 Ɣż
5502R302GM-1600 16 16 26 92 45 0.15 2 Ɣż
5502R302GM-1700 17 18 26 92 45 0.15 2 żż
5502R302GM-1800 18 18 26 92 45 0.15 2 Ɣż
5502R302GM-2000 20 20 32 104 45 0.15 2 Ɣż
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
DDD
DVery suitable
DSuitable
Solid carbide milling GM series
B274
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
End mill long cutting edge Semi-finishing
5602R302GM
Type of shank: DIN 6535HB
– Centre cutting
– Helix angle 30°
L
H
D
d
K
CH
CHW
Dimensions [mm] Grade
Article D d (h6) H L KCH CHW Teeth KMG303 YK30F
5602R302GM-0200 26657002
Ɣż
5602R302GM-0250 2.5 6 7 57 0 0 2 Ɣż
5602R302GM-0280 2.8 6 7 57 0 0 2 Ɣż
5602R302GM-0300 36757002
Ɣż
5602R302GM-0350 3.5 6 7 57 0 0 2 Ɣż
5602R302GM-0380 3.8 6 8 57 0 0 2 Ɣż
5602R302GM-0400 46857002
Ɣż
5602R302GM-0450 4.5 6 8 57 0 0 2 Ɣż
5602R302GM-0480 4.8 6 8 57 0 0 2 Ɣż
5602R302GM-0500 561057002
Ɣż
5602R302GM-0550 5.5 6 10 57 0 0 2 Ɣż
5602R302GM-0575 5.75 6 10 57 0 0 2 Ɣż
5602R302GM-0600 6 6 10 57 45 0.1 2 Ɣż
5602R302GM-0675 6.75 8 13 63 45 0.1 2 żż
5602R302GM-0700 7 8 13 63 45 0.1 2 Ɣż
5602R302GM-0750 7.5 8 16 63 45 0.1 2 Ɣż
5602R302GM-0775 7.75 8 16 63 45 0.1 2 Ɣż
5602R302GM-0800 8 8 16 63 45 0.1 2 Ɣż
5602R302GM-0870 8.7 10 16 72 45 0.1 2 Ɣż
5602R302GM-0900 9 101672450.1 2
Ɣż
5602R302GM-1000 10 10 19 72 45 0.1 2 Ɣż
5602R302GM-1170 11.7 12 22 83 45 0.1 2 Ɣż
5602R302GM-1200 12 12 22 83 45 0.1 2 Ɣż
5602R302GM-1370 13.7 14 22 83 45 0.1 2 Ɣż
5602R302GM-1400 14 14 22 83 45 0.15 2 Ɣż
5602R302GM-1570 15.7 16 26 92 45 0.15 2 Ɣż
5602R302GM-1600 16 16 26 92 45 0.15 2 Ɣż
5602R302GM-1800 18 18 26 92 45 0.15 2 Ɣż
5602R302GM-2000 20 20 32 104 45 0.15 2 Ɣż
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
DDD
DVery suitable
DSuitable
GM series Solid carbide milling
B275
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
End mill Semi-finishing
GM-2E
– Factory standard
– Centre cutting
– Helix angle 35°
L
d
H
D
10° A
L
D
H
d
B
Dimensions [mm] Grade
Article D d (h6) H L Teeth Geometry KMG303
GM-2E-D1.0S 143502A
Ɣ
GM-2E-D1.5S 1.5 4 4 50 2 A Ɣ
GM-2E-D2.0S 246502A
Ɣ
GM-2E-D2.5S 2.5 4 8 50 2 A Ɣ
GM-2E-D3.0S 348502A
Ɣ
GM-2E-D4.0S 4 4 11 50 2 B Ɣ
GM-2E-D1.0 163502A
Ɣ
GM-2E-D1.5 1.5 6 4 50 2 A Ɣ
GM-2E-D2.0 266502A
Ɣ
GM-2E-D2.5 2.5 6 8 50 2 A Ɣ
GM-2E-D3.0 368502A
Ɣ
GM-2E-D3.5 3.5610502 A Ɣ
GM-2E-D4.0 4 6 11 50 2 A Ɣ
GM-2E-D4.5 4.5611502 A Ɣ
GM-2E-D5.0 5 6 13 50 2 A Ɣ
GM-2E-D5.5 5.5616502 A Ɣ
GM-2E-D6.0 6 6 16 50 2 B Ɣ
GM-2E-D7.0 7 8 20 60 2 A Ɣ
GM-2E-D8.0 8 8 20 60 2 B Ɣ
GM-2E-D9.0 9 102275 2 A Ɣ
GM-2E-D10.0 10 10 25 75 2 B Ɣ
GM-2E-D11.0 11 12 26 75 2 A Ɣ
GM-2E-D12.0 12 12 30 75 2 B Ɣ
GM-2E-D14.0 14 14 32 75 2 B Ɣ
GM-2E-D16.0 16 16 45 100 2 B Ɣ
GM-2E-D18.0 18 18 45 100 2 B Ɣ
GM-2E-D20.0 20 20 45 100 2 B Ɣ
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
DDD
DVery suitable
DSuitable
Solid carbide milling GM series
B276
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
End mill long cutting edge Semi-finishing
GM-2EL
– Factory standard
– Centre cutting
– Helix angle 35°
L
d
H
D
10° A
L
D
d
HB
Dimensions [mm] Grade
Article D d (h6) H L Teeth Geometry KMG303
GM-2EL-D3.0 3 6 12 75 2 A Ɣ
GM-2EL-D4.0 4 6 15 75 2 A Ɣ
GM-2EL-D5.0 5 6 20 75 2 A Ɣ
GM-2EL-D6.0 6 6 20 75 2 B Ɣ
GM-2EL-D8.0 8 8 25 100 2 B Ɣ
GM-2EL-D10.0 10 10 30 100 2 B Ɣ
GM-2EL-D12.0 12 12 35 100 2 B Ɣ
GM-2EL-D14.0 14 14 40 100 2 B Ɣ
GM-2EL-D16.0 16 16 50 150 2 B Ɣ
GM-2EL-D20.0 20 20 55 150 2 B Ɣ
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
DDD
DVery suitable
DSuitable
GM series Solid carbide milling
B277
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
End mill extra long cutting edge Semi-finishing
GM-2EX
– Factory standard
– Centre cutting
– Helix angle 35°
d
L
10° H
D
A
d
L
H
D
B
Dimensions [mm] Grade
Article D d (h6) H L Teeth Geometry KMG303
GM-2EX-D3.0 3 6 20 75 2 A Ɣ
GM-2EX-D4.0 4 6 25 75 2 A Ɣ
GM-2EX-D5.0 5 6 30 75 2 A Ɣ
GM-2EX-D6.0 6 6 30 75 2 B ż
GM-2EX-D8.0 8 8 40 100 2 B ż
GM-2EX-D10.0 10 10 50 110 2 B ż
GM-2EX-D12.0 12 12 50 110 2 B ż
GM-2EX-D16.0 16 16 70 150 2 B ż
GM-2EX-D20.0 20 20 75 150 2 B ż
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
DDD
DVery suitable
DSuitable
Solid carbide milling GM series
B278
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
End mill short cutting edge Semi-finishing
GM-2EFP
– Factory standard
– Centre cutting
– Helix angle 35°
d
LM
d1
H
D
Dimensions [mm] Grade
Article D d (h6) d1HML
Teeth KMG303
GM-2EFP-D6.0 6 65.8930302
ż
GM-2EFP-D8.0 8 8 7.8 12 40 40 2 ż
GM-2EFP-D10.0 10 10 9.6 15 50 50 2 ż
GM-2EFP-D12.0 12 12 11.5 18 50 50 2 ż
GM-2EFP-D16.0 16 16 15.5 24 50 50 2 ż
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
DDD
DVery suitable
DSuitable
GM series Solid carbide milling
B279
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
End mill Semi-finishing
GM-2F
– Factory standard
– Centre cutting
– Helix angle 35°
L
d
H
D
10° A
L
D
H
d
B
Dimensions [mm] Grade
Article D d (h6) H L Teeth Geometry KMG303
GM-2F-D1.0 163502A
ż
GM-2F-D1.5 1.5 6 4 50 2 A ż
GM-2F-D2.0 266502A
ż
GM-2F-D2.5 2.5 6 8 50 2 A ż
GM-2F-D3.0 368502A
Ɣ
GM-2F-D3.5 3.5610502 A ż
GM-2F-D4.0 4 6 11 50 2 A Ɣ
GM-2F-D4.5 4.5611502 A Ɣ
GM-2F-D5.0 5 6 13 50 2 A Ɣ
GM-2F-D5.5 5.5616502 A ż
GM-2F-D6.0 6 6 16 50 2 B Ɣ
GM-2F-D7.0 7 8 20 60 2 A Ɣ
GM-2F-D8.0 8 8 20 60 2 B Ɣ
GM-2F-D9.0 9 102275 2 A ż
GM-2F-D10.0 10 10 25 75 2 B ż
GM-2F-D11.0 11 12 26 75 2 A ż
GM-2F-D12.0 12 12 30 75 2 B Ɣ
GM-2F-D14.0 14 14 32 75 2 B ż
GM-2F-D16.0 16 16 45 100 2 B ż
GM-2F-D18.0 18 18 45 100 2 B ż
GM-2F-D20.0 20 20 45 100 2 B ż
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
DDD
DVery suitable
DSuitable
Solid carbide milling GM series
B280
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
End mill long cutting edge Semi-finishing
GM-2FL
– Factory standard
– Centre cutting
– Helix angle 35°
L
d
H
D
10° A
L
D
d
HB
Dimensions [mm] Grade
Article D d (h6) H L Teeth Geometry KMG303
GM-2FL-D3.0 3 6 12 75 2 A ż
GM-2FL-D4.0 4 6 15 75 2 A ż
GM-2FL-D5.0 5 6 20 75 2 A ż
GM-2FL-D6.0 6 6 20 75 2 B ż
GM-2FL-D8.0 8 8 25 100 2 B ż
GM-2FL-D10.0 10 10 30 100 2 B ż
GM-2FL-D12.0 12 12 35 100 2 B ż
GM-2FL-D14.0 14 14 40 100 2 B ż
GM-2FL-D16.0 16 16 50 150 2 B ż
GM-2FL-D20.0 20 20 55 150 2 B ż
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
DDD
DVery suitable
DSuitable
GM series Solid carbide milling
B281
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
End mill Semi-finishing
GM-2EP
– Factory standard
– Centre cutting
– Helix angle 35°
L
D
H
d
d1
M
10°
Dimensions [mm] Grade
Article D d (h6) d1HML
Teeth KMG303
GM-2EP-D0.5-M04 0.5 4 0.45 0.7 4 50 2 Ɣ
GM-2EP-D0.5-M06 0.5 4 0.45 0.7 6 50 2 Ɣ
GM-2EP-D0.5-M08 0.5 4 0.45 0.7 8 50 2 Ɣ
GM-2EP-D0.8-M04 0.8 4 0.75 1.2 4 50 2 Ɣ
GM-2EP-D0.8-M06 0.8 4 0.75 1.2 6 50 2 Ɣ
GM-2EP-D0.8-M08 0.8 4 0.75 1.2 8 50 2 Ɣ
GM-2EP-D0.8-M10 0.8 4 0.75 1.2 10 50 2 Ɣ
GM-2EP-D1.0-M04 1 4 0.95 1.5 4 50 2 Ɣ
GM-2EP-D1.0-M06 1 4 0.95 1.5 6 50 2 Ɣ
GM-2EP-D1.0-M08 1 4 0.95 1.5 8 50 2 Ɣ
GM-2EP-D1.0-M10 1 4 0.95 1.5 10 50 2 Ɣ
GM-2EP-D1.0-M12 1 4 0.95 1.5 12 50 2 Ɣ
GM-2EP-D1.0-M14 1 4 0.95 1.5 14 50 2 Ɣ
GM-2EP-D1.2-M06 1.2 4 1.15 1.8 6 50 2 Ɣ
GM-2EP-D1.2-M08 1.2 4 1.15 1.8 8 50 2 Ɣ
GM-2EP-D1.2-M10 1.2 4 1.15 1.8 10 50 2 Ɣ
GM-2EP-D1.2-M12 1.2 4 1.15 1.8 12 50 2 ż
GM-2EP-D1.5-M06 1.5 4 1.45 2.3 6 50 2 Ɣ
GM-2EP-D1.5-M08 1.5 4 1.45 2.3 8 50 2 Ɣ
GM-2EP-D1.5-M10 1.5 4 1.45 2.3 10 50 2 Ɣ
GM-2EP-D1.5-M12 1.5 4 1.45 2.3 12 50 2 Ɣ
GM-2EP-D1.5-M14 1.5 4 1.45 2.3 14 50 2 Ɣ
GM-2EP-D2.0-M06 2 4 1.95 3 6 50 2 Ɣ
GM-2EP-D2.0-M08 2 4 1.95 3 8 50 2 Ɣ
GM-2EP-D2.0-M10 2 4 1.95 3 10 50 2 Ɣ
GM-2EP-D2.0-M12 2 4 1.95 3 12 50 2 Ɣ
GM-2EP-D2.0-M14 2 4 1.95 3 14 50 2 Ɣ
GM-2EP-D2.0-M16 2 4 1.95 3 16 50 2 Ɣ
GM-2EP-D2.5-M08 2.5 4 2.4 3.7 8 50 2 Ɣ
GM-2EP-D2.5-M10 2.5 4 2.4 3.7 10 50 2 Ɣ
GM-2EP-D2.5-M12 2.5 4 2.4 3.7 12 50 2 Ɣ
GM-2EP-D2.5-M14 2.5 4 2.4 3.7 14 50 2 Ɣ
GM-2EP-D2.5-M16 2.5 4 2.4 3.7 16 60 2 Ɣ
GM-2EP-D2.5-M18 2.5 4 2.4 3.7 18 60 2 Ɣ
GM-2EP-D2.5-M20 2.5 4 2.4 3.7 20 60 2 Ɣ
GM-2EP-D3.0-M06 3 6 2.85 4.5 6 50 2 Ɣ
GM-2EP-D3.0-M08 3 6 2.85 4.5 8 50 2 Ɣ
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
DDD
DVery suitable
DSuitable
Solid carbide milling GM series
B282
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
End mill Semi-finishing
GM-2EP
– Factory standard
– Centre cutting
– Helix angle 35°
L
D
H
d
d1
M
10°
Dimensions [mm] Grade
Article D d (h6) d1HML
Teeth KMG303
GM-2EP-D3.0-M10 3 6 2.85 4.5 10 50 2 Ɣ
GM-2EP-D3.0-M12 3 6 2.85 4.5 12 50 2 Ɣ
GM-2EP-D3.0-M14 3 6 2.85 4.5 14 60 2 Ɣ
GM-2EP-D3.0-M16 3 6 2.85 4.5 16 60 2 Ɣ
GM-2EP-D3.0-M18 3 6 2.85 4.5 18 60 2 Ɣ
GM-2EP-D3.0-M20 3 6 2.85 4.5 20 60 2 Ɣ
GM-2EP-D4.0-M12 4 6 3.85 6 12 50 2 Ɣ
GM-2EP-D4.0-M14 4 6 3.85 6 14 60 2 Ɣ
GM-2EP-D4.0-M16 4 6 3.85 6 16 60 2 Ɣ
GM-2EP-D4.0-M20 4 6 3.85 6 20 60 2 Ɣ
GM-2EP-D4.0-M25 4 6 3.85 6 25 60 2 Ɣ
GM-2EP-D5.0-M16 5 6 4.85 7.5 16 60 2 Ɣ
GM-2EP-D5.0-M25 5 6 4.85 7.5 25 70 2 Ɣ
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
DDD
DVery suitable
DSuitable
GM series Solid carbide milling
B283
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
End mill Semi-finishing
GM-2ES
– Factory standard
– Centre cutting
– Helix angle 35°
L
D
H
d
10°
Dimensions [mm] Grade
Article D d (h6) H L Teeth KMG303
GM-2ES-D0.3 0.3 4 0.6 50 2 Ɣ
GM-2ES-D0.4 0.4 4 0.8 50 2 Ɣ
GM-2ES-D0.5 0.5 4 1 50 2 Ɣ
GM-2ES-D0.6 0.6 4 1.2 50 2 Ɣ
GM-2ES-D0.7 0.7 4 1.4 50 2 Ɣ
GM-2ES-D0.8 0.8 4 1.6 50 2 Ɣ
GM-2ES-D0.9 0.9 4 1.8 50 2 Ɣ
GM-2ES-D1.0 142502Ɣ
GM-2ES-D1.1 1.1 4 2 50 2 Ɣ
GM-2ES-D1.2 1.2 4 2.5 50 2 Ɣ
GM-2ES-D1.3 1.3 4 2.5 50 2 Ɣ
GM-2ES-D1.4 1.4 4 3 50 2 Ɣ
GM-2ES-D1.5 1.5 4 3 50 2 Ɣ
GM-2ES-D1.6 1.6 4 3.5 50 2 Ɣ
GM-2ES-D1.7 1.7 4 3.5 50 2 Ɣ
GM-2ES-D1.8 1.8 4 4 50 2 Ɣ
GM-2ES-D1.9 1.9 4 4 50 2 Ɣ
GM-2ES-D2.0 244502Ɣ
GM-2ES-D2.1 2.1 4 4 50 2 Ɣ
GM-2ES-D2.2 2.2 4 4.5 50 2 Ɣ
GM-2ES-D2.3 2.3 4 4.5 50 2 Ɣ
GM-2ES-D2.4 2.4 4 5 50 2 Ɣ
GM-2ES-D2.5 2.5 4 5 50 2 Ɣ
GM-2ES-D2.6 2.6 4 5 50 2 Ɣ
GM-2ES-D2.7 2.7 4 5.5 50 2 Ɣ
GM-2ES-D2.8 2.8 4 5.5 50 2 Ɣ
GM-2ES-D2.9 2.9 4 6 50 2 Ɣ
GM-2ES-D3.0 346502Ɣ
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
DDD
DVery suitable
DSuitable
Solid carbide milling GM series
B284
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
End mill Semi-finishing
GM-3E
– Factory standard
– Centre cutting
– Helix angle 45°
d
L
10° H
D
A
d
LH
D
B
Dimensions [mm] Grade
Article D d (h6) H L Teeth Geometry KMG303
GM-3E-D1.0S 143503A
ż
GM-3E-D1.5S 1.5 4 4 50 3 A ż
GM-3E-D2.0S 246503A
ż
GM-3E-D2.5S 2.5 4 8 50 3 A ż
GM-3E-D3.0S 348503A
ż
GM-3E-D4.0S 4 4 11 50 3 B ż
GM-3E-D1.0 163503A
ż
GM-3E-D1.5 1.5 6 4 50 3 A ż
GM-3E-D2.0 266503A
ż
GM-3E-D2.5 2.5 6 8 50 3 A ż
GM-3E-D3.0 368503A
ż
GM-3E-D3.5 3.5610503 A ż
GM-3E-D4.0 4 6 11 50 3 A ż
GM-3E-D4.5 4.5 6 11 50 3 A ż
GM-3E-D5.0 5 6 13 50 3 A ż
GM-3E-D5.5 5.5616503 A ż
GM-3E-D6.0 6 6 16 50 3 B ż
GM-3E-D7.0 7 8 20 60 3 A ż
GM-3E-D8.0 8 8 20 60 3 B ż
GM-3E-D9.0 9 102275 3 A ż
GM-3E-D10.0 10 10 25 75 3 B ż
GM-3E-D11.0 11 12 26 75 3 A ż
GM-3E-D12.0 12 12 30 75 3 B ż
GM-3E-D14.0 14 14 32 75 3 B ż
GM-3E-D16.0 16 16 45 100 3 B ż
GM-3E-D18.0 18 18 45 100 3 B ż
GM-3E-D20.0 20 20 45 100 3 B ż
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
DDD
DVery suitable
DSuitable
GM series Solid carbide milling
B285
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
End mill long cutting edge Semi-finishing
GM-3EL
– Factory standard
– Centre cutting
– Helix angle 45°
d
L
10° H
D
A
d
LH
D
B
Dimensions [mm] Grade
Article D d (h6) H L Teeth Geometry KMG303
GM-3EL-D3.0 3 6 12 75 3 A Ɣ
GM-3EL-D4.0 4 6 15 75 3 A Ɣ
GM-3EL-D5.0 5 6 20 75 3 A Ɣ
GM-3EL-D6.0 6 6 20 75 3 B Ɣ
GM-3EL-D8.0 8 8 25 100 3 B Ɣ
GM-3EL-D10.0 10 10 30 100 3 B Ɣ
GM-3EL-D12.0 12 12 35 100 3 B Ɣ
GM-3EL-D14.0 14 14 40 100 3 B Ɣ
GM-3EL-D16.0 16 16 50 150 3 B Ɣ
GM-3EL-D20.0 20 20 55 150 3 B Ɣ
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
DDD
DVery suitable
DSuitable
Solid carbide milling GM series
B286
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
End mill Semi-finishing
5501R303GM
Type of shank DIN 6535HA
– Centre cutting
– Helix angle 30°
L
H
D
d
K
CH
CHW
Dimensions [mm] Grade
Article D d (h6) H L KCH CHW Teeth KMG303 YK30F
5501R303GM-0300 36450003
Ɣż
5501R303GM-0400 46554003
Ɣż
5501R303GM-0500 56654003
Ɣż
5501R303GM-0600 6 6 7 54 45 0.1 3 Ɣż
5501R303GM-0800 8 8 9 58 45 0.1 3 Ɣż
5501R303GM-1000 10 10 11 66 45 0.1 3 Ɣż
5501R303GM-1200 12 12 12 73 45 0.1 3 Ɣż
5501R303GM-1400 14 14 14 75 45 0.15 3 Ɣż
5501R303GM-1600 16 16 16 82 45 0.15 3 Ɣż
5501R303GM-1800 18 18 18 84 45 0.15 3 Ɣż
5501R303GM-2000 20 20 20 92 45 0.15 3 Ɣż
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
DDD
DVery suitable
DSuitable
GM series Solid carbide milling
B287
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
End mill Semi-finishing
5601R303GM
Type of shank: DIN 6535HB
– Centre cutting
– Helix angle 30°
L
H
D
dKCH
CHW
Dimensions [mm] Grade
Article D d (h6) H L KCH CHW Teeth KMG303 YK30F
5601R303GM-0300 36450003
Ɣż
5601R303GM-0400 46554003
Ɣż
5601R303GM-0500 56654003
Ɣż
5601R303GM-0600 6 6 7 54 45 0.1 3 Ɣż
5601R303GM-0800 8 8 9 58 45 0.1 3 Ɣż
5601R303GM-1000 10 10 11 66 45 0.1 3 Ɣż
5601R303GM-1200 12 12 12 73 45 0.1 3 Ɣż
5601R303GM-1400 14 14 14 75 45 0.15 3 Ɣż
5601R303GM-1600 16 16 16 82 45 0.15 3 Ɣż
5601R303GM-1800 18 18 18 84 45 0.15 3 Ɣż
5601R303GM-2000 20 20 20 92 45 0.15 3 Ɣż
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
DDD
DVery suitable
DSuitable
Solid carbide milling GM series
B288
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
End mill long cutting edge Semi-finishing
5502R303GM
Type of shank DIN 6535HA
– Centre cutting
– Helix angle 30°
L
H
D
d
K
CH
CHW
Dimensions [mm] Grade
Article D d (h6) H L KCH CHW Teeth KMG303 YK30F
5502R303GM-0300 36757003
Ɣż
5502R303GM-0400 46857003
Ɣż
5502R303GM-0500 561057003
Ɣż
5502R303GM-0600 6 6 10 57 45 0.1 3 Ɣż
5502R303GM-0800 8 8 16 63 45 0.1 3 Ɣż
5502R303GM-1000 10 10 19 72 45 0.1 3 Ɣż
5502R303GM-1200 12 12 22 83 45 0.1 3 Ɣż
5502R303GM-1400 14 14 22 83 45 0.15 3 Ɣż
5502R303GM-1600 16 16 26 92 45 0.15 3 Ɣż
5502R303GM-1800 18 18 26 92 45 0.15 3 Ɣż
5502R303GM-2000 20 20 32 104 45 0.15 3 Ɣż
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
DDD
DVery suitable
DSuitable
GM series Solid carbide milling
B289
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
End mill long cutting edge Semi-finishing
5602R303GM
Type of shank: DIN 6535HB
– Centre cutting
– Helix angle 30°
L
H
D
dKCH
CHW
Dimensions [mm] Grade
Article D d (h6) H L KCH CHW Teeth KMG303 YK30F
5602R303GM-0300 36757003
Ɣż
5602R303GM-0400 46857003
Ɣż
5602R303GM-0500 561057003
Ɣż
5602R303GM-0600 6 6 10 57 45 0.1 3 Ɣż
5602R303GM-0800 8 8 16 63 45 0.1 3 Ɣż
5602R303GM-1000 10 10 19 72 45 0.1 3 Ɣż
5602R303GM-1200 12 12 22 83 45 0.1 3 Ɣż
5602R303GM-1400 14 14 22 83 45 0.15 3 Ɣż
5602R303GM-1600 16 16 26 92 45 0.15 3 Ɣż
5602R303GM-1800 18 18 26 92 45 0.15 3 Ɣż
5602R303GM-2000 20 20 32 104 45 0.15 3 Ɣż
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
DDD
DVery suitable
DSuitable
Solid carbide milling GM series
B290
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
End mill long cutting edge Semi-finishing
5502R453GM
Type of shank DIN 6535HA
– Centre cutting
– Helix angle 45°
L
H
D
d
K
CH
CHW
Dimensions [mm] Grade
Article D d (h6) H L KCH CHW Teeth KMG405
5502R453GM-0300 36757003
Ɣ
5502R453GM-0400 46857003
Ɣ
5502R453GM-0500 561057003
Ɣ
5502R453GM-0600 6 6 10 57 45 0.1 3 Ɣ
5502R453GM-0800 8 8 16 63 45 0.1 3 Ɣ
5502R453GM-1000 10 10 19 72 45 0.1 3 Ɣ
5502R453GM-1200 12 12 22 83 45 0.1 3 Ɣ
5502R453GM-1400 14 14 22 83 45 0.15 3 Ɣ
5502R453GM-1600 16 16 26 92 45 0.15 3 Ɣ
5502R453GM-1800 18 18 26 92 45 0.15 3 Ɣ
5502R453GM-2000 20 20 32 104 45 0.15 3 Ɣ
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
DDD
DVery suitable
DSuitable
GM series Solid carbide milling
B291
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
End mill long cutting edge Semi-finishing
5602R453GM
Type of shank: DIN 6535HB
– Centre cutting
– Helix angle 45°
L
H
D
dKCH
CHW
Dimensions [mm] Grade
Article D d (h6) H L KCH CHW Teeth KMG303 KMG405
5602R453GM-0300 36757003
ƔƔ
5602R453GM-0400 46857003
ƔƔ
5602R453GM-0500 561057003
ƔƔ
5602R453GM-0600 6 6 10 57 45 0.1 3 ƔƔ
5602R453GM-0800 8 8 16 63 45 0.1 3 ƔƔ
5602R453GM-1000 10 10 19 72 45 0.1 3 ƔƔ
5602R453GM-1200 12 12 22 83 45 0.1 3 ƔƔ
5602R453GM-1400 14 14 22 83 45 0.15 3 ƔƔ
5602R453GM-1600 16 16 26 92 45 0.15 3 ƔƔ
5602R453GM-1800 18 18 26 92 45 0.15 3 ƔƔ
5602R453GM-2000 20 20 32 104 45 0.15 3 ƔƔ
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
DDD
DVery suitable
DSuitable
Solid carbide milling GM series
B292
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
End mill Semi-finishing
GM-4F-G
– Factory standard
– Centre cutting
– Helix angle 30°
d
L
10° H
D
A
d
LH
D
B
Dimensions [mm] Grade
Article D d (h6) H L Teeth Geometry KMG303
GM-4F-D2.0S-G 246504A
ż
GM-4F-D4.0S-G 4 4 11 50 4 B ż
GM-4F-D1.0-G 163504A
ż
GM-4F-D1.5-G 1.5 6 4 50 4 A ż
GM-4F-D2.0-G 266504A
ż
GM-4F-D2.5-G 2.5 6 8 50 4 A ż
GM-4F-D3.0-G 368504A
ż
GM-4F-D3.5-G 3.5610504 Aż
GM-4F-D4.0-G 4 6 11 50 4 A ż
GM-4F-D4.5-G 4.5611504 Aż
GM-4F-D5.0-G 5 6 13 50 4 A ż
GM-4F-D5.5-G 5.5616504 Aż
GM-4F-D6.0-G 6 6 16 50 4 B ż
GM-4F-D7.0-G 7 8 20 60 4 A ż
GM-4F-D8.0-G 8 8 20 60 4 B ż
GM-4F-D9.0-G 9 102275 4 A ż
GM-4F-D10.0-G 10 10 25 75 4 B ż
GM-4F-D11.0-G 11 12 26 75 4 A ż
GM-4F-D12.0-G 12 12 30 75 4 B ż
GM-4F-D14.0-G 14 14 32 75 4 B ż
GM-4F-D16.0-G 16 16 45 100 4 B ż
GM-4F-D18.0-G 18 18 45 100 4 B ż
GM-4F-D20.0-G 20 20 45 100 4 B ż
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
DDD
DVery suitable
DSuitable
GM series Solid carbide milling
B293
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
End mill long cutting edge Semi-finishing
GM-4EL-G
– Factory standard
– Centre cutting
– Helix angle 30°
d
L
10° H
D
A
d
LH
D
B
Dimensions [mm] Grade
Article D d (h6) H L Teeth Geometry KMG303
GM-4EL-D3.0-G 3 6 12 75 4 A ż
GM-4EL-D4.0-G 4 6 15 75 4 A ż
GM-4EL-D5.0-G 5 6 20 75 4 A ż
GM-4EL-D6.0-G 6 6 20 75 4 B ż
GM-4EL-D8.0-G 8 8 25 100 4 B ż
GM-4EL-D10.0-G 10 10 30 100 4 B ż
GM-4EL-D12.0-G 12 12 35 100 4 B ż
GM-4EL-D14.0-G 14 14 40 100 4 B ż
GM-4EL-D16.0-G 16 16 50 150 4 B ż
GM-4EL-D20.0-G 20 20 55 150 4 B ż
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
DDD
DVery suitable
DSuitable
Solid carbide milling GM series
B294
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
End mill long cutting edge Semi-finishing
GM-4FL-G
– Factory standard
– Centre cutting
– Helix angle 30°
d
L
10° H
D
A
d
LH
D
B
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
DDD
DVery suitable
DSuitable
GM series Solid carbide milling
B295
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
Dimensions [mm] Grade
Article D d (h6) H L Teeth Geometry KMG303
GM-4FL-D3.0-G 3 6 12 75 4 A ż
GM-4FL-D4.0-G 4 6 15 75 4 A ż
GM-4FL-D5.0-G 5 6 20 75 4 A Ɣ
GM-4FL-D6.0-G 6 6 20 75 4 B Ɣ
GM-4FL-D8.0-G 8 8 25 100 4 B Ɣ
GM-4FL-D10.0-G 10 10 30 100 4 B Ɣ
GM-4FL-D12.0-G 12 12 35 100 4 B Ɣ
GM-4FL-D14.0-G 14 14 40 100 4 B ż
GM-4FL-D16.0-G 16 16 50 150 4 B ż
GM-4FL-D20.0-G 20 20 55 150 4 B ż
End mill extra long cutting edge Semi-finishing
GM-4EX-G
– Factory standard
– Centre cutting
– Helix angle 30°
d
L
10° H
D
A
d
LH
D
B
Dimensions [mm] Grade
Article D d (h6) H L Teeth Geometry KMG303
GM-4EX-D3.0-G 3 6 20 75 4 A Ɣ
GM-4EX-D4.0-G 4 6 25 75 4 A Ɣ
GM-4EX-D5.0-G 5 6 30 75 4 A Ɣ
GM-4EX-D6.0-G 6 6 30 75 4 B Ɣ
GM-4EX-D8.0-G 8 8 40 100 4 B Ɣ
GM-4EX-D10.0-G 10 10 50 110 4 B Ɣ
GM-4EX-D12.0-G 12 12 50 110 4 B Ɣ
GM-4EX-D16.0-G 16 16 70 150 4 B Ɣ
GM-4EX-D20.0-G 20 20 75 150 4 B Ɣ
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
DDD
DVery suitable
DSuitable
Solid carbide milling GM series
B296
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
End mill Semi-finishing
GM-4E
– Factory standard
– Centre cutting
– Helix angle 45°
L
D
H
10°
d
A
LH
D
d
B
Dimensions [mm] Grade
Article D d (h6) H L Teeth Geometry KMG303
GM-4E-D1.0S 143504A
Ɣ
GM-4E-D1.5S 1.5 4 4 50 4 A Ɣ
GM-4E-D2.0S 246504A
Ɣ
GM-4E-D2.5S 2.5 4 8 50 4 A Ɣ
GM-4E-D3.0S 348504A
Ɣ
GM-4E-D4.0S 4 4 11 50 4 B Ɣ
GM-4E-D1.0 163504A
Ɣ
GM-4E-D1.5 1.5 6 4 50 4 A Ɣ
GM-4E-D2.0 266504A
Ɣ
GM-4E-D2.5 2.5 6 8 50 4 A Ɣ
GM-4E-D3.0 368504A
Ɣ
GM-4E-D3.5 3.5610504 A Ɣ
GM-4E-D4.0 4 6 11 50 4 A Ɣ
GM-4E-D4.5 4.5 6 11 50 4 A Ɣ
GM-4E-D5.0 5 6 13 50 4 A Ɣ
GM-4E-D5.5 5.5616504 A Ɣ
GM-4E-D6.0 6 6 16 50 4 B Ɣ
GM-4E-D7.0 7 8 20 60 4 A Ɣ
GM-4E-D8.0 8 8 20 60 4 B Ɣ
GM-4E-D9.0 9 102275 4 A Ɣ
GM-4E-D10.0 10 10 25 75 4 B Ɣ
GM-4E-D11.0 11 12 26 75 4 A Ɣ
GM-4E-D12.0 12 12 30 75 4 B Ɣ
GM-4E-D14.0 14 14 32 75 4 B Ɣ
GM-4E-D16.0 16 16 45 100 4 B Ɣ
GM-4E-D18.0 18 18 45 100 4 B Ɣ
GM-4E-D20.0 20 20 45 100 4 B Ɣ
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
DDD
DVery suitable
DSuitable
GM series Solid carbide milling
B297
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
End mill Semi-finishing
GM-4E-G
– Factory standard
– Centre cutting
– Helix angle 30°
d
L
10° H
D
A
d
LH
D
B
Dimensions [mm] Grade
Article D d (h6) H L Teeth Geometry KMG303
GM-4E-D1.0S-G 143504A
Ɣ
GM-4E-D1.5S-G 1.5 4 4 50 4 A Ɣ
GM-4E-D2.0S-G 246504A
Ɣ
GM-4E-D2.5S-G 2.5 4 8 50 4 A Ɣ
GM-4E-D3.0S-G 348504A
Ɣ
GM-4E-D4.0S-G 4 4 11 50 4 B Ɣ
GM-4E-D1.0-G 163504A
Ɣ
GM-4E-D1.5-G 1.5 6 4 50 4 A Ɣ
GM-4E-D2.0-G 266504A
Ɣ
GM-4E-D2.5-G 2.5 6 8 50 4 A Ɣ
GM-4E-D3.0-G 368504A
Ɣ
GM-4E-D3.5-G 3.5610504 AƔ
GM-4E-D4.0-G 4 6 11 50 4 A Ɣ
GM-4E-D4.5-G 4.5611504 Aż
GM-4E-D5.0-G 5 6 13 50 4 A Ɣ
GM-4E-D5.5-G 5.5616504 AƔ
GM-4E-D6.0-G 6 6 16 50 4 B Ɣ
GM-4E-D7.0-G 7 8 20 60 4 A Ɣ
GM-4E-D8.0-G 8 8 20 60 4 B Ɣ
GM-4E-D9.0-G 9 102275 4 A Ɣ
GM-4E-D10.0-G 10 10 25 75 4 B Ɣ
GM-4E-D11.0-G 11 12 26 75 4 A Ɣ
GM-4E-D12.0-G 12 12 30 75 4 B Ɣ
GM-4E-D14.0-G 14 14 32 75 4 B Ɣ
GM-4E-D16.0-G 16 16 45 100 4 B Ɣ
GM-4E-D18.0-G 18 18 45 100 4 B Ɣ
GM-4E-D20.0-G 20 20 45 100 4 B Ɣ
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
DDD
DVery suitable
DSuitable
Solid carbide milling GM series
B298
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
End mill long cutting edge Semi-finishing
GM-4EL
– Factory standard
– Centre cutting
– Helix angle 45°
L
D
H
10°
d
A
LH
D
d
B
Dimensions [mm] Grade
Article D d (h6) H L Teeth Geometry KMG303
GM-4EL-D3.0 3 6 12 75 4 A Ɣ
GM-4EL-D4.0 4 6 15 75 4 A Ɣ
GM-4EL-D5.0 5 6 20 75 4 A Ɣ
GM-4EL-D6.0 6 6 20 75 4 B Ɣ
GM-4EL-D8.0 8 8 25 100 4 B Ɣ
GM-4EL-D10.0 10 10 30 100 4 B Ɣ
GM-4EL-D12.0 12 12 35 100 4 B Ɣ
GM-4EL-D14.0 14 14 40 100 4 B Ɣ
GM-4EL-D16.0 16 16 50 150 4 B Ɣ
GM-4EL-D20.0 20 20 55 150 4 B Ɣ
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
DDD
DVery suitable
DSuitable
GM series Solid carbide milling
B299
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
End mill short cutting edge Semi-finishing
GM-4EFP
– Factory standard
– Centre cutting
– Helix angle 45°
d
L
d1
H
M
D
Dimensions [mm] Grade
Article D d (h6) d1HML
Teeth KMG303
GM-4EFP-D6.0 6 65.8930754
ż
GM-4EFP-D8.0 8 8 7.8 12 40 100 4 ż
GM-4EFP-D10.0 10 10 9.6 15 50 100 4 ż
GM-4EFP-D12.0 12 12 11.5 18 50 100 4 ż
GM-4EFP-D16.0 16 16 15.5 24 50 150 4 ż
GM-4EFP-D20.0 20 20 19.5 30 60 150 4 ż
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
DDD
DVery suitable
DSuitable
Solid carbide milling GM series
B300
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
End mill Finishing
5501R304GF
Type of shank DIN 6535HA
– Centre cutting
– Helix angle 30°
L
H
D
d
K
CH
CHW
Dimensions [mm] Grade
Article D d (h6) H L KCH CHW Teeth KMG303 YK30F
5501R304GF-0300 36550004
Ɣż
5501R304GF-0400 46854004
Ɣż
5501R304GF-0500 56954004
Ɣż
5501R304GF-0600 6 6 10 54 45 0.1 4 Ɣż
5501R304GF-0800 8 8 12 58 45 0.1 4 Ɣż
5501R304GF-1000 10 10 14 66 45 0.1 4 Ɣż
5501R304GF-1200 12 12 16 73 45 0.1 4 Ɣż
5501R304GF-1400 14 14 18 75 45 0.15 4 Ɣż
5501R304GF-1600 16 16 22 82 45 0.15 4 Ɣż
5501R304GF-1800 18 18 24 84 45 0.15 4 Ɣż
5501R304GF-2000 20 20 26 92 45 0.15 4 Ɣż
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
DDD
DVery suitable
DSuitable
GM series Solid carbide milling
B301
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
End mill Finishing
5601R304GF
Type of shank: DIN 6535HB
– Centre cutting
– Helix angle 30°
L
H
D
dKCH
CHW
Dimensions [mm] Grade
Article D d (h6) H L KCH CHW Teeth KMG303 YK30F
5601R304GF-0300 36550004
Ɣż
5601R304GF-0400 46854004
Ɣż
5601R304GF-0500 56954004
Ɣż
5601R304GF-0600 6 6 10 54 45 0.1 4 Ɣż
5601R304GF-0800 8 8 12 58 45 0.1 4 Ɣż
5601R304GF-1000 10 10 14 66 45 0.1 4 Ɣż
5601R304GF-1200 12 12 16 73 45 0.1 4 ƔƔ
5601R304GF-1400 14 14 18 75 45 0.15 4 Ɣż
5601R304GF-1600 16 16 22 82 45 0.15 4 Ɣż
5601R304GF-1800 18 18 24 84 45 0.15 4 Ɣż
5601R304GF-2000 20 20 26 92 45 0.15 4 Ɣż
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
DDD
DVery suitable
DSuitable
Solid carbide milling GM series
B302
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
End mill long cutting edge Finishing
5502R304GF
Type of shank DIN 6535HA
– Centre cutting
– Helix angle 30°
L
H
D
d
K
CH
CHW
Dimensions [mm] Grade
Article D d (h6) H L KCH CHW Teeth KMG303 YK30F
5502R304GF-0300 36857004
Ɣż
5502R304GF-0400 461157004
Ɣż
5502R304GF-0500 561357004
Ɣż
5502R304GF-0600 6 6 13 57 45 0.1 4 Ɣż
5502R304GF-0800 8 8 19 63 45 0.1 4 Ɣż
5502R304GF-1000 10 10 22 72 45 0.1 4 Ɣż
5502R304GF-1200 12 12 26 83 45 0.1 4 Ɣż
5502R304GF-1400 14 14 26 83 45 0.15 4 Ɣż
5502R304GF-1600 16 16 32 92 45 0.15 4 Ɣż
5502R304GF-1800 18 18 32 92 45 0.15 4 Ɣż
5502R304GF-2000 20 20 38 104 45 0.15 4 Ɣż
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
DDD
DVery suitable
DSuitable
GM series Solid carbide milling
B303
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
End mill long cutting edge Finishing
5602R304GF
Type of shank: DIN 6535HB
– Centre cutting
– Helix angle 30°
L
H
D
dKCH
CHW
Dimensions [mm] Grade
Article D d (h6) H L KCH CHW Teeth KMG303 YK30F
5602R304GF-0300 36857004
Ɣż
5602R304GF-0400 461157004
Ɣż
5602R304GF-0500 561357004
Ɣż
5602R304GF-0600 6 6 13 57 45 0.1 4 Ɣż
5602R304GF-0800 8 8 19 63 45 0.1 4 Ɣż
5602R304GF-1000 10 10 22 72 45 0.1 4 Ɣż
5602R304GF-1200 12 12 26 83 45 0.1 4 Ɣż
5602R304GF-1400 14 14 26 83 45 0.15 4 Ɣż
5602R304GF-1600 16 16 32 92 45 0.15 4 Ɣż
5602R304GF-1800 18 18 32 92 45 0.15 4 Ɣż
5602R304GF-2000 20 20 38 104 45 0.15 4 Ɣż
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
DDD
DVery suitable
DSuitable
Solid carbide milling GM series
B304
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
End mill long cutting edge Semi-finishing
5508R454GM
Type of shank DIN 6535HA
– Centre cutting
– Helix angle 45°
L
H
D
d
K
CH
CHW
Dimensions [mm] Grade
Article D d (h6) H L KCH CHW Teeth KMG303 YK30F
5508R454GM-0300 33845004
Ɣż
5508R454GM-0400 441150004
Ɣż
5508R454GM-0500 551350004
Ɣż
5508R454GM-0600 6 6 13 57 45 0.1 4 Ɣż
5508R454GM-0800 8 8 19 63 45 0.1 4 Ɣż
5508R454GM-1000 10 10 22 72 45 0.1 4 Ɣż
5508R454GM-1200 12 12 26 83 45 0.1 4 Ɣż
5508R454GM-1400 14 14 26 83 45 0.15 4 Ɣż
5508R454GM-1600 16 16 32 92 45 0.15 4 Ɣż
5508R454GM-1800 18 18 32 92 45 0.15 4 Ɣż
5508R454GM-2000 20 20 38 104 45 0.15 4 Ɣż
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
DDD
DVery suitable
DSuitable
GM series Solid carbide milling
B305
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
End mill long cutting edge Semi-finishing
5602R454GM
Type of shank: DIN 6535HB
– Centre cutting
– Helix angle 45°
L
H
D
dKCH
CHW
Dimensions [mm] Grade
Article D d (h6) H L KCH CHW Teeth KMG303
5602R454GM-0300 36857004
Ɣ
5602R454GM-0400 461157004
Ɣ
5602R454GM-0500 561357004
Ɣ
5602R454GM-0600 6 6 13 57 45 0.1 4 Ɣ
5602R454GM-0800 8 8 19 63 45 0.1 4 Ɣ
5602R454GM-1000 10 10 22 72 45 0.1 4 Ɣ
5602R454GM-1200 12 12 26 83 45 0.1 4 Ɣ
5602R454GM-1400 14 14 26 83 45 0.15 4 Ɣ
5602R454GM-1600 16 16 32 92 45 0.15 4 Ɣ
5602R454GM-1800 18 18 32 92 45 0.15 4 Ɣ
5602R454GM-2000 20 20 38 104 45 0.15 4 Ɣ
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
DDD
DVery suitable
DSuitable
Solid carbide milling GM series
B306
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
Torus mill long cutting edge Finishing
5589R45MGF
Type of shank DIN 6535HA
– Helix angle 45°
LH
D
d
R
Dimensions [mm] Grade
Article D R d (h6) H L Teeth KMG405
5589R45MGFR02-0600 60.2619636 Ɣ
5589R45MGFR02-0800 80.2828726 Ɣ
5589R45MGFR02-1000 10 0.2 10 34 84 6 Ɣ
5589R45MGFR02-1200 12 0.2 12 40 97 6 Ɣ
5589R45MGFR03-1600 16 0.3 16 48 108 8 ż
5589R45MGFR03-2000 20 0.3 20 56 122 10 ż
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
DDD
DVery suitable
DSuitable
GM series Solid carbide milling
B307
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
End mill Semi-finishing
GM-6E
– Factory standard
– Non-centre cutting
– Helix angle 45°
L
D
H
d
Dimensions [mm] Grade
Article D d (h6) H L Teeth KMG303
GM-6E-D6.0 6 6 18 60 6 Ɣ
GM-6E-D8.0 8 8 20 60 6 Ɣ
GM-6E-D10.0 10 10 30 75 6 Ɣ
GM-6E-D12.0 12 12 32 75 6 Ɣ
GM-6E-D16.0 16 16 40 100 6 Ɣ
GM-6E-D20.0 20 20 45 100 6 Ɣ
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
DDD
DVery suitable
DSuitable
Solid carbide milling GM series
B308
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
End mill long cutting edge Semi-finishing
GM-6EL
– Factory standard
– Non-centre cutting
– Helix angle 45°
L
D
H
d
Dimensions [mm] Grade
Article D d (h6) H L Teeth KMG303
GM-6EL-D6.0 6 6 24 75 6 Ɣ
GM-6EL-D8.0 8 8 32 75 6 Ɣ
GM-6EL-D10.0 10 10 40 100 6 Ɣ
GM-6EL-D12.0 12 12 45 100 6 Ɣ
GM-6EL-D16.0 16 16 64 150 6 Ɣ
GM-6EL-D20.0 20 20 75 150 6 Ɣ
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
DDD
DVery suitable
DSuitable
GM series Solid carbide milling
B309
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
Ball nose cutter Finishing
5565R302GF
Type of shank DIN 6535HA
– Centre cutting
– Helix angle 30°
LMH
D
dd1
R
Dimensions [mm] Grade
Article D R d (h6) d1HML
Teeth KMG303
5565R302GF-0300 3 1.5 6 2.8 4 9 57 2 Ɣ
5565R302GF-0400 4263.7512572
Ɣ
5565R302GF-0500 5 2.5 6 4.6 6 15 57 2 Ɣ
5565R302GF-0600 6365.5720572
Ɣ
5565R302GF-0800 8487.4926632
Ɣ
5565R302GF-1000 10 5 10 9.2 11 31 72 2 Ɣ
5565R302GF-1200 12 6 12111237832
Ɣ
5565R302GF-1600 16 8 16151643922
Ɣ
5565R302GF-2000 20 10 20 19 20 50 104 2 Ɣ
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
DDD
DVery suitable
DSuitable
Solid carbide milling GM series
B310
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
Ball nose cutter Semi-finishing
5665R202GM
Type of shank: DIN 6535HB
– Centre cutting
– Helix angle 20°
LH
D
d
R
Dimensions [mm] Grade
Article D R d (h6) d1HL
Teeth KMG303
5665R202GM-0300 3 1.5 6 2.8 4 57 2 Ɣ
5665R202GM-0400 4 2 63.75572
Ɣ
5665R202GM-0500 5 2.5 6 4.6 6 57 2 Ɣ
5665R202GM-0600 6 3 65.57572
Ɣ
5665R202GM-0800 8 4 87.49632
Ɣ
5665R202GM-1000 10 5 10 9.2 11 72 2 Ɣ
5665R202GM-1200 12 6 12111283 2
Ɣ
5665R202GM-1600 16 8 16151692 2
Ɣ
5665R202GM-2000 20 10 20 19 20 104 2 Ɣ
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
DDD
DVery suitable
DSuitable
GM series Solid carbide milling
B311
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
Ball nose cutter long shank Finishing
5566R302GF
Type of shank DIN 6535HA
– Centre cutting
– Helix angle 30°
LMH
D
dd1
R
Dimensions [mm] Grade
Article D R d (h6) d1HML
Teeth KMG303
5566R302GF-0300 3 1.5 6 2.8 4 15 75 2 Ɣ
5566R302GF-0400 4263.7520752
Ɣ
5566R302GF-0500 5 2.5 6 4.6 6 25 80 2 Ɣ
5566R302GF-0600 6365.5730802
Ɣ
5566R302GF-0800 8487.4935902
Ɣ
5566R302GF-1000 10 5 10 9.2 11 40 100 2 Ɣ
5566R302GF-1200 12 6 121112501202
Ɣ
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
DDD
DVery suitable
DSuitable
Solid carbide milling GM series
B312
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
Ball nose cutter Semi-finishing
GM-2B
– Factory standard
– Centre cutting
– Helix angle 35°
RA
RB
Dimensions [mm] Grade
Article R D d (h6) H L Teeth Geometry KMG303
GM-2B-R0.5S 0.5 1 4 2 50 2 A Ɣ
GM-2B-R0.75S 0.75 1.5 4 3 50 2 A Ɣ
GM-2B-R1.0S 1244502A
Ɣ
GM-2B-R1.25S 1.25 2.5 4 5 50 2 A Ɣ
GM-2B-R1.5S 1.5 3 4 6 50 2 A Ɣ
GM-2B-R2.0S 2448502B
Ɣ
GM-2B-R0.5 0.5 1 6 2 50 2 A ż
GM-2B-R0.75 0.75 1.5 6 3 50 2 A ż
GM-2B-R1.0 1264502A
Ɣ
GM-2B-R1.25 1.25 2.5 6 5 50 2 A ż
GM-2B-R1.5 1.5 3 6 6 50 2 A Ɣ
GM-2B-R1.75 1.75 3.5 6 8 50 2 A ż
GM-2B-R2.0 2468502A
Ɣ
GM-2B-R2.5 2.5 5 6 10 50 2 A Ɣ
GM-2B-R2.75 2.75 5.5 6 12 50 2 A ż
GM-2B-R3.0 3 6 6 12 50 2 B Ɣ
GM-2B-R3.5 3.5 7 8 14 60 2 A ż
GM-2B-R4.0 4 8 8 16 60 2 B Ɣ
GM-2B-R4.5 4.5 9 101875 2 A
ż
GM-2B-R5.0 5 10102075 2 B
Ɣ
GM-2B-R6.0 6 12122475 2 B
Ɣ
GM-2B-R7.0 7 14142875 2 B
Ɣ
GM-2B-R8.0 8 1616321002 B
Ɣ
GM-2B-R10.0 10 20 20 40 100 2 B Ɣ
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
DDD
DVery suitable
DSuitable
GM series Solid carbide milling
B313
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
Ball nose cutter long shank Semi-finishing
GM-2BL
– Factory standard
– Centre cutting
– Helix angle 35°
RA
RB
Dimensions [mm] Grade
Article R D d (h6) H L Teeth Geometry KMG303
GM-2BL-R1.0 1264752A
Ɣ
GM-2BL-R1.25 1.25 2.5 6 5 75 2 A Ɣ
GM-2BL-R1.5 1.5 3 6 6 75 2 A Ɣ
GM-2BL-R1.75 1.75 3.5 6 8 75 2 A Ɣ
GM-2BL-R2.0 2468752A
Ɣ
GM-2BL-R2.5 2.5 5 6 10 75 2 A Ɣ
GM-2BL-R2.75 2.75 5.5 6 12 75 2 A Ɣ
GM-2BL-R3.0 36612752B
Ɣ
GM-2BL-R3.5 3.5 7 8 14 75 2 A Ɣ
GM-2BL-R4.0 4 8 8 16 100 2 B Ɣ
GM-2BL-R4.5 4.5 9 10 18 100 2 A Ɣ
GM-2BL-R5.0 5 1010201002 B
Ɣ
GM-2BL-R6.0 6 1212241002 B
Ɣ
GM-2BL-R7.0 7 1414281002 B
Ɣ
GM-2BL-R8.0 8 1616321502 B
Ɣ
GM-2BL-R10.0 10 20 20 40 150 2 B Ɣ
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
DDD
DVery suitable
DSuitable
Solid carbide milling GM series
B314
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
Ball nose cutter short cutting edge Semi-finishing
GM-2BFP
– Factory standard
– Centre cutting
– Helix angle 35°
d
L
10° H
M
d1
D
RA
d
L
H
M
d1
D
RB
Dimensions [mm] Grade
Article R D d (h6) d1HML
Teeth Geometry KMG303
GM-2BFP-R0.5 0.5 1 6 0.95 1 2.5 75 2 A ż
GM-2BFP-R0.75 0.75 1.5 6 1.45 1 3 75 2 A ż
GM-2BFP-R1.0 1 2 6 1.95 2 4 75 2 A Ɣ
GM-2BFP-R1.5 1.5 3 6 2.85 3 6 75 2 A ż
GM-2BFP-R2.0 2 4 6 3.85 4 8 75 2 A ż
GM-2BFP-R2.5 2.5 5 6 4.85 5 10 75 2 A ż
GM-2BFP-R3.0 3 6 6 5.8 6 12 75 2 B ż
GM-2BFP-R4.0 4 8 8 7.8 8 16 100 2 B ż
GM-2BFP-R5.0 5 10 10 9.6 10 20 100 2 B ż
GM-2BFP-R6.0 6 12 12 11.5 12 24 100 2 B ż
GM-2BFP-R8.0 8 16 16 15.5 16 32 150 2 B ż
GM-2BFP-R10.0 10 20 20 19.5 20 40 150 2 B ż
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
DDD
DVery suitable
DSuitable
GM series Solid carbide milling
B315
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
Ball nose cutter Semi-finishing
GM-2BS
– Factory standard
– Centre cutting
– Helix angle 35°
L
D
H
d
10° R
Dimensions [mm] Grade
Article R D d (h6) H L Teeth KMG303
GM-2BS-R0.15 0.15 0.3 4 0.5 50 2 Ɣ
GM-2BS-R0.20 0.2 0.4 4 0.6 50 2 Ɣ
GM-2BS-R0.25 0.25 0.5 4 0.8 50 2 Ɣ
GM-2BS-R0.30 0.3 0.6 4 0.9 50 2 Ɣ
GM-2BS-R0.35 0.35 0.7 4 1 50 2 Ɣ
GM-2BS-R0.40 0.4 0.8 4 1.2 50 2 Ɣ
GM-2BS-R0.45 0.45 0.9 4 1.3 50 2 Ɣ
GM-2BS-R0.50 0.5 1 4 1.5 50 2 Ɣ
GM-2BS-R0.60 0.6 1.2 4 1.8 50 2 Ɣ
GM-2BS-R0.70 0.7 1.4 4 2 50 2 Ɣ
GM-2BS-R0.75 0.75 1.5 4 2.3 50 2 Ɣ
GM-2BS-R0.80 0.8 1.6 4 2.5 50 2 Ɣ
GM-2BS-R0.90 0.9 1.8 4 2.7 50 2 Ɣ
GM-2BS-R1.00 1243502Ɣ
GM-2BS-R1.25 1.25 2.5 4 3.7 50 2 Ɣ
GM-2BS-R1.50 1.5 3 4 4.5 50 2 Ɣ
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
DDD
DVery suitable
DSuitable
Solid carbide milling GM series
B316
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
Ball nose cutter Semi-finishing
GM-2BP
– Factory standard
– Centre cutting
– Helix angle 35°
d
L
10° H
M
d1
D
R
Dimensions [mm] Grade
Article R D d (h6) d1HML
Teeth KMG303
GM-2BP-R0.25-M04 0.25 0.5 4 0.45 0.7 4 50 2 Ɣ
GM-2BP-R0.25-M06 0.25 0.5 4 0.45 0.7 6 50 2 Ɣ
GM-2BP-R0.3-M04 0.3 0.6 4 0.55 0.9 4 50 2 Ɣ
GM-2BP-R0.3-M06 0.3 0.6 4 0.55 0.9 6 50 2 Ɣ
GM-2BP-R0.3-M08 0.3 0.6 4 0.55 0.9 8 50 2 Ɣ
GM-2BP-R0.4-M04 0.4 0.8 4 0.75 1.2 4 50 2 Ɣ
GM-2BP-R0.4-M06 0.4 0.8 4 0.75 1.2 6 50 2 Ɣ
GM-2BP-R0.4-M08 0.4 0.8 4 0.75 1.2 8 50 2 Ɣ
GM-2BP-R0.4-M10 0.4 0.8 4 0.75 1.2 10 50 2 Ɣ
GM-2BP-R0.5-M04 0.5 1 4 0.95 1.5 4 50 2 Ɣ
GM-2BP-R0.5-M06 0.5 1 4 0.95 1.5 6 50 2 Ɣ
GM-2BP-R0.5-M08 0.5 1 4 0.95 1.5 8 50 2 Ɣ
GM-2BP-R0.5-M10 0.5 1 4 0.95 1.5 10 50 2 Ɣ
GM-2BP-R0.5-M12 0.5 1 4 0.95 1.5 12 50 2 Ɣ
GM-2BP-R0.6-M06 0.6 1.2 4 1.15 1.8 6 50 2 Ɣ
GM-2BP-R0.6-M08 0.6 1.2 4 1.15 1.8 8 50 2 Ɣ
GM-2BP-R0.6-M12 0.6 1.2 4 1.15 1.8 12 50 2 Ɣ
GM-2BP-R0.6-M16 0.6 1.2 4 1.15 1.8 16 50 2 Ɣ
GM-2BP-R0.75-M08 0.75 1.5 4 1.45 2.3 8 50 2 Ɣ
GM-2BP-R0.75-M12 0.75 1.5 4 1.45 2.3 12 50 2 Ɣ
GM-2BP-R0.75-M16 0.75 1.5 4 1.45 2.3 16 50 2 Ɣ
GM-2BP-R1.0-M06 1 2 4 1.95 3 6 50 2 Ɣ
GM-2BP-R1.0-M08 1 2 4 1.95 3 8 50 2 Ɣ
GM-2BP-R1.0-M10 1 2 4 1.95 3 10 50 2 Ɣ
GM-2BP-R1.0-M12 1 2 4 1.95 3 12 50 2 Ɣ
GM-2BP-R1.0-M16 1 2 4 1.95 3 16 50 2 Ɣ
GM-2BP-R1.0-M20 1 2 4 1.95 3 20 50 2 Ɣ
GM-2BP-R1.25-M08 1.25 2.5 4 2.4 3.7 8 50 2 Ɣ
GM-2BP-R1.25-M12 1.25 2.5 4 2.4 3.7 12 50 2 Ɣ
GM-2BP-R1.25-M16 1.25 2.5 4 2.4 3.7 16 60 2 Ɣ
GM-2BP-R1.25-M20 1.25 2.5 4 2.4 3.7 20 60 2 Ɣ
GM-2BP-R1.5-M08 1.5 3 6 2.85 4.5 8 50 2 Ɣ
GM-2BP-R1.5-M10 1.5 3 6 2.85 4.5 10 50 2 Ɣ
GM-2BP-R1.5-M12 1.5 3 6 2.85 4.5 12 50 2 Ɣ
GM-2BP-R1.5-M16 1.5 3 6 2.85 4.5 16 60 2 Ɣ
GM-2BP-R1.5-M20 1.5 3 6 2.85 4.5 20 60 2 Ɣ
GM-2BP-R2.0-M10 2 4 6 3.85 6 10 60 2 Ɣ
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
DDD
DVery suitable
DSuitable
GM series Solid carbide milling
B317
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
Ball nose cutter Semi-finishing
GM-2BP
– Factory standard
– Centre cutting
– Helix angle 35°
d
L
10° H
M
d1
D
R
Dimensions [mm] Grade
Article R D d (h6) d1HML
Teeth KMG303
GM-2BP-R2.0-M16 2 4 6 3.85 6 16 60 2 Ɣ
GM-2BP-R2.0-M20 2 4 6 3.85 6 20 60 2 Ɣ
GM-2BP-R2.0-M25 2 4 6 3.85 6 25 60 2 Ɣ
GM-2BP-R2.5-M16 2.5 5 6 4.85 7.5 16 60 2 Ɣ
GM-2BP-R2.5-M25 2.5 5 6 4.85 7.5 25 70 2 Ɣ
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
DDD
DVery suitable
DSuitable
Solid carbide milling GM series
B318
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
Ball nose cutter Semi-finishing
GM-4B
– Factory standard
– Centre cutting
– Helix angle 35°
d
LH
D
10° RA
d
LH
D
RB
Dimensions [mm] Grade
Article R D d (h6) H L Teeth Geometry KMG303
GM-4B-R1.5 1.5 3 6 6 50 4 A Ɣ
GM-4B-R2.0 2468504A
Ɣ
GM-4B-R2.5 2.5 5 6 10 50 4 A Ɣ
GM-4B-R3.0 3 6 6 12 50 4 B Ɣ
GM-4B-R4.0 4 8 8 16 60 4 B Ɣ
GM-4B-R5.0 5 10102075 4 B
Ɣ
GM-4B-R6.0 6 12122475 4 B
Ɣ
GM-4B-R7.0 7 14142875 4 B
Ɣ
GM-4B-R8.0 8 1616321004 B
Ɣ
GM-4B-R9.0 9 1818361004 B
Ɣ
GM-4B-R10.0 10 20 20 40 100 4 B Ɣ
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
DDD
DVery suitable
DSuitable
GM series Solid carbide milling
B319
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
Ball nose cutter long shank Semi-finishing
GM-4BL
– Factory standard
– Centre cutting
– Helix angle 35°
d
LH
D
10° RA
d
LH
D
RB
Dimensions [mm] Grade
Article R D d (h6) H L Teeth Geometry KMG303
GM-4BL-R1.5 1.5 3 6 6 75 4 A ż
GM-4BL-R2.0 2468754A
ż
GM-4BL-R2.5 2.5 5 6 10 75 4 A ż
GM-4BL-R3.0 36612754B
ż
GM-4BL-R4.0 4 8 8 16 100 4 B ż
GM-4BL-R5.0 5 1010201004 B
ż
GM-4BL-R6.0 6 1212241004 B
ż
GM-4BL-R7.0 7 1414281004 B
ż
GM-4BL-R8.0 8 1616321504 B
ż
GM-4BL-R9.0 9 1818361504 B
ż
GM-4BL-R10.0 10 20 20 40 150 4 B ż
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
DDD
DVery suitable
DSuitable
Solid carbide milling GM series
B320
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
Torus mill Semi-finishing
GM-2R
– Factory standard
– Centre cutting
– Helix angle 35°
R
Dimensions [mm] Grade
Article R D d (h6) H L Teeth KMG303
GM-2R-D1.0R0.2 0.2 1 4 3 50 2 ż
GM-2R-D1.5R0.2 0.2 1.5 4 4 50 2 ż
GM-2R-D2.0R0.2 0.2 2 4 6 50 2 ż
GM-2R-D2.0R0.5 0.5 2 4 6 50 2 ż
GM-2R-D2.5R0.2 0.2 2.5 4 8 50 2 ż
GM-2R-D2.5R0.5 0.5 2.5 4 8 50 2 ż
GM-2R-D3.0R0.2 0.2 3 4 8 50 2 ż
GM-2R-D3.0R0.3 0.3 3 4 8 50 2 ż
GM-2R-D3.0R0.5 0.5 3 4 8 50 2 ż
GM-2R-D4.0R0.2 0.2 4 4 11 50 2 ż
GM-2R-D4.0R0.3 0.3 4 4 11 50 2 ż
GM-2R-D4.0R0.5 0.5 4 4 11 50 2 ż
GM-2R-D4.0R1.0 1 4 411502 ż
GM-2R-D5.0R0.3 0.3 5 6 13 50 2 ż
GM-2R-D5.0R0.5 0.5 5 6 13 50 2 ż
GM-2R-D5.0R1.0 1 5 6 13 50 2 ż
GM-2R-D6.0R0.3 0.3 6 6 16 50 2 ż
GM-2R-D6.0R0.5 0.5 6 6 16 50 2 ż
GM-2R-D6.0R1.0 1 6 6 16 50 2 ż
GM-2R-D8.0R0.3 0.3 8 8 20 60 2 ż
GM-2R-D8.0R0.5 0.5 8 8 20 60 2 ż
GM-2R-D8.0R1.0 1 8 8 20 60 2 ż
GM-2R-D10.0R0.5 0.5 10 10 25 75 2 ż
GM-2R-D10.0R1.0 1 10102575 2 ż
GM-2R-D10.0R1.5 1.5 10 10 25 75 2 Ɣ
GM-2R-D10.0R2.0 2 10102575 2 ż
GM-2R-D12.0R0.5 0.5 12 12 30 75 2 ż
GM-2R-D12.0R1.0 1 12123075 2 ż
GM-2R-D12.0R1.5 1.5 12 12 30 75 2 ż
GM-2R-D12.0R2.0 2 12123075 2 Ɣ
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
DDD
DVery suitable
DSuitable
GM series Solid carbide milling
B321
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
Torus mill Semi-finishing
GM-4R
– Factory standard
– Centre cutting
– Helix angle 35°
R
A
R
B
Dimensions [mm] Grade
Article R D d (h6) H L Teeth Geometry KMG303
GM-4R-D3.0R0.2 0.2 3 4 8 50 4 A Ɣ
GM-4R-D4.0R0.3 0.3 4 4 10 50 4 B ż
GM-4R-D4.0R0.5 0.5 4 4 10 50 4 B Ɣ
GM-4R-D5.0R0.5 0.5 5 6 13 50 4 A Ɣ
GM-4R-D5.0R1.0 15613504A
Ɣ
GM-4R-D6.0R0.5 0.5 6 6 16 50 4 B Ɣ
GM-4R-D6.0R1.0 16616504B
Ɣ
GM-4R-D8.0R0.5 0.5 8 8 20 60 4 B Ɣ
GM-4R-D8.0R1.0 18820604B
Ɣ
GM-4R-D10.0R0.5 0.5 10 10 25 75 4 B Ɣ
GM-4R-D10.0R1.0 1 10102575 4 B
Ɣ
GM-4R-D10.0R2.0 2 10102575 4 B
Ɣ
GM-4R-D10.0R3.0 3 10102575 4 B
Ɣ
GM-4R-D12.0R0.5 0.5 12 12 30 75 4 B Ɣ
GM-4R-D12.0R1.0 1 12123075 4 B
Ɣ
GM-4R-D12.0R2.0 2 12123075 4 B
Ɣ
GM-4R-D12.0R3.0 3 12123075 4 B
Ɣ
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
DDD
DVery suitable
DSuitable
Solid carbide milling GM series
B322
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
Torus mill long shank Semi-finishing
GM-4RL
– Factory standard
– Centre cutting
– Helix angle 35°
d
L
H
D
R
Dimensions [mm] Grade
Article R D d (h6) H L Teeth KMG303
GM-4RL-D6.0R0.5 0.5 6 6 16 75 4 Ɣ
GM-4RL-D6.0R1.0 1 6 6 16 75 4 Ɣ
GM-4RL-D8.0R0.5 0.5 8 8 20 100 4 Ɣ
GM-4RL-D8.0R1.0 1 8 8 20 100 4 Ɣ
GM-4RL-D10.0R0.5 0.5 10 10 25 100 4 Ɣ
GM-4RL-D10.0R1.0 1 1010251004 Ɣ
GM-4RL-D10.0R2.0 2 1010251004 Ɣ
GM-4RL-D12.0R0.5 0.5 12 12 30 100 4 ż
GM-4RL-D12.0R1.0 1 1212301004 Ɣ
GM-4RL-D12.0R2.0 2 1212301004 Ɣ
GM-4RL-D16.0R1.0 1 1616451504 Ɣ
GM-4RL-D16.0R2.0 2 1616451504 Ɣ
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
DDD
DVery suitable
DSuitable
GM series Solid carbide milling
B323
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
End mill long cutting edge General roughing
5602R303GR
Type of shank: DIN 6535HB
– Centre cutting
– Helix angle 30°
L
H
D
dKCH
CHW
Dimensions [mm] Grade
Article D d (h6) H L KCH CHW Teeth KMG303
5602R303GR-0600 6 6 13 57 45 0.25 3 Ɣ
5602R303GR-0800 8 8 19 63 45 0.25 3 Ɣ
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
DDD
DVery suitable
DSuitable
Solid carbide milling GM series
B324
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
End mill long cutting edge General roughing
5602R304GR
Type of shank: DIN 6535HB
– Centre cutting
– Helix angle 30°
L
H
D
d
K
CH
CHW
Dimensions [mm] Grade
Article D d (h6) H L KCH CHW Teeth KMG303
5602R304GR-1000 10 10 22 72 45 0.5 4 Ɣ
5602R304GR-1200 12 12 26 83 45 0.5 4 Ɣ
5602R304GR-1400 14 14 30 90 45 0.5 4 ż
5602R304GR-1600 16 16 32 92 45 0.5 4 Ɣ
5602R304GR-2000 20 20 38 104 45 0.5 4 Ɣ
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
DDD
DVery suitable
DSuitable
GM series Solid carbide milling
B325
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
End mill long cutting edge General roughing
5602R305GR
Type of shank: DIN 6535HB
– Centre cutting
– Helix angle 30°
L
H
D
dKCH
CHW
Dimensions [mm] Grade
Article D d (h6) H L KCH CHW Teeth KMG303
5602R305GR-2500 25 25 45 121 45 0.5 5 ż
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
DDD
DVery suitable
DSuitable
Solid carbide milling GM series
B326
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
End mill serrated teeth Semi-finishing
GM-4W
– Factory standard
– Centre cutting
– Helix angle 30°
L
D
d
10° HA
d
LH
D
B
Dimensions [mm] Grade
Article D d (h6) H L Teeth Geometry KMG405
GM-4W-D6.0 6 6 16 50 4 B Ɣ
GM-4W-D7.0 7 8 20 60 4 A Ɣ
GM-4W-D8.0 8 8 20 60 4 B Ɣ
GM-4W-D9.0 9 102275 4 A Ɣ
GM-4W-D10.0 10 10 25 75 4 B Ɣ
GM-4W-D11.0 11 12 26 75 4 A Ɣ
GM-4W-D12.0 12 12 30 75 4 B Ɣ
GM-4W-D16.0 16 16 45 100 4 B Ɣ
GM-4W-D20.0 20 20 45 100 4 B Ɣ
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
DDD
DVery suitable
DSuitable
GM series Solid carbide milling
B327
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
Solid carbide milling GM series
B328
Notes
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B
329
PM-4E PM-4B
PM-4H
PM-4R
PM-2R
PM-2BC
PM-6E
PM-2E PM-2B
30HRC 40HRC 50HRC 55HRC 68HRC
HM
PM
GM
PM
Application elds for machining of steel
very suitable suitable
For demanding applications
For machining of steel to max. 55 HRC and cast iron to heat-
resistant alloys.
Very solid cutting edge with high stiness for higher cutting
speeds and feed rates.
End mills, ball nose cutters, torus mills and high feed mills
Diameter range 3.0–20.0 mm
series
End mill High-performance machining
PM-2E
– Factory standard
– Centre cutting
– Helix angle 30°
L
d
H
D
10° A
L
D
H
d
B
Dimensions [mm] Grade
Article D d (h6) H L Teeth Geometry KMG405
PM-2E-D1.0S 143502A
Ɣ
PM-2E-D1.5S 1.5 4 4 50 2 A Ɣ
PM-2E-D2.0S 246502A
Ɣ
PM-2E-D2.5S 2.5 4 8 50 2 A Ɣ
PM-2E-D3.0S 348502A
Ɣ
PM-2E-D4.0S 4 4 11 50 2 B Ɣ
PM-2E-D1.0 163502A
Ɣ
PM-2E-D1.5 1.5 6 4 50 2 A Ɣ
PM-2E-D2.0 266502A
Ɣ
PM-2E-D2.5 2.5 6 8 50 2 A Ɣ
PM-2E-D3.0 368502A
Ɣ
PM-2E-D3.5 3.5610502 AƔ
PM-2E-D4.0 4 6 11 50 2 A Ɣ
PM-2E-D4.5 4.5611502 AƔ
PM-2E-D5.0 5 6 13 50 2 A Ɣ
PM-2E-D5.5 5.5616502 AƔ
PM-2E-D6.0 6 6 16 50 2 B Ɣ
PM-2E-D7.0 7 8 20 60 2 A Ɣ
PM-2E-D8.0 8 8 20 60 2 B Ɣ
PM-2E-D9.0 9 102275 2 A Ɣ
PM-2E-D10.0 10 10 25 75 2 B Ɣ
PM-2E-D11.0 11 12 26 75 2 A ż
PM-2E-D12.0 12 12 30 75 2 B Ɣ
PM-2E-D14.0 14 14 32 75 2 B Ɣ
PM-2E-D16.0 16 16 45 100 2 B Ɣ
PM-2E-D18.0 18 18 45 100 2 B ż
PM-2E-D20.0 20 20 45 100 2 B Ɣ
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
DDD D
DVery suitable
DSuitable
Solid carbide milling PM series
B330
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
End mill long cutting edge High-performance machining
PM-2EL
– Factory standard
– Centre cutting
– Helix angle 30°
L
d
H
D
10° A
L
D
H
d
B
Dimensions [mm] Grade
Article D d (h6) H L Teeth Geometry KMG405
PM-2EL-D3.0 3 6 12 75 2 A Ɣ
PM-2EL-D4.0 4 6 15 75 2 A Ɣ
PM-2EL-D5.0 5 6 20 75 2 A Ɣ
PM-2EL-D6.0 6 6 20 75 2 B Ɣ
PM-2EL-D8.0 8 8 25 100 2 B Ɣ
PM-2EL-D10.0 10 10 30 100 2 B Ɣ
PM-2EL-D12.0 12 12 35 100 2 B Ɣ
PM-2EL-D14.0 14 14 40 100 2 B ż
PM-2EL-D16.0 16 16 50 150 2 B Ɣ
PM-2EL-D20.0 20 20 55 150 2 B Ɣ
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
DDD D
DVery suitable
DSuitable
PM series Solid carbide milling
B331
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
End mill High-performance machining
PM-4E-G
– Factory standard
– Centre cutting
– Helix angle 30°
d
L
10° H
D
A
d
LH
D
B
Dimensions [mm] Grade
Article D d (h6) H L Teeth Geometry KMG405
PM-4E-D1.0S-G 143504A
Ɣ
PM-4E-D1.5S-G 1.5 4 4 50 4 A Ɣ
PM-4E-D2.0S-G 246504A
Ɣ
PM-4E-D2.5S-G 2.5 4 8 50 4 A Ɣ
PM-4E-D3.0S-G 348504A
Ɣ
PM-4E-D4.0S-G 4 4 11 50 4 B Ɣ
PM-4E-D1.0-G 163504A
Ɣ
PM-4E-D1.5-G 1.5 6 4 50 4 A Ɣ
PM-4E-D2.0-G 266504A
Ɣ
PM-4E-D2.5-G 2.5 6 8 50 4 A Ɣ
PM-4E-D3.0-G 368504A
Ɣ
PM-4E-D3.5-G 3.5610504 A Ɣ
PM-4E-D4.0-G 4 6 11 50 4 A Ɣ
PM-4E-D4.5-G 4.5611504 A Ɣ
PM-4E-D5.0-G 5 6 13 50 4 A Ɣ
PM-4E-D5.5-G 5.5616504 A Ɣ
PM-4E-D6.0-G 6 6 16 50 4 B Ɣ
PM-4E-D7.0-G 7 8 20 60 4 A Ɣ
PM-4E-D8.0-G 8 8 20 60 4 B Ɣ
PM-4E-D9.0-G 9 102275 4 A Ɣ
PM-4E-D10.0-G 10 10 25 75 4 B Ɣ
PM-4E-D11.0-G 11 12 26 75 4 A Ɣ
PM-4E-D12.0-G 12 12 30 75 4 B Ɣ
PM-4E-D14.0-G 14 14 32 75 4 B Ɣ
PM-4E-D16.0-G 16 16 45 100 4 B Ɣ
PM-4E-D18.0-G 18 18 45 100 4 B Ɣ
PM-4E-D20.0-G 20 20 45 100 4 B Ɣ
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
DDD D
DVery suitable
DSuitable
Solid carbide milling PM series
B332
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
End mill long cutting edge High-performance machining
PM-4EL-G
– Factory standard
– Centre cutting
– Helix angle 30°
d
L
10° H
D
A
d
LH
D
B
Dimensions [mm] Grade
Article D d (h6) H L Teeth Geometry KMG405
PM-4EL-D3.0-G 3 6 12 75 4 A ż
PM-4EL-D4.0-G 4 6 15 75 4 A ż
PM-4EL-D5.0-G 5 6 20 75 4 A ż
PM-4EL-D6.0-G 6 6 20 75 4 B ż
PM-4EL-D8.0-G 8 8 25 100 4 B ż
PM-4EL-D10.0-G 10 10 30 100 4 B ż
PM-4EL-D12.0-G 12 12 35 100 4 B ż
PM-4EL-D14.0-G 14 14 40 100 4 B ż
PM-4EL-D16.0-G 16 16 50 150 4 B ż
PM-4EL-D20.0-G 20 20 55 150 4 B ż
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
DDD D
DVery suitable
DSuitable
PM series Solid carbide milling
B333
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
End mill extra long cutting edge High-performance machining
PM-4EX-G
– Factory standard
– Centre cutting
– Helix angle 30°
d
L
10° H
D
A
d
LH
D
B
Dimensions [mm] Grade
Article D d (h6) H L Teeth Geometry KMG405
PM-4EX-D3.0-G 3 6 20 75 4 A Ɣ
PM-4EX-D4.0-G 4 6 25 75 4 A Ɣ
PM-4EX-D5.0-G 5 6 30 75 4 A Ɣ
PM-4EX-D6.0-G 6 6 30 75 4 B Ɣ
PM-4EX-D8.0-G 8 8 40 100 4 B Ɣ
PM-4EX-D10.0-G 10 10 50 110 4 B Ɣ
PM-4EX-D12.0-G 12 12 50 110 4 B Ɣ
PM-4EX-D16.0-G 16 16 70 150 4 B Ɣ
PM-4EX-D20.0-G 20 20 75 150 4 B Ɣ
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
DDD D
DVery suitable
DSuitable
Solid carbide milling PM series
B334
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
End mill High-performance machining
PM-4E
– Factory standard
– Centre cutting
– Helix angle 45°
L
D
H
10°
d
A
L
H
D
d
B
Dimensions [mm] Grade
Article D d (h6) H L Teeth Geometry KMG405
PM-4E-D1.0S 143504A
Ɣ
PM-4E-D1.5S 1.5 4 4 50 4 A Ɣ
PM-4E-D2.0S 246504A
Ɣ
PM-4E-D2.5S 2.5 4 8 50 4 A Ɣ
PM-4E-D3.0S 348504A
Ɣ
PM-4E-D4.0S 4 4 11 50 4 B Ɣ
PM-4E-D1.0 163504A
Ɣ
PM-4E-D1.5 1.5 6 4 50 4 A Ɣ
PM-4E-D2.0 266504A
Ɣ
PM-4E-D2.5 2.5 6 8 50 4 A Ɣ
PM-4E-D3.0 368504A
Ɣ
PM-4E-D3.5 3.5610504 AƔ
PM-4E-D4.0 4 6 11 50 4 A Ɣ
PM-4E-D4.5 4.5 6 11 50 4 A Ɣ
PM-4E-D5.0 5 6 13 50 4 A Ɣ
PM-4E-D5.5 5.5616504 AƔ
PM-4E-D6.0 6 6 16 50 4 B Ɣ
PM-4E-D7.0 7 8 20 60 4 A Ɣ
PM-4E-D8.0 8 8 20 60 4 B Ɣ
PM-4E-D9.0 9 102275 4 A Ɣ
PM-4E-D10.0 10 10 25 75 4 B Ɣ
PM-4E-D11.0 11 12 26 75 4 A Ɣ
PM-4E-D12.0 12 12 30 75 4 B Ɣ
PM-4E-D14.0 14 14 32 75 4 B Ɣ
PM-4E-D16.0 16 16 45 100 4 B Ɣ
PM-4E-D18.0 18 18 45 100 4 B Ɣ
PM-4E-D20.0 20 20 45 100 4 B Ɣ
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
DDD D
DVery suitable
DSuitable
PM series Solid carbide milling
B335
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
End mill long cutting edge High-performance machining
PM-4EL
– Factory standard
– Centre cutting
– Helix angle 45°
L
D
H
10°
d
A
L
H
D
d
B
Dimensions [mm] Grade
Article D d (h6) H L Teeth Geometry KMG405
PM-4EL-D3.0 3 6 12 75 4 A Ɣ
PM-4EL-D4.0 4 6 15 75 4 A Ɣ
PM-4EL-D5.0 5 6 20 75 4 A Ɣ
PM-4EL-D6.0 6 6 20 75 4 B Ɣ
PM-4EL-D8.0 8 8 25 100 4 B Ɣ
PM-4EL-D10.0 10 10 30 100 4 B Ɣ
PM-4EL-D12.0 12 12 35 100 4 B Ɣ
PM-4EL-D14.0 14 14 40 100 4 B Ɣ
PM-4EL-D16.0 16 16 50 150 4 B Ɣ
PM-4EL-D20.0 20 20 55 150 4 B Ɣ
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
DDD D
DVery suitable
DSuitable
Solid carbide milling PM series
B336
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
End mill High-performance machining
PM-6E
– Factory standard
– Non-centre cutting
– Helix angle 45°
L
D
H
d
Dimensions [mm] Grade
Article D d (h6) H L Teeth KMG405
PM-6E-D6.0 6 6 18 60 6 Ɣ
PM-6E-D8.0 8 8 20 60 6 Ɣ
PM-6E-D10.0 10 10 30 75 6 Ɣ
PM-6E-D12.0 12 12 32 75 6 Ɣ
PM-6E-D16.0 16 16 40 100 6 Ɣ
PM-6E-D20.0 20 20 45 100 6 Ɣ
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
DDD D
DVery suitable
DSuitable
PM series Solid carbide milling
B337
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
End mill long cutting edge High-performance machining
PM-6EL
– Factory standard
– Non-centre cutting
– Helix angle 45°
L
D
H
d
Dimensions [mm] Grade
Article D d (h6) H L Teeth KMG405
PM-6EL-D6.0 6 6 24 75 6 Ɣ
PM-6EL-D8.0 8 8 32 75 6 Ɣ
PM-6EL-D10.0 10 10 40 100 6 Ɣ
PM-6EL-D12.0 12 12 45 100 6 Ɣ
PM-6EL-D16.0 16 16 64 150 6 Ɣ
PM-6EL-D20.0 20 20 75 150 6 Ɣ
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
DDD D
DVery suitable
DSuitable
Solid carbide milling PM series
B338
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
Ball nose cutter High-performance machining
PM-2B
– Factory standard
– Centre cutting
– Helix angle 30°
RA
RB
Dimensions [mm] Grade
Article R D d (h6) H L Teeth Geometry KMG405
PM-2B-R0.5S 0.5 1 4 2 50 2 A Ɣ
PM-2B-R0.75S 0.75 1.5 4 3 50 2 A Ɣ
PM-2B-R1.0S 1244502A
Ɣ
PM-2B-R1.25S 1.25 2.5 4 5 50 2 A Ɣ
PM-2B-R1.5S 1.5 3 4 6 50 2 A Ɣ
PM-2B-R2.0S 2448502B
Ɣ
PM-2B-R0.5 0.5 1 6 2 50 2 A Ɣ
PM-2B-R0.75 0.75 1.5 6 3 50 2 A Ɣ
PM-2B-R1.0 1264502A
Ɣ
PM-2B-R1.25 1.25 2.5 6 5 50 2 A Ɣ
PM-2B-R1.5 1.5 3 6 6 50 2 A Ɣ
PM-2B-R1.75 1.75 3.5 6 8 50 2 A Ɣ
PM-2B-R2.0 2468502A
Ɣ
PM-2B-R2.5 2.5 5 6 10 50 2 A Ɣ
PM-2B-R2.75 2.75 5.5 6 12 50 2 A Ɣ
PM-2B-R3.0 3 6 6 12 50 2 B Ɣ
PM-2B-R3.5 3.5 7 8 14 60 2 A Ɣ
PM-2B-R4.0 4 8 8 16 60 2 B Ɣ
PM-2B-R4.5 4.5 9 101875 2 A
Ɣ
PM-2B-R5.0 5 10102075 2 B
Ɣ
PM-2B-R6.0 6 12122475 2 B
Ɣ
PM-2B-R7.0 7 14142875 2 B
Ɣ
PM-2B-R8.0 8 1616321002 B
Ɣ
PM-2B-R10.0 10 20 20 40 100 2 B Ɣ
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
DDD D
DVery suitable
DSuitable
PM series Solid carbide milling
B339
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
Ball nose cutter long shank High-performance machining
PM-2BL
– Factory standard
– Centre cutting
– Helix angle 30°
A
B
Dimensions [mm] Grade
Article R D d (h6) H L Teeth Geometry KMG405
PM-2BL-R1.0 1264752A
Ɣ
PM-2BL-R1.25 1.25 2.5 6 5 75 2 A Ɣ
PM-2BL-R1.5 1.5 3 6 6 75 2 A Ɣ
PM-2BL-R1.75 1.75 3.5 6 8 75 2 A Ɣ
PM-2BL-R2.0 2468752A
Ɣ
PM-2BL-R2.5 2.5 5 6 10 75 2 A Ɣ
PM-2BL-R2.75 2.75 5.5 6 12 75 2 A Ɣ
PM-2BL-R3.0 36612752B
Ɣ
PM-2BL-R3.5 3.5 7 8 14 75 2 A Ɣ
PM-2BL-R4.0 4 8 8 16 100 2 B Ɣ
PM-2BL-R4.5 4.5 9 10 18 100 2 A Ɣ
PM-2BL-R5.0 5 1010201002 B
Ɣ
PM-2BL-R6.0 6 1212241002 B
Ɣ
PM-2BL-R7.0 7 1414281002 B
Ɣ
PM-2BL-R8.0 8 1616321502 B
Ɣ
PM-2BL-R10.0 10 20 20 40 150 2 B Ɣ
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
DDD D
DVery suitable
DSuitable
Solid carbide milling PM series
B340
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
Ball nose cutter short cutting edge High-performance machining
PM-2BFP
– Factory standard
– Centre cutting
– Helix angle 30°
d
L
10° H
M
d1
D
RA
d
LH
M
d1
D
RB
Dimensions [mm] Grade
Article R D d (h6) d1HML
Teeth Geometry KMG405
PM-2BFP-R0.5 0.5 1 6 0.95 1 2.5 75 2 A Ɣ
PM-2BFP-R0.75 0.75 1.5 6 1.45 1.5 3 75 2 A Ɣ
PM-2BFP-R1.0 1 2 6 1.95 2 4 75 2 A Ɣ
PM-2BFP-R1.5 1.5 3 6 2.85 3 6 75 2 A Ɣ
PM-2BFP-R2.0 2 4 6 3.85 4 8 75 2 A Ɣ
PM-2BFP-R2.5 2.5 5 6 4.85 5 10 75 2 A Ɣ
PM-2BFP-R3.0 3 6 6 5.8 6 12 75 2 B Ɣ
PM-2BFP-R4.0 4 8 8 7.8 8 16 100 2 B Ɣ
PM-2BFP-R5.0 5 10 10 9.6 10 20 100 2 B Ɣ
PM-2BFP-R6.0 6 12 12 11.5 12 24 100 2 B Ɣ
PM-2BFP-R8.0 8 16 16 15.5 16 32 150 2 B Ɣ
PM-2BFP-R10.0 10 20 20 19.5 20 40 150 2 B Ɣ
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
DDD D
DVery suitable
DSuitable
PM series Solid carbide milling
B341
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
Ball nose cutter conical neck High-performance machining
PM-2BC
– Straight shank
– Centre cutting
– Helix angle 30°
d
L
d1
M
αl1
10° H
D
R
Dimensions [mm] Grade
Article R D d (h6) d1MH Lαl
1Teeth KMG405
PM-2BC05-R0.25-M03 0.25 0.5 4 0.49 3 0.5 50 0.5 1.5 2 ż
PM-2BC05-R0.25-M05 0.25 0.5 4 0.53 5 0.5 50 0.5 1.5 2 ż
PM-2BC10-R0.25-M03 0.25 0.5 4 0.52 3 0.5 50 1 1.5 2 ż
PM-2BC10-R0.25-M05 0.25 0.5 4 0.59 5 0.5 50 1 1.5 2 ż
PM-2BC15-R0.25-M03 0.25 0.5 4 0.54 3 0.5 50 1.5 1.5 2 ż
PM-2BC15-R0.25-M05 0.25 0.5 4 0.65 5 0.5 50 1.5 1.5 2 ż
PM-2BC05-R0.30-M05 0.3 0.6 4 0.62 5 0.6 50 0.5 1.6 2 ż
PM-2BC05-R0.30-M08 0.3 0.6 4 0.68 8 0.6 50 0.5 1.6 2 ż
PM-2BC10-R0.30-M05 0.3 0.6 4 0.68 5 0.6 50 1 1.6 2 ż
PM-2BC10-R0.30-M08 0.3 0.6 4 0.79 8 0.6 50 1 1.6 2 ż
PM-2BC10-R0.30-M10 0.3 0.6 4 0.86 10 0.6 50 1 1.6 2 ż
PM-2BC10-R0.30-M12 0.3 0.6 4 0.93 12 0.6 50 1 1.6 2 ż
PM-2BC10-R0.30-M15 0.3 0.6 4 1.03 15 0.6 50 1 1.6 2 ż
PM-2BC15-R0.30-M05 0.3 0.6 4 0.74 5 0.6 50 1.5 1.6 2 ż
PM-2BC15-R0.30-M08 0.3 0.6 4 0.9 8 0.6 50 1.5 1.6 2 ż
PM-2BC05-R0.40-M08 0.4 0.8 4 0.87 8 0.8 50 0.5 1.8 2 ż
PM-2BC10-R0.40-M08 0.4 0.8 4 0.98 8 0.8 50 1 1.8 2 ż
PM-2BC15-R0.40-M08 0.4 0.8 4 1.09 8 0.8 50 1.5 1.8 2 ż
PM-2BC05-R0.40-M12 0.4 0.8 4 0.94 12 0.8 60 0.5 1.8 2 ż
PM-2BC10-R0.40-M12 0.4 0.8 4 1.12 12 0.8 60 1 1.8 2 ż
PM-2BC15-R0.40-M12 0.4 0.8 4 1.3 12 0.8 60 1.5 1.8 2 ż
PM-2BC05-R0.50-M10 0.5 1 6 1.08 10 1 60 0.5 2.5 2 ż
PM-2BC05-R0.50-M15 0.5 1 6 1.16 15 1 60 0.5 2.5 2 ż
PM-2BC10-R0.50-M10 0.5 1 6 1.21 10 1 60 1 2.5 2 ż
PM-2BC10-R0.50-M15 0.5 1 6 1.38 15 1 60 1 2.5 2 ż
PM-2BC15-R0.50-M10 0.5 1 6 1.34 10 1 60 1.5 2.5 2 ż
PM-2BC15-R0.50-M15 0.5 1 6 1.6 15 1 60 1.5 2.5 2 ż
PM-2BC20-R0.50-M15 0.5 1 6 1.82 15 1 60 2 2.5 2 ż
PM-2BC05-R0.50-M20 0.5 1 6 1.25 20 1 70 0.5 2.5 2 ż
PM-2BC05-R0.50-M25 0.5 1 6 1.34 25 1 70 0.5 2.5 2 ż
PM-2BC05-R0.50-M30 0.5 1 6 1.42 30 1 70 0.5 2.5 2 ż
PM-2BC10-R0.50-M20 0.5 1 6 1.56 20 1 70 1 2.5 2 ż
PM-2BC10-R0.50-M25 0.5 1 6 1.73 25 1 70 1 2.5 2 ż
PM-2BC10-R0.50-M30 0.5 1 6 1.91 30 1 70 1 2.5 2 ż
PM-2BC15-R0.50-M20 0.5 1 6 1.86 20 1 70 1.5 2.5 2 ż
PM-2BC20-R0.50-M20 0.5 1 6 2.17 20 1 70 2 2.5 2 ż
PM-2BC30-R0.50-M20 0.5 1 6 2.78 20 1 70 3 2.5 2 ż
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
DDD D
DVery suitable
DSuitable
Solid carbide milling PM series
B342
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
Ball nose cutter conical neck High-performance machining
PM-2BC
– Straight shank
– Centre cutting
– Helix angle 30°
d
L
d1
M
αl1
10° H
D
R
Dimensions [mm] Grade
Article R D d (h6) d1MH Lαl
1Teeth KMG405
PM-2BC50-R0.50-M20 0.5 1 6 4.01 20 1 70 5 2.5 2 ż
PM-2BC10-R0.50-M35 0.5 1 6 2.08 35 1 80 1 2.5 2 ż
PM-2BC05-R0.60-M12 0.6 1.2 6 1.31 12 1.2 60 0.5 2.7 2 ż
PM-2BC10-R0.60-M12 0.6 1.2 6 1.47 12 1.2 60 1 2.7 2 ż
PM-2BC15-R0.60-M12 0.6 1.2 6 1.63 12 1.2 60 1.5 2.7 2 ż
PM-2BC05-R0.60-M24 0.6 1.2 6 1.52 24 1.2 70 0.5 2.7 2 ż
PM-2BC10-R0.60-M24 0.6 1.2 6 1.89 24 1.2 70 1 2.7 2 ż
PM-2BC15-R0.60-M24 0.6 1.2 6 2.26 24 1.2 70 1.5 2.7 2 ż
PM-2BC05-R0.75-M10 0.75 1.5 6 1.57 10 1.5 60 0.5 3 2 ż
PM-2BC05-R0.75-M15 0.75 1.5 6 1.65 15 1.5 60 0.5 3 2 ż
PM-2BC10-R0.75-M10 0.75 1.5 6 1.69 10 1.5 60 1 3 2 ż
PM-2BC10-R0.75-M15 0.75 1.5 6 1.86 15 1.5 60 1 3 2 ż
PM-2BC15-R0.75-M10 0.75 1.5 6 1.81 10 1.5 60 1.5 3 2 ż
PM-2BC15-R0.75-M15 0.75 1.5 6 2.07 15 1.5 60 1.5 3 2 ż
PM-2BC05-R0.75-M30 0.75 1.5 6 1.92 30 1.5 70 0.5 3 2 ż
PM-2BC10-R0.75-M20 0.75 1.5 6 2.04 20 1.5 70 1 3 2 ż
PM-2BC10-R0.75-M30 0.75 1.5 6 2.39 30 1.5 70 1 3 2 ż
PM-2BC15-R0.75-M30 0.75 1.5 6 2.86 30 1.5 70 1.5 3 2 ż
PM-2BC05-R1.0-M20 1 2 6 2.18 20 2 60 0.5 4 2 ż
PM-2BC10-R1.0-M20 1 2 6 2.46 20 2 60 1 4 2 ż
PM-2BC10-R1.0-M25 1 2 6 2.64 25 2 60 1 4 2 ż
PM-2BC15-R1.0-M20 1 2 6 2.74 20 2 60 1.5 4 2 ż
PM-2BC05-R1.0-M30 1 2 6 2.36 30 2 70 0.5 4 2 ż
PM-2BC10-R1.0-M30 1 2 6 2.81 30 2 70 1 4 2 ż
PM-2BC15-R1.0-M30 1 2 6 3.27 30 2 70 1.5 4 2 ż
PM-2BC20-R1.0-M30 1 2 6 3.72 30 2 70 2 4 2 ż
PM-2BC30-R1.0-M30 1 2 6 4.63 30 2 70 3 4 2 ż
PM-2BC05-R1.0-M40 1 2 6 2.53 40 2 80 0.5 4 2 ż
PM-2BC10-R1.0-M35 1 2 6 2.99 35 2 80 1 4 2 ż
PM-2BC10-R1.0-M40 1 2 6 3.16 40 2 80 1 4 2 ż
PM-2BC15-R1.0-M40 1 2 6 3.79 40 2 80 1.5 4 2 ż
PM-2BC20-R1.0-M40 1 2 6 4.42 40 2 80 2 4 2 ż
PM-2BC30-R1.0-M40 1 2 6 5.68 40 2 80 3 4 2 ż
PM-2BC10-R1.0-M50 1 2 6 3.51 50 2 90 1 4 2 ż
PM-2BC05-R1.5-M30 1.5 3 6 3.32 30 3 70 0.5 6 2 ż
PM-2BC10-R1.5-M30 1.5 3 6 3.74 30 3 70 1 6 2 ż
PM-2BC15-R1.5-M30 1.5 3 6 4.16 30 3 70 1.5 6 2 ż
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
DDD D
DVery suitable
DSuitable
PM series Solid carbide milling
B343
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
Ball nose cutter conical neck High-performance machining
PM-2BC
– Straight shank
– Centre cutting
– Helix angle 30°
d
L
d1
M
αl1
10° H
D
R
Dimensions [mm] Grade
Article R D d (h6) d1MH Lαl
1Teeth KMG405
PM-2BC05-R1.5-M40 1.5 3 6 3.5 40 3 80 0.5 6 2 ż
PM-2BC10-R1.5-M40 1.5 3 6 4.09 40 3 80 1 6 2 ż
PM-2BC15-R1.5-M40 1.5 3 6 4.69 40 3 80 1.5 6 2 ż
PM-2BC05-R1.5-M50 1.5 3 6 3.67 50 3 90 0.5 6 2 ż
PM-2BC10-R1.5-M50 1.5 3 6 4.44 50 3 90 1 6 2 ż
PM-2BC15-R1.5-M50 1.5 3 6 5.21 50 3 90 1.5 6 2 ż
PM-2BC05-R2.0-M60 2 4 6 4.83 60 4 110 0.5 7 2 ż
PM-2BC10-R2.0-M60 2 4 6 5.76 60 4 110 1 7 2 ż
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
DDD D
DVery suitable
DSuitable
Solid carbide milling PM series
B344
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
Ball nose cutter High-performance machining
PM-4B
– Factory standard
– Centre cutting
– Helix angle 30°
d
LH
D
10° RA
d
LH
D
R
B
Dimensions [mm] Grade
Article R D d (h6) H L Teeth Geometry KMG405
PM-4B-R1.5 1.5 3 6 6 50 4 A Ɣ
PM-4B-R2.0 2468504A
Ɣ
PM-4B-R2.5 2.5 5 6 10 50 4 A Ɣ
PM-4B-R3.0 3 6 6 12 50 4 B Ɣ
PM-4B-R4.0 4 8 8 16 60 4 B Ɣ
PM-4B-R5.0 5 10102075 4 B
Ɣ
PM-4B-R6.0 6 12122475 4 B
Ɣ
PM-4B-R7.0 7 14142875 4 B
Ɣ
PM-4B-R8.0 8 1616321004 B
Ɣ
PM-4B-R9.0 9 1818361004 B
Ɣ
PM-4B-R10.0 10 20 20 40 100 4 B Ɣ
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
DDD D
DVery suitable
DSuitable
PM series Solid carbide milling
B345
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
Ball nose cutter long shank High-performance machining
PM-4BL
– Factory standard
– Centre cutting
– Helix angle 30°
d
LH
D
10° RA
d
LH
D
R
B
Dimensions [mm] Grade
Article R D d (h6) H L Teeth Geometry KMG405
PM-4BL-R1.5 1.5 3 6 6 75 4 A Ɣ
PM-4BL-R2.0 2468754A
Ɣ
PM-4BL-R2.5 2.5 5 6 10 75 4 A Ɣ
PM-4BL-R3.0 36612754B
Ɣ
PM-4BL-R4.0 4 8 8 16 100 4 B Ɣ
PM-4BL-R5.0 5 1010201004 B
Ɣ
PM-4BL-R6.0 6 1212241004 B
Ɣ
PM-4BL-R7.0 7 1414281004 B
Ɣ
PM-4BL-R8.0 8 1616321504 B
Ɣ
PM-4BL-R9.0 9 1818361504 B
Ɣ
PM-4BL-R10.0 10 20 20 40 150 4 B Ɣ
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
DDD D
DVery suitable
DSuitable
Solid carbide milling PM series
B346
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
Torus mill High-performance machining
PM-2R
– Factory standard
– Centre cutting
– Helix angle 30°
RA
R
B
Dimensions [mm] Grade
Article R D d (h6) H L Teeth Geometry KMG405
PM-2R-D1.0R0.2 0.2 1 4 3 50 2 A Ɣ
PM-2R-D1.5R0.2 0.2 1.5 4 4 50 2 A Ɣ
PM-2R-D2.0R0.2 0.2 2 4 6 50 2 A Ɣ
PM-2R-D2.0R0.5 0.5 2 4 6 50 2 A Ɣ
PM-2R-D2.5R0.2 0.2 2.5 4 8 50 2 A Ɣ
PM-2R-D2.5R0.5 0.5 2.5 4 8 50 2 A Ɣ
PM-2R-D3.0R0.2 0.2 3 4 8 50 2 A Ɣ
PM-2R-D3.0R0.3 0.3 3 4 8 50 2 A ż
PM-2R-D3.0R0.5 0.5 3 4 8 50 2 A Ɣ
PM-2R-D4.0R0.2 0.2 4 4 11 50 2 B Ɣ
PM-2R-D4.0R0.3 0.3 4 4 11 50 2 B Ɣ
PM-2R-D4.0R0.5 0.5 4 4 11 50 2 B Ɣ
PM-2R-D4.0R1.0 1 4 4 11 50 2 B Ɣ
PM-2R-D5.0R0.3 0.3 5 6 13 50 2 A ż
PM-2R-D5.0R0.5 0.5 5 6 13 50 2 A Ɣ
PM-2R-D5.0R1.0 1 5 6 13 50 2 A Ɣ
PM-2R-D6.0R0.3 0.3 6 6 16 50 2 B Ɣ
PM-2R-D6.0R0.5 0.5 6 6 16 50 2 B Ɣ
PM-2R-D6.0R1.0 1 6 6 16 50 2 B Ɣ
PM-2R-D8.0R0.3 0.3 8 8 20 60 2 B ż
PM-2R-D8.0R0.5 0.5 8 8 20 60 2 B Ɣ
PM-2R-D8.0R1.0 1 8 8 20 60 2 B Ɣ
PM-2R-D10.0R0.5 0.5 10 10 25 75 2 B Ɣ
PM-2R-D10.0R1.0 1 10102575 2 B
Ɣ
PM-2R-D10.0R1.5 1.5 10 10 25 75 2 B Ɣ
PM-2R-D10.0R2.0 2 10102575 2 B
Ɣ
PM-2R-D12.0R0.5 0.5 12 12 30 75 2 B Ɣ
PM-2R-D12.0R1.0 1 12123075 2 B
Ɣ
PM-2R-D12.0R1.5 1.5 12 12 30 75 2 B Ɣ
PM-2R-D12.0R2.0 2 12123075 2 B
Ɣ
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
DDD D
DVery suitable
DSuitable
PM series Solid carbide milling
B347
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
End mill High-performance machining
PM-4H
– Factory standard
– Centre cutting
– Helix angle 0°
d
L
10° H
M
D
d1
RA
d
L
H
M
D
d1
RB
Dimensions [mm] Grade
Article R D d (h6) d1HML
Teeth Geometry KMG405
PM-4H-D3.0R0.8 0.8 3 6 2.7 1.2 8 50 4 A Ɣ
PM-4H-D4.0R1.0 1 4 6 3.6 1.6 10 50 4 A Ɣ
PM-4H-D5.0R1.2 1.2 5 6 4.5 2 12.5 50 4 A Ɣ
PM-4H-D6.0R1.0 1 6 6 5.4 2.5 12 50 4 B Ɣ
PM-4H-D6.0R1.5 1.5 6 6 5.4 2.5 12 50 4 B Ɣ
PM-4H-D6.0R2.0 2 6 6 5.4 2.5 12 50 4 B Ɣ
PM-4H-D8.0R1.0 18873.516604B
Ɣ
PM-4H-D8.0R2.0 28873.516604B
Ɣ
PM-4H-D10.0R1.0 110109 420754B
Ɣ
PM-4H-D10.0R2.0 210109 420754B
Ɣ
PM-4H-D10.0R3.0 310109 420754B
Ɣ
PM-4H-D12.0R2.0 2 121211 5 24754B
Ɣ
PM-4H-D12.0R3.0 3 121211 5 24754B
Ɣ
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
DDD D
DVery suitable
DSuitable
Solid carbide milling PM series
B348
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
End mill long shank High-performance machining
PM-4HL
– Factory standard
– Centre cutting
– Helix angle 0°
d
L
10° H
M
D
d1
RA
d
L
H
M
D
d1
RB
Dimensions [mm] Grade
Article R D d (h6) d1HML
Teeth Geometry KMG405
PM-4HL-D4.0R1.0 1 4 6 3.6 1.6 10 75 4 A Ɣ
PM-4HL-D5.0R1.2 1.2 5 6 4.5 2 12.5 75 4 A Ɣ
PM-4HL-D6.0R1.0 1 6 6 5.4 2.5 12 75 4 B Ɣ
PM-4HL-D6.0R1.5 1.5 6 6 5.4 2.5 12 75 4 B Ɣ
PM-4HL-D6.0R2.0 2 6 6 5.4 2.5 12 75 4 B Ɣ
PM-4HL-D8.0R1.0 18873.5161004B
Ɣ
PM-4HL-D8.0R2.0 28873.5161004B
Ɣ
PM-4HL-D10.0R1.0 110109 4201004B
Ɣ
PM-4HL-D10.0R2.0 210109 4201004B
Ɣ
PM-4HL-D10.0R3.0 310109 4201004B
Ɣ
PM-4HL-D12.0R2.0 21212115241004B
Ɣ
PM-4HL-D12.0R3.0 31212115241004B
Ɣ
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
DDD D
DVery suitable
DSuitable
PM series Solid carbide milling
B349
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
Torus mill High-performance machining
PM-4R
– Factory standard
– Centre cutting
– Helix angle 30°
R
A
RB
Dimensions [mm] Grade
Article R D d (h6) H L Teeth Geometry KMG405
PM-4R-D3.0R0.2 0.2 3 6 8 50 4 A Ɣ
PM-4R-D4.0R0.3 0.3 4 6 10 50 4 A Ɣ
PM-4R-D4.0R0.5 0.5 4 6 10 50 4 A Ɣ
PM-4R-D5.0R0.5 0.5 5 6 13 50 4 A Ɣ
PM-4R-D5.0R1.0 15613504A
Ɣ
PM-4R-D6.0R0.5 0.5 6 6 16 50 4 B Ɣ
PM-4R-D6.0R1.0 16616504B
Ɣ
PM-4R-D8.0R0.5 0.5 8 8 20 60 4 B Ɣ
PM-4R-D8.0R1.0 18820604B
Ɣ
PM-4R-D10.0R0.5 0.5 10 10 25 75 4 B Ɣ
PM-4R-D10.0R1.0 1 10102575 4 B
Ɣ
PM-4R-D10.0R2.0 2 10102575 4 B
Ɣ
PM-4R-D10.0R3.0 3 10102575 4 B
Ɣ
PM-4R-D12.0R0.5 0.5 12 12 30 75 4 B Ɣ
PM-4R-D12.0R1.0 1 12123075 4 B
Ɣ
PM-4R-D12.0R2.0 2 12123075 4 B
Ɣ
PM-4R-D12.0R3.0 3 12123075 4 B
Ɣ
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
DDD D
DVery suitable
DSuitable
Solid carbide milling PM series
B350
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
Torus mill long shank High-performance machining
PM-4RL
– Factory standard
– Centre cutting
– Helix angle 30°
R
Dimensions [mm] Grade
Article R D d (h6) H L Teeth KMG405
PM-4RL-D6.0R0.5 0.5 6 6 16 75 4 Ɣ
PM-4RL-D6.0R1.0 1 6 6 16 75 4 Ɣ
PM-4RL-D8.0R0.5 0.5 8 8 20 100 4 Ɣ
PM-4RL-D8.0R1.0 1 8 8 20 100 4 ż
PM-4RL-D10.0R0.5 0.5 10 10 25 100 4 ż
PM-4RL-D10.0R1.0 1 1010251004 Ɣ
PM-4RL-D10.0R2.0 2 1010251004 Ɣ
PM-4RL-D12.0R0.5 0.5 12 12 30 100 4 Ɣ
PM-4RL-D12.0R1.0 1 1212301004 Ɣ
PM-4RL-D12.0R2.0 2 1212301004 Ɣ
PM-4RL-D16.0R1.0 1 1616451504 Ɣ
PM-4RL-D16.0R2.0 2 1616451504 Ɣ
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
DDD D
DVery suitable
DSuitable
PM series Solid carbide milling
B351
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
Solid carbide milling PM series
B352
Notes
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B
353
HM-4E
HM-4B
HM-4R
HM-2EP
HM-2BP
HM-6E
HM-2E
HM-2B
30 HRC 40 HRC 50 HRC 55 HRC 68 HRC
HM
PM
GM
HM
For machining of hardened materials
For machining of steel up to 68 HRC.
Very stable cutting edge with high stiness and newest
coating technology for high cutting speeds and feed rates.
End mills, ball nose cutters, torus mills and mini cutters
Diameter range 0.3–20.0 mm
Application elds for machining of steel
very suitable suitable
series
End mill Hard machining
HM-2E
– Factory standard
– Centre cutting
– Helix angle 35°
L
d
H
D
10° A
L
D
H
d
B
Dimensions [mm] Grade
Article D d (h6) H L Teeth Geometry KMG555
HM-2E-D1.0S 143502A
Ɣ
HM-2E-D1.5S 1.5 4 4 50 2 A Ɣ
HM-2E-D2.0S 246502A
Ɣ
HM-2E-D2.5S 2.5 4 8 50 2 A Ɣ
HM-2E-D3.0S 348502A
Ɣ
HM-2E-D4.0S 4 4 11 50 2 B Ɣ
HM-2E-D1.0 163502A
Ɣ
HM-2E-D1.5 1.5 6 4 50 2 A Ɣ
HM-2E-D2.0 266502A
Ɣ
HM-2E-D2.5 2.5 6 8 50 2 A Ɣ
HM-2E-D3.0 368502A
Ɣ
HM-2E-D3.5 3.5610502 A Ɣ
HM-2E-D4.0 4 6 11 50 2 A Ɣ
HM-2E-D4.5 4.5611502 A Ɣ
HM-2E-D5.0 5 6 13 50 2 A Ɣ
HM-2E-D5.5 5.5616502 A Ɣ
HM-2E-D6.0 6 6 16 50 2 B Ɣ
HM-2E-D7.0 7 8 20 60 2 A Ɣ
HM-2E-D8.0 8 8 20 60 2 B Ɣ
HM-2E-D9.0 9 102275 2 A Ɣ
HM-2E-D10.0 10 10 25 75 2 B Ɣ
HM-2E-D11.0 11 12 26 75 2 A ż
HM-2E-D12.0 12 12 30 75 2 B Ɣ
HM-2E-D14.0 14 14 32 100 2 B Ɣ
HM-2E-D16.0 16 16 45 100 2 B Ɣ
HM-2E-D18.0 18 18 45 100 2 B ż
HM-2E-D20.0 20 20 45 100 2 B Ɣ
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
D
DVery suitable
DSuitable
Solid carbide milling HM series
B354
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
End mill short cutting edge Hard machining
HM-2EFP
– Factory standard
– Centre cutting
– Helix angle 35°
Dimensions [mm] Grade
Article D d (h6) d1HML
Teeth KMG555
HM-2EFP-D6.0 6 65.8930752
ż
HM-2EFP-D8.0 8 8 7.8 12 40 100 2 ż
HM-2EFP-D10.0 10 10 9.6 15 50 100 2 ż
HM-2EFP-D12.0 12 12 11.5 18 50 100 2 ż
HM-2EFP-D16.0 16 16 15.5 24 50 150 2 ż
HM-2EFP-D20.0 20 20 19.5 30 60 150 2 ż
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
D
DVery suitable
DSuitable
HM series Solid carbide milling
B355
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
End mill Hard machining
HM-2EP
– Straight shank
– Centre cutting
– Helix angle 35°
L
D
H
d
d1
M
10°
Dimensions [mm] Grade
Article D d (h6) d1HML
Teeth KMG555
HM-2EP-D0.5-M04 0.5 4 0.45 0.7 4 50 2 Ɣ
HM-2EP-D0.5-M06 0.5 4 0.45 0.7 6 50 2 Ɣ
HM-2EP-D0.5-M08 0.5 4 0.45 0.7 8 50 2 Ɣ
HM-2EP-D0.8-M04 0.8 4 0.75 1.2 4 50 2 Ɣ
HM-2EP-D0.8-M06 0.8 4 0.75 1.2 6 50 2 Ɣ
HM-2EP-D0.8-M08 0.8 4 0.75 1.2 8 50 2 Ɣ
HM-2EP-D0.8-M10 0.8 4 0.75 1.2 10 50 2 Ɣ
HM-2EP-D1.0-M04 1 4 0.95 1.5 4 50 2 Ɣ
HM-2EP-D1.0-M06 1 4 0.95 1.5 6 50 2 Ɣ
HM-2EP-D1.0-M08 1 4 0.95 1.5 8 50 2 Ɣ
HM-2EP-D1.0-M10 1 4 0.95 1.5 10 50 2 Ɣ
HM-2EP-D1.0-M12 1 4 0.95 1.5 12 50 2 Ɣ
HM-2EP-D1.0-M14 1 4 0.95 1.5 14 50 2 Ɣ
HM-2EP-D1.2-M06 1.2 4 1.15 1.8 6 50 2 Ɣ
HM-2EP-D1.2-M08 1.2 4 1.15 1.8 8 50 2 Ɣ
HM-2EP-D1.2-M10 1.2 4 1.15 1.8 10 50 2 Ɣ
HM-2EP-D1.2-M12 1.2 4 1.15 1.8 12 50 2 Ɣ
HM-2EP-D1.5-M06 1.5 4 1.45 2.3 6 50 2 Ɣ
HM-2EP-D1.5-M08 1.5 4 1.45 2.3 8 50 2 Ɣ
HM-2EP-D1.5-M10 1.5 4 1.45 2.3 10 50 2 Ɣ
HM-2EP-D1.5-M12 1.5 4 1.45 2.3 12 50 2 Ɣ
HM-2EP-D1.5-M14 1.5 4 1.45 2.3 14 50 2 Ɣ
HM-2EP-D2.0-M06 2 4 1.95 3 6 50 2 Ɣ
HM-2EP-D2.0-M08 2 4 1.95 3 8 50 2 Ɣ
HM-2EP-D2.0-M10 2 4 1.95 3 10 50 2 Ɣ
HM-2EP-D2.0-M12 2 4 1.95 3 12 50 2 Ɣ
HM-2EP-D2.0-M14 2 4 1.95 3 14 50 2 Ɣ
HM-2EP-D2.0-M16 2 4 1.95 3 16 50 2 Ɣ
HM-2EP-D2.5-M08 2.5 4 2.4 3.7 8 50 2 Ɣ
HM-2EP-D2.5-M10 2.5 4 2.4 3.7 10 50 2 Ɣ
HM-2EP-D2.5-M12 2.5 4 2.4 3.7 12 50 2 Ɣ
HM-2EP-D2.5-M14 2.5 4 2.4 3.7 14 50 2 Ɣ
HM-2EP-D2.5-M16 2.5 4 2.4 3.7 16 60 2 Ɣ
HM-2EP-D2.5-M18 2.5 4 2.4 3.7 18 60 2 Ɣ
HM-2EP-D2.5-M20 2.5 4 2.4 3.7 20 60 2 Ɣ
HM-2EP-D3.0-M06 3 6 2.85 4.5 6 50 2 Ɣ
HM-2EP-D3.0-M08 3 6 2.85 4.5 8 50 2 Ɣ
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
D
DVery suitable
DSuitable
Solid carbide milling HM series
B356
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
End mill Hard machining
HM-2EP
– Straight shank
– Centre cutting
– Helix angle 35°
L
D
H
d
d1
M
10°
Dimensions [mm] Grade
Article D d (h6) d1HML
Teeth KMG555
HM-2EP-D3.0-M10 3 6 2.85 4.5 10 50 2 Ɣ
HM-2EP-D3.0-M12 3 6 2.85 4.5 12 50 2 Ɣ
HM-2EP-D3.0-M14 3 6 2.85 4.5 14 60 2 Ɣ
HM-2EP-D3.0-M16 3 6 2.85 4.5 16 60 2 Ɣ
HM-2EP-D3.0-M18 3 6 2.85 4.5 18 60 2 Ɣ
HM-2EP-D3.0-M20 3 6 2.85 4.5 20 60 2 Ɣ
HM-2EP-D4.0-M12 4 6 3.85 6 12 60 2 Ɣ
HM-2EP-D4.0-M16 4 6 3.85 6 16 60 2 Ɣ
HM-2EP-D4.0-M20 4 6 3.85 6 20 60 2 Ɣ
HM-2EP-D4.0-M25 4 6 3.85 6 25 60 2 Ɣ
HM-2EP-D5.0-M16 5 6 4.85 7.5 16 60 2 Ɣ
HM-2EP-D5.0-M25 5 6 4.85 7.5 25 70 2 Ɣ
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
D
DVery suitable
DSuitable
HM series Solid carbide milling
B357
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
End mill Hard machining
HM-2ES
– Factory standard
– Centre cutting
– Helix angle 35°
L
D
H
d
10°
Dimensions [mm] Grade
Article D d (h6) H L Teeth KMG555
HM-2ES-D0.3 0.3 4 0.6 50 2 Ɣ
HM-2ES-D0.4 0.4 4 0.8 50 2 Ɣ
HM-2ES-D0.5 0.5 4 1 50 2 Ɣ
HM-2ES-D0.6 0.6 4 1.2 50 2 Ɣ
HM-2ES-D0.7 0.7 4 1.4 50 2 Ɣ
HM-2ES-D0.8 0.8 4 1.6 50 2 Ɣ
HM-2ES-D0.9 0.9 4 1.8 50 2 Ɣ
HM-2ES-D1.0 142502Ɣ
HM-2ES-D1.1 1.1 4 2 50 2 Ɣ
HM-2ES-D1.2 1.2 4 2.5 50 2 Ɣ
HM-2ES-D1.3 1.3 4 2.5 50 2 Ɣ
HM-2ES-D1.4 1.4 4 3 50 2 Ɣ
HM-2ES-D1.5 1.5 4 3 50 2 Ɣ
HM-2ES-D1.6 1.6 4 3.5 50 2 Ɣ
HM-2ES-D1.7 1.7 4 3.5 50 2 Ɣ
HM-2ES-D1.8 1.8 4 4 50 2 Ɣ
HM-2ES-D1.9 1.9 4 4 50 2 Ɣ
HM-2ES-D2.0 244502Ɣ
HM-2ES-D2.1 2.1 4 4 50 2 Ɣ
HM-2ES-D2.2 2.2 4 4.5 50 2 Ɣ
HM-2ES-D2.3 2.3 4 4.5 50 2 Ɣ
HM-2ES-D2.4 2.4 4 5 50 2 Ɣ
HM-2ES-D2.5 2.5 4 5 50 2 Ɣ
HM-2ES-D2.6 2.6 4 5 50 2 Ɣ
HM-2ES-D2.7 2.7 4 5.5 50 2 Ɣ
HM-2ES-D2.8 2.8 4 5.5 50 2 Ɣ
HM-2ES-D2.9 2.9 4 6 50 2 Ɣ
HM-2ES-D3.0 346502Ɣ
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
D
DVery suitable
DSuitable
Solid carbide milling HM series
B358
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
End mill Hard machining
HM-4E
– Factory standard
– Centre cutting
– Helix angle 45°
L
D
H
10°
d
A
L
H
D
d
B
Dimensions [mm] Grade
Article D d (h6) H L Teeth Geometry KMG555
HM-4E-D1.0S 143504A
Ɣ
HM-4E-D1.5S 1.5 4 4 50 4 A Ɣ
HM-4E-D2.0S 246504A
Ɣ
HM-4E-D2.5S 2.5 4 8 50 4 A Ɣ
HM-4E-D3.0S 348504A
Ɣ
HM-4E-D4.0S 4 4 11 50 4 B Ɣ
HM-4E-D1.0 163504A
Ɣ
HM-4E-D1.5 1.5 6 4 50 4 A Ɣ
HM-4E-D2.0 266504A
Ɣ
HM-4E-D2.5 2.5 6 8 50 4 A Ɣ
HM-4E-D3.0 368504A
Ɣ
HM-4E-D3.5 3.5610504 A Ɣ
HM-4E-D4.0 4 6 11 50 4 A Ɣ
HM-4E-D4.5 4.5 6 11 50 4 A Ɣ
HM-4E-D5.0 5 6 13 50 4 A Ɣ
HM-4E-D5.5 5.5616504 A Ɣ
HM-4E-D6.0 6 6 16 50 4 B Ɣ
HM-4E-D7.0 7 8 20 60 4 A Ɣ
HM-4E-D8.0 8 8 20 60 4 B Ɣ
HM-4E-D9.0 9 102275 4 A Ɣ
HM-4E-D10.0 10 10 25 75 4 B Ɣ
HM-4E-D11.0 11 12 26 75 4 A Ɣ
HM-4E-D12.0 12 12 30 75 4 B Ɣ
HM-4E-D14.0 14 14 32 75 4 B Ɣ
HM-4E-D16.0 16 16 45 100 4 B Ɣ
HM-4E-D18.0 18 18 45 100 4 B Ɣ
HM-4E-D20.0 20 20 45 100 4 B Ɣ
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
D
DVery suitable
DSuitable
HM series Solid carbide milling
B359
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
End mill long shank Hard machining
HM-4EL
– Factory standard
– Centre cutting
– Helix angle 45°
L
D
H
10°
d
A
L
H
D
d
B
Dimensions [mm] Grade
Article D d (h6) H L Teeth Geometry KMG555
HM-4EL-D3.0 3 6 12 75 4 A Ɣ
HM-4EL-D4.0 4 6 15 75 4 A Ɣ
HM-4EL-D5.0 5 6 20 75 4 A Ɣ
HM-4EL-D6.0 6 6 20 75 4 B Ɣ
HM-4EL-D8.0 8 8 25 100 4 B Ɣ
HM-4EL-D10.0 10 10 30 100 4 B Ɣ
HM-4EL-D12.0 12 12 35 100 4 B Ɣ
HM-4EL-D14.0 14 14 40 100 4 B Ɣ
HM-4EL-D16.0 16 16 50 150 4 B Ɣ
HM-4EL-D20.0 20 20 55 150 4 B Ɣ
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
D
DVery suitable
DSuitable
Solid carbide milling HM series
B360
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
End mill short cutting edge Hard machining
HM-4EFP
– Factory standard
– Centre cutting
– Helix angle 45°
d
L
d1
H
M
D
Dimensions [mm] Grade
Article D d (h6) d1HML
Teeth KMG555
HM-4EFP-D6.0 6 65.8930754
Ɣ
HM-4EFP-D8.0 8 8 7.8 12 40 100 4 Ɣ
HM-4EFP-D10.0 10 10 9.6 15 50 100 4 Ɣ
HM-4EFP-D12.0 12 12 11.5 18 50 100 4 Ɣ
HM-4EFP-D16.0 16 16 15.5 24 50 150 4 Ɣ
HM-4EFP-D20.0 20 20 19.5 30 60 150 4 ż
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
D
DVery suitable
DSuitable
HM series Solid carbide milling
B361
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
End mill long cutting edge High-speed hard machining
5502R55MHH
Type of shank DIN 6535HA
– Non-centre cutting
– Helix angle 55°
L
H
D
dKCH
CHW
Dimensions [mm] Grade
Article D d (h6) H L KCH CHW Teeth KMG405 KMG555
5502R55MHH-0300 36857004
ƔƔ
5502R55MHH-0400 461157004
ƔƔ
5502R55MHH-0500 561357005
ƔƔ
5502R55MHH-0600 6 6 13 57 45 0.1 6 ƔƔ
5502R55MHH-0800 8 8 19 63 45 0.1 6 ƔƔ
5502R55MHH-1000 10 10 22 72 45 0.1 6 ƔƔ
5502R55MHH-1200 12 12 26 83 45 0.1 6 ƔƔ
5502R55MHH-1600 16 16 32 92 45 0.1 6 ƔƔ
5502R55MHH-2000 20 20 38 104 45 0.1 8 ƔƔ
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
D
DVery suitable
DSuitable
Solid carbide milling HM series
B362
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
End mill Hard machining
HM-6E
– Factory standard
– Non-centre cutting
– Helix angle 45°
L
D
H
d
Dimensions [mm] Grade
Article D d (h6) H L Teeth KMG555
HM-6E-D6.0 6 6 18 60 6 ż
HM-6E-D8.0 8 8 20 60 6 ż
HM-6E-D10.0 10 10 30 75 6 ż
HM-6E-D12.0 12 12 32 75 6 ż
HM-6E-D16.0 16 16 40 100 6 ż
HM-6E-D20.0 20 20 45 100 6 Ɣ
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
D
DVery suitable
DSuitable
HM series Solid carbide milling
B363
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
End mill long shank Hard machining
HM-6EL
– Factory standard
– Non-centre cutting
– Helix angle 45°
L
D
H
d
Dimensions [mm] Grade
Article D d (h6) H L Teeth KMG555
HM-6EL-D6.0 6 6 24 75 6 Ɣ
HM-6EL-D8.0 8 8 32 75 6 Ɣ
HM-6EL-D10.0 10 10 40 100 6 Ɣ
HM-6EL-D12.0 12 12 45 100 6 Ɣ
HM-6EL-D16.0 16 16 64 150 6 Ɣ
HM-6EL-D20.0 20 20 75 150 6 Ɣ
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
D
DVery suitable
DSuitable
Solid carbide milling HM series
B364
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
Ball nose cutter Hard machining
HM-2B
– Factory standard
– Centre cutting
– Helix angle 35°
RA
RB
Dimensions [mm] Grade
Article R D d (h6) H L Teeth Geometry KMG555
HM-2B-R0.5S 0.5 1 4 2 50 2 A Ɣ
HM-2B-R0.75S 0.75 1.5 4 3 50 2 A Ɣ
HM-2B-R1.0S 1244502A
Ɣ
HM-2B-R1.25S 1.25 2.5 4 5 50 2 A Ɣ
HM-2B-R1.5S 1.5 3 4 6 50 2 A Ɣ
HM-2B-R2.0S 2448502B
Ɣ
HM-2B-R0.5 0.5 1 6 2 50 2 A Ɣ
HM-2B-R0.75 0.75 1.5 6 3 50 2 A Ɣ
HM-2B-R1.0 1264502A
Ɣ
HM-2B-R1.25 1.25 2.5 6 5 50 2 A Ɣ
HM-2B-R1.5 1.5 3 6 6 50 2 A Ɣ
HM-2B-R1.75 1.75 3.5 6 8 50 2 A Ɣ
HM-2B-R2.0 2468502A
Ɣ
HM-2B-R2.5 2.5 5 6 10 50 2 A Ɣ
HM-2B-R2.75 2.75 5.5 6 12 50 2 A Ɣ
HM-2B-R3.0 3 6 6 12 50 2 B Ɣ
HM-2B-R3.5 3.5 7 8 14 60 2 A Ɣ
HM-2B-R4.0 4 8 8 16 60 2 B Ɣ
HM-2B-R4.5 4.5 9 101875 2 A
Ɣ
HM-2B-R5.0 5 10102075 2 B
Ɣ
HM-2B-R6.0 6 12122475 2 B
Ɣ
HM-2B-R7.0 7 14142875 2 B
Ɣ
HM-2B-R8.0 8 1616321002 B
Ɣ
HM-2B-R10.0 10 20 20 40 100 2 B Ɣ
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
D
DVery suitable
DSuitable
HM series Solid carbide milling
B365
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
Ball nose cutter long shank Hard machining
HM-2BL
– Factory standard
– Centre cutting
– Helix angle 35°
RA
RB
Dimensions [mm] Grade
Article R D d (h6) H L Teeth Geometry KMG555
HM-2BL-R1.0 1264752A
Ɣ
HM-2BL-R1.25 1.25 2.5 6 6 75 2 A Ɣ
HM-2BL-R1.5 1.5 3 6 6 75 2 A Ɣ
HM-2BL-R1.75 1.75 3.5 6 8 75 2 A Ɣ
HM-2BL-R2.0 2468752A
Ɣ
HM-2BL-R2.5 2.5 5 6 10 75 2 A Ɣ
HM-2BL-R2.75 2.75 5.5 6 12 75 2 A Ɣ
HM-2BL-R3.0 36612752B
Ɣ
HM-2BL-R3.5 3.5 7 8 14 75 2 A Ɣ
HM-2BL-R4.0 4 8 8 16 100 2 B Ɣ
HM-2BL-R4.5 4.5 9 10 18 100 2 A Ɣ
HM-2BL-R5.0 5 1010201002 B
Ɣ
HM-2BL-R6.0 6 1212241002 B
Ɣ
HM-2BL-R7.0 7 1414281002 B
Ɣ
HM-2BL-R8.0 8 1616321502 B
Ɣ
HM-2BL-R10.0 10 20 20 40 150 2 B Ɣ
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
D
DVery suitable
DSuitable
Solid carbide milling HM series
B366
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
Ball nose cutter short cutting edge Hard machining
HM-2BFP
– Factory standard
– Centre cutting
– Helix angle 35°
A
RB
Dimensions [mm] Grade
Article R D d (h6) d1HML
Teeth Geometry KMG555
HM-2BFP-R0.5 0.5 1 6 0.95 1 2.5 75 2 A Ɣ
HM-2BFP-R0.75 0.75 1.5 6 1.45 1.5 3 75 2 A Ɣ
HM-2BFP-R1.0 1 2 6 1.95 2 4 75 2 A Ɣ
HM-2BFP-R1.5 1.5 3 6 2.85 3 6 75 2 A Ɣ
HM-2BFP-R2.0 2 4 6 3.85 4 8 75 2 A Ɣ
HM-2BFP-R2.5 2.5 5 6 4.85 5 10 75 2 A Ɣ
HM-2BFP-R3.0 3 6 6 5.8 6 12 75 2 B Ɣ
HM-2BFP-R4.0 4 8 8 7.8 8 16 100 2 B Ɣ
HM-2BFP-R5.0 5 10 10 9.6 10 20 100 2 B Ɣ
HM-2BFP-R6.0 6 12 12 11.5 12 24 100 2 B Ɣ
HM-2BFP-R8.0 8 16 16 15.5 16 32 150 2 B Ɣ
HM-2BFP-R10.0 10 20 20 19.5 20 40 150 2 B ż
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
D
DVery suitable
DSuitable
HM series Solid carbide milling
B367
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
Ball nose cutter Hard machining
HM-2BS
– Factory standard
– Centre cutting
– Helix angle 35°
L
D
H
d
10° R
Dimensions [mm] Grade
Article R D d (h6) H L Teeth KMG555
HM-2BS-R0.15 0.15 0.3 4 0.5 50 2 Ɣ
HM-2BS-R0.20 0.2 0.4 4 0.6 50 2 Ɣ
HM-2BS-R0.25 0.25 0.5 4 0.8 50 2 Ɣ
HM-2BS-R0.30 0.3 0.6 4 0.9 50 2 Ɣ
HM-2BS-R0.35 0.35 0.7 4 1 50 2 Ɣ
HM-2BS-R0.40 0.4 0.8 4 1.2 50 2 Ɣ
HM-2BS-R0.45 0.45 0.9 4 1.3 50 2 Ɣ
HM-2BS-R0.50 0.5 1 4 1.5 50 2 Ɣ
HM-2BS-R0.60 0.6 1.2 4 1.8 50 2 Ɣ
HM-2BS-R0.70 0.7 1.4 4 2 50 2 Ɣ
HM-2BS-R0.75 0.75 1.5 4 2.3 50 2 Ɣ
HM-2BS-R0.80 0.8 1.6 4 2.5 50 2 Ɣ
HM-2BS-R0.90 0.9 1.8 4 2.7 50 2 Ɣ
HM-2BS-R1.00 1243502Ɣ
HM-2BS-R1.25 1.25 2.5 4 3.7 50 2 Ɣ
HM-2BS-R1.50 1.5 3 4 4.5 50 2 Ɣ
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
D
DVery suitable
DSuitable
Solid carbide milling HM series
B368
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
End mill Hard machining
HM-2BP
– Straight shank
– Centre cutting
– Helix angle 35°
d
L
10° H
M
d1
D
R
Dimensions [mm] Grade
Article R D d (h6) d1HML
Teeth KMG555
HM-2BP-R0.25-M04 0.25 0.5 4 0.45 0.7 4 50 2 Ɣ
HM-2BP-R0.25-M06 0.25 0.5 4 0.45 0.7 6 50 2 Ɣ
HM-2BP-R0.3-M04 0.3 0.6 4 0.55 0.9 4 50 2 Ɣ
HM-2BP-R0.3-M06 0.3 0.6 4 0.55 0.9 6 50 2 Ɣ
HM-2BP-R0.3-M08 0.3 0.6 4 0.55 0.9 8 50 2 Ɣ
HM-2BP-R0.4-M04 0.4 0.8 4 0.75 1.2 4 50 2 Ɣ
HM-2BP-R0.4-M06 0.4 0.8 4 0.75 1.2 6 50 2 Ɣ
HM-2BP-R0.4-M08 0.4 0.8 4 0.75 1.2 8 50 2 Ɣ
HM-2BP-R0.4-M10 0.4 0.8 4 0.75 1.2 10 50 2 Ɣ
HM-2BP-R0.5-M04 0.5 1 4 0.95 1.5 4 50 2 Ɣ
HM-2BP-R0.5-M06 0.5 1 4 0.95 1.5 6 50 2 Ɣ
HM-2BP-R0.5-M08 0.5 1 4 0.95 1.5 8 50 2 Ɣ
HM-2BP-R0.5-M10 0.5 1 4 0.95 1.5 10 50 2 Ɣ
HM-2BP-R0.5-M12 0.5 1 4 0.95 1.5 12 50 2 Ɣ
HM-2BP-R0.6-M06 0.6 1.2 4 1.15 1.8 6 50 2 Ɣ
HM-2BP-R0.6-M08 0.6 1.2 4 1.15 1.8 8 50 2 Ɣ
HM-2BP-R0.6-M12 0.6 1.2 4 1.15 1.8 12 50 2 Ɣ
HM-2BP-R0.6-M16 0.6 1.2 4 1.15 1.8 16 50 2 Ɣ
HM-2BP-R0.75-M08 0.75 1.5 4 1.45 2.3 8 50 2 Ɣ
HM-2BP-R0.75-M12 0.75 1.5 4 1.45 2.3 12 50 2 Ɣ
HM-2BP-R0.75-M16 0.75 1.5 4 1.45 2.3 16 50 2 Ɣ
HM-2BP-R1.0-M06 1 2 4 1.95 3 6 50 2 Ɣ
HM-2BP-R1.0-M08 1 2 4 1.95 3 8 50 2 Ɣ
HM-2BP-R1.0-M10 1 2 4 1.95 3 10 50 2 Ɣ
HM-2BP-R1.0-M12 1 2 4 1.95 3 12 50 2 Ɣ
HM-2BP-R1.0-M16 1 2 4 1.95 3 16 50 2 Ɣ
HM-2BP-R1.0-M20 1 2 4 1.95 3 20 50 2 Ɣ
HM-2BP-R1.25-M08 1.25 2.5 4 2.4 3.7 8 50 2 Ɣ
HM-2BP-R1.25-M12 1.25 2.5 4 2.4 3.7 12 50 2 Ɣ
HM-2BP-R1.25-M16 1.25 2.5 4 2.4 3.7 16 60 2 Ɣ
HM-2BP-R1.25-M20 1.25 2.5 4 2.4 3.7 20 60 2 Ɣ
HM-2BP-R1.5-M08 1.5 3 6 2.85 4.5 8 50 2 Ɣ
HM-2BP-R1.5-M10 1.5 3 6 2.85 4.5 10 50 2 Ɣ
HM-2BP-R1.5-M12 1.5 3 6 2.85 4.5 12 50 2 Ɣ
HM-2BP-R1.5-M16 1.5 3 6 2.85 4.5 16 60 2 Ɣ
HM-2BP-R1.5-M20 1.5 3 6 2.85 4.5 20 60 2 Ɣ
HM-2BP-R2.0-M10 2 4 6 3.85 6 10 60 2 Ɣ
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
D
DVery suitable
DSuitable
HM series Solid carbide milling
B369
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
End mill Hard machining
HM-2BP
– Straight shank
– Centre cutting
– Helix angle 35°
d
L
10° H
M
d1
D
R
Dimensions [mm] Grade
Article R D d (h6) d1HML
Teeth KMG555
HM-2BP-R2.0-M16 2 4 6 3.85 6 16 60 2 Ɣ
HM-2BP-R2.0-M20 2 4 6 3.85 6 20 60 2 Ɣ
HM-2BP-R2.0-M25 2 4 6 3.85 6 25 60 2 Ɣ
HM-2BP-R2.5-M16 2.5 5 6 4.85 7.5 16 60 2 Ɣ
HM-2BP-R2.5-M25 2.5 5 6 4.85 7.5 25 70 2 Ɣ
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
D
DVery suitable
DSuitable
Solid carbide milling HM series
B370
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
Ball nose cutter Hard machining
HM-4B
– Factory standard
– Centre cutting
– Helix angle 35°
d
LH
D
10° RA
d
LH
D
RB
Dimensions [mm] Grade
Article R D d (h6) H L Teeth Geometry KMG555
HM-4B-R1.5 1.5 3 6 6 50 4 A Ɣ
HM-4B-R2.0 2468504A
Ɣ
HM-4B-R2.5 2.5 5 6 10 50 4 A Ɣ
HM-4B-R3.0 3 6 6 12 50 4 B Ɣ
HM-4B-R4.0 4 8 8 16 60 4 B Ɣ
HM-4B-R5.0 5 10102075 4 B
Ɣ
HM-4B-R6.0 6 12122475 4 B
Ɣ
HM-4B-R7.0 7 14142875 4 B
Ɣ
HM-4B-R8.0 8 1616321004 B
Ɣ
HM-4B-R9.0 9 1818361004 B
Ɣ
HM-4B-R10.0 10 20 20 40 100 4 B Ɣ
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
D
DVery suitable
DSuitable
HM series Solid carbide milling
B371
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
Ball nose cutter long shank Hard machining
HM-4BL
– Factory standard
– Centre cutting
– Helix angle 35°
d
LH
D
10° R
d
LH
D
R
Dimensions [mm] Grade
Article R D d (h6) H L Teeth Geometry KMG555
HM-4BL-R1.5 1.5 3 6 6 75 4 A Ɣ
HM-4BL-R2.0 2468754A
Ɣ
HM-4BL-R2.5 2.5 5 6 10 75 4 A Ɣ
HM-4BL-R3.0 36612754B
Ɣ
HM-4BL-R4.0 4 8 8 16 100 4 B Ɣ
HM-4BL-R5.0 5 1010201004 B
Ɣ
HM-4BL-R6.0 6 1212241004 B
Ɣ
HM-4BL-R7.0 7 1414281004 B
Ɣ
HM-4BL-R8.0 8 1616321504 B
Ɣ
HM-4BL-R9.0 9 1818361504 B
Ɣ
HM-4BL-R10.0 10 20 20 40 150 4 B Ɣ
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
D
DVery suitable
DSuitable
Solid carbide milling HM series
B372
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
Torus mill Hard machining
HM-4R
– Factory standard
– Centre cutting
– Helix angle 35°
RA
R
B
Dimensions [mm] Grade
Article R D d (h6) H L Teeth Geometry KMG555
HM-4R-D3.0R0.2 0.2 3 4 8 50 4 A Ɣ
HM-4R-D4.0R0.3 0.3 4 4 10 50 4 B Ɣ
HM-4R-D4.0R0.5 0.5 4 4 10 50 4 B Ɣ
HM-4R-D5.0R0.5 0.5 5 6 13 50 4 A Ɣ
HM-4R-D5.0R1.0 1 5 6 13 50 4 A Ɣ
HM-4R-D6.0R0.5 0.5 6 6 16 50 4 B Ɣ
HM-4R-D6.0R1.0 1 6 6 16 50 4 B Ɣ
HM-4R-D8.0R0.5 0.5 8 8 20 60 4 B Ɣ
HM-4R-D8.0R1.0 1 8 8 20 60 4 B Ɣ
HM-4R-D10.0R0.5 0.5 10 10 25 75 4 B Ɣ
HM-4R-D10.0R1.0 1 10102575 4 B
Ɣ
HM-4R-D10.0R2.0 2 10102575 4 B
Ɣ
HM-4R-D10.0R3.0 3 10102575 4 B
Ɣ
HM-4R-D12.0R0.5 0.5 12 12 30 75 4 B Ɣ
HM-4R-D12.0R1.0 1 12123075 4 B
Ɣ
HM-4R-D12.0R2.0 2 12123075 4 B
Ɣ
HM-4R-D12.0R3.0 3 12123075 4 B
Ɣ
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
D
DVery suitable
DSuitable
HM series Solid carbide milling
B373
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
Torus mill short cutting edge Hard machining
HM-4RF
– Factory standard
– Centre cutting
– Helix angle 35°
L
D
H
d
R
Dimensions [mm] Grade
Article R D d (h6) H L Teeth KMG555
HM-4RF-D6.0R0.5 0.5 6 6 6 50 4 ż
HM-4RF-D6.0R1.0 1666504ż
HM-4RF-D8.0R0.5 0.5 8 8 8 60 4 ż
HM-4RF-D8.0R1.0 1888604ż
HM-4RF-D10.0R1.0 1 10101075 4 ż
HM-4RF-D10.0R2.0 2 10101075 4 ż
HM-4RF-D12.0R0.5 0.5 12 12 12 75 4 ż
HM-4RF-D12.0R1.0 1 12121275 4 ż
HM-4RF-D12.0R2.0 2 12121275 4 ż
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
D
DVery suitable
DSuitable
Solid carbide milling HM series
B374
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
Torus mill long shank Hard machining
HM-4RP
– Factory standard
– Centre cutting
– Helix angle 35°
R
Dimensions [mm] Grade
Article R D d (h6) d1HML
Teeth KMG555
HM-4RP-D6.0R0.5 0.5 6 6 5.8 6 18 75 4 ż
HM-4RP-D6.0R1.0 1665.8618754
ż
HM-4RP-D8.0R0.5 0.5 8 8 7.8 8 24 100 4 ż
HM-4RP-D8.0R1.0 1 8 8 7.8 8 24 100 4 ż
HM-4RP-D10.0R0.5 0.5 10 10 9.6 10 30 100 4 ż
HM-4RP-D10.0R1.0 1 10 10 9.6 10 30 100 4 ż
HM-4RP-D10.0R2.0 2 10 10 9.6 10 30 100 4 ż
HM-4RP-D12.0R0.5 0.5 12 12 11.5 12 36 100 4 ż
HM-4RP-D12.0R1.0 1 12 12 11.5 12 36 100 4 ż
HM-4RP-D12.0R2.0 2 12 12 11.5 12 36 100 4 ż
HM-4RP-D16.0R1.0 1 16 16 15.5 16 40 150 4 Ɣ
HM-4RP-D16.0R2.0 2 16 16 15.5 16 40 150 4 ż
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
D
DVery suitable
DSuitable
HM series Solid carbide milling
B375
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
Solid carbide milling HM series
B376
Notes
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B
377
NM-4E
NM-2B
NM-2BP
NM-2EP
NM-2E
NM
For machining of copper
For machining of copper and copper alloys (brass, bronze).
Excellent sharpness of cutting edge for very good surface
quality.
End mills, ball nose cutters and mini cutters.
Diameter range 0.5–20.0 mm
series
End mill General machining of non-ferrous metals
5502R402NM
Type of shank DIN 6535HA
– Centre cutting
– Helix angle 40°
L
H
D
dKCH
CHW
Dimensions [mm] Grade
Article D d (h6) H L KCH CHW Teeth YK30F
5502R402NM-0300 36857002
Ɣ
5502R402NM-0400 461157002
Ɣ
5502R402NM-0500 561357002
Ɣ
5502R402NM-0600 6 6 13 57 45 0.1 2 Ɣ
5502R402NM-0800 8 8 19 63 45 0.1 2 Ɣ
5502R402NM-1000 10 10 22 72 45 0.1 2 Ɣ
5502R402NM-1200 12 12 26 83 45 0.1 2 Ɣ
5502R402NM-1400 14 14 26 83 45 0.15 2 Ɣ
5502R402NM-1600 16 16 32 92 45 0.15 2 Ɣ
5502R402NM-1800 18 18 32 92 45 0.15 2 Ɣ
5502R402NM-2000 20 20 38 104 45 0.15 2 Ɣ
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
D
DVery suitable
DSuitable
Solid carbide milling NM series
B378
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
End mill General machining of non-ferrous metals
NM-2E
– Factory standard
– Centre cutting
– Helix angle 35°
L
D
H
d
A
L
d
H
D
10° B
Dimensions [mm] Grade
Article D d (h6) H L Teeth Geometry KMG309
NM-2E-D1.0 143502A
Ɣ
NM-2E-D2.0 246502A
Ɣ
NM-2E-D3.0 368502A
Ɣ
NM-2E-D4.0 4 6 11 50 2 A Ɣ
NM-2E-D5.0 5 6 13 50 2 A Ɣ
NM-2E-D6.0 6 6 16 50 2 B Ɣ
NM-2E-D8.0 8 8 20 60 2 B Ɣ
NM-2E-D10.0 10 10 25 75 2 B Ɣ
NM-2E-D12.0 12 12 30 75 2 B Ɣ
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
D
DVery suitable
DSuitable
NM series Solid carbide milling
B379
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
End mill General machining of non-ferrous metals
NM-2EP
– Factory standard
– Centre cutting
– Helix angle 35°
L
D
H
d
d1
M
10°
Dimensions [mm] Grade
Article D d (h6) d1HML
Teeth KMG309
NM-2EP-D0.5-M08 0.5 4 0.45 0.7 8 50 2 Ɣ
NM-2EP-D0.5-M06 0.5 4 0.45 0.7 6 50 2 Ɣ
NM-2EP-D0.5-M04 0.5 4 0.45 0.7 4 50 2 Ɣ
NM-2EP-D0.8-M10 0.8 4 0.75 1.2 10 50 2 Ɣ
NM-2EP-D0.8-M04 0.8 4 0.75 1.2 4 50 2 Ɣ
NM-2EP-D0.8-M06 0.8 4 0.75 1.2 6 50 2 Ɣ
NM-2EP-D0.8-M08 0.8 4 0.75 1.2 8 50 2 Ɣ
NM-2EP-D1.0-M08 1 4 0.95 1.5 8 50 2 Ɣ
NM-2EP-D1.0-M14 1 4 0.95 1.5 14 50 2 Ɣ
NM-2EP-D1.0-M04 1 4 0.95 1.5 4 50 2 Ɣ
NM-2EP-D1.0-M12 1 4 0.95 1.5 12 50 2 Ɣ
NM-2EP-D1.0-M10 1 4 0.95 1.5 10 50 2 Ɣ
NM-2EP-D1.0-M06 1 4 0.95 1.5 6 50 2 Ɣ
NM-2EP-D1.5-M08 1.5 4 1.45 2.3 8 50 2 Ɣ
NM-2EP-D1.5-M16 1.5 4 1.45 2.3 16 50 2 Ɣ
NM-2EP-D2.0-M14 2 4 1.95 3 14 50 2 Ɣ
NM-2EP-D2.0-M12 2 4 1.95 3 12 50 2 Ɣ
NM-2EP-D2.0-M08 2 4 1.95 3 8 50 2 Ɣ
NM-2EP-D2.0-M10 2 4 1.95 3 10 50 2 Ɣ
NM-2EP-D2.0-M06 2 4 1.95 3 6 50 2 Ɣ
NM-2EP-D2.0-M16 2 4 1.95 3 16 50 2 Ɣ
NM-2EP-D2.5-M10 2.5 4 2.4 3.7 10 50 2 Ɣ
NM-2EP-D2.5-M20 2.5 4 2.4 3.7 20 60 2 Ɣ
NM-2EP-D3.0-M10 3 6 2.85 4.5 10 50 2 Ɣ
NM-2EP-D3.0-M20 3 6 2.85 4.5 20 60 2 Ɣ
NM-2EP-D4.0-M25 4 6 3.85 6 25 60 2 Ɣ
NM-2EP-D4.0-M16 4 6 3.85 6 16 60 2 Ɣ
NM-2EP-D5.0-M25 5 6 4.85 7.5 25 70 2 Ɣ
NM-2EP-D5.0-M16 5 6 4.85 7.5 16 60 2 Ɣ
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
D
DVery suitable
DSuitable
Solid carbide milling NM series
B380
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
End mill General machining of non-ferrous metals
NM-4E
– Factory standard
– Centre cutting
– Helix angle 35°
L
D
H
10°
d
A
L
H
D
d
B
Dimensions [mm] Grade
Article D d (h6) H L Teeth Geometry KMG309
NM-4E-D3.0 368504A
Ɣ
NM-4E-D4.0 4 6 11 50 4 A Ɣ
NM-4E-D5.0 5 6 13 50 4 A Ɣ
NM-4E-D6.0 6 6 16 50 4 B Ɣ
NM-4E-D8.0 8 8 20 60 4 B Ɣ
NM-4E-D10.0 10 10 25 75 4 B Ɣ
NM-4E-D12.0 12 12 30 75 4 B Ɣ
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
D
DVery suitable
DSuitable
NM series Solid carbide milling
B381
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
Ball nose cutter General machining of non-ferrous metals
NM-2B
– Factory standard
– Centre cutting
– Helix angle 35°
RA
RB
Dimensions [mm] Grade
Article R D d (h6) H L Teeth Geometry KMG309
NM-2B-R0.5 0.5 1 4 2 50 2 A Ɣ
NM-2B-R0.75 0.75 1.5 4 3 50 2 A Ɣ
NM-2B-R1.0 1244502A
Ɣ
NM-2B-R1.25 1.25 2.5 4 5 50 2 A Ɣ
NM-2B-R1.5 1.5 3 6 6 50 2 A Ɣ
NM-2B-R1.75 1.75 3.5 6 8 50 2 A Ɣ
NM-2B-R2.0 2468502A
Ɣ
NM-2B-R2.5 2.5 5 6 10 50 2 A Ɣ
NM-2B-R3.0 36612502B
Ɣ
NM-2B-R4.0 48816602B
Ɣ
NM-2B-R5.0 5 10102075 2 B
Ɣ
NM-2B-R6.0 6 12122475 2 B
Ɣ
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
D
DVery suitable
DSuitable
Solid carbide milling NM series
B382
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
Ball nose cutter General machining of non-ferrous metals
NM-2BP
– Factory standard
– Centre cutting
– Helix angle 35°
d
L
10° H
M
d1
D
R
Dimensions [mm] Grade
Article R D d (h6) d1HML
Teeth KMG309
NM-2BP-R0.25-M04 0.25 0.5 4 0.45 0.7 4 50 2 Ɣ
NM-2BP-R0.25-M06 0.25 0.5 4 0.45 0.7 6 50 2 Ɣ
NM-2BP-R0.3-M04 0.3 0.6 4 0.55 0.9 4 50 2 Ɣ
NM-2BP-R0.3-M06 0.3 0.6 4 0.55 0.9 6 50 2 Ɣ
NM-2BP-R0.3-M08 0.3 0.6 4 0.55 0.9 8 50 2 Ɣ
NM-2BP-R0.4-M04 0.4 0.8 4 0.75 1.2 4 50 2 Ɣ
NM-2BP-R0.4-M06 0.4 0.8 4 0.75 1.2 6 50 2 Ɣ
NM-2BP-R0.4-M08 0.4 0.8 4 0.75 1.2 8 50 2 Ɣ
NM-2BP-R0.4-M10 0.4 0.8 4 0.75 1.2 10 50 2 Ɣ
NM-2BP-R0.5-M04 0.5 1 4 0.95 1.5 4 50 2 Ɣ
NM-2BP-R0.5-M06 0.5 1 4 0.95 1.5 6 50 2 Ɣ
NM-2BP-R0.5-M08 0.5 1 4 0.95 1.5 8 50 2 Ɣ
NM-2BP-R0.5-M10 0.5 1 4 0.95 1.5 10 50 2 Ɣ
NM-2BP-R0.5-M12 0.5 1 4 0.95 1.5 12 50 2 Ɣ
NM-2BP-R0.75-M08 0.75 1.5 4 1.45 2.3 8 50 2 Ɣ
NM-2BP-R0.75-M16 0.75 1.5 4 1.45 2.3 16 50 2 Ɣ
NM-2BP-R1.0-M06 1 2 4 1.95 3 6 50 2 Ɣ
NM-2BP-R1.0-M08 1 2 4 1.95 3 8 50 2 Ɣ
NM-2BP-R1.0-M10 1 2 4 1.95 3 10 50 2 Ɣ
NM-2BP-R1.0-M12 1 2 4 1.95 3 12 50 2 Ɣ
NM-2BP-R1.0-M16 1 2 4 1.95 3 16 50 2 Ɣ
NM-2BP-R1.0-M20 1 2 4 1.95 3 20 60 2 Ɣ
NM-2BP-R1.5-M10 1.5 3 6 2.85 4.5 10 50 2 Ɣ
NM-2BP-R1.5-M20 1.5 3 6 2.85 4.5 20 60 2 Ɣ
NM-2BP-R2.0-M10 2 4 6 3.85 6 10 60 2 Ɣ
NM-2BP-R2.0-M16 2 4 6 3.85 6 16 60 2 Ɣ
NM-2BP-R2.0-M20 2 4 6 3.85 6 20 60 2 Ɣ
NM-2BP-R2.0-M25 2 4 6 3.85 6 25 60 2 Ɣ
NM-2BP-R2.5-M16 2.5 5 6 4.85 7.5 16 60 2 Ɣ
NM-2BP-R2.5-M25 2.5 5 6 4.85 7.5 25 70 2 Ɣ
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
D
DVery suitable
DSuitable
NM series Solid carbide milling
B383
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
Solid carbide milling NM series
B384
Notes
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B
385
ALG-3E
ALP-4E
AL-3R
AL-2B
AL-3W
AL-1E
ALG-2E
ALP-3E
AL-2R
AL
For machining of aluminium alloys
series
Newly developed geometries expand our standard program:
ALP for high-speed roughing
ALG for nishing with very good surface quality
AIR torus mills for ultra high-speed machining
With our diamond-like carbon grade KMD401, tool life is signicantly
increased.
End mills, ball nose cutters, torus mills and rippers
Diameter range 1.0–20.0 mm
End mill General machining of Al and Al alloys
AL-2E
– Factory standard
– Centre cutting
– Helix angle 55°
A
B
Dimensions [mm] Grade
Article D d (h6) H L Teeth Geometry YK30F
AL-2E-D1.0 143502A
Ɣ
AL-2E-D1.5 1.5 4 4 50 2 A Ɣ
AL-2E-D2.0 246502A
Ɣ
AL-2E-D2.5 2.5 4 7 50 2 A Ɣ
AL-2E-D3.0 369502A
Ɣ
AL-2E-D4.0 4 6 12 50 2 A Ɣ
AL-2E-D5.0 5 6 15 50 2 A Ɣ
AL-2E-D6.0 6 6 18 60 2 B Ɣ
AL-2E-D8.0 8 8 20 60 2 B Ɣ
AL-2E-D10.0 10 10 30 75 2 B Ɣ
AL-2E-D12.0 12 12 32 75 2 B Ɣ
AL-2E-D16.0 16 16 45 100 2 B Ɣ
AL-2E-D20.0 20 20 45 100 2 B Ɣ
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
D
DVery suitable
DSuitable
Solid carbide milling AL series
B386
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
End mill long cutting edge General machining of Al and Al alloys
AL-2EL
– Factory standard
– Centre cutting
– Helix angle 55°
A
B
Dimensions [mm] Grade
Article D d (h6) H L Teeth Geometry YK30F
AL-2EL-D3.0 3 6 12 60 2 A Ɣ
AL-2EL-D4.0 4 6 16 60 2 A Ɣ
AL-2EL-D5.0 5 6 20 60 2 A Ɣ
AL-2EL-D6.0 6 6 25 75 2 B Ɣ
AL-2EL-D8.0 8 8 32 75 2 B Ɣ
AL-2EL-D10.0 10 10 45 100 2 B Ɣ
AL-2EL-D12.0 12 12 45 100 2 B Ɣ
AL-2EL-D16.0 16 16 65 150 2 B Ɣ
AL-2EL-D20.0 20 20 75 150 2 B Ɣ
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
D
DVery suitable
DSuitable
AL series Solid carbide milling
B387
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
End mill General machining of Al and Al alloys
ALG-2E
– Factory standard
– Centre cutting
– Helix angle 30°
A
B
Dimensions [mm] Grade
Article D d (h6) H L Teeth Geometry YK40F
ALG-2E-D1.0 143502A
Ɣ
ALG-2E-D1.5 1.5 4 4 50 2 A ż
ALG-2E-D2.0 246502A
Ɣ
ALG-2E-D2.5 2.5 4 8 50 2 A ż
ALG-2E-D3.0S 348502A
Ɣ
ALG-2E-D3.5S 3.5410502 Aż
ALG-2E-D4.0S 4 4 11 50 2 B ż
ALG-2E-D3.0 368502A
Ɣ
ALG-2E-D3.5 3.5610502 Aż
ALG-2E-D4.0 4 6 11 50 2 A Ɣ
ALG-2E-D4.5 4.5611502 Aż
ALG-2E-D5.0 5 6 13 50 2 A Ɣ
ALG-2E-D5.5 5.5616502 Aż
ALG-2E-D6.0 6 6 16 50 2 B Ɣ
ALG-2E-D7.0 7 8 20 60 2 A ż
ALG-2E-D8.0 8 8 20 60 2 B Ɣ
ALG-2E-D9.0 9 102275 2 A ż
ALG-2E-D10.0 10 10 25 75 2 B Ɣ
ALG-2E-D11.0 11 12 26 75 2 A ż
ALG-2E-D12.0 12 12 30 75 2 B Ɣ
ALG-2E-D14.0 14 14 32 75 2 B Ɣ
ALG-2E-D16.0 16 16 45 100 2 B Ɣ
ALG-2E-D18.0 18 18 45 100 2 B ż
ALG-2E-D20.0 20 20 45 100 2 B Ɣ
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
D
DVery suitable
DSuitable
Solid carbide milling AL series
B388
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
End mill General machining of Al and Al alloys
AL-3E
– Factory standard
– Centre cutting
– Helix angle 45°
A
B
Dimensions [mm] Grade
Article D d (h6) H L Teeth Geometry YK30F
AL-3E-D1.0 143503A
Ɣ
AL-3E-D1.5 1.5 4 4 50 3 A Ɣ
AL-3E-D2.0 246503A
Ɣ
AL-3E-D2.5 2.5 4 7 50 3 A Ɣ
AL-3E-D3.0 369503A
Ɣ
AL-3E-D4.0 4 6 12 50 3 A Ɣ
AL-3E-D5.0 5 6 15 50 3 A Ɣ
AL-3E-D6.0 6 6 18 60 3 B Ɣ
AL-3E-D8.0 8 8 20 60 3 B Ɣ
AL-3E-D10.0 10 10 30 75 3 B Ɣ
AL-3E-D12.0 12 12 32 75 3 B Ɣ
AL-3E-D16.0 16 16 45 100 3 B Ɣ
AL-3E-D20.0 20 20 45 100 3 B Ɣ
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
D
DVery suitable
DSuitable
AL series Solid carbide milling
B389
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
End mill long cutting edge General machining of Al and Al alloys
AL-3EL
– Factory standard
– Centre cutting
– Helix angle 45°
A
B
Dimensions [mm] Grade
Article D d (h6) H L Teeth Geometry YK30F
AL-3EL-D3.0 3 6 12 60 3 A Ɣ
AL-3EL-D4.0 4 6 16 60 3 A Ɣ
AL-3EL-D5.0 5 6 20 60 3 A Ɣ
AL-3EL-D6.0 6 6 25 75 3 B Ɣ
AL-3EL-D8.0 8 8 32 75 3 B Ɣ
AL-3EL-D10.0 10 10 45 100 3 B Ɣ
AL-3EL-D12.0 12 12 45 100 3 B Ɣ
AL-3EL-D16.0 16 16 65 150 3 B Ɣ
AL-3EL-D20.0 20 20 75 150 3 B Ɣ
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
D
DVery suitable
DSuitable
Solid carbide milling AL series
B390
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
End mill General machining of Al and Al alloys
ALG-3E
– Factory standard
– Centre cutting
– Helix angle 45°
10° A
B
Dimensions [mm] Grade
Article D d (h6) H L Teeth Geometry KMD401 YK40F
ALG-3E-D1.0 143503AżƔ
ALG-3E-D1.5 1.5 4 4 50 3 A żƔ
ALG-3E-D2.0 246503AżƔ
ALG-3E-D2.5 2.5 4 8 50 3 A żż
ALG-3E-D3.0S 348503AżƔ
ALG-3E-D3.5S 3.5410503 A żż
ALG-3E-D4.0S 4 4 11 50 3 B żƔ
ALG-3E-D3.0 368503AƔƔ
ALG-3E-D3.5 3.5610503 A Ɣż
ALG-3E-D4.0 4 6 11 50 3 A ƔƔ
ALG-3E-D4.5 4.5611503 A Ɣż
ALG-3E-D5.0 5 6 13 50 3 A ƔƔ
ALG-3E-D5.5 5.5616503 A Ɣż
ALG-3E-D6.0 6 6 16 50 3 B ƔƔ
ALG-3E-D7.0 7 8 20 60 3 A Ɣż
ALG-3E-D8.0 8 8 20 60 3 B ƔƔ
ALG-3E-D9.0 9 102275 3 A Ɣż
ALG-3E-D10.0 10 10 25 75 3 B ƔƔ
ALG-3E-D11.0 11 12 26 75 3 A Ɣż
ALG-3E-D12.0 12 12 30 75 3 B ƔƔ
ALG-3E-D14.0 14 14 32 75 3 B ƔƔ
ALG-3E-D16.0 16 16 45 100 3 B ƔƔ
ALG-3E-D18.0 18 18 45 100 3 B Ɣż
ALG-3E-D20.0 20 20 45 100 3 B żƔ
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
D
DVery suitable
DSuitable
AL series Solid carbide milling
B391
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
End mill General machining of Al and Al alloys
ALG-3E-W
– Factory standard with weldon clamping surface
– Centre cutting
– Helix angle 45°
10° A
B
Dimensions [mm] Grade
Article D d (h6) H L Teeth Geometry KMD401
ALG-3E-D3.0-W 368503A
Ɣ
ALG-3E-D3.5-W 3.5610503 AƔ
ALG-3E-D4.0-W 4 6 11 50 3 A Ɣ
ALG-3E-D4.5-W 4.5611503 AƔ
ALG-3E-D5.0-W 5 6 13 50 3 A Ɣ
ALG-3E-D5.5-W 5.5616503 AƔ
ALG-3E-D6.0-W 6 6 16 50 3 B Ɣ
ALG-3E-D7.0-W 7 8 20 60 3 A Ɣ
ALG-3E-D8.0-W 8 8 20 60 3 B Ɣ
ALG-3E-D9.0-W 9 102275 3 A Ɣ
ALG-3E-D10.0-W 10 10 25 75 3 B Ɣ
ALG-3E-D11.0-W 11 12 26 75 3 A Ɣ
ALG-3E-D12.0-W 12 12 30 75 3 B Ɣ
ALG-3E-D14.0-W 14 14 32 75 3 B Ɣ
ALG-3E-D16.0-W 16 16 45 100 3 B Ɣ
ALG-3E-D18.0-W 18 18 45 100 3 B Ɣ
ALG-3E-D20.0-W 20 20 45 100 3 B Ɣ
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
D
DVery suitable
DSuitable
Solid carbide milling AL series
B392
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
End mill High-performance machining of Al and Al alloys
ALP-3E
– Factory standard
– Centre cutting
– Helix angle 35°
10° A
B
Dimensions [mm] Grade
Article D d (h6) H L Teeth Geometry KMD401 YK40F
ALP-3E-D1.0 143503Ażż
ALP-3E-D1.5 1.5 4 4 50 3 A żƔ
ALP-3E-D2.0 246503AżƔ
ALP-3E-D2.5 2.5 4 8 50 3 A żż
ALP-3E-D3.0S 348503AżƔ
ALP-3E-D4.0S 4 4 11 50 3 B żƔ
ALP-3E-D3.0 368503AƔƔ
ALP-3E-D4.0 4 6 11 50 3 A ƔƔ
ALP-3E-D4.5 4.5611503 A Ɣż
ALP-3E-D5.0 5 6 13 50 3 A ƔƔ
ALP-3E-D5.5 5.5616503 A Ɣż
ALP-3E-D6.0 6 6 16 50 3 B ƔƔ
ALP-3E-D7.0 7 8 20 60 3 B Ɣż
ALP-3E-D8.0 8 8 20 60 3 B ƔƔ
ALP-3E-D9.0 9 102275 3 B Ɣż
ALP-3E-D10.0 10 10 25 75 3 B ƔƔ
ALP-3E-D11.0 11 12 26 75 3 B ƔƔ
ALP-3E-D12.0 12 12 30 75 3 B ƔƔ
ALP-3E-D14.0 14 14 32 75 3 B ƔƔ
ALP-3E-D16.0 16 16 45 100 3 B ƔƔ
ALP-3E-D20.0 20 20 45 100 3 B Ɣż
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
D
DVery suitable
DSuitable
AL series Solid carbide milling
B393
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
End mill High-performance machining of Al and Al alloys
ALP-3E-W
– Factory standard with weldon clamping surface
– Centre cutting
– Helix angle 35°
10° A
B
Dimensions [mm] Grade
Article D d (h6) H L Teeth Geometry KMD401
ALP-3E-D3.0-W 368503A
Ɣ
ALP-3E-D4.0-W 4 6 11 50 3 A Ɣ
ALP-3E-D4.5-W 4.5611503 AƔ
ALP-3E-D5.0-W 5 6 13 50 3 A Ɣ
ALP-3E-D5.5-W 5.5616503 AƔ
ALP-3E-D6.0-W 6 6 16 50 3 B Ɣ
ALP-3E-D7.0-W 7 8 20 60 3 B Ɣ
ALP-3E-D8.0-W 8 8 20 60 3 B Ɣ
ALP-3E-D9.0-W 9 102275 3 B Ɣ
ALP-3E-D10.0-W 10 10 25 75 3 B Ɣ
ALP-3E-D11.0-W 11 12 26 75 3 B Ɣ
ALP-3E-D12.0-W 12 12 30 75 3 B Ɣ
ALP-3E-D14.0-W 14 14 32 75 3 B Ɣ
ALP-3E-D16.0-W 16 16 45 100 3 B Ɣ
ALP-3E-D20.0-W 20 20 45 100 3 B Ɣ
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
D
DVery suitable
DSuitable
Solid carbide milling AL series
B394
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
End mill High-performance machining of Al and Al alloys
ALP-4E
– Factory standard
– Centre cutting
– Helix angle 38°
10° H
L
D
d
A
H
L
D
d
B
Dimensions [mm] Grade
Article D d (h6) H L Teeth Geometry KMD401 YK40F
ALP-4E-D3.0S 349504AżƔ
ALP-4E-D4.0S 4 4 11 50 4 B żƔ
ALP-4E-D3.0 369504AƔƔ
ALP-4E-D4.0 4 6 11 50 4 A ƔƔ
ALP-4E-D5.0 5 6 13 50 4 A ƔƔ
ALP-4E-D6.0 6 6 16 50 4 B ƔƔ
ALP-4E-D8.0 8 8 20 60 4 B ƔƔ
ALP-4E-D10.0 10 10 25 75 4 B ƔƔ
ALP-4E-D12.0 12 12 30 75 4 B ƔƔ
ALP-4E-D16.0 16 16 45 100 4 B ƔƔ
ALP-4E-D18.0 18 18 45 100 4 B Ɣż
ALP-4E-D20.0 20 20 45 100 4 B ƔƔ
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
D
DVery suitable
DSuitable
AL series Solid carbide milling
B395
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
End mill High-performance machining of Al and Al alloys
ALP-4E-W
– Factory standard with weldon clamping surface
– Centre cutting
– Helix angle 38°
10° H
L
D
d
A
H
L
D
d
B
Dimensions [mm] Grade
Article D d (h6) H L Teeth Geometry KMD401
ALP-4E-D3.0-W 369504A
Ɣ
ALP-4E-D4.0-W 4 6 11 50 4 A Ɣ
ALP-4E-D5.0-W 5 6 13 50 4 A Ɣ
ALP-4E-D6.0-W 6 6 16 50 4 B Ɣ
ALP-4E-D8.0-W 8 8 20 60 4 B Ɣ
ALP-4E-D10.0-W 10 10 25 75 4 B Ɣ
ALP-4E-D12.0-W 12 12 30 75 4 B Ɣ
ALP-4E-D16.0-W 16 16 45 100 4 B Ɣ
ALP-4E-D18.0-W 18 18 45 100 4 B Ɣ
ALP-4E-D20.0-W 20 20 45 100 4 B Ɣ
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
D
DVery suitable
DSuitable
Solid carbide milling AL series
B396
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
End mill serrated teeth General machining of Al and Al alloys
AL-3W
– Factory standard
– Centre cutting
– Helix angle 30°
Dimensions [mm] Grade
Article D d (h6) H L Teeth YK30F
AL-3W-D6.0 6 6 16 50 3 Ɣ
AL-3W-D8.0 8 8 20 60 3 Ɣ
AL-3W-D10.0 10 10 25 75 3 Ɣ
AL-3W-D12.0 12 12 30 75 3 Ɣ
AL-3W-D16.0 16 16 45 100 3 Ɣ
AL-3W-D20.0 20 20 45 100 3 Ɣ
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
D
DVery suitable
DSuitable
AL series Solid carbide milling
B397
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
Ball nose cutter High performance machining of heat-resistant alloys
5565R302NH
Type of shank DIN 6535HA
– Centre cutting
– Helix angle 30°
LMH
D
dd1
R
Dimensions [mm] Grade
Article D R d (h6) d1HML
Teeth YK40F
5565R302NH-0300 3 1.5 6 2.8 6 9 57 2 Ɣ
5565R302NH-0400 4263.7812572
Ɣ
5565R302NH-0500 5 2.5 6 4.6 10 15 57 2 Ɣ
5565R302NH-0600 6 3 6 5.5 12 20 57 2 Ɣ
5565R302NH-0800 8 4 8 7.4 16 26 63 2 Ɣ
5565R302NH-1000 10 5 10 9.2 20 31 72 2 Ɣ
5565R302NH-1200 12 6 12112437832
Ɣ
5565R302NH-1600 16 8 16153243922
Ɣ
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
D
DVery suitable
DSuitable
Solid carbide milling AL series
B398
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
Ball nose cutter long shank High performance machining of heat-resistant alloys
5566R302NH
Type of shank DIN 6535HA
– Centre cutting
– Helix angle 30°
LMH
D
dd1
R
Dimensions [mm] Grade
Article D R d (h6) d1HML
Teeth YK40F
5566R302NH-0300 3 1.5 6 2.8 6 9 75 2 Ɣ
5566R302NH-0400 4263.7812752
Ɣ
5566R302NH-0500 5 2.5 6 4.6 10 15 80 2 Ɣ
5566R302NH-0600 6 3 6 5.5 12 20 80 2 Ɣ
5566R302NH-0800 8 4 8 7.4 16 26 90 2 Ɣ
5566R302NH-1000 10 5 10 9.2 20 31 100 2 Ɣ
5566R302NH-1200 12 6 121124371202
Ɣ
5566R302NH-1600 16 8 161532431402
Ɣ
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
D
DVery suitable
DSuitable
AL series Solid carbide milling
B399
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
Ball nose cutter General machining of Al and Al alloys
AL-2B
– Factory standard
– Centre cutting
– Helix angle 35°
RA
RB
Dimensions [mm] Grade
Article R D d (h6) H L Teeth Geometry YK30F
AL-2B-R1.0 1264602A
ż
AL-2B-R1.5 1.5 3 6 6 60 2 A ż
AL-2B-R2.0 2468602A
ż
AL-2B-R2.5 2.5 5 6 10 60 2 A ż
AL-2B-R3.0 36612602B
ż
AL-2B-R4.0 48816752B
ż
AL-2B-R5.0 5 10102075 2 B
ż
AL-2B-R6.0 6 12122475 2 B
ż
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
D
DVery suitable
DSuitable
Solid carbide milling AL series
B400
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
Torus mill General machining of Al and Al alloys
AL-2R-AIR
– Factory standard
– Centre cutting
– Helix angle 30°
R
Dimensions [mm] Grade
Article R D d (h6) d1HML
Teeth YK40F
AL-2R-D6.0R1.0-AIR 1665.5720572
Ɣ
AL-2R-D8.0R1.0-AIR 1887.4926632
Ɣ
AL-2R-D10.0R1.0-AIR 1 10 10 9.2 11 31 72 2 ż
AL-2R-D10.0R2.0-AIR 2 10 10 9.2 11 31 72 2 ż
AL-2R-D12.0R1.0-AIR 1 1212111237832
Ɣ
AL-2R-D12.0R2.0-AIR 2 1212111237832
ż
AL-2R-D12.0R3.0-AIR 3 1212111237832
ż
AL-2R-D16.0R1.0-AIR 1 1616151643922
ż
AL-2R-D16.0R2.0-AIR 2 1616151643922
ż
AL-2R-D16.0R3.0-AIR 3 1616151643922
ż
AL-2R-D16.0R4.0-AIR 4 1616151643922
ż
AL-2R-D20.0R1.0-AIR 1 20201920531042
Ɣ
AL-2R-D20.0R2.0-AIR 2 20201920531042
ż
AL-2R-D20.0R3.0-AIR 3 20201920531042
ż
AL-2R-D20.0R4.0-AIR 4 20201920531042
ż
AL-2R-D20.0R5.0-AIR 5 20201920531042
Ɣ
AL-2R-D20.0R6.0-AIR 6 20201920531042
ż
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
D
DVery suitable
DSuitable
AL series Solid carbide milling
B401
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
Torus mill long shank General machining of Al and Al alloys
AL-2RL-AIR
– Factory standard
– Centre cutting
– Helix angle 30°
R
Dimensions [mm] Grade
Article R D d (h6) d1HML
Teeth YK40F
AL-2RL-D6.0R1.0-AIR 1665.5743802
Ɣ
AL-2RL-D8.0R1.0-AIR 1887.4953902
Ɣ
AL-2RL-D10.0R1.0-AIR 1 10 10 9.2 11 59 100 2 Ɣ
AL-2RL-D10.0R2.0-AIR 2 10 10 9.2 11 59 100 2 Ɣ
AL-2RL-D12.0R1.0-AIR 1 12121112741202
Ɣ
AL-2RL-D12.0R2.0-AIR 2 12121112741202
Ɣ
AL-2RL-D12.0R3.0-AIR 3 12121112741202
Ɣ
AL-2RL-D16.0R1.0-AIR 1 16161516841402
Ɣ
AL-2RL-D16.0R2.0-AIR 2 16161516841402
Ɣ
AL-2RL-D16.0R3.0-AIR 3 16161516841402
Ɣ
AL-2RL-D16.0R4.0-AIR 4 16161516841402
Ɣ
AL-2RL-D20.0R1.0-AIR 1 20201920891402
ż
AL-2RL-D20.0R2.0-AIR 2 20201920891402
Ɣ
AL-2RL-D20.0R3.0-AIR 3 20201920891402
Ɣ
AL-2RL-D20.0R4.0-AIR 4 20201920891402
Ɣ
AL-2RL-D20.0R5.0-AIR 5 20201920891402
ż
AL-2RL-D20.0R6.0-AIR 6 20201920891402
ż
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
D
DVery suitable
DSuitable
Solid carbide milling AL series
B402
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
End mill General machining of Al and Al alloys
ALG-2R
– Straight shank
– Centre cutting
– Helix angle 30°
R
Dimensions [mm] Grade
Article R D d (h6) d1HML
Teeth KMD401 YK40F
ALG-2R-D6.0R0.3 0.3 6 6 5.7 8 16 75 2 ƔƔ
ALG-2R-D6.0R0.5 0.5 6 6 5.7 8 16 75 2 ƔƔ
ALG-2R-D6.0R1.0 1665.7816752
ƔƔ
ALG-2R-D8.0R0.3 0.3 8 8 7.4 10 20 75 2 ƔƔ
ALG-2R-D8.0R0.5 0.5 8 8 7.4 10 20 75 2 ƔƔ
ALG-2R-D8.0R1.0 1 8 8 7.4 10 20 75 2 ƔƔ
ALG-2R-D10.0R0.5 0.5 10 10 9.4 12 35 100 2 ƔƔ
ALG-2R-D10.0R1.0 1 10 10 9.4 12 35 100 2 ƔƔ
ALG-2R-D10.0R1.6 1.6 10 10 9.4 12 35 100 2 ƔƔ
ALG-2R-D10.0R2.5 2.5 10 10 9.4 12 35 100 2 ƔƔ
ALG-2R-D12.0R0.5 0.5 12 12 11.4 15 35 100 2 ƔƔ
ALG-2R-D12.0R1.0 1 12 12 11.4 15 35 100 2 ƔƔ
ALG-2R-D12.0R1.6 1.6 12 12 11.4 15 35 100 2 ƔƔ
ALG-2R-D12.0R2.5 2.5 12 12 11.4 15 35 100 2 ƔƔ
ALG-2R-D12.0R3.2 3.2 12 12 11.4 15 35 100 2 ƔƔ
ALG-2R-D12.0R4.0 4 12 12 11.4 15 35 100 2 ƔƔ
ALG-2R-D16.0R1.0 1 16 16 15.4 15 45 125 2 ƔƔ
ALG-2R-D16.0R1.6 1.6 16 16 15.4 15 45 125 2 ƔƔ
ALG-2R-D16.0R2.5 2.5 16 16 15.4 15 45 125 2 ƔƔ
ALG-2R-D16.0R3.2 3.2 16 16 15.4 15 45 125 2 ƔƔ
ALG-2R-D16.0R4.0 4 16 16 15.4 15 45 125 2 ƔƔ
ALG-2R-D16.0R6.3 6.3 16 16 15.4 15 45 125 2 żż
ALG-2R-D20.0R1.0 1 20201820501252
ƔƔ
ALG-2R-D20.0R1.6 1.6 20 20 18 20 50 125 2 ƔƔ
ALG-2R-D20.0R2.5 2.5 20 20 18 20 50 125 2 ƔƔ
ALG-2R-D20.0R3.2 3.2 20 20 18 20 50 125 2 ƔƔ
ALG-2R-D20.0R4.0 4 20201820501252
ƔƔ
ALG-2R-D20.0R6.3 6.3 20 20 18 20 50 125 2 żż
ALG-2R-D25.0R6.3 6.3 25 25 23 25 75 150 2 żż
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
D
DVery suitable
DSuitable
AL series Solid carbide milling
B403
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
End mill General machining of Al and Al alloys
ALG-2R-W
– Factory standard with weldon clamping surface
– Centre cutting
– Helix angle 30°
R
Dimensions [mm] Grade
Article R D d (h6) d1HML
Teeth KMD401
ALG-2R-D6.0R0.3-W 0.3 6 6 8 75 2 Ɣ
ALG-2R-D6.0R0.5-W 0.5 6 6 8 75 2 Ɣ
ALG-2R-D6.0R1.0-W 166 8 752
Ɣ
ALG-2R-D8.0R0.3-W 0.3 8 8 10 75 2 Ɣ
ALG-2R-D8.0R0.5-W 0.5 8 8 10 75 2 Ɣ
ALG-2R-D8.0R1.0-W 1 8 8 10 75 2 Ɣ
ALG-2R-D10.0R0.5-W 0.5 10 10 12 100 2 Ɣ
ALG-2R-D10.0R1.0-W 1 10 10 12 100 2 Ɣ
ALG-2R-D10.0R1.6-W 1.6 10 10 12 100 2 Ɣ
ALG-2R-D10.0R2.5-W 2.5 10 10 12 100 2 Ɣ
ALG-2R-D12.0R0.5-W 0.5 12 12 15 100 2 Ɣ
ALG-2R-D12.0R1.0-W 1 12 12 15 100 2 Ɣ
ALG-2R-D12.0R1.6-W 1.6 12 12 15 100 2 Ɣ
ALG-2R-D12.0R2.5-W 2.5 12 12 15 100 2 Ɣ
ALG-2R-D12.0R3.2-W 3.2 12 12 15 100 2 Ɣ
ALG-2R-D12.0R4.0-W 4 12 12 15 100 2 Ɣ
ALG-2R-D16.0R1.0-W 1 16 16 15 125 2 Ɣ
ALG-2R-D16.0R1.6-W 1.6 16 16 15 125 2 Ɣ
ALG-2R-D16.0R2.5-W 2.5 16 16 15 125 2 Ɣ
ALG-2R-D16.0R3.2-W 3.2 16 16 15 125 2 Ɣ
ALG-2R-D16.0R4.0-W 4 16 16 15 125 2 Ɣ
ALG-2R-D16.0R6.3-W 6.3 16 16 15 125 2 ż
ALG-2R-D20.0R1.0-W 1 20 20 20 125 2 Ɣ
ALG-2R-D20.0R1.6-W 1.6 20 20 20 125 2 Ɣ
ALG-2R-D20.0R2.5-W 2.5 20 20 20 125 2 Ɣ
ALG-2R-D20.0R3.2-W 3.2 20 20 20 125 2 Ɣ
ALG-2R-D20.0R4.0-W 4 20 20 20 125 2 Ɣ
ALG-2R-D20.0R6.3-W 6.3 20 20 20 125 2 ż
ALG-2R-D25.0R6.3-W 6.3 25 25 25 150 2 ż
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
D
DVery suitable
DSuitable
Solid carbide milling AL series
B404
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
Torus mill General machining of Al and Al alloys
AL-3R-AIR
– Factory standard
– Centre cutting
– Helix angle 30°
R
Dimensions [mm] Grade
Article R D d (h6) d1HML
Teeth YK40F
AL-3R-D12.0R1.0-AIR 1 1212111237833
Ɣ
AL-3R-D12.0R2.0-AIR 2 1212111237833
Ɣ
AL-3R-D12.0R3.0-AIR 3 1212111237833
Ɣ
AL-3R-D16.0R1.0-AIR 1 1616151643923
Ɣ
AL-3R-D16.0R2.0-AIR 2 1616151643923
Ɣ
AL-3R-D16.0R3.0-AIR 3 1616151643923
Ɣ
AL-3R-D16.0R4.0-AIR 4 1616151643923
Ɣ
AL-3R-D20.0R1.0-AIR 1 20201920531043
Ɣ
AL-3R-D20.0R2.0-AIR 2 20201920531043
ż
AL-3R-D20.0R3.0-AIR 3 20201920531043
ż
AL-3R-D20.0R4.0-AIR 4 20201920531043
ż
AL-3R-D20.0R5.0-AIR 5 20201920531043
Ɣ
AL-3R-D20.0R6.0-AIR 6 20201920531043
ż
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
D
DVery suitable
DSuitable
AL series Solid carbide milling
B405
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
Torus mill long shank General machining of Al and Al alloys
AL-3RL-AIR
– Factory standard
– Centre cutting
– Helix angle 30°
R
Dimensions [mm] Grade
Article R D d (h6) d1HML
Teeth YK40F
AL-3RL-D12.0R1.0-AIR 1 12121112741203
Ɣ
AL-3RL-D12.0R2.0-AIR 2 12121112741203
Ɣ
AL-3RL-D12.0R3.0-AIR 3 12121112741203
Ɣ
AL-3RL-D16.0R1.0-AIR 1 16161516841403
Ɣ
AL-3RL-D16.0R2.0-AIR 2 16161516841403
ż
AL-3RL-D16.0R3.0-AIR 3 16161516841403
Ɣ
AL-3RL-D16.0R4.0-AIR 4 16161516841403
Ɣ
AL-3RL-D20.0R1.0-AIR 1 20201920891403
Ɣ
AL-3RL-D20.0R2.0-AIR 2 20201920891403
ż
AL-3RL-D20.0R3.0-AIR 3 20201920891403
ż
AL-3RL-D20.0R4.0-AIR 4 20201920891403
ż
AL-3RL-D20.0R5.0-AIR 5 20201920891403
ż
AL-3RL-D20.0R6.0-AIR 6 20201920891403
ż
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
D
DVery suitable
DSuitable
Solid carbide milling AL series
B406
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B
407
5502R38414GM
5502R38414GM-R
5501R38414GM
HPC
For roughing and nishing of steel up to 55 HRC, stainless
steel and cast iron.
Geometry with unequal helix angle (38°/41°) and unequal pitch
for smooth machining without vibrations.
End mills and torus mills
Diameter range 4.0–20.0 mm
High Performance Cutter (HPC)
series
End mill HSC/HPC machining
5501R38414GM
Type of shank DIN 6535HA
– Centre cutting
– Helix angle 38°/41°
LMH
D
dd
1
Dimensions [mm] Grade
Article D d (h6) d1HML
Teeth KMG405
5501R38414GM-0400 4 6 3.7 8 16 54 4 Ɣ
5501R38414GM-0500 5 64.7917544
Ɣ
5501R38414GM-0600 6 6 5.7 10 18 54 4 Ɣ
5501R38414GM-0800 8 8 7.7 12 22 58 4 Ɣ
5501R38414GM-1000 10 10 9.5 14 26 66 4 Ɣ
5501R38414GM-1200 12 12 11.5 16 28 73 4 Ɣ
5501R38414GM-1400 14 14 13.5 18 30 75 4 Ɣ
5501R38414GM-1600 16 16 15.5 22 34 82 4 Ɣ
5501R38414GM-1800 18 18 17.5 24 36 84 4 Ɣ
5501R38414GM-2000 20 20 19.5 26 42 92 4 Ɣ
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
DDD D
DVery suitable
DSuitable
Solid carbide milling HPC series
B408
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
End mill long cutting edge HSC/HPC machining
5502R38414GM
Type of shank DIN 6535HA
– Centre cutting
– Helix angle 38°/41°
LMH
D
dd
1
Dimensions [mm] Grade
Article D d (h6) d1HML
Teeth KMG405
5502R38414GM-0400 4 6 3.7 11 19 57 4 Ɣ
5502R38414GM-0500 5 6 4.7 13 21 57 4 Ɣ
5502R38414GM-0600 6 6 5.7 13 21 57 4 Ɣ
5502R38414GM-0800 8 8 7.7 19 27 63 4 Ɣ
5502R38414GM-1000 10 10 9.5 22 32 72 4 Ɣ
5502R38414GM-1200 12 12 11.5 26 38 83 4 Ɣ
5502R38414GM-1400 14 14 13.5 26 38 83 4 Ɣ
5502R38414GM-1600 16 16 15.5 32 44 92 4 Ɣ
5502R38414GM-1800 18 18 17.5 32 44 92 4 Ɣ
5502R38414GM-2000 20 20 19.5 38 54 104 4 Ɣ
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
DDD D
DVery suitable
DSuitable
HPC series Solid carbide milling
B409
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
End mill HSC/HPC machining
5601R38414GM
Type of shank: DIN 6535HB
– Centre cutting
– Helix angle 38°/41°
LMH
D
dd
1
Dimensions [mm] Grade
Article D d (h6) d1HML
Teeth KMG405
5601R38414GM-0400 4 6 3.7 8 16 54 4 Ɣ
5601R38414GM-0500 5 64.7917544
Ɣ
5601R38414GM-0600 6 6 5.7 10 18 54 4 Ɣ
5601R38414GM-0800 8 8 7.7 12 22 58 4 Ɣ
5601R38414GM-1000 10 10 9.5 14 26 66 4 Ɣ
5601R38414GM-1200 12 12 11.5 16 28 73 4 Ɣ
5601R38414GM-1400 14 14 13.5 18 30 75 4 Ɣ
5601R38414GM-1600 16 16 15.5 22 34 82 4 Ɣ
5601R38414GM-1800 18 18 17.5 24 36 84 4 Ɣ
5601R38414GM-2000 20 20 19.5 26 42 92 4 Ɣ
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
DDD D
DVery suitable
DSuitable
Solid carbide milling HPC series
B410
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
End mill long cutting edge HSC/HPC machining
5602R38414GM
Type of shank: DIN 6535HB
– Centre cutting
– Helix angle 38°/41°
LMH
D
dd1
Dimensions [mm] Grade
Article D d (h6) d1HML
Teeth KMG405
5602R38414GM-0300L 3 6 2.7 6.5 15 58 4 ż
5602R38414GM-0400L 4 6 3.7 8.5 20 62 4 ż
5602R38414GM-0400 4 6 3.7 11 19 57 4 Ɣ
5602R38414GM-0500 5 6 4.7 13 21 57 4 Ɣ
5602R38414GM-0500L 5 6 4.7 10.5 25 70 4 ż
5602R38414GM-0600L 6 6 5.7 13 30 70 4 ż
5602R38414GM-0600 6 6 5.7 13 21 57 4 Ɣ
5602R38414GM-0800 8 8 7.7 19 27 63 4 Ɣ
5602R38414GM-0800L 8 8 7.7 17 40 80 4 ż
5602R38414GM-1000 10 10 9.5 22 32 72 4 Ɣ
5602R38414GM-1000L 10 10 9.5 21 50 94 4 ż
5602R38414GM-1200 12 12 11.5 26 38 83 4 Ɣ
5602R38414GM-1200L 12 12 11.5 25 60 109 4 ż
5602R38414GM-1400 14 14 13.5 26 38 83 4 Ɣ
5602R38414GM-1600L 16 16 15.5 33 80 132 4 ż
5602R38414GM-1600 16 16 15.5 32 44 92 4 Ɣ
5602R38414GM-1800 18 18 17.5 32 44 92 4 Ɣ
5602R38414GM-2000 20 20 19.5 38 54 104 4 Ɣ
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
DDD D
DVery suitable
DSuitable
HPC series Solid carbide milling
B411
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
Torus mill long cutting edge HSC/HPC machining
5502R38414GM-R
Type of shank DIN 6535HA
– Centre cutting
– Helix angle 38°/41°
LMH
D
dd
1
R
Dimensions [mm] Grade
Article D R d (h6) d1HML
Teeth KMG405
5502R38414GM-R02-0400 4 0.2 6 3.7 11 19 57 4 Ɣ
5502R38414GM-R05-0400 4 0.5 6 3.7 11 19 57 4 Ɣ
5502R38414GM-R02-0500 5 0.2 6 4.7 13 21 57 4 Ɣ
5502R38414GM-R05-0500 5 0.5 6 4.7 13 21 57 4 Ɣ
5502R38414GM-R02-0600 6 0.2 6 5.7 13 21 57 4 Ɣ
5502R38414GM-R05-0600 6 0.5 6 5.7 13 21 57 4 Ɣ
5502R38414GM-R10-0600 6 1 6 5.7 13 21 57 4 Ɣ
5502R38414GM-R02-0800 8 0.2 8 7.7 19 27 63 4 Ɣ
5502R38414GM-R05-0800 8 0.5 8 7.7 19 27 63 4 Ɣ
5502R38414GM-R10-0800 8 1 8 7.7 19 27 63 4 Ɣ
5502R38414GM-R15-0800 8 1.5 8 7.7 19 27 63 4 Ɣ
5502R38414GM-R20-0800 8 2 8 7.7 19 27 63 4 Ɣ
5502R38414GM-R02-1000 10 0.2 10 9.5 22 32 72 4 Ɣ
5502R38414GM-R05-1000 10 0.5 10 9.5 22 32 72 4 Ɣ
5502R38414GM-R10-1000 10 1 10 9.5 22 32 72 4 Ɣ
5502R38414GM-R15-1000 10 1.5 10 9.5 22 32 72 4 Ɣ
5502R38414GM-R20-1000 10 2 10 9.5 22 32 72 4 Ɣ
5502R38414GM-R05-1200 12 0.5 12 11.5 26 38 83 4 Ɣ
5502R38414GM-R10-1200 12 1 12 11.5 26 38 83 4 Ɣ
5502R38414GM-R15-1200 12 1.5 12 11.5 26 38 83 4 Ɣ
5502R38414GM-R20-1200 12 2 12 11.5 26 38 83 4 Ɣ
5502R38414GM-R10-1600 16 1 16 15.5 32 44 92 4 Ɣ
5502R38414GM-R15-1600 16 1.5 16 15.5 32 44 92 4 Ɣ
5502R38414GM-R20-1600 16 2 16 15.5 32 44 92 4 Ɣ
5502R38414GM-R30-1600 16 3 16 15.5 32 44 92 4 Ɣ
5502R38414GM-R10-2000 20 1 20 19.5 38 54 104 4 Ɣ
5502R38414GM-R15-2000 20 1.5 20 19.5 38 54 104 4 Ɣ
5502R38414GM-R20-2000 20 2 20 19.5 38 54 104 4 Ɣ
5502R38414GM-R30-2000 20 3 20 19.5 38 54 104 4 Ɣ
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
DDD D
DVery suitable
DSuitable
Solid carbide milling HPC series
B412
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
Torus mill long cutting edge HSC/HPC machining
5602R38414GM-R
Type of shank: DIN 6535HB
– Centre cutting
– Helix angle 38°/41°
LMH
D
dd
1
R
Dimensions [mm] Grade
Article D R d (h6) d1HML
Teeth KMG405
5602R38414GM-R02-0400 4 0.2 6 3.7 11 19 57 4 Ɣ
5602R38414GM-R05-0400 4 0.5 6 3.7 11 19 57 4 Ɣ
5602R38414GM-R02-0500 5 0.2 6 4.7 13 21 57 4 Ɣ
5602R38414GM-R05-0500 5 0.5 6 4.7 13 21 57 4 Ɣ
5602R38414GM-R02-0600 6 0.2 6 5.7 13 21 57 4 Ɣ
5602R38414GM-R05-0600 6 0.5 6 5.7 13 21 57 4 Ɣ
5602R38414GM-R10-0600 6 1 6 5.7 13 21 57 4 Ɣ
5602R38414GM-R02-0800 8 0.2 8 7.7 19 27 63 4 Ɣ
5602R38414GM-R05-0800 8 0.5 8 7.7 19 27 63 4 Ɣ
5602R38414GM-R10-0800 8 1 8 7.7 19 27 63 4 Ɣ
5602R38414GM-R15-0800 8 1.5 8 7.7 19 27 63 4 Ɣ
5602R38414GM-R20-0800 8 2 8 7.7 19 27 63 4 Ɣ
5602R38414GM-R02-1000 10 0.2 10 9.5 22 32 72 4 Ɣ
5602R38414GM-R05-1000 10 0.5 10 9.5 22 32 72 4 Ɣ
5602R38414GM-R10-1000 10 1 10 9.5 22 32 72 4 Ɣ
5602R38414GM-R15-1000 10 1.5 10 9.5 22 32 72 4 Ɣ
5602R38414GM-R20-1000 10 2 10 9.5 22 32 72 4 Ɣ
5602R38414GM-R05-1200 12 0.5 12 11.5 26 38 83 4 Ɣ
5602R38414GM-R10-1200 12 1 12 11.5 26 38 83 4 Ɣ
5602R38414GM-R15-1200 12 1.5 12 11.5 26 38 83 4 Ɣ
5602R38414GM-R20-1200 12 2 12 11.5 26 38 83 4 Ɣ
5602R38414GM-R10-1600 16 1 16 15.5 32 44 92 4 Ɣ
5602R38414GM-R15-1600 16 1.5 16 15.5 32 44 92 4 Ɣ
5602R38414GM-R20-1600 16 2 16 15.5 32 44 92 4 Ɣ
5602R38414GM-R30-1600 16 3 16 15.5 32 44 92 4 Ɣ
5602R38414GM-R10-2000 20 1 20 19.5 38 54 104 4 Ɣ
5602R38414GM-R15-2000 20 1.5 20 19.5 38 54 104 4 Ɣ
5602R38414GM-R20-2000 20 2 20 19.5 38 54 104 4 Ɣ
5602R38414GM-R30-2000 20 3 20 19.5 38 54 104 4 Ɣ
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
DDD D
DVery suitable
DSuitable
HPC series Solid carbide milling
B413
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
Solid carbide milling HPC series
B414
Notes
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B
415
UM-4R
UM-4E
UM-4EFP
UM-4E
UM-4RFP
UM-4RFP
UM
For roughing and nishing of steel up to 55 HRC, stainless steel
and cast iron with high metal removal rate.
Optimised geometry with unequal helix angle (38°/41°)
and unequal pitch.
End mills and torus mills
Diameter range 4.0–20.0 mm
High Speed Cutter (HSC)
series
End mill HSC/HPC machining
UM-4E
– Factory standard
– Centre cutting
– Helix angle 38°/41°
10° H
L
S
D
d
A
H
L
S
D
d
B
Dimensions [mm] Grade
Article D d (h6) H L S Teeth Geometry KMG405
UM-4E-D4.0S 4 4 11 50 6 4 B Ɣ
UM-4E-D4.0 4 6 11 50 6 4 A Ɣ
UM-4E-D4.5 4.5 6 11 50 6.75 4 A Ɣ
UM-4E-D5.0 5 6 13 50 7.5 4 A Ɣ
UM-4E-D5.5 5.5 6 16 50 8.25 4 A Ɣ
UM-4E-D6.0 6 6 16 50 9 4 B Ɣ
UM-4E-D7.0 7 8 20 60 10.5 4 A Ɣ
UM-4E-D8.0 8 8 20 60 12 4 B Ɣ
UM-4E-D9.0 9 10 22 75 13.5 4 A Ɣ
UM-4E-D10.0 10 10 25 75 15 4 B Ɣ
UM-4E-D11.0 11 12 26 75 16.5 4 A Ɣ
UM-4E-D12.0 12 12 30 75 18 4 B Ɣ
UM-4E-D14.0 14 14 32 75 21 4 B Ɣ
UM-4E-D16.0 16 16 45 100 24 4 B Ɣ
UM-4E-D18.0 18 18 45 100 27 4 B Ɣ
UM-4E-D20.0 20 20 45 100 30 4 B Ɣ
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
DDD D
DVery suitable
DSuitable
Solid carbide milling UM series
B416
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
End mill HSC/HPC machining
UM-4E-W
– Factory standard with weldon clamping surface
– Centre cutting
– Helix angle 38°/41°
10° H
L
S
D
d
A
H
L
S
D
d
B
Dimensions [mm] Grade
Article D d (h6) H L S Teeth Geometry KMG405
UM-4E-D4.0-W 4 6 11 50 6 4 A Ɣ
UM-4E-D4.5-W 4.5 6 11 50 6.75 4 A Ɣ
UM-4E-D5.0-W 5 6 13 50 7.5 4 A Ɣ
UM-4E-D5.5-W 5.5 6 16 50 8.25 4 A Ɣ
UM-4E-D6.0-W 6 6 16 50 9 4 B Ɣ
UM-4E-D7.0-W 7 8 20 60 10.5 4 A Ɣ
UM-4E-D8.0-W 8 8 20 60 12 4 B Ɣ
UM-4E-D9.0-W 9 10 22 75 13.5 4 A Ɣ
UM-4E-D10.0-W 10 10 25 75 15 4 B Ɣ
UM-4E-D11.0-W 11 12 26 75 16.5 4 A Ɣ
UM-4E-D12.0-W 12 12 30 75 18 4 B Ɣ
UM-4E-D14.0-W 14 14 32 75 21 4 B Ɣ
UM-4E-D16.0-W 16 16 45 100 24 4 B Ɣ
UM-4E-D18.0-W 18 18 45 100 27 4 B Ɣ
UM-4E-D20.0-W 20 20 45 100 30 4 B Ɣ
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
DDD D
DVery suitable
DSuitable
UM series Solid carbide milling
B417
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
End mill long cutting edge HSC/HPC machining
UM-4EL
– Factory standard
– Centre cutting
– Helix angle 38°/41°
A
10° H
L
S
D
d
A
B
H
L
S
D
d
B
Dimensions [mm] Grade
Article D d (h6) H L S Teeth Geometry KMG405
UM-4EL-D4.0 4 6 15 75 6 4 A Ɣ
UM-4EL-D5.0 5 6 20 75 7.5 4 A Ɣ
UM-4EL-D6.0 6 6 20 75 9 4 B Ɣ
UM-4EL-D8.0 8 8 25 100 12 4 B Ɣ
UM-4EL-D10.0 10 10 30 100 15 4 B Ɣ
UM-4EL-D12.0 12 12 35 100 18 4 B Ɣ
UM-4EL-D14.0 14 14 40 100 21 4 B Ɣ
UM-4EL-D16.0 16 16 50 150 24 4 B Ɣ
UM-4EL-D20.0 20 20 55 150 30 4 B Ɣ
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
DDD D
DVery suitable
DSuitable
Solid carbide milling UM series
B418
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
End mill long cutting edge HSC/HPC machining
UM-4EL-W
– Factory standard with weldon clamping surface
– Centre cutting
– Helix angle 38°/41°
A
10° H
L
S
D
d
A
B
H
L
S
D
d
B
Dimensions [mm] Grade
Article D d (h6) H L S Teeth Geometry KMG405
UM-4EL-D4.0-W 4 6 15 75 6 4 A Ɣ
UM-4EL-D5.0-W 5 6 20 75 7.5 4 A Ɣ
UM-4EL-D6.0-W 6 6 20 75 9 4 B Ɣ
UM-4EL-D8.0-W 8 8 25 100 12 4 B Ɣ
UM-4EL-D10.0-W 10 10 30 100 15 4 B Ɣ
UM-4EL-D12.0-W 12 12 35 100 18 4 B Ɣ
UM-4EL-D14.0-W 14 14 40 100 21 4 B Ɣ
UM-4EL-D16.0-W 16 16 50 150 24 4 B Ɣ
UM-4EL-D20.0-W 20 20 55 150 30 4 B Ɣ
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
DDD D
DVery suitable
DSuitable
UM series Solid carbide milling
B419
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
End mill reduced neck HSC/HPC machining
UM-4ELP-W
– Factory standard with weldon clamping surface
– Centre cutting
– Helix angle 38°/41°
d
L
d1
H
M
D
Dimensions [mm] Grade
Article D d (h6) d1HML
Teeth KMG405
UM-4ELP-D4.0-W 4 6 3.8 15 36 75 4 Ɣ
UM-4ELP-D5.0-W 5 6 4.8 20 36 75 4 Ɣ
UM-4ELP-D6.0-W 6 6 5.7 20 36 75 4 Ɣ
UM-4ELP-D8.0-W 8 8 7.7 25 60 100 4 Ɣ
UM-4ELP-D10.0-W 10 10 9.5 30 55 100 4 Ɣ
UM-4ELP-D12.0-W 12 12 11.5 35 50 100 4 Ɣ
UM-4ELP-D14.0-W 14 14 13.5 40 50 100 4 Ɣ
UM-4ELP-D16.0-W 16 16 15.5 50 100 150 4 Ɣ
UM-4ELP-D20.0-W 20 20 19.5 55 98 150 4 Ɣ
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
DDD D
DVery suitable
DSuitable
Solid carbide milling UM series
B420
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
End mill short cutting edge HSC/HPC machining
UM-4EFP
– Factory standard
– Centre cutting
– Helix angle 38°/41°
d
L
d1
H
M
D
Dimensions [mm] Grade
Article D d (h6) d1HML
Teeth KMG405
UM-4EFP-D6.0 6 65.8930754
Ɣ
UM-4EFP-D8.0 8 8 7.8 12 40 100 4 Ɣ
UM-4EFP-D10.0 10 10 9.6 15 50 100 4 Ɣ
UM-4EFP-D12.0 12 12 11.5 18 50 100 4 Ɣ
UM-4EFP-D16.0 16 16 15.5 24 50 150 4 Ɣ
UM-4EFP-D20.0 20 20 19.5 30 60 150 4 Ɣ
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
DDD D
DVery suitable
DSuitable
UM series Solid carbide milling
B421
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
Torus mill HSC/HPC machining
UM-4R
– Factory standard
– Centre cutting
– Helix angle 38°/41°
10° H
L
S
D
d
R
A
H
L
S
D
d
RB
Dimensions [mm] Grade
Article R D d (h6) H L S Teeth Geometry KMG405
UM-4R-D4.0R0.3 0.3 4 6 10 50 6 4 A Ɣ
UM-4R-D4.0R0.5 0.5 4 6 10 50 6 4 A Ɣ
UM-4R-D5.0R0.5 0.5 5 6 13 50 7.5 4 A Ɣ
UM-4R-D5.0R1.0 1 5 6 13 50 7.5 4 A Ɣ
UM-4R-D6.0R0.5 0.5 6 6 16 50 9 4 B Ɣ
UM-4R-D6.0R1.0 166165094B
Ɣ
UM-4R-D8.0R0.5 0.5 8 8 20 60 12 4 B Ɣ
UM-4R-D8.0R1.0 1 8 8 20 60 12 4 B Ɣ
UM-4R-D10.0R0.5 0.5 10 10 25 75 15 4 B Ɣ
UM-4R-D10.0R1.0 1 1010257515 4B
Ɣ
UM-4R-D10.0R2.0 2 1010257515 4B
Ɣ
UM-4R-D10.0R3.0 3 1010257515 4B
Ɣ
UM-4R-D12.0R0.5 0.5 12 12 30 75 18 4 B Ɣ
UM-4R-D12.0R1.0 1 1212307518 4B
Ɣ
UM-4R-D12.0R2.0 2 1212307518 4B
Ɣ
UM-4R-D12.0R3.0 3 1212307518 4B
Ɣ
UM-4R-D16.0R1.0 1 16 16 45 100 24 4 B Ɣ
UM-4R-D16.0R2.0 2 16 16 45 100 24 4 B Ɣ
UM-4R-D16.0R3.0 3 16 16 45 100 24 4 B Ɣ
UM-4R-D20.0R1.0 1 20 20 45 100 30 4 B Ɣ
UM-4R-D20.0R2.0 2 20 20 45 100 30 4 B Ɣ
UM-4R-D20.0R3.0 3 20 20 45 100 30 4 B Ɣ
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
DDD D
DVery suitable
DSuitable
Solid carbide milling UM series
B422
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
Torus mill long shank HSC/HPC machining
UM-4RL
– Factory standard
– Centre cutting
– Helix angle 38°/41°
d
LH
D
S
R
Dimensions [mm] Grade
Article R D d (h6) H L S Teeth KMG405
UM-4RL-D6.0R0.5 0.5 6 6 16 75 9 4 Ɣ
UM-4RL-D6.0R1.0 166167594
Ɣ
UM-4RL-D8.0R0.5 0.5 8 8 20 100 12 4 Ɣ
UM-4RL-D8.0R1.0 1 8 8 20 100 12 4 Ɣ
UM-4RL-D10.0R0.5 0.5 10 10 25 100 15 4 Ɣ
UM-4RL-D10.0R1.0 1 10 10 25 100 15 4 Ɣ
UM-4RL-D10.0R2.0 2 10 10 25 100 15 4 Ɣ
UM-4RL-D12.0R0.5 0.5 12 12 30 100 18 4 Ɣ
UM-4RL-D12.0R1.0 1 12 12 30 100 18 4 Ɣ
UM-4RL-D12.0R2.0 2 12 12 30 100 18 4 Ɣ
UM-4RL-D16.0R1.0 1 16 16 45 150 24 4 Ɣ
UM-4RL-D16.0R2.0 2 16 16 45 150 24 4 Ɣ
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
DDD D
DVery suitable
DSuitable
UM series Solid carbide milling
B423
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
Torus mill short cutting edge HSC/HPC machining
UM-4RFP
– Factory standard
– Centre cutting
– Helix angle 38°/41°
d
L
d1
H
M
D
R
Dimensions [mm] Grade
Article R D d (h6) d1HML
Teeth KMG405
UM-4RFP-D6.0R0.5 0.5 6 6 5.8 6 18 75 4 Ɣ
UM-4RFP-D6.0R1.0 1665.8618754
Ɣ
UM-4RFP-D8.0R0.5 0.5 8 8 7.7 8 24 100 4 Ɣ
UM-4RFP-D8.0R1.0 1 8 8 7.7 8 24 100 4 Ɣ
UM-4RFP-D10.0R0.5 0.5 10 10 9.6 10 30 100 4 Ɣ
UM-4RFP-D10.0R1.0 1 10 10 9.6 10 30 100 4 Ɣ
UM-4RFP-D10.0R2.0 2 10 10 9.6 10 30 100 4 Ɣ
UM-4RFP-D12.0R0.5 0.5 12 12 11.5 12 36 100 4 Ɣ
UM-4RFP-D12.0R1.0 1 12 12 11.5 12 36 100 4 Ɣ
UM-4RFP-D12.0R2.0 2 12 12 11.5 12 36 100 4 Ɣ
UM-4RFP-D16.0R1.0 1 16 16 15.5 16 40 150 4 Ɣ
UM-4RFP-D16.0R2.0 2 16 16 15.5 16 40 150 4 Ɣ
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
DDD D
DVery suitable
DSuitable
Solid carbide milling UM series
B424
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B
425
VSM-4R
VSM-4E
VSM-4E
VSM-4R
VSM-4R
VSM
For roughing and nishing of steel, stainless steel and heat-re-
sistant alloys with high metal removal rates.
Sharp cutting edge with unequal helix angle (38°/41°) and
unequal pitch.
Smooth machining without vibrations.
End mills and torus mills
Diameter range 4.0–20.0 mm
With sharp cutting edge for
heat-resistant alloys
series
End mill General machining of heat-resistant alloys
VSM-4E
– Factory standard
– Centre cutting
– Helix angle 38°/41°
LH
D
d
Dimensions [mm] Grade
Article D d (h6) H L Teeth KMG405
VSM-4E-D4.0 4 6 11 50 4 Ɣ
VSM-4E-D5.0 5 6 13 50 4 Ɣ
VSM-4E-D6.0 6 6 16 50 4 Ɣ
VSM-4E-D8.0 8 8 20 60 4 Ɣ
VSM-4E-D10.0 10 10 25 75 4 Ɣ
VSM-4E-D12.0 12 12 30 75 4 Ɣ
VSM-4E-D16.0 16 16 45 100 4 Ɣ
VSM-4E-D20.0 20 20 45 100 4 Ɣ
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
DDD
DVery suitable
DSuitable
Solid carbide milling VSM series
B426
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
End mill General machining of heat-resistant alloys
VSM-4E-C
– Factory standard
– Coolant exit, radial
– Centre cutting
– Helix angle 38°/41°
LH
D
d
Dimensions [mm] Grade
Article D d (h6) H L Teeth KMG405
VSM-4E-C-D10.0 10 10 25 75 4 ż
VSM-4E-C-D12.0 12 12 30 75 4 ż
VSM-4E-C-D16.0 16 16 45 100 4 ż
VSM-4E-C-D20.0 20 20 45 100 4 ż
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
DDD
DVery suitable
DSuitable
VSM series Solid carbide milling
B427
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
Torus mill General machining of heat-resistant alloys
VSM-4R
– Factory standard
– Centre cutting
– Helix angle 38°/41°
LH
D
d
R
Dimensions [mm] Grade
Article D R d (h6) H L Teeth KMG405
VSM-4R-D4.0R0.2 40.2611504 Ɣ
VSM-4R-D4.0R0.5 40.5611504 Ɣ
VSM-4R-D5.0R0.2 50.2613504 Ɣ
VSM-4R-D5.0R0.5 50.5613504 Ɣ
VSM-4R-D6.0R0.2 60.2616504 Ɣ
VSM-4R-D6.0R0.5 60.5616504 Ɣ
VSM-4R-D6.0R1.0 6 1 6 16 50 4 Ɣ
VSM-4R-D6.0R1.5 61.5616504 Ɣ
VSM-4R-D8.0R0.5 80.5820634 Ɣ
VSM-4R-D8.0R0.8 80.8820634 Ɣ
VSM-4R-D8.0R1.0 8 1 8 20 63 4 Ɣ
VSM-4R-D8.0R1.5 81.5820634 Ɣ
VSM-4R-D8.0R2.0 8 2 8 20 63 4 Ɣ
VSM-4R-D10.0R0.5 10 0.5 10 25 75 4 Ɣ
VSM-4R-D10.0R0.8 10 0.8 10 25 75 4 Ɣ
VSM-4R-D10.0R1.0 1011025754 Ɣ
VSM-4R-D10.0R1.5 10 1.5 10 25 75 4 Ɣ
VSM-4R-D10.0R2.0 1021025754 Ɣ
VSM-4R-D12.0R0.5 12 0.5 12 30 75 4 Ɣ
VSM-4R-D12.0R0.8 12 0.8 12 30 75 4 Ɣ
VSM-4R-D12.0R1.0 1211230754 Ɣ
VSM-4R-D12.0R1.5 12 1.5 12 30 75 4 Ɣ
VSM-4R-D12.0R2.0 1221230754 Ɣ
VSM-4R-D12.0R2.5 12 2.5 12 30 75 4 Ɣ
VSM-4R-D12.0R3.0 1231230754 Ɣ
VSM-4R-D12.0R4.0 1241230754 Ɣ
VSM-4R-D16.0R0.5 16 0.5 16 45 100 4 Ɣ
VSM-4R-D16.0R0.8 16 0.8 16 45 100 4 Ɣ
VSM-4R-D16.0R1.0 16 1 16 45 100 4 Ɣ
VSM-4R-D16.0R1.5 16 1.5 16 45 100 4 Ɣ
VSM-4R-D16.0R2.0 16 2 16 45 100 4 Ɣ
VSM-4R-D16.0R2.5 16 2.5 16 45 100 4 Ɣ
VSM-4R-D16.0R3.0 16 3 16 45 100 4 Ɣ
VSM-4R-D16.0R4.0 16 4 16 45 100 4 Ɣ
VSM-4R-D20.0R0.5 20 0.5 20 45 100 4 Ɣ
VSM-4R-D20.0R1.0 20 1 20 45 100 4 Ɣ
VSM-4R-D20.0R1.5 20 1.5 20 45 100 4 Ɣ
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
DDD
DVery suitable
DSuitable
Solid carbide milling VSM series
B428
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
Torus mill General machining of heat-resistant alloys
VSM-4R
– Factory standard
– Centre cutting
– Helix angle 38°/41°
LH
D
d
R
Dimensions [mm] Grade
Article D R d (h6) H L Teeth KMG405
VSM-4R-D20.0R2.0 20 2 20 45 100 4 Ɣ
VSM-4R-D20.0R2.5 20 2.5 20 45 100 4 Ɣ
VSM-4R-D20.0R3.0 20 3 20 45 100 4 Ɣ
VSM-4R-D20.0R4.0 20 4 20 45 100 4 Ɣ
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
DDD
DVery suitable
DSuitable
VSM series Solid carbide milling
B429
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
Solid carbide milling VSM series
B430
Notes
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B
431
B
4
3
1
FM
B
431
Deburring Cutter
series
Deburring cutter 60° General machining
5501/5601R60*FM
Type of shank DIN 6535HA
Type of shank: DIN 6535HB
– Non-centre cutting
– Helix angle 0°
L
D
dx
Dimensions [mm] Grade
Article d(h6) L D Shank X Teeth KMG303
5501R603FM-0300 3 48 0.2 HA 60 3 Ɣ
5501R604FM-0400 4 48 0.2 HA 60 4 Ɣ
5601R604FM-0600 6 55 0.2 HB 60 4 Ɣ
5601R604FM-0800 8 58 0.5 HB 60 4 Ɣ
5601R604FM-1000 10 65 0.5 HB 60 4 Ɣ
5601R606FM-1000 10 65 0.7 HB 60 6 ż
5601R604FM-1200 12 75 0.5 HB 60 4 Ɣ
5601R606FM-1200 12 75 0.7 HB 60 6 ż
5601R604FM-1600 16 85 0.7 HB 60 4 Ɣ
5601R606FM-1600 16 85 0.7 HB 60 6 ż
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
DDDD
DVery suitable
DSuitable
Solid carbide milling Deburring cutters – FM series
B432
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
Deburring cutter 90° General machining
5501/5601R90*FM
Type of shank DIN 6535HA
Type of shank: DIN 6535HB
– Non-centre cutting
– Helix angle 0°
L
D
dx
Dimensions [mm] Grade
Article d(h6) L D Shank X Teeth KMG303
5501R903FM-0300 3 48 0.2 HA 90 3 Ɣ
5501R904FM-0400 4 48 0.2 HA 90 4 Ɣ
5601R904FM-0600 6 55 0.2 HB 90 4 Ɣ
5601R904FM-0800 8 58 0.5 HB 90 4 Ɣ
5601R904FM-1000 10 65 0.5 HB 90 4 Ɣ
5601R906FM-1000 10 65 0.7 HB 90 6 ż
5601R904FM-1200 12 75 0.5 HB 90 4 Ɣ
5601R906FM-1200 12 75 0.7 HB 90 6 ż
5601R904FM-1600 16 85 0.7 HB 90 4 Ɣ
5601R906FM-1600 16 85 0.7 HB 90 6 ż
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
DDDD
DVery suitable
DSuitable
Deburring cutters – FM series Solid carbide milling
B433
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
Quarter round profile mill General machining
5601R90*FM-R
Type of shank: DIN 6535HB
– Non-centre cutting
– Helix angle 0°
L
D
d
R
Dimensions [mm] Grade
Article d(h6) L D R Teeth KMG303
5601R904FM-R02-0600 6 60 5.6 0.2 4 Ɣ
5601R904FM-R03-0600 6 60 5.4 0.3 4 Ɣ
5601R904FM-R04-0600 6 60 5.2 0.4 4 Ɣ
5601R904FM-R05-0800 87070.54 Ɣ
5601R904FM-R06-0800 8 70 6.8 0.6 4 Ɣ
5601R904FM-R075-0800 8 70 6.5 0.75 4 Ɣ
5601R904FM-R08-0800 8 70 6.4 0.8 4 Ɣ
5601R904FM-R10-0800 8706 1 4 Ɣ
5601R904FM-R15-1000 10 75 7 1.5 4 Ɣ
5601R904FM-R20-1000 10 75 6 2 4 Ɣ
5601R904FM-R25-1200 12 75 7 2.5 4 Ɣ
5601R904FM-R30-1200 12 75 6 3 4 Ɣ
5601R904FM-R40-1600 16 80 8 4 4 Ɣ
5601R904FM-R50-2000 20 80 10 5 4 Ɣ
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
DDDD
DVery suitable
DSuitable
Solid carbide milling Deburring cutters – FM series
B434
System code B268 Cutting data B436 Nonstandard order B477
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
Deburring cutters – FM series Solid carbide milling
B435
Notes A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B
436
A
B
C
D
E
Recommended cutting dataSolid carbide milling
MillingDrilling
Technical
Information
Index Turning
Guide for recommended cutting data – solid carbide milling
B
437
A
B
C
D
E
Recommended cutting data Solid carbide milling
MillingDrilling
Technical
Information
Index Turning
1. Select the appropriate product series.
2. Determine the immersion.
3. Select the used material and read the cutting speed.
4. Determine the feed rate group and have a look at the appropriate feed rate recommendations.
5. Select the diameter of tool and determine the immersion.
B
438
A
B
C
D
E
125 1
190 2
250 3
270 4
300 5
180 6
275 7
300 8
350 9
200 10
325 11
200 12
240 13
180 14
230 15
180 16
260 17
160 18
250 19
130 20
230 21
60 22
100 23
75 24
90 25
130 26
110 27
90 28
100 29
200 30
280 31
250 32
350 33
320 34
Rm 400 35
Rm 1050 36
H
55 HRC 37
60 HRC 38
400 39
55 HRC 40
X
41
42
43
44
45
46
5501R302GM
5601R302GM
5502R302GM
5602R302GM
GM-2E
GM-2EFP
GM-2F
Ø [mm] ap max Ø [mm] ae max Ø [mm] ap max Ø [mm] ae max
0 < x < 3 0,1 x D 0 < x ≤ 20 < 0,5 x D 0 < x < 3 0,1 x D 0 < x ≤ 20 < 0,5 x D
3 ≤ x ≤ 20 0,8 x D 3 ≤ x ≤ 20 0,8 x D
KMG303 KMG303
ae / D ae / D
1/1 1/2 1/10 1/1 1/2 1/10
150 200 270 2 150 200 270 2
145 190 260 2 145 190 260 2
105 140 190 2 105 140 190 2
90 120 165 2 90 120 165 2
85 110 150 2 85 110 150 2
115 150 205 2 115 150 205 2
90 120 165 2 90 120 165 2
85 110 150 2 85 110 150 2
80 105 145 2 80 105 145 2
105 140 190 2 105 140 190 2
80 110 145 2 80 110 145 2
50 65 90 2 50 65 90 2
45 60 80 2 45 60 80 2
55 70 95 2 55 70 95 2
45 60 80 2 45 60 80 2
110 150 200 2 110 150 200 2
90 120 165 2 90 120 165 2
135 180 245 2 135 180 245 2
105 140 190 2 105 140 190 2
150 200 270 2 150 200 270 2
120 160 220 2 120 160 220 2
Recommended cutting dataSolid carbide milling
MillingDrilling
Technical
Information
Index Turning
Material group Composition / structure / heat treatment
Brinell
hardness
HB
Machining group
P
Unalloyed steel
approx. 0,15 % C annealed
approx. 0,45 % C annealed
approx. 0,45 % C tempered
approx. 0,75 % C annealed
approx. 0,75 % C tempered
Low-alloyed steel
annealed
tempered
tempered
tempered
High-alloyed steel and high-alloyed
tool steel
annealed
hardened and tempered
MStainless steel
ferritic/martensitic annealed
martensitic tempered
austenitic quench hardened
austenitic-ferritic
K
Grey cast iron perlitic/ferritic
perlitic (martensitic)
Cast iron with spheroidal graphite ferritic
perlitic
Malleable cast iron ferritic
perlitic
N
Aluminium wrought alloys cannot be hardened
hardenable hardened
Cast aluminium alloys
≤ 12 % Si, cannot be hardened
≤ 12 % Si, hardenable hardened
> 12 % Si, cannot be hardened
Copper and copper alloys
(bronze/brass)
machining steel, PB> 1%
CuZn, CuSnZn
CuSn, Pb-free copper, electrolytic copper
S
Heat-resistant alloys
Fe-based alloys annealed
hardened
Ni or Co bass
annealed
hardened
cast
Titanium alloys pure titanium
α and β alloys hardened
H
Hardened steel hardened and tempered
hardened and tempered
Hard cast iron cast
Hardened cast iron hardened and tempered
XNon-metallic materials
Thermoplasts
Thermosetting plastics
Plastic, glass-bre reinforced GFRP
Plastic, carbon bre reinforced CFRP
Graphite
Wood
Note: The given cutting values are guide values, which were determined under ideal conditions.
The values have to be adapted in individual cases.
Feed rate recommendations on page B460.
For examples of material for cutting tool groups view page D22.
Recommended cutting dataSolid carbide milling
Starting values for cutting speed vc [m/min]
Slot milling Shoulder milling Slot milling Shoulder milling
f-group f-group
End mill – GM series
B
439
A
B
C
D
E
GM-2EL
GM-2EX
GM-2FL
GM-2EP
GM-2ES
GM-3E
GM-4E
GM-4E-G
GM-2EL
GM-4EL-G
5501R303GM
5601R303GM
5502R303GM
5602R303GM
Ø [mm] ap max Ø [mm] ae max Ø [mm] ap max Ø [mm] ae max Ø [mm] ap max Ø [mm] ae max Ø [mm] ap max Ø [mm] ae max Ø [mm] ap max Ø [mm] ae max
0 < x < 3 0,1 x D 0 < x ≤ 20 < 0,5 x D 0 < x < 3 0,1 x D 0 < x ≤ 20 < 0,5 x D 0 < x < 3 0,1 x D 0 < x ≤ 20 < 0,5 x D 0 < x < 3 0,1 x D 0 < x ≤ 20 < 0,5 x D 0 < x < 3 0,1 x D 0 < x ≤ 20 < 0,5 x D
3 ≤ x ≤ 20 0,8 x D 3 ≤ x ≤ 20 0,8 x D 3 ≤ x ≤ 20 0,8 x D 3 ≤ x ≤ 20 0,8 x D 3 ≤ x ≤ 20 0,8 x D
KMG303 KMG303 KMG303 KMG303 KMG303
ae / D ae / D ae / D ae / D ae / D
1/1 1/2 1/10 1/1 1/2 1/10 1/1 1/2 1/10 1/1 1/2 1/10 1/1 1/2 1/10
130 170 230 2 150 200 270 2 150 200 270 2 130 170 230 2 140 185 245 2
125 165 220 2 145 190 260 2 145 190 260 2 125 165 220 2 135 180 235 2
95 120 165 2 105 140 190 2 105 140 190 2 95 120 165 2 100 130 175 2
80 105 140 2 90 120 165 2 90 120 165 2 80 105 140 2 85 115 150 2
75 95 130 2 85 110 150 2 85 110 150 2 75 95 130 2 80 105 135 2
100 130 175 2 115 150 205 2 115 150 205 2 100 130 175 2 105 140 185 2
80 105 140 2 90 120 165 2 90 120 165 2 80 105 140 2 85 115 150 2
75 95 130 2 85 110 150 2 85 110 150 2 75 95 130 2 80 105 135 2
70 90 120 2 80 105 145 2 80 105 145 2 70 90 120 2 75 100 130 2
95 120 165 2 105 140 190 2 105 140 190 2 95 120 165 2 100 130 175 2
70 95 125 2 80 110 145 2 80 110 145 2 70 95 125 2 75 100 130 2
455575 2 506590 2 506590 2 455575 2 456080 2
405065 2 456080 2 456080 2 405065 2 405570 2
456080 2 557095 2 557095 2 456080 2 506585 2
405065 2 456080 2 456080 2 405065 2 405570 2
95 125 170 2 110 150 200 2 110 150 200 2 95 125 170 2 105 140 180 2
80 105 140 2 90 120 165 2 90 120 165 2 80 105 140 2 85 115 150 2
120 155 210 2 135 180 245 2 135 180 245 2 120 155 210 2 130 170 225 2
95 120 165 2 105 140 190 2 105 140 190 2 95 120 165 2 100 130 175 2
130 170 230 2 150 200 270 2 150 200 270 2 130 170 230 2 140 185 245 2
105 140 185 2 120 160 220 2 120 160 220 2 105 140 185 2 115 150 200 2
Recommended cutting data Solid carbide milling
MillingDrilling
Technical
Information
Index Turning
Recommended cutting data Solid carbide milling
Starting values for cutting speed vc [m/min]
Slot milling Shoulder milling Slot milling Shoulder milling Slot milling Shoulder milling Slot milling Shoulder milling Slot milling Shoulder milling
f-group f-group f-group f-group f-group
B
440
A
B
C
D
E
125 1
190 2
250 3
270 4
300 5
180 6
275 7
300 8
350 9
200 10
325 11
200 12
240 13
180 14
230 15
180 16
260 17
160 18
250 19
130 20
230 21
60 22
100 23
75 24
90 25
130 26
110 27
90 28
100 29
200 30
280 31
250 32
350 33
320 34
Rm 400 35
Rm 1050 36
H
55 HRC 37
60 HRC 38
400 39
55 HRC 40
X
41
42
43
44
45
46
5501R304GF
5601R304GF
5502R304GF
5602R304GF
GM-4F-G
GM-4EFP
0 < x < 3 0,1 x D 0 < x ≤ 20 < 0,5 x D 0 < x < 3 0,1 x D 0 < x ≤ 20 < 0,5 x D
3 ≤ x ≤ 20 0,8 x D 3 ≤ x ≤ 20 0,8 x D
KMG303 KMG303
ae / D ae / D
1/1 1/2 1/10 1/1 1/2 1/10
155 200 265 2 150 200 270 2
150 190 255 2 145 190 260 2
110 140 190 2 105 140 190 2
95 120 160 2 90 120 165 2
90 110 150 2 85 110 150 2
120 150 200 2 115 150 205 2
95 120 160 2 90 120 165 2
90 110 150 2 85 110 150 2
85 105 140 2 80 105 145 2
110 140 190 2 105 140 190 2
85 110 145 2 80 110 145 2
50 65 85 2 50 65 90 2
45 60 75 2 45 60 80 2
55 70 95 2 55 70 95 2
45 60 75 2 45 60 80 2
115 150 195 2 110 150 200 2
95 120 160 2 90 120 165 2
140 180 240 2 135 180 245 2
110 140 190 2 105 140 190 2
155 200 265 2 150 200 270 2
125 160 215 2 120 160 220 2
Recommended cutting dataSolid carbide milling
MillingDrilling
Technical
Information
Index Turning
Material group Composition / structure / heat treatment
Brinell
hardness
HB
Machining group
P
Unalloyed steel
approx. 0,15 % C annealed
approx. 0,45 % C annealed
approx. 0,45 % C tempered
approx. 0,75 % C annealed
approx. 0,75 % C tempered
Low-alloyed steel
annealed
tempered
tempered
tempered
High-alloyed steel and high-alloyed
tool steel
annealed
hardened and tempered
MStainless steel
ferritic/martensitic annealed
martensitic tempered
austenitic quench hardened
austenitic-ferritic
K
Grey cast iron perlitic/ferritic
perlitic (martensitic)
Cast iron with spheroidal graphite ferritic
perlitic
Malleable cast iron ferritic
perlitic
N
Aluminium wrought alloys cannot be hardened
hardenable hardened
Cast aluminium alloys
≤ 12 % Si, cannot be hardened
≤ 12 % Si, hardenable hardened
> 12 % Si, cannot be hardened
Copper and copper alloys
(bronze/brass)
machining steel, PB> 1%
CuZn, CuSnZn
CuSn, Pb-free copper, electrolytic copper
S
Heat-resistant alloys
Fe-based alloys annealed
hardened
Ni or Co bass
annealed
hardened
cast
Titanium alloys pure titanium
α and β alloys hardened
H
Hardened steel hardened and tempered
hardened and tempered
Hard cast iron cast
Hardened cast iron hardened and tempered
XNon-metallic materials
Thermoplasts
Thermosetting plastics
Plastic, glass-bre reinforced GFRP
Plastic, carbon bre reinforced CFRP
Graphite
Wood
Note: The given cutting values are guide values, which were determined under ideal conditions.
The values have to be adapted in individual cases.
Feed rate recommendations on page B460.
For examples of material for cutting tool groups view page D22.
Recommended cutting dataSolid carbide milling
End mill – GM series
Starting values for cutting speed vc [m/min]
Slot milling Shoulder milling Slot milling Shoulder milling
Ø [mm] ap max Ø [mm] ae max Ø [mm] ap max Ø [mm] ae max
f-group f-group
B
441
A
B
C
D
E
GM-4FL-G
GM-4EX-G GM-6E GM-6E
5589R45MGFR
5565R302GF
5565R302GM
5566R302GF
GM-2B
GM-4B
GM-2BS
GM-2BP
0 < x < 3 0,1 x D 0 < x ≤ 20 < 0,5 x D 0 < x ≤ 20 < 0,5 x D 0 < x ≤ 20 < 0,5 x D 0 < x < 3 0,1 x D 0 < x ≤ 20 < 0,5 x D
3 ≤ x ≤ 20 0,8 x D 3 ≤ x ≤ 20 0,8 x D
KMG303 KMG303 KMG303 KMG303 KMG303
ae / D ae / D ae / D ae / D ae / D
1/1 1/2 1/10 1/1 1/2 1/10 1/1 1/2 1/10 1/1 1/10 1/20 1/1 1/10 1/20
130 170 230 2 270 2 230 2 250 280 5 250 280 5
125 165 220 2 260 2 220 2 240 270 5 240 270 5
95 120 165 2 190 2 165 2 175 200 5 175 200 5
80 105 140 2 165 2 140 2 150 170 5 150 170 5
75 95 130 2 150 2 130 2 140 155 5 140 155 5
100 130 175 2 205 2 175 2 190 210 5 190 210 5
80 105 140 2 165 2 140 2 150 170 5 150 170 5
75 95 130 2 150 2 130 2 140 155 5 140 155 5
70 90 120 2 145 2 120 2 130 150 5 130 150 5
95 120 165 2 190 2 165 2 175 200 5 175 200 5
70 95 125 2 145 2 125 2 135 150 5 135 150 5
45 55 75 2 90 2 75 2 80 90 5 80 90 5
40 50 65 2 80 2 65 2 70 80 5 70 80 5
45 60 80 2 95 2 80 2 85 100 5 85 100 5
40 50 65 2 80 2 65 2 70 80 5 70 80 5
95 125 170 2 200 2 170 2 185 205 5 185 205 5
80 105 140 2 165 2 140 2 150 170 5 150 170 5
120 155 210 2 245 2 210 2 225 255 5 225 255 5
95 120 165 2 190 2 165 2 175 200 5 175 200 5
130 170 230 2 270 2 230 2 250 280 5 250 280 5
105 140 185 2 220 2 185 2 200 225 5 200 225 5
Recommended cutting data Solid carbide milling
MillingDrilling
Technical
Information
Index Turning
Recommended cutting data Solid carbide milling
Starting values for cutting speed vc [m/min]
Slot milling Shoulder milling Shoulder milling Shoulder milling Slot milling Shoulder milling
Ø [mm] ap max Ø [mm] ae max Ø [mm] ae max Ø [mm] ae max Ø [mm] ap max Ø [mm] ae max
f-group f-group f-group f-group f-group
B
442
A
B
C
D
E
125 1
190 2
250 3
270 4
300 5
180 6
275 7
300 8
350 9
200 10
325 11
200 12
240 13
180 14
230 15
180 16
260 17
160 18
250 19
130 20
230 21
60 22
100 23
75 24
90 25
130 26
110 27
90 28
100 29
200 30
280 31
250 32
350 33
320 34
Rm 400 35
Rm 1050 36
H
55 HRC 37
60 HRC 38
400 39
55 HRC 40
X
41
42
43
44
45
46
GM-2BL
GM-4BL
GM-2BFP
GM-2R
GM-4R
0 < x < 3 0,1 x D 0 < x ≤ 20 < 0,5 x D
3 ≤ x ≤ 20 0,8 x D
KMG303 KMG303
ae / D ae / D
1/1 1/10 1/20 1/1 1/2 1/10
220 250 5 160 215 275 2
210 240 5 155 205 265 2
155 175 5 115 155 195 2
135 150 5 100 130 165 2
125 140 5 90 120 155 2
165 190 5 120 165 210 2
135 150 5 100 130 165 2
125 140 5 90 120 155 2
115 130 5 85 115 145 2
155 175 5 115 155 195 2
120 135 5 85 115 150 2
758055570902
657054565802
758555575952
657054565802
165 185 5 120 160 205 2
135 150 5 100 130 165 2
200 225 5 145 195 250 2
155 175 5 115 155 195 2
220 250 5 160 215 275 2
180 200 5 130 175 220 2
Recommended cutting dataSolid carbide milling
MillingDrilling
Technical
Information
Index Turning
Material group Composition / structure / heat treatment
Brinell
hardness
HB
Machining group
P
Unalloyed steel
approx. 0,15 % C annealed
approx. 0,45 % C annealed
approx. 0,45 % C tempered
approx. 0,75 % C annealed
approx. 0,75 % C tempered
Low-alloyed steel
annealed
tempered
tempered
tempered
High-alloyed steel and high-alloyed
tool steel
annealed
hardened and tempered
MStainless steel
ferritic/martensitic annealed
martensitic tempered
austenitic quench hardened
austenitic-ferritic
K
Grey cast iron perlitic/ferritic
perlitic (martensitic)
Cast iron with spheroidal graphite ferritic
perlitic
Malleable cast iron ferritic
perlitic
N
Aluminium wrought alloys cannot be hardened
hardenable hardened
Cast aluminium alloys
≤ 12 % Si, cannot be hardened
≤ 12 % Si, hardenable hardened
> 12 % Si, cannot be hardened
Copper and copper alloys
(bronze/brass)
machining steel, PB> 1%
CuZn, CuSnZn
CuSn, Pb-free copper, electrolytic copper
S
Heat-resistant alloys
Fe-based alloys annealed
hardened
Ni or Co bass
annealed
hardened
cast
Titanium alloys pure titanium
α and β alloys hardened
H
Hardened steel hardened and tempered
hardened and tempered
Hard cast iron cast
Hardened cast iron hardened and tempered
XNon-metallic materials
Thermoplasts
Thermosetting plastics
Plastic, glass-bre reinforced GFRP
Plastic, carbon bre reinforced CFRP
Graphite
Wood
Note: The given cutting values are guide values, which were determined under ideal conditions.
The values have to be adapted in individual cases.
Feed rate recommendations on page B460.
For examples of material for cutting tool groups view page D22.
Recommended cutting dataSolid carbide milling
End mill – GM series
Starting values for cutting speed vc [m/min]
Slot milling Shoulder milling
Ø [mm] ap max Ø [mm] ae max
f-group f-group
B
443
A
B
C
D
E
GM-4RL
5602R303GR
5602R304GR
5602R305GR
GM-4W
0 < x < 3 0,1 x D 0 < x ≤ 20 < 0,5 x D 0 < x < 3 0,1 x D 0 < x ≤ 20 < 0,5 x D
3 ≤ x ≤ 20 0,8 x D 3 ≤ x ≤ 20 0,8 x D
KMG303 KMG303
ae / D ae / D
1/1 1/2 1/10 1/1 1/2 1/10
145 200 240 2 135 180 240 2
140 190 230 2 130 175 230 2
105 140 170 2 95 130 170 2
90 120 145 2 85 110 145 2
80 110 135 2 75 100 135 2
110 150 180 2 105 135 180 2
90 120 145 2 85 110 145 2
80 110 135 2 75 100 135 2
80 105 125 2 75 95 125 2
105 140 170 2 95 130 170 2
80 110 130 2 75 100 130 2
50 65 80 2 45 60 80 2
45 60 70 2 40 55 70 2
50 70 85 2 50 65 85 2
45 60 70 2 40 55 70 2
110 150 180 2 100 135 180 2
90 120 145 2 85 110 145 2
135 180 220 2 125 165 220 2
105 140 170 2 95 130 170 2
145 200 240 2 135 180 240 2
120 160 195 2 110 145 195 2
Recommended cutting data Solid carbide milling
MillingDrilling
Technical
Information
Index Turning
Recommended cutting data Solid carbide milling
Starting values for cutting speed vc [m/min]
Slot milling Shoulder milling Slot milling Shoulder milling
Ø [mm] ap max Ø [mm] ae max Ø [mm] ap max Ø [mm] ae max
f-group f-group
B
444
A
B
C
D
E
125 1
190 2
250 3
270 4
300 5
180 6
275 7
300 8
350 9
200 10
325 11
200 12
240 13
180 14
230 15
180 16
260 17
160 18
250 19
130 20
230 21
60 22
100 23
75 24
90 25
130 26
110 27
90 28
100 29
200 30
280 31
250 32
350 33
320 34
Rm 400 35
Rm 1050 36
H
55 HRC 37
60 HRC 38
400 39
55 HRC 40
X
41
42
43
44
45
46
HM-2E
HM-2EP
HM-2ES
HM-4E
HM-2EFP
HM-4EL
HM-4EFP
0 < x ≤ 20 0,05 x D 0 < x ≤ 20 0,05 x D
KMG555 KMG555
ae / D ae / D
1/1 1/2 1/10 1/1 1/2 1/10
55 100 125 3 50 95 115 3
55 95 120 3 50 95 110 3
70 125 160 3 65 120 145 3
55 100 125 3 50 95 115 3
Recommended cutting dataSolid carbide milling
MillingDrilling
Technical
Information
Index Turning
Material group Composition / structure / heat treatment
Brinell
hardness
HB
Machining group
P
Unalloyed steel
approx. 0,15 % C annealed
approx. 0,45 % C annealed
approx. 0,45 % C tempered
approx. 0,75 % C annealed
approx. 0,75 % C tempered
Low-alloyed steel
annealed
tempered
tempered
tempered
High-alloyed steel and high-alloyed
tool steel
annealed
hardened and tempered
MStainless steel
ferritic/martensitic annealed
martensitic tempered
austenitic quench hardened
austenitic-ferritic
K
Grey cast iron perlitic/ferritic
perlitic (martensitic)
Cast iron with spheroidal graphite ferritic
perlitic
Malleable cast iron ferritic
perlitic
N
Aluminium wrought alloys cannot be hardened
hardenable hardened
Cast aluminium alloys
≤ 12 % Si, cannot be hardened
≤ 12 % Si, hardenable hardened
> 12 % Si, cannot be hardened
Copper and copper alloys
(bronze/brass)
machining steel, PB> 1%
CuZn, CuSnZn
CuSn, Pb-free copper, electrolytic copper
S
Heat-resistant alloys
Fe-based alloys annealed
hardened
Ni or Co bass
annealed
hardened
cast
Titanium alloys pure titanium
α and β alloys hardened
H
Hardened steel hardened and tempered
hardened and tempered
Hard cast iron cast
Hardened cast iron hardened and tempered
XNon-metallic materials
Thermoplasts
Thermosetting plastics
Plastic, glass-bre reinforced GFRP
Plastic, carbon bre reinforced CFRP
Graphite
Wood
Note: The given cutting values are guide values, which were determined under ideal conditions.
The values have to be adapted in individual cases.
Feed rate recommendations on page B460.
For examples of material for cutting tool groups view page D22.
Recommended cutting dataSolid carbide milling
End mill – HM series
Starting values for cutting speed vc [m/min]
Shoulder milling Shoulder milling
Ø [mm] ae max Ø [mm] ae max
f-group f-group
B
445
A
B
C
D
E
HM-6E HM-6EL
HM-2B
HM-2BP
HM-2BS
HM-4B
HM-2BL
HM-4BL
HM-4R
HM-4RP
HM-4RF
0 < x ≤ 20 0,05 x D 0 < x ≤ 20 0,05 x D 0 < x ≤ 20 0,05 x D
KMG555 KMG555 KMG555 KMG555 KMG555
ae / D ae / D ae / D ae / D ae / D
1/1 1/2 1/10 1/1 1/2 1/10 1/1 1/10 1/20 1/1 1/10 1/20 1/1 1/2 1/10
125 3 115 3 130 145 7 125 140 7 55 100 125 3
120 3 110 3 80 90 7 80 90 7 55 95 120 3
160 3 145 3 163 181 7 156 175 7 70 125 160 3
125 3 115 3 109 145 7 105 140 7 55 100 125 3
Recommended cutting data Solid carbide milling
MillingDrilling
Technical
Information
Index Turning
Recommended cutting data Solid carbide milling
Starting values for cutting speed vc [m/min]
Shoulder milling Shoulder milling Shoulder milling
Ø [mm] ae max Ø [mm] ae max Ø [mm] ae max
f-group f-group f-group f-group f-group
B
446
A
B
C
D
E
125 1
190 2
250 3
270 4
300 5
180 6
275 7
300 8
350 9
200 10
325 11
200 12
240 13
180 14
230 15
180 16
260 17
160 18
250 19
130 20
230 21
60 22
100 23
75 24
90 25
130 26
110 27
90 28
100 29
200 30
280 31
250 32
350 33
320 34
Rm 400 35
Rm 1050 36
H
55 HRC 37
60 HRC 38
400 39
55 HRC 40
X
41
42
43
44
45
46
NM-2E
5502R402NM
NM-4E
NM-2EP
NM-2B
NM-4BP
0 < x < 12 0,5 x D 0 < x ≤ 20 < 0,5 x D
12 ≤ x ≤ 20 1,0 x D
KMG309 KMG309
ae / D ae / D
1/1 1/2 1/10 1/1 1/10 1/20
920 1100 1200 4 1400 1550 4
555 660 720 4 840 930 4
370 440 480 4 560 620 4
460 550 600 4 700 775 4
140 165 180 4 210 235 4
280 330 360 4 420 465 4
325 385 420 4 490 545 4
280 330 360 4 420 465 4
Recommended cutting dataSolid carbide milling
MillingDrilling
Technical
Information
Index Turning
Material group Composition / structure / heat treatment
Brinell
hardness
HB
Machining group
P
Unalloyed steel
approx. 0,15 % C annealed
approx. 0,45 % C annealed
approx. 0,45 % C tempered
approx. 0,75 % C annealed
approx. 0,75 % C tempered
Low-alloyed steel
annealed
tempered
tempered
tempered
High-alloyed steel and high-alloyed
tool steel
annealed
hardened and tempered
MStainless steel
ferritic/martensitic annealed
martensitic tempered
austenitic quench hardened
austenitic-ferritic
K
Grey cast iron perlitic/ferritic
perlitic (martensitic)
Cast iron with spheroidal graphite ferritic
perlitic
Malleable cast iron ferritic
perlitic
N
Aluminium wrought alloys cannot be hardened
hardenable hardened
Cast aluminium alloys
≤ 12 % Si, cannot be hardened
≤ 12 % Si, hardenable hardened
> 12 % Si, cannot be hardened
Copper and copper alloys
(bronze/brass)
machining steel, PB> 1%
CuZn, CuSnZn
CuSn, Pb-free copper, electrolytic copper
S
Heat-resistant alloys
Fe-based alloys annealed
hardened
Ni or Co bass
annealed
hardened
cast
Titanium alloys pure titanium
α and β alloys hardened
H
Hardened steel hardened and tempered
hardened and tempered
Hard cast iron cast
Hardened cast iron hardened and tempered
XNon-metallic materials
Thermoplasts
Thermosetting plastics
Plastic, glass-bre reinforced GFRP
Plastic, carbon bre reinforced CFRP
Graphite
Wood
Note: The given cutting values are guide values, which were determined under ideal conditions.
The values have to be adapted in individual cases.
Feed rate recommendations on page B460.
For examples of material for cutting tool groups view page D22.
Recommended cutting dataSolid carbide milling
End mill – NM series
Starting values for cutting speed vc [m/min]
Slot milling Shoulder milling
Ø [mm] ap max Ø [mm] ae max
f-group f-group
B
447
A
B
C
D
E
Recommended cutting data Solid carbide milling
MillingDrilling
Technical
Information
Index Turning
Recommended cutting data Solid carbide milling
B
448
A
B
C
D
E
125 1
190 2
250 3
270 4
300 5
180 6
275 7
300 8
350 9
200 10
325 11
200 12
240 13
180 14
230 15
180 16
260 17
160 18
250 19
130 20
230 21
60 22
100 23
75 24
90 25
130 26
110 27
90 28
100 29
200 30
280 31
250 32
350 33
320 34
Rm 400 35
Rm 1050 36
H
55 HRC 37
60 HRC 38
400 39
55 HRC 40
X
41
42
43
44
45
46
AL-1E
AL-2E
AL-3E (W)
ALG-2E
AL-2EL
AL-3EL
0 < x < 12 0,5 x D 0 < x ≤ 20 < 0,5 x D 0 < x < 12 0,5 x D 0 < x ≤ 20 < 0,5 x D
12 ≤ x ≤ 20 1,0 x D 12 ≤ x ≤ 20 1,0 x D
YK30F / YK40F YK30F
ae / D ae / D
1/1 1/2 1/10 1/1 1/2 1/10
920 1100 1200 4 830 990 1080 4
555 660 720 4 500 595 650 4
370 440 480 4 335 400 435 4
460 550 600 4 415 495 540 4
140 165 180 4 125 150 165 4
280 330 360 4 250 300 325 4
325 385 420 4 295 350 380 4
280 330 360 4 250 300 325 4
Recommended cutting dataSolid carbide milling
MillingDrilling
Technical
Information
Index Turning
Material group Composition / structure / heat treatment
Brinell
hardness
HB
Machining group
P
Unalloyed steel
approx. 0,15 % C annealed
approx. 0,45 % C annealed
approx. 0,45 % C tempered
approx. 0,75 % C annealed
approx. 0,75 % C tempered
Low-alloyed steel
annealed
tempered
tempered
tempered
High-alloyed steel and high-alloyed
tool steel
annealed
hardened and tempered
MStainless steel
ferritic/martensitic annealed
martensitic tempered
austenitic quench hardened
austenitic-ferritic
K
Grey cast iron perlitic/ferritic
perlitic (martensitic)
Cast iron with spheroidal graphite ferritic
perlitic
Malleable cast iron ferritic
perlitic
N
Aluminium wrought alloys cannot be hardened
hardenable hardened
Cast aluminium alloys
≤ 12 % Si, cannot be hardened
≤ 12 % Si, hardenable hardened
> 12 % Si, cannot be hardened
Copper and copper alloys
(bronze/brass)
machining steel, PB> 1%
CuZn, CuSnZn
CuSn, Pb-free copper, electrolytic copper
S
Heat-resistant alloys
Fe-based alloys annealed
hardened
Ni or Co bass
annealed
hardened
cast
Titanium alloys pure titanium
α and β alloys hardened
H
Hardened steel hardened and tempered
hardened and tempered
Hard cast iron cast
Hardened cast iron hardened and tempered
XNon-metallic materials
Thermoplasts
Thermosetting plastics
Plastic, glass-bre reinforced GFRP
Plastic, carbon bre reinforced CFRP
Graphite
Wood
Note: The given cutting values are guide values, which were determined under ideal conditions.
The values have to be adapted in individual cases.
Feed rate recommendations on page B460.
For examples of material for cutting tool groups view page D22.
Recommended cutting dataSolid carbide milling
End mill – AL series
Starting values for cutting speed vc [m/min]
Slot milling Shoulder milling Slot milling Shoulder milling
Ø [mm] ap max Ø [mm] ae max Ø [mm] ap max Ø [mm] ae max
f-group f-group
B
449
A
B
C
D
E
ALG-3E
ALP-3E
ALP-4E
ALG-3E (W)
ALP-3E (W)
ALP-4E (W)
5566R302NH
AL-2B
AL-2R-AIR
AL-3R-AIR ALG-2R (W)
0 < x < 12 0,5 x D 0 < x ≤ 20 < 0,5 x D 0 < x < 12 0,5 x D 0 < x ≤ 20 < 0,5 x D 0 < x < 12 0,5 x D 0 < x ≤ 20 < 0,5 x D 0 < x < 12 0,5 x D 0 < x ≤ 20 < 0,5 x D 0 < x < 12 0,5 x D 0 < x ≤ 20 < 0,5 x D
12 ≤ x ≤ 20 1,0 x D 12 ≤ x ≤ 20 1,0 x D 12 ≤ x ≤ 20 1,0 x D 12 ≤ x ≤ 20 1,0 x D 12 ≤ x ≤ 20 1,0 x D
YK40F KMD401 YK30F / YK40F YK40F KMD401
ae / D ae / D ae / D ae / D ae / D
1/1 1/2 1/10 1/1 1/2 1/10 1/1 1/10 1/20 1/1 1/2 1/10 1/1 1/2 1/10
920 1100 1200 4 1200 1430 1560 4 1400 1550 4 1150 1380 1500 8 1495 1795 1950 8
555 660 720 4 725 860 940 4 840 930 4 690 830 900 8 900 1080 1170 8
370 440 480 4 485 575 625 4 560 620 4 460 555 600 8 600 725 780 8
460 550 600 4 600 715 780 4 700 775 4 575 690 750 8 750 900 975 8
140 165 180 4 185 215 235 4 210 235 4 175 210 225 8 230 275 295 8
280 330 360 4 365 430 470 4 420 465 4 345 415 450 8 450 540 585 8
325 385 420 4 425 505 550 4 490 545 4 405 485 525 8 530 635 685 8
280 330 360 4 365 430 470 4 420 465 4 345 415 450 8 450 540 585 8
Recommended cutting data Solid carbide milling
MillingDrilling
Technical
Information
Index Turning
Recommended cutting data Solid carbide milling
Starting values for cutting speed vc [m/min]
Slot milling Shoulder milling Slot milling Shoulder milling Slot milling Shoulder milling Slot milling Shoulder milling Slot milling Shoulder milling
Ø [mm] ap max Ø [mm] ae max Ø [mm] ap max Ø [mm] ae max Ø [mm] ap max Ø [mm] ae max Ø [mm] ap max Ø [mm] ae max Ø [mm] ap max Ø [mm] ae max
f-group f-group f-group f-group f-group
B
450
A
B
C
D
E
125 1
190 2
250 3
270 4
300 5
180 6
275 7
300 8
350 9
200 10
325 11
200 12
240 13
180 14
230 15
180 16
260 17
160 18
250 19
130 20
230 21
60 22
100 23
75 24
90 25
130 26
110 27
90 28
100 29
200 30
280 31
250 32
350 33
320 34
Rm 400 35
Rm 1050 36
H
55 HRC 37
60 HRC 38
400 39
55 HRC 40
X
41
42
43
44
45
46
AL-2RL-AIR
AL-3RL-AIR
0 < x < 12 0,5 x D 0 < x ≤ 20 < 0,5 x D
12 ≤ x ≤ 20 1,0 x D
YK40F
ae / D
1/1 1/2 1/10
1035 1250 1350 8
625 750 810 8
415 500 540 8
520 625 675 8
160 190 205 8
315 375 405 8
365 440 475 8
315 375 405 8
Recommended cutting dataSolid carbide milling
MillingDrilling
Technical
Information
Index Turning
Material group Composition / structure / heat treatment
Brinell
hardness
HB
Machining group
P
Unalloyed steel
approx. 0,15 % C annealed
approx. 0,45 % C annealed
approx. 0,45 % C tempered
approx. 0,75 % C annealed
approx. 0,75 % C tempered
Low-alloyed steel
annealed
tempered
tempered
tempered
High-alloyed steel and high-alloyed
tool steel
annealed
hardened and tempered
MStainless steel
ferritic/martensitic annealed
martensitic tempered
austenitic quench hardened
austenitic-ferritic
K
Grey cast iron perlitic/ferritic
perlitic (martensitic)
Cast iron with spheroidal graphite ferritic
perlitic
Malleable cast iron ferritic
perlitic
N
Aluminium wrought alloys cannot be hardened
hardenable hardened
Cast aluminium alloys
≤ 12 % Si, cannot be hardened
≤ 12 % Si, hardenable hardened
> 12 % Si, cannot be hardened
Copper and copper alloys
(bronze/brass)
machining steel, PB> 1%
CuZn, CuSnZn
CuSn, Pb-free copper, electrolytic copper
S
Heat-resistant alloys
Fe-based alloys annealed
hardened
Ni or Co bass
annealed
hardened
cast
Titanium alloys pure titanium
α and β alloys hardened
H
Hardened steel hardened and tempered
hardened and tempered
Hard cast iron cast
Hardened cast iron hardened and tempered
XNon-metallic materials
Thermoplasts
Thermosetting plastics
Plastic, glass-bre reinforced GFRP
Plastic, carbon bre reinforced CFRP
Graphite
Wood
Note: The given cutting values are guide values, which were determined under ideal conditions.
The values have to be adapted in individual cases.
Feed rate recommendations on page B460.
For examples of material for cutting tool groups view page D22.
Recommended cutting dataSolid carbide milling
Starting values for cutting speed vc [m/min]
Slot milling Shoulder milling
Ø [mm] ap max Ø [mm] ae max
f-group
End mill – AL series
B
451
A
B
C
D
E
Recommended cutting data Solid carbide milling
MillingDrilling
Technical
Information
Index Turning
Recommended cutting data Solid carbide milling
B
452
A
B
C
D
E
125 1
190 2
250 3
270 4
300 5
180 6
275 7
300 8
350 9
200 10
325 11
200 12
240 13
180 14
230 15
180 16
260 17
160 18
250 19
130 20
230 21
60 22
100 23
75 24
90 25
130 26
110 27
90 28
100 29
200 30
280 31
250 32
350 33
320 34
Rm 400 35
Rm 1050 36
H
55 HRC 37
60 HRC 38
400 39
55 HRC 40
X
41
42
43
44
45
46
PM-2E
PM-4E
PM-4E-G
PM-4EL
PM-4EL-G
PM-4EX-G
0 < x < 3 0,1 5x D 0 < x ≤ 20 0,15 x D 0 < x < 3 0,1 5 x D 0 < x ≤ 20 0,15 x D
3 ≤ x < 6 0,3 x D 3 ≤ x < 6 0,3 x D
6 ≤ x ≤ 20 0,5 x D 6 ≤ x ≤ 20 0,5 x D
KMG405 KMG405
ae / D ae / D
1/1 1/2 1/10 1/1 1/2 1/10
165 220 300 1 140 190 255 1
160 210 285 1 135 185 245 1
120 155 210 1 100 135 180 1
100 135 180 1 85 115 155 1
95 125 165 1 80 105 145 1
125 165 225 1 110 145 195 1
100 135 180 1 85 115 155 1
95 125 165 1 80 105 145 1
90 115 160 1 75 100 135 1
120 155 210 1 100 135 180 1
90 120 160 1 75 105 140 1
55 75 100 1 45 65 85 1
50 65 85 1 40 55 75 1
60 75 105 1 50 65 90 1
50 65 85 1 40 55 75 1
125 165 220 1 105 140 190 1
100 135 180 1 85 115 155 1
150 200 270 1 130 175 230 1
120 155 210 1 100 135 180 1
165 220 300 1 145 190 255 1
135 180 240 1 115 155 205 1
80 105 140 1 65 90 120 1
105 140 185 1 85 120 160 1
Recommended cutting dataSolid carbide milling
MillingDrilling
Technical
Information
Index Turning
Recommended cutting dataSolid carbide milling
Material group Composition / structure / heat treatment
Brinell
hardness
HB
Machining group
P
Unalloyed steel
approx. 0,15 % C annealed
approx. 0,45 % C annealed
approx. 0,45 % C tempered
approx. 0,75 % C annealed
approx. 0,75 % C tempered
Low-alloyed steel
annealed
tempered
tempered
tempered
High-alloyed steel and high-alloyed
tool steel
annealed
hardened and tempered
MStainless steel
ferritic/martensitic annealed
martensitic tempered
austenitic quench hardened
austenitic-ferritic
K
Grey cast iron perlitic/ferritic
perlitic (martensitic)
Cast iron with spheroidal graphite ferritic
perlitic
Malleable cast iron ferritic
perlitic
N
Aluminium wrought alloys cannot be hardened
hardenable hardened
Cast aluminium alloys
≤ 12 % Si, cannot be hardened
≤ 12 % Si, hardenable hardened
> 12 % Si, cannot be hardened
Copper and copper alloys
(bronze/brass)
machining steel, PB> 1%
CuZn, CuSnZn
CuSn, Pb-free copper, electrolytic copper
S
Heat-resistant alloys
Fe-based alloys annealed
hardened
Ni or Co bass
annealed
hardened
cast
Titanium alloys pure titanium
α and β alloys hardened
H
Hardened steel hardened and tempered
hardened and tempered
Hard cast iron cast
Hardened cast iron hardened and tempered
XNon-metallic materials
Thermoplasts
Thermosetting plastics
Plastic, glass-bre reinforced GFRP
Plastic, carbon bre reinforced CFRP
Graphite
Wood
Note: The given cutting values are guide values, which were determined under ideal conditions.
The values have to be adapted in individual cases.
Feed rate recommendations on page B460.
For examples of material for cutting tool groups view page D22.
Starting values for cutting speed vc [m/min]
Slot milling Shoulder milling Slot milling Shoulder milling
Ø [mm] ap max Ø [mm] ae max Ø [mm] ap max Ø [mm] ae max
f-group f-group
End mill – PM series
B
453
A
B
C
D
E
PM-6E PM-6EL PM-2B
PM-4B
PM-2BL
PM-2BFP
PM-4BL
PM-2BC
0 < x ≤ 20 0.15 x D 0 < x ≤ 20 0.15 x D
KMG405 KMG405 KMG405 KMG405 KMG405
ae / D ae / D ae / D ae / D ae / D
1/1 1/2 1/10 1/1 1/2 1/10 1/1 1/10 1/20 1/1 1/10 1/20 1/1 1/10 1/20
220 300 1 190 255 1 270 300 5 230 255 5 230 255 5
210 285 1 185 245 1 260 285 5 220 245 5 220 245 5
155 210 1 135 180 1 190 210 5 165 180 5 165 180 5
135 180 1 115 155 1 165 180 5 140 155 5 140 155 5
125 165 1 105 145 1 150 165 5 130 145 5 130 145 5
165 225 1 145 195 1 205 225 5 175 195 5 175 195 5
135 180 1 115 155 1 165 180 5 140 155 5 140 155 5
125 165 1 105 145 1 150 165 5 130 145 5 130 145 5
115 160 1 100 135 1 145 160 5 120 135 5 120 135 5
155 210 1 135 180 1 190 210 5 165 180 5 165 180 5
120 160 1 105 140 1 145 160 5 125 140 5 125 140 5
75 100 1 65 85 1 90 100 5 75 85 5 75 85 5
65 85 1 55 75 1 80 85 5 65 75 5 65 75 5
75 105 1 65 90 1 95 105 5 80 90 5 80 90 5
65 85 1 55 75 1 80 85 5 65 75 5 65 75 5
165 220 1 140 190 1 200 220 5 170 190 5 170 190 5
135 180 1 115 155 1 165 180 5 140 155 5 140 155 5
200 270 1 175 230 1 245 270 5 210 230 5 210 230 5
155 210 1 135 180 1 190 210 5 165 180 5 165 180 5
220 300 1 190 255 1 270 300 5 230 255 5 230 255 5
180 240 1 155 205 1 220 240 5 185 205 5 185 205 5
105 140 1 90 120 1 125 140 5 110 120 5 110 120 5
140 185 1 120 160 1 165 185 1 145 160 1 145 160 1
Recommended cutting data Solid carbide milling
MillingDrilling
Technical
Information
Index Turning
Recommended cutting data Solid carbide milling
Starting values for cutting speed vc [m/min]
Shoulder milling Shoulder milling
Ø [mm] ap max Ø [mm] ap max
f-group f-group f-group f-group f-group
B
454
A
B
C
D
E
125 1
190 2
250 3
270 4
300 5
180 6
275 7
300 8
350 9
200 10
325 11
200 12
240 13
180 14
230 15
180 16
260 17
160 18
250 19
130 20
230 21
60 22
100 23
75 24
90 25
130 26
110 27
90 28
100 29
200 30
280 31
250 32
350 33
320 34
Rm 400 35
Rm 1050 36
H
55 HRC 37
60 HRC 38
400 39
55 HRC 40
X
41
42
43
44
45
46
PM-2R
PM-4R PM-4RL
0 < x < 3 0,1 5x D 0 < x ≤ 20 0.15 x D 0 < x < 3 0,1 5x D 0 < x ≤ 20 0.15 x D
3 ≤ x < 6 0,3 x D 3 ≤ x < 6 0,3 x D
6 ≤ x ≤ 20 0,5 x D 6 ≤ x ≤ 20 0,5 x D
KMG405 KMG405
ae / D ae / D
1/1 1/2 1/10 1/1 1/2 1/10
165 220 300 1 150 200 265 1
160 210 285 1 145 190 255 1
120 155 210 1 105 140 190 1
100 135 180 1 90 120 160 1
95 125 165 1 85 110 150 1
125 165 225 1 115 150 200 1
100 135 180 1 90 120 160 1
95 125 165 1 85 110 150 1
90 115 160 1 80 105 140 1
120 155 210 1 105 140 190 1
90 120 160 1 80 110 145 1
55 75 100 1 50 65 85 1
50 65 85 1 45 60 75 1
60 75 105 1 55 70 95 1
50 65 85 1 45 60 75 1
125 165 220 1 110 150 195 1
100 135 180 1 90 120 160 1
150 200 270 1 135 180 240 1
120 155 210 1 105 140 190 1
165 220 300 1 150 200 265 1
135 180 240 1 120 160 215 1
85 110 145 1 70 95 125 1
115 145 190 1 95 125 165 1
Recommended cutting dataSolid carbide milling
MillingDrilling
Technical
Information
Index Turning
Recommended cutting dataSolid carbide milling
Material group Composition / structure / heat treatment
Brinell
hardness
HB
Machining group
P
Unalloyed steel
approx. 0,15 % C annealed
approx. 0,45 % C annealed
approx. 0,45 % C tempered
approx. 0,75 % C annealed
approx. 0,75 % C tempered
Low-alloyed steel
annealed
tempered
tempered
tempered
High-alloyed steel and high-alloyed
tool steel
annealed
hardened and tempered
MStainless steel
ferritic/martensitic annealed
martensitic tempered
austenitic quench hardened
austenitic-ferritic
K
Grey cast iron perlitic/ferritic
perlitic (martensitic)
Cast iron with spheroidal graphite ferritic
perlitic
Malleable cast iron ferritic
perlitic
N
Aluminium wrought alloys cannot be hardened
hardenable hardened
Cast aluminium alloys
≤ 12 % Si, cannot be hardened
≤ 12 % Si, hardenable hardened
> 12 % Si, cannot be hardened
Copper and copper alloys
(bronze/brass)
machining steel, PB> 1%
CuZn, CuSnZn
CuSn, Pb-free copper, electrolytic copper
S
Heat-resistant alloys
Fe-based alloys annealed
hardened
Ni or Co bass
annealed
hardened
cast
Titanium alloys pure titanium
α and β alloys hardened
H
Hardened steel hardened and tempered
hardened and tempered
Hard cast iron cast
Hardened cast iron hardened and tempered
XNon-metallic materials
Thermoplasts
Thermosetting plastics
Plastic, glass-bre reinforced GFRP
Plastic, carbon bre reinforced CFRP
Graphite
Wood
Note: The given cutting values are guide values, which were determined under ideal conditions.
The values have to be adapted in individual cases.
Feed rate recommendations on page B460.
For examples of material for cutting tool groups view page D22.
End mill – PM series
Starting values for cutting speed vc [m/min]
Slot milling Shoulder milling Slot milling Shoulder milling
Ø [mm] ap max Ø [mm] ae max Ø [mm] ap max Ø [mm] ae max
f-group f-group
B
455
A
B
C
D
E
PM-4H
PM-4HL
0 < x ≤ 20 0.15 x D
KMG405
ae / D
1/1 1/2 1/10
210 270 6
200 260 6
150 190 6
130 165 6
120 150 6
160 205 6
130 165 6
120 150 6
110 145 6
150 190 6
115 145 6
70 90 6
60 80 6
75 95 6
60 80 6
155 200 6
130 165 6
190 245 6
150 190 6
210 270 6
170 220 6
100 125 1
130 165 1
Recommended cutting data Solid carbide milling
MillingDrilling
Technical
Information
Index Turning
Recommended cutting data Solid carbide milling
Starting values for cutting speed vc [m/min]
Shoulder milling
Ø [mm] ae max
f-group
B
456
A
B
C
D
E
125 1
190 2
250 3
270 4
300 5
180 6
275 7
300 8
350 9
200 10
325 11
200 12
240 13
180 14
230 15
180 16
260 17
160 18
250 19
130 20
230 21
60 22
100 23
75 24
90 25
130 26
110 27
90 28
100 29
200 30
280 31
250 32
350 33
320 34
Rm 400 35
Rm 1050 36
H
55 HRC 37
60 HRC 38
400 39
55 HRC 40
X
41
42
43
44
45
46
5501R38414GM (-R)
5502R38414GM (-R)
5602R38414GM (-R)
5501R38414GM (-R) long series
5502R38414GM (-R) long series
5602R38414GM (-R) long series
0 < x < 3 0,3x D 0 < x < 3 0.15 x D 0 < x < 3 0,3x D 0 < x < 3 0.15 x D
3 ≤ x < 12 0,7 x D 3 ≤ x < 20 0,3 x D 3 ≤ x < 12 0,7 x D 3 ≤ x < 20 0,3 x D
12 ≤ x ≤ 20 1,5 x D 12 ≤ x ≤ 20 1,5 x D
KMG405 KMG405
ae / D ae / D
1/1 1/2 1/10 1/1 1/2 1/10
250 300 380 9 190 225 285 9
240 285 365 9 185 215 275 9
175 210 270 9 135 160 200 9
150 180 230 9 115 135 175 9
140 165 210 9 105 125 160 9
190 225 285 9 145 170 215 9
150 180 230 9 115 135 175 9
140 165 210 9 105 125 160 9
130 160 200 9 100 120 150 9
175 210 270 9 135 160 200 9
135 160 205 9 105 120 155 9
80 100 125 9 65 75 95 9
70 85 110 9 55 65 80 9
85 105 130 9 65 80 100 9
70 85 110 9 55 65 80 9
185 220 280 9 140 165 210 9
150 180 230 9 115 135 175 9
225 270 345 9 175 205 260 9
175 210 270 9 135 160 200 9
250 300 380 9 190 225 285 9
200 240 305 9 155 180 230 9
115 140 175 9
135 165 205 9
Recommended cutting dataSolid carbide milling
MillingDrilling
Technical
Information
Index Turning
Recommended cutting dataSolid carbide milling
Material group Composition / structure / heat treatment
Brinell
hardness
HB
Machining group
P
Unalloyed steel
approx. 0,15 % C annealed
approx. 0,45 % C annealed
approx. 0,45 % C tempered
approx. 0,75 % C annealed
approx. 0,75 % C tempered
Low-alloyed steel
annealed
tempered
tempered
tempered
High-alloyed steel and high-alloyed
tool steel
annealed
hardened and tempered
MStainless steel
ferritic/martensitic annealed
martensitic tempered
austenitic quench hardened
austenitic-ferritic
K
Grey cast iron perlitic/ferritic
perlitic (martensitic)
Cast iron with spheroidal graphite ferritic
perlitic
Malleable cast iron ferritic
perlitic
N
Aluminium wrought alloys cannot be hardened
hardenable hardened
Cast aluminium alloys
≤ 12 % Si, cannot be hardened
≤ 12 % Si, hardenable hardened
> 12 % Si, cannot be hardened
Copper and copper alloys
(bronze/brass)
machining steel, PB> 1%
CuZn, CuSnZn
CuSn, Pb-free copper, electrolytic copper
S
Heat-resistant alloys
Fe-based alloys annealed
hardened
Ni or Co bass
annealed
hardened
cast
Titanium alloys pure titanium
α and β alloys hardened
H
Hardened steel hardened and tempered
hardened and tempered
Hard cast iron cast
Hardened cast iron hardened and tempered
XNon-metallic materials
Thermoplasts
Thermosetting plastics
Plastic, glass-bre reinforced GFRP
Plastic, carbon bre reinforced CFRP
Graphite
Wood
Note: The given cutting values are guide values, which were determined under ideal conditions.
The values have to be adapted in individual cases.
Feed rate recommendations on page B460.
For examples of material for cutting tool groups view page D22.
End mill – UM/HPC/VSM series
Starting values for cutting speed vc [m/min]
Slot milling Shoulder milling Slot milling Shoulder milling
Ø [mm] ap max Ø [mm] ae max Ø [mm] ap max Ø [mm] ae max
f-group f-group
B
457
A
B
C
D
E
UM-4E
UM-4E-W
UM-4R
UM-4EL
UM-4EL-W
UM-4ELP
UM-4EFP
UM-4RL
UM-4RFP
VSM-4E
VSM-4R
0 < x < 3 0,3x D 0 < x < 3 0.15 x D 0 < x < 3 0,3x D 0 < x < 3 0.15 x D 0 < x < 3 0,3x D 0 < x < 3 0.15 x D 0 < x < 3 0,3x D 0 < x < 3 0.15 x D
3 ≤ x < 12 0,7 x D 3 ≤ x < 20 0,3 x D 3 ≤ x < 12 0,7 x D 3 ≤ x < 20 0,3 x D 3 ≤ x < 12 0,7 x D 3 ≤ x < 20 0,3 x D 3 ≤ x < 12 0,7 x D 3 ≤ x < 20 0,3 x D
12 ≤ x ≤ 20 1,5 x D 12 ≤ x ≤ 20 1,5 x D 12 ≤ x ≤ 20 1,5 x D 12 ≤ x ≤ 20 1,5 x D
KMG405 KMG405 KMG405 KMG405
ae / D ae / D ae / D ae / D
1/1 1/2 1/10 1/1 1/2 1/10 1/1 1/2 1/10 1/1 1/2 1/10
250 300 380 9 150 180 230 9 150 180 230 9 145 180 250 10
240 285 365 9 145 175 220 9 145 175 220 9 140 175 240 10
175 210 270 9 105 130 165 9 105 130 165 9 105 130 175 10
150 180 230 9 90 110 140 9 90 110 140 9 90 110 150 10
140 165 210 9 85 100 130 9 85 100 130 9 80 100 140 10
190 225 285 9 115 135 175 9 115 135 175 9 110 135 190 10
150 180 230 9 90 110 140 9 90 110 140 9 90 110 150 10
140 165 210 9 85 100 130 9 85 100 130 9 80 100 140 10
130 160 200 9 80 95 120 9 80 95 120 9 80 95 130 10
175 210 270 9 105 130 165 9 105 130 165 9 105 130 175 10
135 160 205 9 80 100 125 9 80 100 125 9 80 100 135 10
801001259 506075 9 506075 9 50608010
70851109 455565 9 455565 9 45557010
851051309 556580 9 556580 9 50658510
70851109 455565 9 455565 9 45557010
185 220 280 9 110 135 170 9 110 135 170 9
150 180 230 9 90 110 140 9 90 110 140 9
225 270 345 9 135 165 210 9 135 165 210 9
175 210 270 9 105 130 165 9 105 130 165 9
250 300 380 9 150 180 230 9 150 180 230 9
200 240 305 9 120 145 185 9 120 145 185 9
45 55 85 10
25 30 45 10
45 55 85 10
25 30 45 10
25 30 45 10
75 90 135 10
45 55 85 10
115 140 175 9 70 85 110 9 70 85 110 9
135 165 205 9 85 100 130 9 85 100 130 9
Recommended cutting data Solid carbide milling
MillingDrilling
Technical
Information
Index Turning
Recommended cutting data Solid carbide milling
Starting values for cutting speed vc [m/min]
Slot milling Shoulder milling Slot milling Shoulder milling Slot milling Shoulder milling Slot milling Shoulder milling
Ø [mm] ap max Ø [mm] ae max Ø [mm] ap max Ø [mm] ae max Ø [mm] ap max Ø [mm] ae max
f-group f-group f-group f-group
B
458
A
B
C
D
E
125 1
190 2
250 3
270 4
300 5
180 6
275 7
300 8
350 9
200 10
325 11
200 12
240 13
180 14
230 15
180 16
260 17
160 18
250 19
130 20
230 21
60 22
100 23
75 24
90 25
130 26
110 27
90 28
100 29
200 30
280 31
250 32
350 33
320 34
Rm 400 35
Rm 1050 36
H
55 HRC 37
60 HRC 38
400 39
55 HRC 40
X
41
42
43
44
45
46
5501 / 5601
5501 / 5601
5601
KMG303
ae / D
1/1 1/2 1/10
230 11
220 11
165 11
140 11
130 11
175 11
140 11
130 11
120 11
165 11
125 11
75 11
65 11
80 11
65 11
170 11
140 11
210 11
165 11
230 11
185 11
1200 11
720 11
480 11
600 11
180 11
360 11
420 11
360 11
Recommended cutting dataSolid carbide milling
MillingDrilling
Technical
Information
Index Turning
Material group Composition / structure / heat treatment
Brinell
hardness
HB
Machining group
P
Unalloyed steel
approx. 0,15 % C annealed
approx. 0,45 % C annealed
approx. 0,45 % C tempered
approx. 0,75 % C annealed
approx. 0,75 % C tempered
Low-alloyed steel
annealed
tempered
tempered
tempered
High-alloyed steel and high-alloyed
tool steel
annealed
hardened and tempered
MStainless steel
ferritic/martensitic annealed
martensitic tempered
austenitic quench hardened
austenitic-ferritic
K
Grey cast iron perlitic/ferritic
perlitic (martensitic)
Cast iron with spheroidal graphite ferritic
perlitic
Malleable cast iron ferritic
perlitic
N
Aluminium wrought alloys cannot be hardened
hardenable hardened
Cast aluminium alloys
≤ 12 % Si, cannot be hardened
≤ 12 % Si, hardenable hardened
> 12 % Si, cannot be hardened
Copper and copper alloys
(bronze/brass)
machining steel, PB> 1%
CuZn, CuSnZn
CuSn, Pb-free copper, electrolytic copper
S
Heat-resistant alloys
Fe-based alloys annealed
hardened
Ni or Co bass
annealed
hardened
cast
Titanium alloys pure titanium
α and β alloys hardened
H
Hardened steel hardened and tempered
hardened and tempered
Hard cast iron cast
Hardened cast iron hardened and tempered
XNon-metallic materials
Thermoplasts
Thermosetting plastics
Plastic, glass-bre reinforced GFRP
Plastic, carbon bre reinforced CFRP
Graphite
Wood
Note: The given cutting values are guide values, which were determined under ideal conditions.
The values have to be adapted in individual cases.
Feed rate recommendations on page B460.
For examples of material for cutting tool groups view page D22.
Recommended cutting dataSolid carbide milling
Starting values for cutting speed vc [m/min]
f-group
Deburring cutters – FM series
B
459
A
B
C
D
E
Recommended cutting data Solid carbide milling
MillingDrilling
Technical
Information
Index Turning
Recommended cutting data Solid carbide milling
B
460
A
B
C
D
E
ae / D Ø0,5 Ø0,8 Ø 1 Ø 2 Ø 3 Ø 4 Ø 5 Ø 6 Ø 8 Ø 10 Ø 12 Ø 14 Ø 16 Ø 18 Ø 20
P
1/1 0,01 0,02 0,02 0,02 0,02 0,02 0,03 0,03 0,05 0,07 0,08 0,08 0,09 0,09 0,10
1/2 0,01 0,03 0,03 0,03 0,03 0,03 0,04 0,04 0,06 0,09 0,10 0,10 0,12 0,12 0,13
1/10 0,02 0,05 0,05 0,05 0,05 0,05 0,07 0,07 0,09 0,14 0,16 0,16 0,18 0,18 0,20
M
1/1 0,01 0,02 0,02 0,02 0,02 0,02 0,03 0,03 0,04 0,05 0,06 0,06 0,07 0,07 0,08
1/2 0,01 0,02 0,02 0,02 0,02 0,02 0,04 0,04 0,05 0,07 0,08 0,08 0,10 0,10 0,11
1/10 0,02 0,04 0,04 0,04 0,04 0,04 0,05 0,05 0,07 0,11 0,13 0,13 0,15 0,15 0,16
K
1/1 0,01 0,02 0,02 0,02 0,02 0,02 0,03 0,03 0,05 0,07 0,08 0,08 0,09 0,09 0,10
1/2 0,01 0,03 0,03 0,03 0,03 0,03 0,04 0,04 0,06 0,09 0,10 0,10 0,12 0,12 0,13
1/10 0,02 0,05 0,05 0,05 0,05 0,05 0,07 0,07 0,09 0,14 0,16 0,16 0,18 0,18 0,20
H
1/1 0,01 0,02 0,02 0,02 0,02 0,02 0,03 0,03 0,04 0,05 0,06 0,06 0,07 0,07 0,08
1/2 0,01 0,02 0,02 0,02 0,02 0,02 0,04 0,04 0,05 0,07 0,08 0,08 0,10 0,10 0,11
1/10 0,02 0,04 0,04 0,04 0,04 0,04 0,05 0,05 0,07 0,11 0,13 0,13 0,15 0,15 0,16
ae / D Ø0,5 Ø0,8 Ø 1 Ø 2 Ø 3 Ø 4 Ø 5 Ø 6 Ø 8 Ø 10 Ø 12 Ø 14 Ø 16 Ø 18 Ø 20
H
1/1 0,01 0,02 0,02 0,02 0,02 0,02 0,02 0,02 0,03 0,05 0,06 0,06 0,06 0,06 0,07
1/2 0,01 0,02 0,02 0,02 0,02 0,02 0,03 0,03 0,04 0,06 0,07 0,07 0,08 0,08 0,09
1/10 0,02 0,03 0,03 0,03 0,03 0,03 0,05 0,05 0,06 0,10 0,11 0,11 0,13 0,13 0,15
ae / D Ø0,5 Ø0,8 Ø 1 Ø 2 Ø 3 Ø 4 Ø 5 Ø 6 Ø 8 Ø 10 Ø 12 Ø 14 Ø 16 Ø 18 Ø 20
P
1/1 0,01 0,02 0,02 0,02 0,02 0,02 0,03 0,03 0,04 0,06 0,07 0,07 0,08 0,08 0,09
1/2 0,01 0,03 0,03 0,03 0,03 0,03 0,04 0,04 0,05 0,08 0,09 0,09 0,10 0,10 0,12
1/10 0,02 0,04 0,04 0,04 0,04 0,04 0,06 0,06 0,08 0,12 0,14 0,14 0,16 0,16 0,18
M
1/1 0,01 0,02 0,02 0,02 0,02 0,02 0,02 0,02 0,03 0,05 0,06 0,06 0,06 0,06 0,07
1/2 0,01 0,02 0,02 0,02 0,02 0,02 0,03 0,03 0,04 0,06 0,07 0,07 0,08 0,08 0,09
1/10 0,02 0,03 0,03 0,03 0,03 0,03 0,05 0,05 0,06 0,10 0,11 0,11 0,13 0,13 0,15
K
1/1 0,01 0,02 0,02 0,02 0,02 0,02 0,03 0,03 0,04 0,06 0,07 0,07 0,08 0,08 0,09
1/2 0,01 0,03 0,03 0,03 0,03 0,03 0,04 0,04 0,05 0,08 0,09 0,09 0,10 0,10 0,12
1/10 0,02 0,04 0,04 0,04 0,04 0,04 0,06 0,06 0,08 0,12 0,14 0,14 0,16 0,16 0,18
ae / D Ø0,5 Ø0,8 Ø 1 Ø 2 Ø 3 Ø 4 Ø 5 Ø 6 Ø 8 Ø 10 Ø 12 Ø 14 Ø 16 Ø 18 Ø 20
N
1/1 0,02 0,03 0,03 0,03 0,03 0,03 0,05 0,05 0,06 0,09 0,11 0,11 0,12 0,12 0,14
3/4 0,02 0,04 0,04 0,04 0,04 0,04 0,06 0,06 0,08 0,12 0,14 0,14 0,16 0,16 0,18
1/10 0,03 0,06 0,06 0,06 0,06 0,06 0,09 0,09 0,12 0,19 0,22 0,22 0,25 0,25 0,28
1/20 0,04 0,08 0,08 0,08 0,08 0,08 0,12 0,12 0,16 0,23 0,27 0,27 0,31 0,31 0,35
Recommended cutting dataSolid carbide milling
MillingDrilling
Technical
Information
Index Turning
Solid carbide milling group 1 – Square shoulder mills PM series
Recommended feed rate
Solid carbide milling group 3 – Square shoulder mills HM series
Solid carbide milling group 2 – Square shoulder mills GM series
Feed rate per cutting edge (fz) [mm]
Note: The given cutting values are guide values, which were determined under ideal conditions.
The values have to be adapted in individual cases.
Feed rate per cutting edge (fz) [mm]
Note: The given cutting values are guide values, which were determined under ideal conditions.
The values have to be adapted in individual cases.
Feed rate per cutting edge (fz) [mm]
Note: The given cutting values are guide values, which were determined under ideal conditions.
The values have to be adapted in individual cases.
Solid carbide milling group 4 – Square shoulder mills AL/NM series
Feed rate per cutting edge (fz) [mm]
Note: The given cutting values are guide values, which were determined under ideal conditions.
The values have to be adapted in individual cases.
B
461
A
B
C
D
E
ae / D Ø0,5 Ø0,8 Ø 1 Ø 2 Ø 3 Ø 4 Ø 5 Ø 6 Ø 8 Ø 10 Ø 12 Ø 14 Ø 16 Ø 18 Ø 20
P
1/1
1/10 0,02 0,05 0,05 0,05 0,05 0,05 0,07 0,07 0,09 0,14 0,16 0,16 0,18 0,18 0,20
1/20 0,03 0,06 0,06 0,06 0,06 0,06 0,08 0,08 0,11 0,17 0,20 0,20 0,23 0,23 0,25
M
1/1
1/10 0,02 0,04 0,04 0,04 0,04 0,04 0,05 0,05 0,07 0,11 0,13 0,13 0,15 0,15 0,16
1/20 0,02 0,05 0,05 0,05 0,05 0,05 0,07 0,07 0,09 0,14 0,16 0,16 0,18 0,18 0,21
K
1/1
1/10 0,02 0,05 0,05 0,05 0,05 0,05 0,07 0,07 0,09 0,14 0,16 0,16 0,18 0,18 0,20
1/20 0,03 0,06 0,06 0,06 0,06 0,06 0,08 0,08 0,11 0,17 0,20 0,20 0,23 0,23 0,25
H
1/1
1/10 0,02 0,04 0,04 0,04 0,04 0,04 0,05 0,05 0,07 0,11 0,13 0,13 0,15 0,15 0,16
1/20 0,02 0,05 0,05 0,05 0,05 0,05 0,07 0,07 0,09 0,14 0,16 0,16 0,18 0,18 0,21
ae / D Ø 3 Ø 4 Ø 5 Ø 6 Ø 8 Ø 10 Ø 12
P
1/1
1/10
1/20 0,15 0,25 0,28 0,33 0,44 0,55 0,66
M
1/1
1/10
1/20 0,12 0,22 0,25 0,30 0,41 0,52 0,63
K
1/1
1/10
1/20 0,15 0,25 0,28 0,33 0,44 0,55 0,66
H
1/1
1/10
1/20 0,12 0,22 0,25 0,30 0,41 0,52 0,63
ae / D Ø0,5 Ø0,8 Ø 1 Ø 2 Ø 3 Ø 4 Ø 5 Ø 6 Ø 8 Ø 10 Ø 12 Ø 14 Ø 16 Ø 18 Ø 20
H
1/1
1/2 0,02 0,04 0,04 0,04 0,04 0,04 0,05 0,05 0,07 0,11 0,13 0,13 0,15 0,15 0,16
1/10 0,02 0,05 0,05 0,05 0,05 0,05 0,07 0,07 0,09 0,14 0,16 0,16 0,18 0,18 0,21
ae / D Ø 6 Ø 8 Ø 10 Ø 12 Ø 14 Ø 16 Ø 18 Ø 20
N
1/1 0,04 0,05 0,08 0,09 0,11 0,13 0,16 0,18
3/4 0,05 0,07 0,10 0,12 0,14 0,16 0,20 0,23
1/10 0,08 0,11 0,16 0,19 0,22 0,25 0,31 0,36
Recommended cutting data Solid carbide milling
MillingDrilling
Technical
Information
Index Turning
Solid carbide milling group 5 – Ball nose cutters GM series
Solid carbide milling group 6 – High feed mills PM series
Solid carbide milling group 7 – Ball nose cutters HM series
Solid carbide milling group 8 – High feed mills AL series
Recommended feed rate
Feed rate per cutting edge (fz) [mm]
Note: The given cutting values are guide values, which were determined under ideal conditions.
The values have to be adapted in individual cases.
Feed rate per cutting edge (fz) [mm]
Note: The given cutting values are guide values, which were determined under ideal conditions.
The values have to be adapted in individual cases.
Feed rate per cutting edge (fz) [mm]
Note: The given cutting values are guide values, which were determined under ideal conditions.
The values have to be adapted in individual cases.
Feed rate per cutting edge (fz) [mm]
Note: The given cutting values are guide values, which were determined under ideal conditions.
The values have to be adapted in individual cases.
B
462
A
B
C
D
E
ae / D Ø 4 Ø 5 Ø 6 Ø 8 Ø 10 Ø 12 Ø 14 Ø 16 Ø 18 Ø 20
P
1/1 0,03 0,04 0,05 0,05 0,05 0,05 0,06 0,06 0,07 0,08
1/2 0,04 0,06 0,07 0,07 0,07 0,07 0,08 0,09 0,10 0,11
1/10 0,05 0,08 0,09 0,09 0,09 0,09 0,11 0,12 0,14 0,15
M
1/1 0,02 0,03 0,04 0,04 0,04 0,04 0,04 0,05 0,05 0,06
1/2 0,03 0,05 0,05 0,05 0,05 0,05 0,06 0,07 0,08 0,08
1/10 0,04 0,06 0,07 0,07 0,07 0,07 0,08 0,09 0,10 0,11
S
1/1 0,02 0,03 0,04 0,04 0,04 0,04 0,04 0,05 0,05 0,06
1/2 0,03 0,05 0,05 0,05 0,05 0,05 0,06 0,07 0,08 0,08
1/10 0,04 0,06 0,07 0,07 0,07 0,07 0,08 0,09 0,10 0,11
ae / D Ø 4 Ø 5 Ø 6 Ø 8 Ø 10 Ø 12 Ø 14 Ø 16 Ø 18 Ø 20
P
1/1 0,06 0,06 0,06 0,07 0,07 0,07 0,07 0,08 0,08 0,08
1/2 0,08 0,08 0,08 0,09 0,09 0,09 0,09 0,10 0,10 0,10
1/10 0,14 0,14 0,16 0,18 0,22 0,25 0,27 0,3 0,32 0,36
M
1/1 0,05 0,05 0,05 0,05 0,05 0,05 0,05 0,06 0,06 0,06
1/2 0,06 0,06 0,06 0,07 0,07 0,07 0,07 0,08 0,08 0,08
1/10 0,10 0,10 0,10 0,12 0,12 0,14 0,16 0,16 0,18 0,18
K
1/1 0,06 0,06 0,06 0,07 0,07 0,07 0,07 0,08 0,08 0,08
1/2 0,08 0,08 0,08 0,09 0,09 0,09 0,09 0,10 0,10 0,10
1/10 0,14 0,14 0,16 0,18 0,22 0,25 0,27 0,3 0,32 0,36
H
1/1 0,045 0,045 0,045 0,053 0,053 0,053 0,053 0,06 0,06 0,06
1/2 0,06 0,06 0,06 0,07 0,07 0,07 0,07 0,08 0,08 0,08
1/10 0,10 0,10 0,10 0,12 0,12 0,14 0,16 0,16 0,18 0,18
ae / D Ø 3 Ø 4 Ø 5 Ø 6 Ø 8 Ø 10 Ø 12 Ø 14 Ø 16 Ø 18 Ø 20
P
1/1
1/2
1/10 0,02 0,02 0,03 0,03 0,04 0,06 0,07 0,07 0,08 0,08 0,09
M
1/1
1/2
1/10 0,02 0,02 0,02 0,02 0,03 0,05 0,06 0,06 0,06 0,06 0,07
K
1/1
1/2
1/10 0,02 0,02 0,03 0,03 0,04 0,06 0,07 0,07 0,08 0,08 0,09
N
1/1
1/2
1/10 0,03 0,03 0,05 0,05 0,06 0,09 0,11 0,11 0,12 0,12 0,14
Recommended cutting dataSolid carbide milling
MillingDrilling
Technical
Information
Index Turning
Solid carbide milling group 9 – Square shoulder mills UM series HSC/HPC
Solid carbide milling group 10 – Square shoulder mills VSM series
Solid carbide milling group 11 – Deburring cutters FM series
Recommended feed rate
Feed rate per cutting edge (fz) [mm]
Note: The given cutting values are guide values, which were determined under ideal conditions.
The values have to be adapted in individual cases.
Feed rate per cutting edge (fz) [mm]
Note: The given cutting values are guide values, which were determined under ideal conditions.
The values have to be adapted in individual cases.
Feed rate per cutting edge (fz) [mm]
Note: The given cutting values are guide values, which were determined under ideal conditions.
The values have to be adapted in individual cases.
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
B463
B
Technical information
Trouble shooting – milling B464
Technical information – milling B465-B476
Form nonstandard order – milling B477
B
464
A
B
C
D
E
6
7
9
8
4
10
2
51
9
3
1+2
3
4
5
6
7
8
9
10
Trouble shooting – milling
Technical information
MillingDrilling
Technical
Information
Index Turning
Trouble shooting – indexable milling
Fig. Type of wear Eects Reason Countermeasure
Flank wear Bad surface quality and
dimensional stability
Increase of cutting force
Grade not wear-resistant enough
Cutting speed too high
Clearance angle too small
Feed rate too low
Grade with higher wear-resistance
Reduce cutting speed
Increase clearance angle
Reduce feed rate
Crater wear Bad surface quality and chip
control
Grade not wear-resistant enough
Cutting speed too high
Feed rate too low
Grade with higher wear-resistance
Reduce cutting speed
Reduce feed rate
Chipping Unstable tool life
Sudden breakage of cutting
edge
Grade too hard
Feed rate too high
Cutting edge not stable enough
Stability of the holder or tension insuf-
cient
Grade with higher toughness
Reduce feed rate
Change honing of cutting edge
Use a more stable tool holder
Breakage Increase of cutting force
Bad surface quality and
dimensional stability
Grade too hard
Feed rate too high
Cutting edge not stable enough
Stability of the holder or tension insuf-
cient
Grade with higher toughness
Reduce feed rate
Change honing of cutting edge
Use a more stable tool holder
Plastic
deformation
Bad dimensional stability
Damage to cutting edge
Grade not wear-resistant enough
Cutting speed too high
Cutting depth and/or feed rate too high
Temperature on the cutting edge too
high
Grade with higher toughness
Reduce cutting speed
Reduce cutting depth and feed rate
Grade with higher heat-resistance
Welding Increase of cutting force
Bad surface quality
Cutting speed too low
Cutting edge not sharp enough
Grade not suitable
Increase cutting speed
Increase rake angle
Use a more suitable grade
Thermal cracks Breakage due to thermal
interaction, often caused
when cutting is interrupted
(milling)
Temperature uctuation when machining
Grade too hard
Dry machining
Grade with higher toughness
Notch wear Burr formation
Increase of cutting force
Damage through chips (jagged edges)
Feed rate and cutting speed too high
Grade with higher wear-resistance
Increase rake angle to get a sharper
cutting edge
Reduce cutting speed
Flaking (coating) Often appears when ma-
chining hardened materials
or caused by vibration
Cutting edge adhesion and chipping
Bad chip removal
Increase rake angle to get a sharper
cutting edge
Chip breaker with bigger chip space
B
465
A
B
C
D
E
Vf
Vw
n
Vf
Vw
n
Technical information – milling Technical information
MillingDrilling
Technical
Information
Index Turning
Indexable milling
Advantages and disadvantages
Direction Advantages Disadvantages
Up-milling Prevents hooking of tool
More smooth cut
Bigger stress on cutting edge
Shorter tool life
Down-milling Higher tool life
Less thermal stress Hooking of tool possible
Dierence between up-milling and down-milling
Vf Feed rate tool
Vw Feed rate work piece
n Rotation
Up-milling Down-milling
Up-milling: the feed direction of the work piece is opposite to that
of the milling rotation at the connecting position.
Down-milling: the feed direction of the work piece is the same as that of the
milling rotation at the connecting position.
B
466
A
B
C
D
E
90°
fz
hex = fz × sinkr
75° hex = 0,96 × fz
60° hex = 0,86 × fz
45° hex = 0,707 × fz
hex = iC2×(iC−2ap)2
iC × fz
Technical information – millingTechnical information
MillingDrilling
Technical
Information
Index Turning
Pitch selection
The pitch is the distance between one point on one cutting edge and the same point on the next edge.
Milling cutters are mainly classied into wide, normal and ne pitches.
Operational stability
L (low) M (medium) H (high)
Wide pitch Normal pitch Fine pitch
When the milling width is equal to the diam-
eter of the cutter, the machining system is
stable and main power of machine is sucient,
selecting a wide pitch can achieve high pro-
ductive eciency.
General milling function and multiple mixed
productions.
When the milling width is less than the diam-
eter of cutter, cutting by maximum edges can
achieve high productive eciency.
Approach angle
The approach angle is composed by insert. Tool body, chip thickness, cutting forces and tool life are aected especially by the approach angle. Decreas-
ing the approach angle reduces chip thickness and spreads the cutting area between cutting edge and work piece for a given feed rate.
A smaller approach angle also guarantees stable entering or exiting the work piece, to protect the cutting edge and extend tool life. However this will
increase higher axial cutting forces on the work piece, thus it is not suitable for machining thin work piecees such as thin plates.
Approach angle Feed rate per tooth Max. cutting depth
Round
Indexable milling
B
467
A
B
C
D
E
L
ØDc
l
fz
ap
n
ae
Vf
Vc =
π × Dc × n
1000 [m/min]
n = 1000 × Vc
π × Dc
[rev/min]
Vf = fz × n × zn [mm/min]
fz =
Vf
n × Zn
[mm/z]
fn =Vf
n[mm/rev]
Tc =1000 × Vc
π × Dc
[min]
Q =
ap × ae × Vf
1000 [cm3/min]
Technical information – milling Technical information
MillingDrilling
Technical
Information
Index Turning
Indexable milling
General formulas
Vc: Feed rate [m/min]
Dc: Nominal diameter of milling tool [mm]
n: Spindle speed [u/min]
zn: Number of teeth
Q: Metal removal rate [cm3/min]
Vf : Feed rate of worktable (feed speed) [mm/min]
fz: Feed rate per tooth [mm/z]
π: ~3,14
Tc: Machining time [min]
fn: Feed rate per revolution [mm/u]
Cutting speed
Spindle speed
Feed rate of work table
Feed rate per tooth
Feed rate per revolution
Machining time
Metal removal rate
Minor cutting edge angle Feed rate per tooth
Feed rate
B
468
A
B
C
D
E
í
rf (+)
rp (+)
rf (
-
)
rp (
-
)
rf (+)
rp (
-
)
0o
+
+−+
+−−
P√√
M√√
K√√
N
S√√
rf
rp
Kr
λs
R
Technical information – millingTechnical information
MillingDrilling
Technical
Information
Index Turning
Indexable milling
Main angles
Angle Feature Eet
Axial rake angle rfInuences chip direction Negative angle, good chip removal
Radial rake angle rpInuences cutting edge sharpness Positive angle, good cutting performance
Approach angle Kr Inuences chip thickness KrĹ, chip thicknessĹ, KrĻ, chip thicknessĻ;
Rake angle RInuences cutting force Poor cutting performance,
stable cutting edge íĸĺ Good cutting performance,
unstable cutting edge
Inclination angle λs Inuences chip ow direction Poor cutting performance,
stable cutting edge íĸĺ Good cutting performance,
unstable cutting edge
Function of angles when face milling
Combination of dierent rake angles
Negative rake
angle
Double positive Double negative Positive/Negative
Neutral angle
Positive angle
Axial rake angle rf
Radial rake angle rp
Application eld
Axial rake angle
Radial rake angle
Rake angle Inclination angle of cutting edge
Approach angle
B
469
A
B
C
D
E
45°
75°
90°
fzfn
Rz
0,03–0,10 mm
(1,2–1,5) aeDc = ae
Technical information – milling Technical information
MillingDrilling
Technical
Information
Index Turning
Cutting performances of dierent approach angles
Approach angle Depiction Explanation
Axial force is largest. It will bend when machining thin-wall work
piece, and reduces the precision of work piece. It is benet to
avoid fringe breakage of work piece when machining cast iron.
The main purpose is to resolve the radial cutting force, it is often
used for general face milling.
The axial force is zero in theory, suitable for milling thin plate
workpiece.
Inserts with wiper
Using standard inserts Using inserts with wiper
Normal surface quality High surface quality
The wiper insert must protrude below the other inserts by 0.03–0.10 mm at axial direction, only that the wiping function can take into eect.
Generally speaking, a cutter can assemble only one wiper insert. If the diameter of cutter is much bigger or cutters feed rate per revolution is bigger
than the length of wiper edge, 2 to 3 wiper inserts can be assembled.
Cutting width
Generally speaking, the relation between cutting width and
tool cutting diameter is Dc = (1.2–1.5) ae.
In the machining practice, it needs to avoid coincidence of tool
center and workpiece center as much as possible.
Dc: Tool diameter
ae: Lateral infeed
Indexable milling
Insert with wiper
Standard insert
B
470
A
B
C
D
E
α° ap
ØD
P
ØD
ØD1
Lm = ap
tanα
P = tanα x π x D1
AP**11**
16 10 10 20 30
20 10 5 28 38
25 10 4 40 48
32 10 3 56 60
40 10 2 70 76
Technical information – millingTechnical information
MillingDrilling
Technical
Information
Index Turning
Indexable milling
Plunging and circular milling with insert APKT
Plunging Circular milling
α: Angle de plongée α: Angle d’hélice
Insert Diameter
ØD [mm]
Max. cutting depth
ap [mm]
Max. plunge angle
α°
Min. diameter
ØD1 [mm]
Max. diameter
[mm]
Reduce the feed rate when plunging and circular milling.
For drilling operations (axial) set the feed rate under 0.2 mm.
„Attention“ – drilling can form long chips.
B
471
A
B
C
D
E
α° ap
ØD
P
ØD
ØD1
Lm = ap
tanα
P = tanα x π x D1
WP**05** 20 1,5 12 24 37
WP**06**
25 1,5 8,8 31 47
32 1,5 5 45 61
40 1,5 3,2 61 77
50 1,5 2,8 81 97
WP**08**
40 1,5 9 52 77
50 1,5 5,4 71 97
63 1,5 4,3 97 123
80 1,5 2,9 131 157
100 1,5 2,1 171 197
125 1,5 1,3 221 247
160 1,5 1,1 291 317
WP**09**
50 3,0 7,2 70 96
63 3,0 4,5 96 122
80 3,0 2,8 130 156
100 3,0 2,2 170 196
125 3,0 1,6 220 246
160 3,0 1,2 290 316
WPGT SDMT
WPGT050315ZSR 2 0,5
WPGT060415ZSR 2,5 0,7
WPGT080615ZSR 2,5 0,7
WPGT090725ZSR 4,5 1,2
SDMT06T208 1,6 0,5
SDMT09T312 2,5 0,87
SDMT120412 4,0 0,93
SDMT150620 4,0 1,38
Technical information – milling Technical information
MillingDrilling
Technical
Information
Index Turning
Plunging and circular milling with insert WPGT or SDMT
Indexable milling
Insert WPGT
Plunging Circular milling
α: Angle de plongée α: Angle d’hélice
Insert Diameter
ØD [mm]
Max. cutting depth
ap [mm]
Max. plunge angle
α°
Min. diameter
ØD1 [mm]
Max. diameter
[mm]
Reduce the feed rate when plunging and circular milling.
For drilling operations (axial) set the feed rate under 0.2 mm.
„Attention“ – drilling can form long chips.
Approx. programmed radius
Insert approx. R [mm] Residual material K [mm]
B
472
A
B
C
D
E
α° ap
ØD
P
ØD
ØD1
Lm = ap
tanα
P = tanα x π x D1
SD**06**
20 0,8 3,6 30 38
25 0,8 2,8 40 48
32 0,8 1,6 52 60
40 0,8 1,1 70 78
50 0,8 0,8 90 98
63 0,8 0,7 114 122
SD**09**
25 1,4 6,5 34 48
32 1,4 4,5 48 62
35 1,4 3,6 54 68
50 1,4 1,8 84 98
63 1,4 1,3 110 124
SD**12**
32 1,8 10,4 44 60
40 1,8 5,7 60 76
50 1,8 3,5 80 96
63 1,8 2,5 106 122
80 1,8 1,6 140 156
100 1,8 1,2 180 196
SD**15**
40 2,2 7,3 54 76
80 2,2 1,4 134 156
100 2,2 1,0 174 196
125 2,2 0,9 234 246
160 2,2 0,6 304 316
Technical information – millingTechnical information
MillingDrilling
Technical
Information
Index Turning
Indexable milling
Insert SDMT
Plunging Circular milling
α: Plunge angle α: Helix angle
Insert Diameter
ØD (mm)
Max. cutting depth
ap [mm]
Max. plunge angle
α°
Min. diameter
ØD1 [mm]
Max. diameter
[mm]
Reduce the feed rate when plunging and circular milling.
For drilling operations (axial) set the feed rate under 0,2 mm.
„Attention“ – drilling can form long chips.
B
473
A
B
C
D
E
54 % 56 % 60 %
3 × E × l3 × E × l
F × l3F × l3 × 64
f==
f
l
F
A
1
2
7
65
3
4
B
8
1
6
5
2
4
3
C
16
5
2
4
3
7
Technical information – milling Technical information
MillingDrilling
Technical
Information
Index Turning
Terminology
1. Cutting edge diameter
2. Chip pocket
3. Length of cutting edge
4. Total length
5. Neck
6. Shank
7. Shank diameter
1. Chamfer width, main cutting edge
2. Chamfer width, diameter
3. Neck, front side
4. Primary radial clearance angle
5. Secondary radial clearance angle
6. Radial rake angle
7. Axial main cutting edge
8. Core diameter
1. Cutting edge
2. Axial rake angle
3. Primary axial clearance angle
4. Secondary axial clearance angle
5. Inclination angle
6. Radial cutting edge
Solid carbide mills
Teeth 2 utes 3 utes 4 utes
Cross section
Cutting edge ratio
Advantages ± 
Large chip pocket
± 
Good chip removal
± 
Good chip removal
± 
Good surface quality
± 
Good rigidity
± 
Good surface
Application
± 
Slot milling
± 
Square shoulder milling
± 
Drilling
± 
Slot milling
± 
Square shoulder milling
± 
Finishing
± 
Slot milling (at)
± 
Square shoulder milling
± 
Finishing
Teeth, chip pocket and tool rigidity
Length of cutting edge (overhang) and cutting diameter
The shorter the overhang, the stronger the rigidity. Thus isn't easy to generate.
Bend and vibration in the cutting process may occur.
Length (overhang) increases by 1 time, the deection degree (f) will be 8 times of
the former one.
Reduce the overhang by 20 %
the deection degree (f) will decrease by 50 %
Increase the diameter by 20 %
the deection degree (f) will decrease by 50 %
B
474
A
B
C
D
E
ae
ap
ae
ap
ae <15 %
ap = max
β1
β2
β1≠β2
α2
α1α1≠α2
Technical information – millingTechnical information
MillingDrilling
Technical
Information
Index Turning
Machining strategy – HPC/UM (HSC) milling cutters
Solid carbide mills
The UM milling cutter is specically optimised for HSC machining.
HPC = High Performance Cutting
Machining with signicantly increased metal removal rate through higher cutting
speeds and feed rates compared with conventional machine cutting processes.
Full-slot milling
HSC (UM) = High Speed Cutting
High cutting speeds and feed rates in combination with low cutting depths lead to lower chip thickness as in normal machining.
Proling Trochoidal milling
High metal removal rates can be realised with this tool.
Especially on highly dynamic machines with optimised tool paths this milling cutter shows its full potential.
B
475
A
B
C
D
E
Vc550 m/min
n8750 1/min
fz0,3 mm (hmax = 0,19 mm)
Vf10500 mm/min
ap22 mm
ae2,3 mm
1000 mm
12...10
23 mm
22 mm
12...10
ae <15%
a
p
= max
23 mm
UM-4E-D20.0-W KMG405
16MnCr5 (1.7131) ca. 700 N/mm³
ae
fz
hmax
dd
ae
fz = hmax
ae < d/2 hmax < fzae ≥ d/2 hmax = fz
hmax = 2fz (1− )
aeae
dd
Technical information – milling Technical information
MillingDrilling
Technical
Information
Index Turning
HSC strategy
It's important to use the right strategy. When programming make sure the width of cut is kept. The width of cut is usually not higher than 15 %.
Regarding the depth of cut, the total length of the cutting edge can be used.
When changing the width of cut the cutting data needs to be adjusted.
As calculatory size applies a chip thickness from approx. 0.15 –0.2 mm on basis of the usual steel types.
Solid carbide mills
Example
Cutting data
Tool Machining
HSC strategy
Result
Chip removal rate 530 cm³/min! Machining time 58 seconds! The maximum chip thickness is 0.19 mm.
Workpiece material
B
476
A
B
C
D
E
Ry
R0,1 0,2 0,3 0,4 0,5 0,6 0,7 0,8 0,9 1,0
0,5 0,003 0,010 0,023 0,042 0,067 0,100
1,0 0,001 0,005 0,011 0,020 0,032 0,046 0,063 0,083 0,107
1,5 0,001 0,003 0,008 0,013 0,021 0,030 0,041 0,054 0,069 0,086
2,0 0,001 0,003 0,006 0,010 0,015 0,023 0,031 0,040 0,051 0,064
2,5 0,001 0,002 0,005 0,008 0,013 0,018 0,025 0,032 0,041 0,051
3,0 0,001 0,004 0,007 0,010 0,015 0,020 0,027 0,034 0,042
4,0 0,001 0,003 0,005 0,008 0,011 0,015 0,020 0,025 0,031
5,0 0,001 0,002 0,004 0,006 0,009 0,012 0,016 0,020 0,025
6,0 0,002 0,003 0,005 0,008 0,010 0,013 0,017 0,021
8,0 0,001 0,003 0,004 0,006 0,008 0,010 0,013 0,016
10,0 0,001 0,002 0,003 0,005 0,006 0,008 0,010 0,013
12,5 0,001 0,002 0,003 0,004 0,005 0,006 0,008 0,010
Ry
R1,1 1,2 1,3 1,4 1,5 1,6 1,7 1,8 1,9 2,0
0,5
1,0
1,5 0,104
2,0 0,077 0,092 0,109
2,5 0,061 0,073 0,086 0,100
3,0 0,051 0,061 0,071 0,083 0,095 0,109
4,0 0,038 0,045 0,053 0,062 0,071 0,081 0,091 0,103
5,0 0,030 0,036 0,042 0,049 0,057 0,064 0,073 0,082 0,091 0,101
6,0 0,025 0,030 0,035 0,041 0,047 0,054 0,061 0,068 0,076 0,084
8,0 0,019 0,023 0,026 0,031 0,035 0,040 0,045 0,051 0,057 0,063
10,0 0,015 0,018 0,021 0,025 0,028 0,032 0,036 0,041 0,045 0,050
12,5 0,012 0,014 0,017 0,020 0,023 0,026 0,029 0,032 0,036 0,040
P
Ry = R ×
{
1-cos [arc sin(fr/2R)]
}
Technical information – millingTechnical information
MillingDrilling
Technical
Information
Index Turning
Solid carbide mills
Feed rate
Feed rate
Feed rate selecting table for prole machining with ball nose cutters and torus mills
Ry: Theoretical values of surface quality
P: Feed rate
R: Radius of the ball nose cutter or torus mill
B
477
A
B
C
D
E
DIN6535
=
=
=
l2
l1
d2
d1=
=
r=
GM NM
PM AL
UM VSM
HM HPC
=
Solid carbide millingForm nonstandard order
MillingDrilling
Technical
Information
Index Turning
Nonstandard – solid carbide end mills
Name/Company:
Address:
Tel.: Wanheimer Str. 57
40472 Düsseldorf, Germany
Fax: +49-(0)211-989240-111
E-mail: technik@zccct-europe.com
Fax:
E-mail:
Number of teeth
Tool holder type
Form HA Form HB Normal
straight shaft Special type
Remarks:
Order quantity: Desired delivery date:
Date: Signature:
Material
Material
Tensile strength
(N/mm²)
Hardness
SeriesCoating
Yes No
Centre cutting
Yes No
Machining operations
Slot milling Square shoulder
milling Prole milling
Type
Square
shoulder mill Ball nose cutter Torus mill
Helix angle
Tol.
B
478
A
B
C
D
E
Solid carbide milling Form nonstandard order
MillingDrilling
Technical
Information
Index Turning
Notes
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
C1
C
Indexable drills
Product overview C2
Chip breaker overview C3
Grade overview C4
Application fields of grades C5
System code – drilling bodies C7
Drilling bodies C8-C17
ISO code – inserts C18
Inserts C19-C21
Recommended cutting data C22-C24
Indexable insert drill
Diameter
Page
ZD03
ZTD02
ZTD03
ZTD04
ZTD05
16-58 13-50 13-50 13-50 17-50
C16 C8 C10 C12 C14
Drilling inserts
Edge length
Page
SPGT-EM
SPGT-PM
WCMX-53
WCMX-D
WCMX-PG
05 06 07 09 11 14 05 06 07 09 11 14
03 04 05 06 08 05 06 08 03 04 05 06 08
C19 C19
C20
C20 C20
Indexable drills Product overview
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
C2
Drilling
PM PMK
For machining of steel, stainless steel and cast iron.
EM PMS
For machining of steel, stainless steel and heat-resistant alloys.
PG PK
For machining of steel and cast iron.
DPMK
For machining of steel, stainless steel and cast iron.
53 PMKN
For machining of steel, stainless steel, cast iron and non-ferrous metals.
Chip breaker overview Indexable drills
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
C3
Indexable drills Grade overview
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
C4
Coated cemented carbide CVD
Grade ISO Micro structure Grade description
YB6338 P20 - P40
K20 - K40
CVD coated P20–P40/K20–K40 carbide substrate for operation with higher cutting speed
and feed rate in steel and cast iron.
YBD252 K20 - K35 CVD coated K20–K35 carbide substrate. Optimized for medium to roughing operation of
cast iron and Steel. Good wear resistance and toughness at higher cutting speed.
Coated cemented carbide PVD
Grade ISO Micro structure Grade description
YBG202 P10 - P30
M10 - M25
PVD coated M10–M25/P10–P30 carbide substrate for finishing to medium application of
stainless steel and steel (milling). Good wear resistance in a wide application field.
YBG205
P10 - P30
M20 - M40
S15-S25
PVD multilayer coated P10–P30/M20–M40/S15–S25 carbide substrate for finishing to
medium application of stainless steel, super alloy and steel (milling). Good wear
resistance and thermal stability in a wide application field.
YBG212 P25 - P35
M25-M40
PVD coated M25–M40/P25–P35 carbide substrate for steel and stainless steel. Especially
for inner insert at drilling operation.
Uncoated cemented carbide
Grade ISO Micro structure Grade description
YD201 K10 - K30
N10 - N30
Uncoated N10–N30/K10–K30 carbide substrate for medium application in aluminum and
other material.
C5
A
B
C
D
E
ISO HC1 (CVD) HC1 (PVD) HT HW PCBN & PCD
P
P01
P10
P20
P30
P40
M
M01
M10
M20
M30
M40
K
K01
K10
K20
K30
K40
N
N01
N10
N20
N30
S
S01
S10
S20
S30
H
H01
H10
H20
H30
YBG205
YBD252
YBD252
YBG205
YBG202
YD201
YBG202 YBG202
YBG205
YBG205
YBG212 YBG212
YBG212 YBG212
YB6338
YB6338
YBG202
P
M
KH
N
S
Indexable drillsApplication elds of grades
MillingDrilling
Technical
Information
Index Turning
ISO HC1 (CVD) HC1 (PVD) HT HW PCBN & PCD
P
P01
P10
P20
P30
P40
M
M01
M10
M20
M30
M40
K
K01
K10
K20
K30
K40
N
N01
N10
N20
N30
S
S01
S10
S20
S30
H
H01
H10
H20
H30
HC1Coated cemented carbide
HT Uncoated cermet
HW Uncoated cemented carbide
Heat-resistant alloys
Hardened materials
Non-ferrous alloys
Steel
Stainless steel
Cast iron
Application elds of grades – Indexable drills
C
6
ZTD02
β°
β°α°
YB6338 YBG205 YBG212
CVD PVD PVD
P15 – P35 P10 – P30
M20 – M30
M10 – M25
S15 – S35
-PM -EM
ZTD
For machining of steel, stainless steel, cast iron and
heat-resistant alloys.
Drilling bodies with PVD coated surfaces.
Big chip pocket for better chip removal.
Optional adapter for inner cooling in conventional
machines.
Diameter range 13.0–50.0 mm
Indexable drills ZTD02 / 03 / 04 / 05
Adapter for inner coolingBig chip pocket
Precise insert seat and stable insert clamping
Insert grades
Chip breakers
Steel and cast iron Stainless steel and heat-resistant
alloys
series
C7
A
B
C
D
E
ZD 03 300 XP 32 W C 05 02
1 2 3 4 5678 9
Code
ZD
ZTD
1
Code
XP
4
Code
02 2 x D
03 3 x D
04 4 x D
05 5 x D
2
Code
130 13
...
3
Code
l
W
l
S
03 3,8
04 4,3
05 5,4 5
06 6,5 6
08 8,7 7,94
09 9,8
11 11,5
12 12,7
14 14,3
8
5
Code
C
P11°
7
W 80°
S
6
9
Indexable drillsSystem code – drilling bodies
MillingDrilling
Technical
Information
Index Turning
Type
Description
Indexable drill (WCMX*)
Indexable drill (SPGT*)
Shank type
Description
Weldon shank
L/D relation
Description
Diameter [mm]
Description
Cutting edge length [mm]
Insert shape
Coupling size [mm]
Clearance angle
Description
Insert shape
Number of teeth
Indexable drills series
ZTD02
Grub Screw
d
Dimensions [mm] Inserts Adapter
Article Stock
ØD ØD1 ØD2 L1 L2 L d kg
ZTD02-130-XP20-SP05-02 Ɣ13 20 25 31 50 98 M13×1 0.165 SPGT0502** ZTD-XP20-Thin
ZTD02-140-XP20-SP05-02 Ɣ14 20 25 33 50 100 M13×1 0.171 SPGT0502** ZTD-XP20-Thin
ZTD02-150-XP20-SP05-02 Ɣ15 20 25 35 50 102 M13×1 0.176 SPGT0502** ZTD-XP20-Thin
ZTD02-160-XP20-SP05-02 Ɣ16 20 25 37 50 104 M13×1 0.184 SPGT0502** ZTD-XP20-Thin
ZTD02-170-XP25-SP06-02 Ɣ17 25 32 39 56 117 M16×1,5 0.325 SPGT0602** ZTD-XP20-Thin
ZTD02-180-XP25-SP06-02 Ɣ18 25 32 41 56 119 M16×1,5 0.332 SPGT0602** ZTD-XP25-Thin
ZTD02-190-XP25-SP06-02 Ɣ19 25 32 43 56 121 M16×1,5 0.342 SPGT0602** ZTD-XP25-Thin
ZTD02-200-XP25-SP06-02 Ɣ20 25 32 45 56 123 M16×1,5 0.353 SPGT0602** ZTD-XP25-Thin
ZTD02-210-XP25-SP06-02 Ɣ21 25 32 47 56 125 M16×1,5 0.35 SPGT0602** ZTD-XP25-Thin
ZTD02-220-XP25-SP07-02 Ɣ22 25 32 49 56 127 M16×1,5 0.367 SPGT07T3** ZTD-XP25-Thin
ZTD02-230-XP25-SP07-02 Ɣ23 25 32 51 56 129 M16×1,5 0.38 SPGT07T3** ZTD-XP25-Thin
ZTD02-240-XP25-SP07-02 Ɣ24 25 32 53 56 131 M16×1,5 0.443 SPGT07T3** ZTD-XP25-Thin
ZTD02-250-XP25-SP07-02 Ɣ25 25 32 55 56 133 M16×1,5 0.41 SPGT07T3** ZTD-XP25-Thin
ZTD02-260-XP25-SP07-02 Ɣ26 25 32 57 56 135 M16×1,5 0.454 SPGT07T3** ZTD-XP25-Thin
ZTD02-270-XP25-SP07-02 Ɣ27 25 32 59 56 137 M16×1,5 0.445 SPGT07T3** ZTD-XP25-Thin
ZTD02-280-XP32-SP09-02 Ɣ28 32 37 61 60 146 M22×2 0.661 SPGT0904** ZTD-XP32-Thin
ZTD02-290-XP32-SP09-02 Ɣ29 32 37 63 60 148 M22×2 0.682 SPGT0904** ZTD-XP32-Thin
ZTD02-300-XP32-SP09-02 Ɣ30 32 37 65 60 150 M22×2 0.702 SPGT0904** ZTD-XP32-Thin
ZTD02-310-XP32-SP09-02 Ɣ31 32 37 67 60 152 M22×2 0.759 SPGT0904** ZTD-XP32-Thin
ZTD02-320-XP32-SP09-02 Ɣ32 32 37 69 60 154 M22×2 0.742 SPGT0904** ZTD-XP32-Thin
ZTD02-330-XP32-SP09-02 Ɣ33 32 37 71 60 156 M22×2 0.774 SPGT0904** ZTD-XP32-Thin
ZTD02-340-XP40-SP11-02 Ɣ34 40 47 73 70 173 (BSPT)RC1/4 1.2 SPGT1104**
ZTD02-350-XP40-SP11-02 Ɣ35 40 47 75 70 175 (BSPT)RC1/4 1.23 SPGT1104**
ZTD02-360-XP40-SP11-02 Ɣ36 40 47 77 70 177 (BSPT)RC1/4 1.26 SPGT1104**
ZTD02-370-XP40-SP11-02 Ɣ37 40 47 79 70 179 (BSPT)RC1/4 1.29 SPGT1104**
ZTD02-380-XP40-SP11-02 Ɣ38 40 47 81 70 181 (BSPT)RC1/4 1.33 SPGT1104**
ZTD02-390-XP40-SP11-02 Ɣ39 40 47 83 70 183 (BSPT)RC1/4 1.39 SPGT1104**
ZTD02-400-XP40-SP11-02 Ɣ40 40 47 85 70 185 (BSPT)RC1/4 1.43 SPGT1104**
ZTD02-410-XP40-SP11-02 Ɣ41 40 47 87 70 187 (BSPT)RC1/4 1.44 SPGT1104**
ZTD02-420-XP40-SP14-02 Ɣ42 40 52 89 70 199 (BSPT)RC1/4 1.62 SPGT1405**
ZTD02-430-XP40-SP14-02 Ɣ43 40 52 91 70 201 (BSPT)RC1/4 1.67 SPGT1405**
ZTD02-440-XP40-SP14-02 Ɣ44 40 52 93 70 203 (BSPT)RC1/4 1.71 SPGT1405**
ZTD02-450-XP40-SP14-02 Ɣ45 40 52 95 70 205 (BSPT)RC1/4 1.76 SPGT1405**
ƔEx stock żOn demand
Internal cooling
Indexable drills Drilling bodies
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
C8
System code C7 Grade selection C5 Technical info C165 Cutting data C22
Dimensions [mm] Inserts Adapter
Article Stock
ØD ØD1 ØD2 L1 L2 L d kg
ZTD02-460-XP40-SP14-02 Ɣ46 40 52 97 70 207 (BSPT)RC1/4 1.81 SPGT1405**
ZTD02-470-XP40-SP14-02 Ɣ47 40 52 99 70 209 (BSPT)RC1/4 1.87 SPGT1405**
ZTD02-480-XP40-SP14-02 Ɣ48 40 52 101 70 211 (BSPT)RC1/4 1.92 SPGT1405**
ZTD02-490-XP40-SP14-02 Ɣ49 40 52 103 70 213 (BSPT)RC1/4 1.98 SPGT1405**
ZTD02-500-XP40-SP14-02 Ɣ50 40 52 105 70 215 (BSPT)RC1/4 2.05 SPGT1405**
ƔEx stock żOn demand
Internal cooling
Spare parts
Insert SPGT0502** SPGT0602** SPGT07T3** SPGT0904** SPGT1104** SPGT1405**
Grub screw M6x6
(7.0Nm)
M8x8
(10.2Nm)
Screw I60M2x4,3
(0.5Nm)
I60M2,2x5,5
(0.8Nm)
I60M2.5*6.5
(1.0Nm)
I60M3,5x8
(2.7Nm)
I60M4x10
(3.4Nm)
I60M5x13
(6.7Nm)
Wrench WT06IP WT07IP WT07IP WT15IP WT15IP WT20IP
Insert
C19
Drilling bodies Indexable drills
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
C9
System code C7 Grade selection C5 Technical info C165 Cutting data C22
Indexable drills series
ZTD03
Grub Screw
d
Dimensions [mm] Inserts Adapter
Article Stock
ØD ØD1 ØD2 L1 L2 L d kg
ZTD03-130-XP20-SP05-02 Ɣ13 20 25 44 50 111 M13×1 0.179 SPGT0502** ZTD-XP20-Thin
ZTD03-140-XP20-SP05-02 Ɣ14 20 25 47 50 114 M13×1 0.186 SPGT0502** ZTD-XP20-Thin
ZTD03-150-XP20-SP05-02 Ɣ15 20 25 50 50 117 M13×1 0.195 SPGT0502** ZTD-XP20-Thin
ZTD03-160-XP20-SP05-02 Ɣ16 20 25 53 50 120 M13×1 0.214 SPGT0502** ZTD-XP20-Thin
ZTD03-170-XP25-SP06-02 Ɣ17 25 32 56 56 134 M16×1,5 0.32 SPGT0602** ZTD-XP25-Thin
ZTD03-180-XP25-SP06-02 Ɣ18 25 32 59 56 137 M16×1,5 0.331 SPGT0602** ZTD-XP25-Thin
ZTD03-190-XP25-SP06-02 Ɣ19 25 32 62 56 140 M16×1,5 0.342 SPGT0602** ZTD-XP25-Thin
ZTD03-200-XP25-SP06-02 Ɣ20 25 32 65 56 143 M16×1,5 0.356 SPGT0602** ZTD-XP25-Thin
ZTD03-210-XP25-SP06-02 Ɣ21 25 32 68 56 146 M16×1,5 0.391 SPGT0602** ZTD-XP25-Thin
ZTD03-220-XP25-SP07-02 Ɣ22 25 32 71 56 149 M16×1,5 0.391 SPGT07T3** ZTD-XP25-Thin
ZTD03-230-XP25-SP07-02 Ɣ23 25 32 74 56 152 M16×1,5 0.442 SPGT07T3** ZTD-XP25-Thin
ZTD03-240-XP25-SP07-02 Ɣ24 25 32 77 56 155 M16×1,5 0.485 SPGT07T3** ZTD-XP25-Thin
ZTD03-250-XP25-SP07-02 Ɣ25 25 32 80 56 158 M16×1,5 0.492 SPGT07T3** ZTD-XP25-Thin
ZTD03-260-XP25-SP07-02 Ɣ26 25 32 83 56 161 M16×1,5 0.497 SPGT07T3** ZTD-XP25-Thin
ZTD03-270-XP25-SP07-02 Ɣ27 25 32 86 56 164 M16×1,5 0.521 SPGT07T3** ZTD-XP25-Thin
ZTD03-280-XP32-SP09-02 Ɣ28 32 37 89 60 174 M22×2 0.75 SPGT0904** ZTD-XP32-Thin
ZTD03-290-XP32-SP09-02 Ɣ29 32 37 92 60 177 M22×2 0.777 SPGT0904** ZTD-XP32-Thin
ZTD03-300-XP32-SP09-02 Ɣ30 32 37 95 60 180 M22×2 0.81 SPGT0904** ZTD-XP32-Thin
ZTD03-310-XP32-SP09-02 Ɣ31 32 37 98 60 183 M22×2 0.831 SPGT0904** ZTD-XP32-Thin
ZTD03-320-XP32-SP09-02 Ɣ32 32 37 101 60 186 M22×2 0.867 SPGT0904** ZTD-XP32-Thin
ZTD03-330-XP32-SP09-02 Ɣ33 32 37 104 60 189 M22×2 0.928 SPGT0904** ZTD-XP32-Thin
ZTD03-340-XP40-SP11-02 Ɣ34 40 47 107 70 207 (BSPT)RC1/4 1.33 SPGT1104**
ZTD03-350-XP40-SP11-02 Ɣ35 40 47 110 70 210 (BSPT)RC1/4 1.371 SPGT1104**
ZTD03-360-XP40-SP11-02 Ɣ36 40 47 113 70 213 (BSPT)RC1/4 1.414 SPGT1104**
ZTD03-370-XP40-SP11-02 Ɣ37 40 47 116 70 216 (BSPT)RC1/4 1.448 SPGT1104**
ZTD03-380-XP40-SP11-02 Ɣ38 40 47 119 70 219 (BSPT)RC1/4 1.498 SPGT1104**
ZTD03-390-XP40-SP11-02 Ɣ39 40 47 122 70 222 (BSPT)RC1/4 1.554 SPGT1104**
ZTD03-400-XP40-SP11-02 Ɣ40 40 47 125 70 225 (BSPT)RC1/4 1.667 SPGT1104**
ZTD03-410-XP40-SP11-02 Ɣ41 40 47 128 70 228 (BSPT)RC1/4 1.653 SPGT1104**
ZTD03-420-XP40-SP14-02 Ɣ42 40 52 131 70 241 (BSPT)RC1/4 1.903 SPGT1405**
ZTD03-430-XP40-SP14-02 Ɣ43 40 52 134 70 244 (BSPT)RC1/4 1.951 SPGT1405**
ZTD03-440-XP40-SP14-02 Ɣ44 40 52 137 70 247 (BSPT)RC1/4 2.039 SPGT1405**
ZTD03-450-XP40-SP14-02 Ɣ45 40 52 140 70 250 (BSPT)RC1/4 2.12 SPGT1405**
ƔEx stock żOn demand
Internal cooling
Indexable drills Drilling bodies
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
C10
System code C7 Grade selection C5 Technical info C165 Cutting data C22
Dimensions [mm] Inserts Adapter
Article Stock
ØD ØD1 ØD2 L1 L2 L d kg
ZTD03-460-XP40-SP14-02 Ɣ46 40 52 143 70 253 (BSPT)RC1/4 2.186 SPGT1405**
ZTD03-470-XP40-SP14-02 Ɣ47 40 52 146 70 256 (BSPT)RC1/4 2.264 SPGT1405**
ZTD03-480-XP40-SP14-02 Ɣ48 40 52 149 70 259 (BSPT)RC1/4 2.341 SPGT1405**
ZTD03-490-XP40-SP14-02 Ɣ49 40 52 152 70 262 (BSPT)RC1/4 2.43 SPGT1405**
ZTD03-500-XP40-SP14-02 Ɣ50 40 52 155 70 265 (BSPT)RC1/4 2.52 SPGT1405**
ƔEx stock żOn demand
Internal cooling
Spare parts
Insert SPGT0502** SPGT0602** SPGT07T3** SPGT0904** SPGT1104** SPGT1405**
Grub screw M6x6
(7.0Nm)
M8x8
(10.2Nm)
Screw I60M2x4,3
(0.5Nm)
I60M2,2x5,5
(0.8Nm)
I60M2.5*6.5
(1.0Nm)
I60M3,5x8
(2.7Nm)
I60M4x10
(3.4Nm)
I60M5x13
(6.7Nm)
Wrench WT06IP WT07IP WT07IP WT15IP WT15IP WT20IP
Insert
C19
Drilling bodies Indexable drills
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
C11
System code C7 Grade selection C5 Technical info C165 Cutting data C22
Indexable drills series
ZTD04
Grub Screw
d
Dimensions [mm] Inserts Adapter
Article Stock
ØD ØD1 ØD2 L1 L2 L d kg
ZTD04-130-XP20-SP05-02 Ɣ13 20 25 57 50 124 M13×1 0.185 SPGT0502** ZTD-XP20-Thin
ZTD04-140-XP20-SP05-02 ż14 20 25 61 50 128 M13×1 0.195 SPGT0502** ZTD-XP20-Thin
ZTD04-150-XP20-SP05-02 ż15 20 25 65 50 132 M13×1 0.205 SPGT0502** ZTD-XP20-Thin
ZTD04-160-XP20-SP05-02 Ɣ16 20 25 69 50 136 M13×1 0.216 SPGT0502** ZTD-XP20-Thin
ZTD04-170-XP25-SP06-02 Ɣ17 25 32 73 56 151 M16×1,5 0.333 SPGT0602** ZTD-XP25-Thin
ZTD04-180-XP25-SP06-02 Ɣ18 25 32 77 56 155 M16×1,5 0.347 SPGT0602** ZTD-XP25-Thin
ZTD04-190-XP25-SP06-02 Ɣ19 25 32 81 56 159 M16×1,5 0.362 SPGT0602** ZTD-XP25-Thin
ZTD04-200-XP25-SP06-02 Ɣ20 25 32 85 56 163 M16×1,5 0.381 SPGT0602** ZTD-XP25-Thin
ZTD04-210-XP25-SP06-02 Ɣ21 25 32 89 56 167 M16×1,5 0.4 SPGT0602** ZTD-XP25-Thin
ZTD04-220-XP25-SP07-02 Ɣ22 25 32 93 56 171 M16×1,5 0.391 SPGT07T3** ZTD-XP25-Thin
ZTD04-230-XP25-SP07-02 Ɣ23 25 32 97 56 175 M16×1,5 0.484 SPGT07T3** ZTD-XP25-Thin
ZTD04-240-XP25-SP07-02 Ɣ24 25 32 101 56 179 M16×1,5 0.513 SPGT07T3** ZTD-XP25-Thin
ZTD04-250-XP25-SP07-02 Ɣ25 25 32 105 56 183 M16×1,5 0.494 SPGT07T3** ZTD-XP25-Thin
ZTD04-260-XP25-SP07-02 Ɣ26 25 32 109 56 187 M16×1,5 0.535 SPGT07T3** ZTD-XP25-Thin
ZTD04-270-XP25-SP07-02 Ɣ27 25 32 113 56 191 M16×1,5 0.582 SPGT07T3** ZTD-XP25-Thin
ZTD04-280-XP32-SP09-02 Ɣ28 32 37 117 60 202 M22×2 0.653 SPGT0904** ZTD-XP32-Thin
ZTD04-290-XP32-SP09-02 Ɣ29 32 37 121 60 206 M22×2 0.846 SPGT0904** ZTD-XP32-Thin
ZTD04-300-XP32-SP09-02 Ɣ30 32 37 125 60 210 M22×2 0.893 SPGT0904** ZTD-XP32-Thin
ZTD04-310-XP32-SP09-02 Ɣ31 32 37 129 60 214 M22×2 0.914 SPGT0904** ZTD-XP32-Thin
ZTD04-320-XP32-SP09-02 Ɣ32 32 37 133 60 218 M22×2 0.966 SPGT0904** ZTD-XP32-Thin
ZTD04-330-XP32-SP09-02 Ɣ33 32 37 137 60 222 M22×2 1.016 SPGT0904** ZTD-XP32-Thin
ZTD04-340-XP40-SP11-02 Ɣ34 40 47 141 70 241 (BSPT)RC1/4 1.46 SPGT1104**
ZTD04-350-XP40-SP11-02 Ɣ35 40 47 145 70 245 (BSPT)RC1/4 1.52 SPGT1104**
ZTD04-360-XP40-SP11-02 Ɣ36 40 47 149 70 249 (BSPT)RC1/4 1.579 SPGT1104**
ZTD04-370-XP40-SP11-02 Ɣ37 40 47 153 70 253 (BSPT)RC1/4 1.592 SPGT1104**
ZTD04-380-XP40-SP11-02 Ɣ38 40 47 157 70 257 (BSPT)RC1/4 1.801 SPGT1104**
ZTD04-390-XP40-SP11-02 Ɣ39 40 47 161 70 261 (BSPT)RC1/4 1.801 SPGT1104**
ZTD04-400-XP40-SP11-02 Ɣ40 40 47 165 70 265 (BSPT)RC1/4 1.874 SPGT1104**
ZTD04-410-XP40-SP11-02 Ɣ41 40 47 169 70 269 (BSPT)RC1/4 1.861 SPGT1104**
ZTD04-420-XP40-SP14-02 Ɣ42 40 52 173 70 283 (BSPT)RC1/4 2.168 SPGT1405**
ZTD04-430-XP40-SP14-02 Ɣ43 40 52 177 70 287 (BSPT)RC1/4 2.17 SPGT1405**
ZTD04-440-XP40-SP14-02 Ɣ44 40 52 181 70 291 (BSPT)RC1/4 2.31 SPGT1405**
ZTD04-450-XP40-SP14-02 Ɣ45 40 52 185 70 295 (BSPT)RC1/4 2.421 SPGT1405**
ƔEx stock żOn demand
Internal cooling
Indexable drills Drilling bodies
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
C12
System code C7 Grade selection C5 Technical info C165 Cutting data C22
Dimensions [mm] Inserts Adapter
Article Stock
ØD ØD1 ØD2 L1 L2 L d kg
ZTD04-460-XP40-SP14-02 Ɣ46 40 52 189 70 299 (BSPT)RC1/4 2.507 SPGT1405**
ZTD04-470-XP40-SP14-02 Ɣ47 40 52 193 70 303 (BSPT)RC1/4 2.612 SPGT1405**
ZTD04-480-XP40-SP14-02 Ɣ48 40 52 197 70 307 (BSPT)RC1/4 2.66 SPGT1405**
ZTD04-490-XP40-SP14-02 Ɣ49 40 52 201 70 311 (BSPT)RC1/4 2.836 SPGT1405**
ZTD04-500-XP40-SP14-02 Ɣ50 40 52 205 70 315 (BSPT)RC1/4 2.954 SPGT1405**
ƔEx stock żOn demand
Internal cooling
Spare parts
Insert SPGT0502** SPGT0602** SPGT07T3** SPGT0904** SPGT1104** SPGT1405**
Grub screw M6x6
(7.0Nm)
M8x8
(10.2Nm)
Screw I60M2x4,3
(0.5Nm)
I60M2.5x6.5
(1.0Nm)
I60M2.5×6.5
(1.0Nm)
I60M3,5x8
(2.7Nm)
I60M4x10
(3.4Nm)
I60M5x13
(6.7Nm)
Wrench WT06IP WT07IP WT07IP WT15IP WT15IP WT20IP
Insert
C19
Drilling bodies Indexable drills
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
C13
System code C7 Grade selection C5 Technical info C165 Cutting data C22
Indexable drills series
ZTD05
Grub Screw
d
Dimensions [mm] Inserts Adapter
Article Stock
ØD ØD1 ØD2 L1 L2 L d kg
ZTD05-170-XP25-SP06-02 Ɣ17 25 32 90 56 168 M13×1 0.374 SPGT0602** ZTD-XP25-Thin
ZTD05-180-XP25-SP06-02 Ɣ18 25 32 95 56 173 M13×1 0.394 SPGT0602** ZTD-XP25-Thin
ZTD05-190-XP25-SP06-02 Ɣ19 25 32 100 56 178 M13×1 0.415 SPGT0602** ZTD-XP25-Thin
ZTD05-200-XP25-SP06-02 Ɣ20 25 32 105 56 183 M13×1 0.44 SPGT0602** ZTD-XP25-Thin
ZTD05-210-XP25-SP06-02 Ɣ21 25 32 110 56 188 M16×1,5 0.466 SPGT0602** ZTD-XP25-Thin
ZTD05-220-XP25-SP07-02 Ɣ22 25 32 115 56 193 M16×1,5 0.476 SPGT07T3** ZTD-XP25-Thin
ZTD05-230-XP25-SP07-02 ż23 25 32 120 56 198 M16×1,5 0.507 SPGT07T3** ZTD-XP25-Thin
ZTD05-240-XP25-SP07-02 Ɣ24 25 32 125 56 203 M16×1,5 0.542 SPGT07T3** ZTD-XP25-Thin
ZTD05-250-XP25-SP07-02 Ɣ25 25 32 130 56 208 M16×1,5 0.561 SPGT07T3** ZTD-XP25-Thin
ZTD05-260-XP25-SP07-02 Ɣ26 25 32 135 56 213 M16×1,5 0.613 SPGT07T3** ZTD-XP25-Thin
ZTD05-270-XP25-SP07-02 Ɣ27 25 32 140 56 218 M16×1,5 0.665 SPGT07T3** ZTD-XP25-Thin
ZTD05-280-XP32-SP09-02 Ɣ28 32 37 145 60 230 M16×1,5 0.891 SPGT0904** ZTD-XP32-Thin
ZTD05-290-XP32-SP09-02 Ɣ29 32 37 150 60 235 M16×1,5 0.965 SPGT0904** ZTD-XP32-Thin
ZTD05-300-XP32-SP09-02 Ɣ30 32 37 155 60 240 M16×1,5 0.959 SPGT0904** ZTD-XP32-Thin
ZTD05-310-XP32-SP09-02 Ɣ31 32 37 160 60 245 M16×1,5 1.042 SPGT0904** ZTD-XP32-Thin
ZTD05-320-XP32-SP09-02 Ɣ32 32 37 165 60 250 M22×2 1.11 SPGT0904** ZTD-XP32-Thin
ZTD05-330-XP32-SP09-02 Ɣ33 32 37 170 60 255 M22×2 1.117 SPGT0904** ZTD-XP32-Thin
ZTD05-340-XP40-SP11-02 Ɣ34 40 47 175 70 275 M22×2 1.57 SPGT1104**
ZTD05-350-XP40-SP11-02 Ɣ35 40 47 180 70 280 M22×2 1.65 SPGT1104**
ZTD05-360-XP40-SP11-02 Ɣ36 40 47 185 70 285 M22×2 1.712 SPGT1104**
ZTD05-370-XP40-SP11-02 Ɣ37 40 47 190 70 290 M22×2 1.802 SPGT1104**
ZTD05-380-XP40-SP11-02 Ɣ38 40 47 195 70 295 (BSPT)RC1/4 1.873 SPGT1104**
ZTD05-390-XP40-SP11-02 Ɣ39 40 47 200 70 300 (BSPT)RC1/4 1.962 SPGT1104**
ZTD05-400-XP40-SP11-02 Ɣ40 40 47 205 70 305 (BSPT)RC1/4 2.068 SPGT1104**
ZTD05-410-XP40-SP11-02 Ɣ41 40 47 210 70 310 (BSPT)RC1/4 2.167 SPGT1104**
ZTD05-420-XP40-SP14-02 Ɣ42 40 52 215 70 325 (BSPT)RC1/4 2.39 SPGT1405**
ZTD05-430-XP40-SP14-02 Ɣ43 40 52 220 70 330 (BSPT)RC1/4 2.502 SPGT1405**
ZTD05-440-XP40-SP14-02 Ɣ44 40 52 225 70 335 (BSPT)RC1/4 2.612 SPGT1405**
ZTD05-450-XP40-SP14-02 Ɣ45 40 52 230 70 340 (BSPT)RC1/4 2.733 SPGT1405**
ZTD05-460-XP40-SP14-02 Ɣ46 40 52 235 70 345 (BSPT)RC1/4 2.854 SPGT1405**
ZTD05-470-XP40-SP14-02 Ɣ47 40 52 240 70 350 (BSPT)RC1/4 2.894 SPGT1405**
ZTD05-480-XP40-SP14-02 Ɣ48 40 52 245 70 355 (BSPT)RC1/4 3.109 SPGT1405**
ZTD05-490-XP40-SP14-02 Ɣ49 40 52 250 70 360 (BSPT)RC1/4 3.271 SPGT1405**
ZTD05-500-XP40-SP14-02 Ɣ50 40 52 255 70 365 (BSPT)RC1/4 3.425 SPGT1405**
ƔEx stock żOn demand
Internal cooling
Indexable drills Drilling bodies
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
C14
System code C7 Grade selection C5 Technical info C165 Cutting data C22
Spare parts
Insert SPGT0602** SPGT07T3** SPGT0904** SPGT1104** SPGT1405**
Grub screw M6x6
(7.0Nm)
M8x8
(10.2Nm)
Screw I60M2.5x6.5
(1.0Nm)
I60M2.5×6.5
(1.0Nm)
I60M3,5x8
(2.7Nm)
I60M4x10
(3.4Nm)
I60M5x13
(6.7Nm)
Wrench WT07IP WT06IP WT15IP WT15IP WT20IP
Insert
C19
Drilling bodies Indexable drills
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
C15
System code C7 Grade selection C5 Technical info C165 Cutting data C22
Indexable drills series
ZD03
Dimensions [mm] Inserts
Article Stock
ØD ØD1 ØD2 L1 L2 L kg
ZD03-160-XP25-WC03-02 Ɣ16 25 32 56 52 129 0.33 WCMX0302**
ZD03-170-XP25-WC03-02 Ɣ17 25 32 56 55 133 0.33 WCMX0302**
ZD03-180-XP25-WC03-02 Ɣ18 25 32 56 58 137 0.35 WCMX0302**
ZD03-190-XP25-WC03-02 Ɣ19 25 32 56 61 140 0.36 WCMX0302**
ZD03-200-XP25-WC03-02 Ɣ20 25 32 56 64 143 0.37 WCMX0302**
ZD03-210-XP25-WC04-02 Ɣ21 25 45 56 67 153 0.51 WCMX0402**
ZD03-220-XP25-WC04-02 Ɣ22 25 45 56 70 156 0.54 WCMX0402**
ZD03-230-XP25-WC04-02 Ɣ23 25 45 56 73 159 0.55 WCMX0402**
ZD03-240-XP25-WC04-02 Ɣ24 25 45 56 76 162 0.57 WCMX0402**
ZD03-250-XP25-WC04-02 Ɣ25 25 45 56 79 165 0.6 WCMX0402**
ZD03-260-XP32-WC05-02 Ɣ26 32 55 60 83 176 0.93 WCMX0503**
ZD03-270-XP32-WC05-02 Ɣ27 32 55 60 86 180 0.97 WCMX0503**
ZD03-280-XP32-WC05-02 Ɣ28 32 55 60 89 184 1.01 WCMX0503**
ZD03-290-XP32-WC05-02 Ɣ29 32 55 60 92 188 1.05 WCMX0503**
ZD03-300-XP32-WC05-02 Ɣ30 32 55 60 95 192 1.08 WCMX0503**
ZD03-310-XP40-WC06-02 Ɣ31 40 60 70 98 203 1.44 WCMX06T3**
ZD03-320-XP40-WC06-02 Ɣ32 40 60 70 101 206 1.48 WCMX06T3**
ZD03-330-XP40-WC06-02 Ɣ33 40 60 70 104 209 1.52 WCMX06T3**
ZD03-340-XP40-WC06-02 Ɣ34 40 60 70 107 212 1.55 WCMX06T3**
ZD03-350-XP40-WC06-02 Ɣ35 40 60 70 110 215 1.61 WCMX06T3**
ZD03-360-XP40-WC06-02 Ɣ36 40 60 70 113 218 1.66 WCMX06T3**
ZD03-370-XP40-WC06-02 Ɣ37 40 60 70 116 221 1.71 WCMX06T3**
ZD03-380-XP40-WC06-02 Ɣ38 40 60 70 119 225 1.76 WCMX06T3**
ZD03-390-XP40-WC06-02 Ɣ39 40 60 70 122 228 1.82 WCMX06T3**
ZD03-400-XP40-WC06-02 Ɣ40 40 60 70 125 231 1.93 WCMX06T3**
ZD03-410-XP40-WC06-02 Ɣ41 40 60 70 128 234 1.94 WCMX06T3**
ZD03-420-XP40-WC08-02 Ɣ42 40 60 70 131 239 2.18 WCMX0804**
ZD03-430-XP40-WC08-02 Ɣ43 40 60 70 134 242 2.245 WCMX0804**
ZD03-440-XP40-WC08-02 Ɣ44 40 60 70 137 245 2.34 WCMX0804**
ZD03-450-XP40-WC08-02 Ɣ45 40 60 70 140 248 2.34 WCMX0804**
ZD03-460-XP40-WC08-02 Ɣ46 40 60 70 143 251 2.49 WCMX0804**
ZD03-470-XP40-WC08-02 Ɣ47 40 60 70 146 253 2.88 WCMX0804**
ZD03-480-XP40-WC08-02 Ɣ48 40 70 70 149 255 2.55 WCMX0804**
ƔEx stock żOn demand
Internal cooling
Indexable drills Drilling bodies
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
C16
System code C7 Grade selection C5 Technical info C165 Cutting data C22
Dimensions [mm] Inserts
Article Stock
ØD ØD1 ØD2 L1 L2 L kg
ZD03-490-XP40-WC08-02 ż49 40 70 70 152 257 2.619 WCMX0804**
ZD03-500-XP40-WC08-02 Ɣ50 40 70 70 155 259 2.62 WCMX0804**
ZD03-510-XP40-WC08-02 ż51 40 70 70 158 261 2.62 WCMX0804**
ZD03-520-XP40-WC08-02 ż52 40 70 70 161 263 2.808 WCMX0804**
ZD03-530-XP40-WC08-02 ż53 40 70 70 164 265 2.906 WCMX0804**
ZD03-540-XP40-WC08-02 Ɣ54 40 70 70 167 267 2.983 WCMX0804**
ZD03-550-XP40-WC08-02 ż55 40 70 70 170 269 3.126 WCMX0804**
ZD03-560-XP40-WC08-02 ż56 40 70 70 173 271 3.157 WCMX0804**
ZD03-580-XP40-WC08-02 Ɣ58 40 70 70 179 275 3.501 WCMX0804**
ƔEx stock żOn demand
Internal cooling
Spare parts
Insert WCMX0302** WCMX0402** WCMX0503** WCMX06T3** WCMX0804**
Screw I60M2.5x6.5
(1.0Nm)
I60M2.5x6.5T
(1.0Nm)
I60M3x7
(1.8Nm)
I60M3x7
(1.8Nm)
I60M3.5x10.4
(2.7Nm)
Wrench WT06IP WT07IP WT15IP WT15IP WT20IP
Insert
Medium Cut
C20
Drilling bodies Indexable drills
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
C17
System code C7 Grade selection C5 Technical info C165 Cutting data C22
C
18
A
B
C
D
E
W C M X 08 04 12 R PG
12345678 9
m
I.C S
Code I.C [mm] m [mm] S [mm]
G±0,025 ±0,025 ±0,130
M±0,05–0,13 ±0,08–0,18 ±0,130
3
I.C
[mm] ll
SW
3,8 03
4,3 04
5,4 05
6,35 06
6,5 06
8,0 08
8,7 08
9,252 09
12,7 12
5
S
Code S Code S
00 0,79 05 5,56
T0 0,99 T5 5,95
01 1,59 06 6,35
T1 1,98 T6 6,75
02 2,38 07 7,94
T2 2,58 09 9,52
03 3,18 T9 9,72
T3 3,97 11 11,11
04 4,76 12 12,70
T4 4,96
6
W 80°
S
1
C
P
11°
2
r
Code r
04 0,4
08 0,8
12 1,2
7
9
T
≤ 65°
X
4
Code
R
L
8
Indexable drills ISO code – inserts
MillingDrilling
Technical
Information
Index Turning
Tolerance class
Cutting edge length l [mm]
Insert shape
Insert thickness S [mm]
Insert shape Clearance angle
Nose radius r [mm]
Chip breaker overview (on page C3)
9
Fastening features (metric)
Insert shape
Special
Rotation direction
Description
Right
Left
Drilling inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
SPGT L I.C S d
05 02 5 5 2.38 2.2
06 02 6 6 2.38 2.6
07 T3 7.94 7.94 3.97 2.8
09 04 9.8 9.8 4.76 4.2
11 04 11.5 11.5 4.76 4.4
14 05 14.3 14.3 5.2 5.75
SP** drilling insert HC1 (CVD) HC1 (PVD) HW
P
M
K
N
S
H
ISO r
YB6338
YBD252
YBG202
YBG205
YBG212
YD201
PM
SPGT050204-PM 0.4 ƔƔƔ
SPGT060204-PM 0.4 ƔƔƔ
SPGT07T308-PM 0.8 ƔƔƔ
SPGT090408-PM 0.8 ƔƔƔ
SPGT110408-PM 0.8 ƔƔƔ
SPGT140512-PM 1.2 ƔƔƔ
EM
SPGT050204-EM 0.4 ƔƔ
SPGT060204-EM 0.4 ƔƔ
SPGT07T308-EM 0.8 ƔƔ
SPGT090408-EM 0.8 ƔƔ
SPGT110408-EM 0.8 ƔƔ
SPGT140512-EM 1.2 ƔƔ
ƔEx stock żOn demand HC1Coated carbide
HW Uncoated carbide
Tool holder
ZTD02 ZTD03 ZTD04 ZTD05
C8 C10 C12 C14
Inserts Indexable drills
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
C19
System code C18 Grade selection C5 Technical info C165 Cutting data C22
Drilling inserts
Ideal machining conditions
Normal machining conditions
Unfavourable machining conditions
WCMX L I.C S d
03 02 3.8 5.56 2.38 2.8
04 02 4.3 6.35 2.38 3.1
05 03 5.4 7.94 3.18 3.2
06 T3 6.5 9.525 3.97 3.7
08 04 8.7 12.7 4.76 4.3
WC** drilling insert HC1 (CVD) HC1 (PVD) HW
L
ØI.C
r
s
7o
ød
P
M
K
N
S
H
ISO r
YB6338
YBD252
YBG202
YBG205
YBG212
YD201
53
WCMX030208R-53 0.8 ƔƔ
WCMX040208R-53 0.8 ƔƔż
WCMX050308R-53 0.8 ƔƔ
WCMX06T308R-53 0.8 ƔƔż
WCMX080412R-53 1.2 ƔƔ
D
WCMX050308-D 0.8 ż
WCMX06T308-D 0.8 ż
WCMX080412-D 1.2 Ɣ
PG
WCMX030208R-PG 0.8 Ɣ
WCMX040208R-PG 0.8 Ɣ
WCMX050308R-PG 0.8 żƔż
WCMX06T308R-PG 0.8 Ɣ
WCMX080412R-PG 1.2 Ɣ
ƔEx stock żOn demand HC1Coated carbide
HW Uncoated carbide
Tool holder
ZD03
C16
Indexable drills Inserts
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
C20
System code C18 Grade selection C5 Technical info C165 Cutting data C22
Inserts Indexable drills
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
C21
Notes
C
22
A
B
C
D
E
P
125 1
190 2
250 3
270 4
300 5
180 6
275 7
300 8
350 9
200 10
325 11
M
200 12
240 13
180 14
230 15
K
180 16
260 17
160 18
250 19
130 20
230 21
N
60 22
100 23
75 24
90 25
130 26
110 27
90 28
100 29
S
200 30
280 31
250 32
350 33
320 34
Rm 400 35
Rm 1050 36
H
55 HRC 37
60 HRC 38
400 39
55 HRC 40
X
41
42
43
44
45
46
ZTD* ZTD*
SPGT05/06 SPGT07/09
200-300 0,05-0,08 200-300 0,06-0,11
200-300 0,05-0,08 200-300 0,06-0,11
200-300 0,05-0,08 200-300 0,06-0,11
200-300 0,05-0,08 200-300 0,06-0,11
200-300 0,05-0,08 200-300 0,06-0,11
140-220 0,05-0,08 140-220 0,07-0,12
140-220 0,05-0,08 140-220 0,07-0,12
140-220 0,05-0,08 140-220 0,07-0,12
140-220 0,05-0,08 140-220 0,07-0,12
120-180 0,05-0,08 120-180 0,07-0,12
120-180 0,05-0,08 120-180 0,07-0,12
110-230 0,05-0,08 110-230 0,06-0,11
110-230 0,05-0,08 110-230 0,06-0,11
110-230 0,05-0,08 110-230 0,06-0,11
110-230 0,05-0,08 110-230 0,06-0,11
170-240 0,05-0,08 170-240 0,08-0,14
170-240 0,05-0,08 170-240 0,08-0,14
130-200 0,05-0,08 130-200 0,08-0,14
130-200 0,05-0,08 130-200 0,08-0,14
120-220 0,05-0,08 120-220 0,08-0,14
120-220 0,05-0,08 120-220 0,08-0,14
MillingDrilling
Technical
Information
Index Turning
Material group Composition / structure / heat treatment HB
Machining group
Unalloyed steel
approx. 0,15 % C annealed
approx. 0,45 % C annealed
approx. 0,45 % C tempered
approx. 0,75 % C annealed
approx. 0,75 % C tempered
Low-alloyed steel
annealed
tempered
tempered
tempered
High-alloyed steel and high-alloyed
tool steel
annealed
hardened and tempered
Stainless steel
ferritic/martensitic annealed
martensitic tempered
austenitic quench hardened
austenitic-ferritic
Grey cast iron perlitic/ferritic
perlitic (martensitic)
Cast iron with spheroidal graphite ferritic
perlitic
Malleable cast iron ferritic
perlitic
Aluminium wrought alloys cannot be hardened
hardenable hardened
Cast aluminium alloys
≤ 12 % Si, cannot be hardened
≤ 12 % Si, hardenable hardened
> 12 % Si, cannot be hardened
Copper and copper alloys
(bronze/brass)
machining steel, PB> 1%
CuZn, CuSnZn
CuSn, Pb-free copper, electrolytic copper
Heat-resistant alloys
Fe-based alloys annealed
hardened
Ni or Co bass
annealed
hardened
cast
Titanium alloys pure titanium
α and β alloys hardened
Hardened steel hardened and tempered
hardened and tempered
Hard cast iron cast
Hardened cast iron hardened and tempered
Non-metallic materials
Thermoplasts
Thermosetting plastics
Plastic, glass-bre reinforced GFRP
Plastic, carbon bre reinforced CFRP
Graphite
Wood
Note: The given cutting values are guide values, which were determined under ideal conditions.
The values have to be adapted in individual cases.
With hole depths of 5xD adjust the cutting data accordingly to the application.
For examples of material for cutting tool groups view page D22.
Indexable drills
Recommended cutting dataIndexable drills
vc [m/min] f [mm] vc [m/min] f [mm]
C23
A
B
C
D
E
ZTD* ZD03 ZD03
SPGT11/14 WCMX03-05 WCMX06-08
200-300 0,08-0,14 200-300 0,05-0,08 200-300 0,06-0,11
200-300 0,08-0,14 200-300 0,05-0,08 200-300 0,06-0,11
200-300 0,08-0,14 200-300 0,05-0,08 200-300 0,06-0,11
200-300 0,08-0,14 200-300 0,05-0,08 200-300 0,06-0,11
200-300 0,08-0,14 200-300 0,05-0,08 200-300 0,06-0,11
140-220 0,09-0,16 140-220 0,05-0,08 140-220 0,07-0,12
140-220 0,09-0,16 140-220 0,05-0,08 140-220 0,07-0,12
140-220 0,09-0,16 140-220 0,05-0,08 140-220 0,07-0,12
140-220 0,09-0,16 140-220 0,05-0,08 140-220 0,07-0,12
120-180 0,09-0,16 120-180 0,05-0,08 120-180 0,07-0,12
120-180 0,09-0,16 120-180 0,05-0,08 120-180 0,07-0,12
110-230 0,08-0,14 110-230 0,05-0,08 110-230 0,06-0,11
110-230 0,08-0,14 110-230 0,05-0,08 110-230 0,06-0,11
110-230 0,08-0,14 110-230 0,05-0,08 110-230 0,06-0,11
110-230 0,08-0,14 110-230 0,05-0,08 110-230 0,06-0,11
170-240 0,12-0,21 170-240 0,05-0,08 170-240 0,08-0,14
170-240 0,12-0,21 170-240 0,05-0,08 170-240 0,08-0,14
130-200 0,12-0,21 130-200 0,05-0,08 130-200 0,08-0,14
130-200 0,12-0,21 130-200 0,05-0,08 130-200 0,08-0,14
120-220 0,12-0,21 120-220 0,05-0,08 120-220 0,08-0,14
120-220 0,12-0,21 120-220 0,05-0,08 120-220 0,08-0,14
MillingDrilling
Technical
Information
Index Turning
Recommended cutting data Indexable drills
vc [m/min] f [mm] vc [m/min] f [mm] vc [m/min] f [mm]
C
24
A
B
C
D
E
MillingDrilling
Technical
Information
Index Turning
Notes
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
C25
C
Solid carbide drills
Product overview C26
Grade overview C27
System code – solide carbide drills C28-C29
SU series C31-C72
SL/SP series C73-C92
ST series C93-C104
SH series C106
SC series C107-C110
PA series C111-C114
PC series C116-C118
NC-tapping device – SC series C119-C121
Recommended cutting data C122-C126
Trouble shooting C166-C168
Technical information C170-C172
Forms nonstandard order C178-C180
Products Solid Carbide Drills L/D Ø
Application
Type Page
PMKNS H
SU
1534SU03 3xD 0.9-20 DDDTwist drills C32
1534SU03C 3xD 3-20 DDDTwist drills C32
1634SU03C 3xD 3-20 DDDTwist drills C56
1734SU03C 3xD 3-20 DDDTwist drills C64
1536SU05 5xD 2-20 DDDTwist drills C43
1536SU05C 5xD 3-20 DDDTwist drills C43
1636SU05C 5xD 3-20 DDDTwist drills C60
1736SU05C 5xD 3-20 DDDTwist drills C68
1538SU08C 8xD 3-18 DDDTwist drills C53
1557SU03 3xD M4-M16 DDDStep drills C72
SL
SP
1588SL10C 10xD 3-14 DDDDD Deep hole drills C74
1588SL12C 12xD 3-21 DDDDD Deep hole drills C77
1588SL15C 15xD 3-14 DDDDD Deep hole drills C81
1588SL20C 20xD 3-14 DDDDD Deep hole drills C84
1588SL30C 30xD 3-10 DDDDD Deep hole drills C87
1534SP03C 3xD 3.03-20.03 DDDDD Pilot drills C89
ST
1534ST03C 3xD 3-20 DD D Twist drills C94
1536ST05C 5xD 3-20 DD D Twist drills C98
1636ST05C 5xD 3-20 DD D Twist drills C102
SH 1534SH03 3xD 3-16 DTwist drills C106
SC
1105SC03 3xD 2-16 DTwist drills C107
1101SC05 5xD 2-16 DTwist drills C110
PA 1165PA03 3xD 3-20 DThree-lips drills C111
PC
1576PC05 5xD 4-20 DStraight flute drills C116
1576PC05C 5xD 4-20 DStraight flute drills C116
1579PC15C 15xD 5-14 DStraight flute drills C118
SC*
1143SC90 - 5-20 DDDD Centuring drills C119
1143SC120 - 5-20 DDDD Centuring drills C120
DVery suitable DSuitable
With internal cooling SC*: Centuring drills
Solid carbide drills Product overview
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
C26
Coated cemented carbide PVD
Grade Grade description
KDG303 PVD coated P10–P20/M10–M20/K10–K20 carbide grade for steel, stainless steel and cast iron. Good wear resistance and
toughness for a wide application field.
Uncoated cemented carbide
Grade Grade description
YK20F Uncoated K20 carbide substrate for steel, cast iron and non ferrous materials.
YK30F Uncoated K30 carbide substrate for steel, stainless steel, cast iron and non ferrous materials.
Grade overview Solid carbide drills
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
C27
C
28
A
B
C
D
E
1 5 3 6 SU 05 (C) 0850 (S)
1234567 89
Code
1
1
Code
1DIN 338
2DIN 1897
3QJ/ZZQ(TO)01.001.002
4DIN 6537 K
5DIN 6539
6DIN 6537 L
7
8
9
4
Code
SU
SUK
SL
SLK
SP
ST
SH
SC
PA
PC
5
Code
1
2
3
5
6
7
9
2
Code
0
3
4
5
6
7
8
3
Solid carbide drills System code – solid carbide drills
MillingDrilling
Technical
Information
Index Turning
Type
Description
Forets
Tool length
Description
Factory standard ZCC-C
Factory standard ZCC-D
Factory standard ZCC-E
Application
Description
Twist drill for general machining
Twist drill for cast iron
Twist drill for deep hole drilling
Deep hole drill for cast iron
Pilot drill
Twist drill for soft steel and stainless steel
Twist drill for hardened materials
Twist drill for non-ferrous metals and cast iron
Three-lips drill for non-ferrous metals and cast iron
Straight flute drill for non-ferrous metals and cast iron
Shank type
Description
Straight shank
Square shank DIN 10
Double flattened straight shank DIN 1809
Straight shank DIN 6535 HA
Weldon shank DIN 6535 HB
Whistle Notch shank DIN 6535 HE
Morse taper shank
Drill type
Description
Twist drill
Universal twist drill
NC tapping device
Step drill
Three-lips drill
Straight flute drill
Deep hole drill
C29
A
B
C
D
E
Code Code
03 3 x D 90 90°
05 5 x D 120 120°
08 8 x D
10 10 x D
12 12 x D
15 15x D
20 20 x D
30 30 x D
67
Code
0200 2,0
0850 8,5
1800 18,0
...
8
Code
S4,0
9
abcd
Solid carbide drillsSystem code – solid carbide drills
MillingDrilling
Technical
Information
Index Turning
L/D relation Angle
Drill NC tapping device
Description Description
With inner cooling
Bore diameter [mm]
Description
Shank diameter [mm]
Description
a Boring b Drilling c Profile drilling d Centering
C
30
A
B
C
D
E
Solid carbide drills System code – solid carbide drills
MillingDrilling
Technical
Information
Index Turning
Notes
C
31
SU
1534SUK03-0100
SUK
SU K
1538SU
SUK
For high-speed machining of steel and stainless steel.
Longer tool life with AlTiN coating.
Diameter range 0.9–20.0 mm (3xD, 5xD, 8xD)
Twist drills for general applications
series
series
S cut
S cut
Twist drills for machining of cast iron
Twist drill
For cast iron Form D: Cut for cast iron
Special cut for cast iron with ductile iron and
malleable cast iron.
Improved tool life due to impact resistant
cutting edges.
: all articles on demand
Please add K when ordering:
SU(K) drill 3xD General machining Add K (SUK) to the code for use on Cast Iron
1534SU03/1534SU03C
Type of shank DIN 6535HA
– Coolant exit, axial concentric
External coolant
Internal coolant
Dimensions [mm] Grade
Article d1 (m7) d2 (h6) l1l2l3l4KDG303
1534SU03-0090S 0.9 4 47 4.2 3.4 37.9 ż
1534SU03-0100S 1 4 47 4.7 3.8 37.6 Ɣ
1534SU03-0105S 1.05 4 47 4.9 3.9 37.5 Ɣ
1534SU03-0110S 1.1 4 47 5.2 4.1 37.2 ż
1534SU03-0115S 1.15 4 47 5.4 4.3 37.1 ż
1534SU03-0120S 1.2 4 47 5.6 4.5 37 Ɣ
1534SU03-0125S 1.25 4 47 5.9 4.7 36.8 ż
1534SU03-0130S 1.3 4 47 6.1 4.9 36.6 Ɣ
1534SU03-0135S 1.35 4 47 6.3 5.1 36.5 ż
1534SU03-0140S 1.4 4 47 6.6 5.3 36.3 ż
1534SU03-0145S 1.45 4 47 6.8 5.4 36.2 ż
1534SU03-0147S 1.47 4 47 6.9 5.5 36.1 Ɣ
1534SU03-0150S 1.5 4 47 7.1 5.6 36 Ɣ
1534SU03-0155S 1.55 4 47 7.3 5.8 35.8 ż
1534SU03-0160S 1.6 4 47 7.5 6 35.7 Ɣ
1534SU03-0165S 1.65 4 47 7.8 6.2 35.5 ż
1534SU03-0170S 1.7 4 47 8 6.4 35.4 Ɣ
1534SU03-0175S 1.75 4 47 8.2 6.6 35.2 ż
1534SU03-0180S 1.8 4 47 8.5 6.8 35 Ɣ
1534SU03-0185S 1.85 4 47 8.7 6.9 34.9 ż
1534SU03-0190S 1.9 4 47 8.9 7.1 34.8 Ɣ
1534SU03-0195S 1.95 4 47 9.2 7.3 34.5 ż
1534SU03-0200 2 6 62 20 14 36 Ɣ
1534SU03-0210 2.1 6 62201436 Ɣ
1534SU03-0220 2.2 6 62201436 Ɣ
1534SU03-0230 2.33 3 59 13.8 14 36 Ɣ
1534SU03-0240 2.4 6 62201436 Ɣ
1534SU03-0250 2.5 6 62201436 Ɣ
1534SU03-0260 2.6 6 62201436 Ɣ
1534SU03-0270 2.7 6 62201436 Ɣ
1534SU03-0280 2.8 6 62201436 Ɣ
ƔEx stockżOn demand
All articles SUK on demand
With internal cooling
Application field
Type PMKNSH
1534SU* DDD
1534SUK* D
DVery suitable
DSuitable
Solid carbide drills SU series
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
C32
System code C28 Machining instructions C165 Cutting data C122 Nonstandard order C178
SU(K) drill 3xD General machining Add K (SUK) to the code for use on Cast Iron
1534SU03/1534SU03C
Type of shank DIN 6535HA
– Coolant exit, axial concentric
External coolant
Internal coolant
Dimensions [mm] Grade
Article d1 (m7) d2 (h6) l1l2l3l4KDG303
1534SU03-0290 2.9 6 62201436 Ɣ
1534SU03-0300 3 6 62 20 14 36 Ɣ
1534SU03C-0300 3 6 62 20 14 36 Ɣ
1534SU03-0310 3.1 6 62201436 Ɣ
1534SU03C-0310 3.1 6 62201436 Ɣ
1534SU03-0320 3.2 6 62201436 Ɣ
1534SU03C-0320 3.2 6 62201436 Ɣ
1534SU03-0325 3.25 6 62 20 14 36 Ɣ
1534SU03C-0325 3.25 6 62 20 14 36 Ɣ
1534SU03-0330 3.3 6 62201436 Ɣ
1534SU03C-0330 3.3 6 62201436 Ɣ
1534SU03-0340 3.4 6 62201436 Ɣ
1534SU03C-0340 3.4 6 62201436 Ɣ
1534SU03-0350 3.5 6 62201436 Ɣ
1534SU03C-0350 3.5 6 62201436 Ɣ
1534SU03-0360 3.6 6 62201436 Ɣ
1534SU03C-0360 3.6 6 62201436 Ɣ
1534SU03-0370 3.7 6 62201436 Ɣ
1534SU03C-0370 3.7 6 62201436 Ɣ
1534SU03-0380 3.8 6 66241736 Ɣ
1534SU03C-0380 3.8 6 66241736 Ɣ
1534SU03-0390 3.9 6 66241736 Ɣ
1534SU03C-0390 3.9 6 66241736 Ɣ
1534SU03-0400 4 6 66 24 17 36 Ɣ
1534SU03C-0400 4 6 66 24 17 36 Ɣ
1534SU03-0410 4.1 6 66241736 Ɣ
1534SU03C-0410 4.1 6 66241736 Ɣ
1534SU03-0420 4.2 6 66241736 Ɣ
1534SU03C-0420 4.2 6 66241736 Ɣ
1534SU03-0430 4.3 6 66241736 Ɣ
1534SU03C-0430 4.3 6 66241736 Ɣ
ƔEx stockżOn demand
All articles SUK on demand
With internal cooling
Application field
Type PMKNSH
1534SU* DDD
1534SUK* D
DVery suitable
DSuitable
SU series Solid carbide drills
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
C33
System code C28 Machining instructions C165 Cutting data C122 Nonstandard order C178
SU(K) drill 3xD General machining Add K (SUK) to the code for use on Cast Iron
1534SU03/1534SU03C
Type of shank DIN 6535HA
– Coolant exit, axial concentric
External coolant
Internal coolant
Dimensions [mm] Grade
Article d1 (m7) d2 (h6) l1l2l3l4KDG303
1534SU03-0440 4.4 6 66241736 Ɣ
1534SU03C-0440 4.4 6 66241736 Ɣ
1534SU03-0450 4.5 6 66241736 Ɣ
1534SU03C-0450 4.5 6 66241736 Ɣ
1534SU03-0460 4.6 6 66241736 Ɣ
1534SU03C-0460 4.6 6 66241736 Ɣ
1534SU03-0465 4.65 6 66 24 17 36 Ɣ
1534SU03C-0465 4.65 6 66 24 17 36 Ɣ
1534SU03-0470 4.7 6 66241736 Ɣ
1534SU03C-0470 4.7 6 66241736 Ɣ
1534SU03-0480 4.8 6 66282036 Ɣ
1534SU03C-0480 4.8 6 66282036 Ɣ
1534SU03-0490 4.9 6 66282036 Ɣ
1534SU03C-0490 4.9 6 66282036 Ɣ
1534SU03-0500 5 6 66 28 20 36 Ɣ
1534SU03C-0500 5 6 66 28 20 36 Ɣ
1534SU03-0510 5.1 6 66282036 Ɣ
1534SU03C-0510 5.1 6 66282036 Ɣ
1534SU03-0520 5.2 6 66282036 Ɣ
1534SU03C-0520 5.2 6 66282036 Ɣ
1534SU03-0530 5.3 6 66282036 Ɣ
1534SU03C-0530 5.3 6 66282036 Ɣ
1534SU03-0540 5.4 6 66282036 Ɣ
1534SU03C-0540 5.4 6 66282036 Ɣ
1534SU03-0550 5.5 6 66282036 Ɣ
1534SU03C-0550 5.5 6 66282036 Ɣ
1534SU03-0555 5.55 6 66 28 20 36 Ɣ
1534SU03C-0555 5.55 6 66 28 20 36 Ɣ
1534SU03-0560 5.6 6 66282036 Ɣ
1534SU03C-0560 5.6 6 66282036 Ɣ
1534SU03-0570 5.7 6 66282036 Ɣ
ƔEx stockżOn demand
All articles SUK on demand
With internal cooling
Application field
Type PMKNSH
1534SU* DDD
1534SUK* D
DVery suitable
DSuitable
Solid carbide drills SU series
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
C34
System code C28 Machining instructions C165 Cutting data C122 Nonstandard order C178
SU(K) drill 3xD General machining Add K (SUK) to the code for use on Cast Iron
1534SU03/1534SU03C
Type of shank DIN 6535HA
– Coolant exit, axial concentric
External coolant
Internal coolant
Dimensions [mm] Grade
Article d1 (m7) d2 (h6) l1l2l3l4KDG303
1534SU03C-0570 5.7 6 66282036 Ɣ
1534SU03-0580 5.8 6 66282036 Ɣ
1534SU03C-0580 5.8 6 66282036 Ɣ
1534SU03-0590 5.9 6 66282036 Ɣ
1534SU03C-0590 5.9 6 66282036 Ɣ
1534SU03-0600 6 6 66 28 20 36 Ɣ
1534SU03C-0600 6 6 66 28 20 36 Ɣ
1534SU03-0610 6.1 8 79342436 Ɣ
1534SU03C-0610 6.1 8 79342436 Ɣ
1534SU03-0620 6.2 8 79342436 Ɣ
1534SU03C-0620 6.2 8 79342436 Ɣ
1534SU03-0630 6.3 8 79342436 Ɣ
1534SU03C-0630 6.3 8 79342436 Ɣ
1534SU03-0640 6.4 8 79342436 Ɣ
1534SU03C-0640 6.4 8 79342436 Ɣ
1534SU03-0650 6.5 8 79342436 Ɣ
1534SU03C-0650 6.5 8 79342436 Ɣ
1534SU03-0660 6.6 8 79342436 Ɣ
1534SU03C-0660 6.6 8 79342436 Ɣ
1534SU03-0670 6.7 8 79342436 Ɣ
1534SU03C-0670 6.7 8 79342436 Ɣ
1534SU03-0675 6.75 8 79 34 24 36 Ɣ
1534SU03C-0675 6.75 8 79 34 24 36 Ɣ
1534SU03-0680 6.8 8 79342436 Ɣ
1534SU03C-0680 6.8 8 79342436 Ɣ
1534SU03-0690 6.9 8 79342436 Ɣ
1534SU03C-0690 6.9 8 79342436 Ɣ
1534SU03-0700 7 8 79 34 24 36 Ɣ
1534SU03C-0700 7 8 79 34 24 36 Ɣ
1534SU03-0710 7.1 8 79412936 Ɣ
1534SU03C-0710 7.1 8 79412936 Ɣ
ƔEx stockżOn demand
All articles SUK on demand
With internal cooling
Application field
Type PMKNSH
1534SU* DDD
1534SUK* D
DVery suitable
DSuitable
SU series Solid carbide drills
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
C35
System code C28 Machining instructions C165 Cutting data C122 Nonstandard order C178
SU(K) drill 3xD General machining Add K (SUK) to the code for use on Cast Iron
1534SU03/1534SU03C
Type of shank DIN 6535HA
– Coolant exit, axial concentric
External coolant
Internal coolant
Dimensions [mm] Grade
Article d1 (m7) d2 (h6) l1l2l3l4KDG303
1534SU03-0720 7.2 8 79412936 Ɣ
1534SU03C-0720 7.2 8 79412936 Ɣ
1534SU03-0730 7.3 8 79412936 Ɣ
1534SU03C-0730 7.3 8 79412936 Ɣ
1534SU03-0740 7.4 8 79412936 Ɣ
1534SU03C-0740 7.4 8 79412936 Ɣ
1534SU03-0745 7.45 8 79 41 29 36 ż
1534SU03C-0745 7.45 8 79 41 29 36 ż
1534SU03-0750 7.5 8 79412936 Ɣ
1534SU03C-0750 7.5 8 79412936 Ɣ
1534SU03-0760 7.6 8 79412936 Ɣ
1534SU03C-0760 7.6 8 79412936 Ɣ
1534SU03-0770 7.7 8 79412936 Ɣ
1534SU03C-0770 7.7 8 79412936 Ɣ
1534SU03-0780 7.8 8 79412936 Ɣ
1534SU03C-0780 7.8 8 79412936 Ɣ
1534SU03-0790 7.9 8 79412936 Ɣ
1534SU03C-0790 7.9 8 79412936 Ɣ
1534SU03-0800 8 8 79 41 29 36 Ɣ
1534SU03C-0800 8 8 79 41 29 36 Ɣ
1534SU03-0810 8.1 10 89 47 35 40 Ɣ
1534SU03C-0810 8.1 10 89 47 35 40 Ɣ
1534SU03-0820 8.2 10 89 47 35 40 Ɣ
1534SU03C-0820 8.2 10 89 47 35 40 Ɣ
1534SU03-0830 8.3 10 89 47 35 40 Ɣ
1534SU03C-0830 8.3 10 89 47 35 40 Ɣ
1534SU03-0840 8.4 10 89 47 35 40 Ɣ
1534SU03C-0840 8.4 10 89 47 35 40 Ɣ
1534SU03-0850 8.5 10 89 47 35 40 Ɣ
1534SU03C-0850 8.5 10 89 47 35 40 Ɣ
1534SU03-0860 8.6 10 89 47 35 40 Ɣ
ƔEx stockżOn demand
All articles SUK on demand
With internal cooling
Application field
Type PMKNSH
1534SU* DDD
1534SUK* D
DVery suitable
DSuitable
Solid carbide drills SU series
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
C36
System code C28 Machining instructions C165 Cutting data C122 Nonstandard order C178
SU(K) drill 3xD General machining Add K (SUK) to the code for use on Cast Iron
1534SU03/1534SU03C
Type of shank DIN 6535HA
– Coolant exit, axial concentric
External coolant
Internal coolant
Dimensions [mm] Grade
Article d1 (m7) d2 (h6) l1l2l3l4KDG303
1534SU03C-0860 8.6 10 89 47 35 40 Ɣ
1534SU03-0870 8.7 10 89 47 35 40 Ɣ
1534SU03C-0870 8.7 10 89 47 35 40 Ɣ
1534SU03-0880 8.8 10 89 47 35 40 Ɣ
1534SU03C-0880 8.8 10 89 47 35 40 Ɣ
1534SU03-0890 8.9 10 89 47 35 40 Ɣ
1534SU03C-0890 8.9 10 89 47 35 40 Ɣ
1534SU03-0900 9 1089473540 Ɣ
1534SU03C-0900 9 1089473540 Ɣ
1534SU03-0910 9.1 10 89 47 35 40 Ɣ
1534SU03C-0910 9.1 10 89 47 35 40 Ɣ
1534SU03-0920 9.2 10 89 47 35 40 Ɣ
1534SU03C-0920 9.2 10 89 47 35 40 Ɣ
1534SU03-0930 9.3 10 89 47 35 40 Ɣ
1534SU03C-0930 9.3 10 89 47 35 40 Ɣ
1534SU03-0935 9.35 10 89 47 35 40 ż
1534SU03C-0935 9.35 10 89 47 35 40 ż
1534SU03-0940 9.4 10 89 47 35 40 Ɣ
1534SU03C-0940 9.4 10 89 47 35 40 Ɣ
1534SU03-0945 9.45 10 89 47 35 40 ż
1534SU03C-0945 9.45 10 89 47 35 40 ż
1534SU03-0950 9.5 10 89 47 35 40 Ɣ
1534SU03C-0950 9.5 10 89 47 35 40 Ɣ
1534SU03-0960 9.6 10 89 47 35 40 Ɣ
1534SU03C-0960 9.6 10 89 47 35 40 Ɣ
1534SU03-0970 9.7 10 89 47 35 40 Ɣ
1534SU03C-0970 9.7 10 89 47 35 40 Ɣ
1534SU03-0980 9.8 10 89 47 35 40 Ɣ
1534SU03C-0980 9.8 10 89 47 35 40 Ɣ
1534SU03-0990 9.9 10 89 47 35 40 Ɣ
1534SU03C-0990 9.9 10 89 47 35 40 Ɣ
ƔEx stockżOn demand
All articles SUK on demand
With internal cooling
Application field
Type PMKNSH
1534SU* DDD
1534SUK* D
DVery suitable
DSuitable
SU series Solid carbide drills
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
C37
System code C28 Machining instructions C165 Cutting data C122 Nonstandard order C178
SU(K) drill 3xD General machining Add K (SUK) to the code for use on Cast Iron
1534SU03/1534SU03C
Type of shank DIN 6535HA
– Coolant exit, axial concentric
External coolant
Internal coolant
Dimensions [mm] Grade
Article d1 (m7) d2 (h6) l1l2l3l4KDG303
1534SU03-1000 10 10 89 47 35 40 Ɣ
1534SU03C-1000 10 10 89 47 35 40 Ɣ
1534SU03-1010 10.1 12 102 55 40 45 Ɣ
1534SU03C-1010 10.1 12 102 55 40 45 Ɣ
1534SU03-1020 10.2 12 102 55 40 45 Ɣ
1534SU03C-1020 10.2 12 102 55 40 45 Ɣ
1534SU03-1025 10.25 12 102 55 40 45 Ɣ
1534SU03C-1025 10.25 12 102 55 40 45 Ɣ
1534SU03-1030 10.3 12 102 55 40 45 Ɣ
1534SU03C-1030 10.3 12 102 55 40 45 Ɣ
1534SU03-1040 10.4 12 102 55 40 45 Ɣ
1534SU03C-1040 10.4 12 102 55 40 45 Ɣ
1534SU03-1050 10.5 12 102 55 40 45 Ɣ
1534SU03C-1050 10.5 12 102 55 40 45 Ɣ
1534SU03-1060 10.6 12 102 55 40 45 Ɣ
1534SU03C-1060 10.6 12 102 55 40 45 Ɣ
1534SU03-1070 10.7 12 102 55 40 45 Ɣ
1534SU03C-1070 10.7 12 102 55 40 45 Ɣ
1534SU03-1080 10.8 12 102 55 40 45 Ɣ
1534SU03C-1080 10.8 12 102 55 40 45 Ɣ
1534SU03-1090 10.9 12 102 55 40 45 Ɣ
1534SU03C-1090 10.9 12 102 55 40 45 Ɣ
1534SU03-1100 11 12 102 55 40 45 Ɣ
1534SU03C-1100 11 12 102 55 40 45 Ɣ
1534SU03-1110 11.1 12 102 55 40 45 Ɣ
1534SU03C-1110 11.1 12 102 55 40 45 Ɣ
1534SU03-1120 11.2 12 102 55 40 45 Ɣ
1534SU03C-1120 11.2 12 102 55 40 45 Ɣ
1534SU03-1125 11.25 12 102 55 40 45 ż
1534SU03C-1125 11.25 12 102 55 40 45 ż
1534SU03-1130 11.3 12 102 55 40 45 Ɣ
ƔEx stockżOn demand
All articles SUK on demand
With internal cooling
Application field
Type PMKNSH
1534SU* DDD
1534SUK* D
DVery suitable
DSuitable
Solid carbide drills SU series
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
C38
System code C28 Machining instructions C165 Cutting data C122 Nonstandard order C178
SU(K) drill 3xD General machining Add K (SUK) to the code for use on Cast Iron
1534SU03/1534SU03C
Type of shank DIN 6535HA
– Coolant exit, axial concentric
External coolant
Internal coolant
Dimensions [mm] Grade
Article d1 (m7) d2 (h6) l1l2l3l4KDG303
1534SU03C-1130 11.3 12 102 55 40 45 Ɣ
1534SU03-1135 11.35 12 102 55 40 45 ż
1534SU03C-1135 11.35 12 102 55 40 45 ż
1534SU03-1140 11.4 12 102 55 40 45 Ɣ
1534SU03C-1140 11.4 12 102 55 40 45 Ɣ
1534SU03-1145 11.45 12 102 55 40 45 ż
1534SU03C-1145 11.45 12 102 55 40 45 ż
1534SU03-1150 11.5 12 102 55 40 45 Ɣ
1534SU03C-1150 11.5 12 102 55 40 45 Ɣ
1534SU03-1160 11.6 12 102 55 40 45 Ɣ
1534SU03C-1160 11.6 12 102 55 40 45 Ɣ
1534SU03-1170 11.7 12 102 55 40 45 Ɣ
1534SU03C-1170 11.7 12 102 55 40 45 Ɣ
1534SU03-1180 11.8 12 102 55 40 45 Ɣ
1534SU03C-1180 11.8 12 102 55 40 45 Ɣ
1534SU03-1190 11.9 12 102 55 40 45 Ɣ
1534SU03C-1190 11.9 12 102 55 40 45 Ɣ
1534SU03-1200 12 12 102 55 40 45 Ɣ
1534SU03C-1200 12 12 102 55 40 45 Ɣ
1534SU03-1210 12.1 14 107 60 43 45 Ɣ
1534SU03C-1210 12.1 14 107 60 43 45 Ɣ
1534SU03-1220 12.2 14 107 60 43 45 Ɣ
1534SU03C-1220 12.2 14 107 60 43 45 Ɣ
1534SU03-1225 12.25 14 107 60 43 45 Ɣ
1534SU03C-1225 12.25 14 107 60 43 45 Ɣ
1534SU03-1230 12.3 14 107 60 43 45 Ɣ
1534SU03C-1230 12.3 14 107 60 43 45 Ɣ
1534SU03-1250 12.5 14 107 60 43 45 Ɣ
1534SU03C-1250 12.5 14 107 60 43 45 Ɣ
1534SU03-1270 12.7 14 107 60 43 45 Ɣ
1534SU03C-1270 12.7 14 107 60 43 45 Ɣ
ƔEx stockżOn demand
All articles SUK on demand
With internal cooling
Application field
Type PMKNSH
1534SU* DDD
1534SUK* D
DVery suitable
DSuitable
SU series Solid carbide drills
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
C39
System code C28 Machining instructions C165 Cutting data C122 Nonstandard order C178
SU(K) drill 3xD General machining Add K (SUK) to the code for use on Cast Iron
1534SU03/1534SU03C
Type of shank DIN 6535HA
– Coolant exit, axial concentric
External coolant
Internal coolant
Dimensions [mm] Grade
Article d1 (m7) d2 (h6) l1l2l3l4KDG303
1534SU03-1275 12.75 14 107 60 43 45 Ɣ
1534SU03C-1275 12.75 14 107 60 43 45 Ɣ
1534SU03-1280 12.8 14 107 60 43 45 Ɣ
1534SU03C-1280 12.8 14 107 60 43 45 Ɣ
1534SU03-1300 13 14 107 60 43 45 Ɣ
1534SU03C-1300 13 14 107 60 43 45 Ɣ
1534SU03-1310 13.1 14 107 60 43 45 Ɣ
1534SU03C-1310 13.1 14 107 60 43 45 Ɣ
1534SU03C-1335 13.35 14 107 60 43 45 Ɣ
1534SU03-1350 13.5 14 107 60 43 45 Ɣ
1534SU03C-1350 13.5 14 107 60 43 45 Ɣ
1534SU03-1380 13.8 14 107 60 43 45 Ɣ
1534SU03C-1380 13.8 14 107 60 43 45 Ɣ
1534SU03-1400 14 14 107 60 43 45 Ɣ
1534SU03C-1400 14 14 107 60 43 45 Ɣ
1534SU03-1420 14.2 16 107 60 43 45 Ɣ
1534SU03C-1420 14.2 16 107 60 43 45 Ɣ
1534SU03-1425 14.25 16 115 65 45 48 Ɣ
1534SU03C-1425 14.25 16 115 65 45 48 Ɣ
1534SU03-1430 14.3 16 115 65 45 48 Ɣ
1534SU03C-1430 14.3 16 115 65 45 48 Ɣ
1534SU03-1450 14.5 16 115 65 45 48 Ɣ
1534SU03C-1450 14.5 16 115 65 45 48 Ɣ
1534SU03-1475 14.75 16 115 65 45 48 Ɣ
1534SU03C-1475 14.75 16 115 65 45 48 Ɣ
1534SU03-1480 14.8 16 115 65 45 48 Ɣ
1534SU03C-1480 14.8 16 115 65 45 48 Ɣ
1534SU03-1500 15 16 115 65 45 48 Ɣ
1534SU03C-1500 15 16 115 65 45 48 Ɣ
1534SU03-1510 15.1 16 115 65 45 48 Ɣ
1534SU03C-1510 15.1 16 115 65 45 48 Ɣ
ƔEx stockżOn demand
All articles SUK on demand
With internal cooling
Application field
Type PMKNSH
1534SU* DDD
1534SUK* D
DVery suitable
DSuitable
Solid carbide drills SU series
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
C40
System code C28 Machining instructions C165 Cutting data C122 Nonstandard order C178
SU(K) drill 3xD General machining Add K (SUK) to the code for use on Cast Iron
1534SU03/1534SU03C
Type of shank DIN 6535HA
– Coolant exit, axial concentric
External coolant
Internal coolant
Dimensions [mm] Grade
Article d1 (m7) d2 (h6) l1l2l3l4KDG303
1534SU03-1530 15.3 16 115 65 45 48 Ɣ
1534SU03C-1535 15.35 16 115 65 45 48 ż
1534SU03-1550 15.5 16 115 65 45 48 Ɣ
1534SU03C-1550 15.5 16 115 65 45 48 Ɣ
1534SU03-1580 15.8 16 115 65 45 48 Ɣ
1534SU03C-1580 15.8 16 115 65 45 48 Ɣ
1534SU03-1600 16 16 115 65 45 48 Ɣ
1534SU03C-1600 16 16 115 65 45 48 Ɣ
1534SU03-1610 16.1 18 123 73 51 48 Ɣ
1534SU03-1650 16.5 18 123 73 51 48 Ɣ
1534SU03C-1650 16.5 18 123 73 51 48 Ɣ
1534SU03-1675 16.75 18 123 73 51 48 Ɣ
1534SU03C-1675 16.75 18 123 73 51 48 Ɣ
1534SU03-1680 16.8 18 123 73 51 48 Ɣ
1534SU03C-1680 16.8 18 123 73 51 48 Ɣ
1534SU03-1700 17 18 123 73 51 48 Ɣ
1534SU03C-1700 17 18 123 73 51 48 Ɣ
1534SU03-1750 17.5 18 123 73 51 48 Ɣ
1534SU03C-1750 17.5 18 123 73 51 48 Ɣ
1534SU03-1780 17.8 18 123 73 51 48 Ɣ
1534SU03C-1780 17.8 18 123 73 51 48 Ɣ
1534SU03-1800 18 18 123 73 51 48 Ɣ
1534SU03C-1800 18 18 123 73 51 48 Ɣ
1534SU03-1850 18.5 20 131 79 55 50 Ɣ
1534SU03C-1850 18.5 20 131 79 55 50 Ɣ
1534SU03-1880 18.8 20 131 79 55 50 Ɣ
1534SU03C-1880 18.8 20 131 79 55 50 Ɣ
1534SU03-1900 19 20 131 79 55 50 Ɣ
1534SU03C-1900 19 20 131 79 55 50 Ɣ
1534SU03-1950 19.5 20 131 79 55 50 Ɣ
1534SU03C-1950 19.5 20 131 79 55 50 Ɣ
ƔEx stockżOn demand
All articles SUK on demand
With internal cooling
Application field
Type PMKNSH
1534SU* DDD
1534SUK* D
DVery suitable
DSuitable
SU series Solid carbide drills
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
C41
System code C28 Machining instructions C165 Cutting data C122 Nonstandard order C178
SU(K) drill 3xD General machining Add K (SUK) to the code for use on Cast Iron
1534SU03/1534SU03C
Type of shank DIN 6535HA
– Coolant exit, axial concentric
External coolant
Internal coolant
Dimensions [mm] Grade
Article d1 (m7) d2 (h6) l1l2l3l4KDG303
1534SU03-1980 19.8 20 131 79 55 50 Ɣ
1534SU03C-1980 19.8 20 131 79 55 50 Ɣ
1534SU03-2000 20 20 131 79 55 50 Ɣ
1534SU03C-2000 20 20 131 79 55 50 Ɣ
ƔEx stockżOn demand
All articles SUK on demand
With internal cooling
Application field
Type PMKNSH
1534SU* DDD
1534SUK* D
DVery suitable
DSuitable
Solid carbide drills SU series
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
C42
System code C28 Machining instructions C165 Cutting data C122 Nonstandard order C178
SU(K) drill 5xD General machining Add K (SUK) to the code for use on Cast Iron
1536SU05/1536SU05C
Type of shank DIN 6535HA
– Coolant exit, axial concentric
External coolant
Internal coolant
Dimensions [mm] Grade
Article d1 (m7) d2 (h6) l1l2l3l4KDG303
1536SU05-0200 2 6 66 28 23 36 Ɣ
1536SU05-0210 2.1 6 66282336 Ɣ
1536SU05-0220 2.2 6 66282336 Ɣ
1536SU05-0230 2.3 6 66282336 Ɣ
1536SU05-0240 2.4 6 66282336 Ɣ
1536SU05-0250 2.5 6 66282336 Ɣ
1536SU05-0260 2.6 6 66282336 Ɣ
1536SU05-0270 2.7 6 66282336 Ɣ
1536SU05-0280 2.8 6 66282336 Ɣ
1536SU05-0290 2.9 6 66282336 Ɣ
1536SU05-0300 3 6 66 28 23 36 Ɣ
1536SU05C-0300 3 6 66 28 23 36 Ɣ
1536SU05-0310 3.1 6 66282336 Ɣ
1536SU05C-0310 3.1 6 66282336 Ɣ
1536SU05-0320 3.2 6 66282336 Ɣ
1536SU05C-0320 3.2 6 66282336 Ɣ
1536SU05-0325 3.25 6 66 28 23 36 Ɣ
1536SU05C-0325 3.25 6 66 28 23 36 Ɣ
1536SU05-0330 3.3 6 66282336 Ɣ
1536SU05C-0330 3.3 6 66282336 Ɣ
1536SU05-0340 3.4 6 66282336 Ɣ
1536SU05C-0340 3.4 6 66282336 Ɣ
1536SU05-0350 3.5 6 66282336 Ɣ
1536SU05C-0350 3.5 6 66282336 Ɣ
1536SU05-0360 3.6 6 66282336 Ɣ
1536SU05C-0360 3.6 6 66282336 Ɣ
1536SU05-0370 3.7 6 66282336 Ɣ
1536SU05C-0370 3.7 6 66282336 Ɣ
1536SU05-0380 3.8 6 74362936 Ɣ
1536SU05C-0380 3.8 6 74362936 Ɣ
1536SU05-0390 3.9 6 74362936 Ɣ
ƔEx stockżOn demand
All articles SUK on demand
With internal cooling
Application field
Type PMKNSH
1536SU* DDD
1536SUK* D
DVery suitable
DSuitable
SU series Solid carbide drills
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
C43
System code C28 Machining instructions C165 Cutting data C122 Nonstandard order C178
SU(K) drill 5xD General machining Add K (SUK) to the code for use on Cast Iron
1536SU05/1536SU05C
Type of shank DIN 6535HA
– Coolant exit, axial concentric
External coolant
Internal coolant
Dimensions [mm] Grade
Article d1 (m7) d2 (h6) l1l2l3l4KDG303
1536SU05C-0390 3.9 6 74362936 Ɣ
1536SU05-0400 4 6 74 36 29 36 Ɣ
1536SU05C-0400 4 6 74 36 29 36 Ɣ
1536SU05-0410 4.1 6 74362936 Ɣ
1536SU05C-0410 4.1 6 74362936 Ɣ
1536SU05-0420 4.2 6 74362936 Ɣ
1536SU05C-0420 4.2 6 74362936 Ɣ
1536SU05-0430 4.3 6 74362936 Ɣ
1536SU05C-0430 4.3 6 74362936 Ɣ
1536SU05-0440 4.4 6 74362936 Ɣ
1536SU05C-0440 4.4 6 74362936 Ɣ
1536SU05-0450 4.5 6 74362936 Ɣ
1536SU05C-0450 4.5 6 74362936 Ɣ
1536SU05-0460 4.6 6 74362936 Ɣ
1536SU05C-0460 4.6 6 74362936 Ɣ
1536SU05-0465 4.65 6 74 36 29 36 Ɣ
1536SU05C-0465 4.65 6 74 36 29 36 Ɣ
1536SU05-0470 4.7 6 74362936 Ɣ
1536SU05C-0470 4.7 6 74362936 Ɣ
1536SU05-0480 4.8 6 82443536 Ɣ
1536SU05C-0480 4.8 6 82443536 Ɣ
1536SU05-0490 4.9 6 82443536 Ɣ
1536SU05C-0490 4.9 6 82443536 Ɣ
1536SU05-0500 5 6 82 44 35 36 Ɣ
1536SU05C-0500 5 6 82 44 35 36 Ɣ
1536SU05-0510 5.1 6 82443536 Ɣ
1536SU05C-0510 5.1 6 82443536 Ɣ
1536SU05-0520 5.2 6 82443536 Ɣ
1536SU05C-0520 5.2 6 82443536 Ɣ
1536SU05-0530 5.3 6 82443536 Ɣ
1536SU05C-0530 5.3 6 82443536 Ɣ
ƔEx stockżOn demand
All articles SUK on demand
With internal cooling
Application field
Type PMKNSH
1536SU* DDD
1536SUK* D
DVery suitable
DSuitable
Solid carbide drills SU series
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
C44
System code C28 Machining instructions C165 Cutting data C122 Nonstandard order C178
SU(K) drill 5xD General machining Add K (SUK) to the code for use on Cast Iron
1536SU05/1536SU05C
Type of shank DIN 6535HA
– Coolant exit, axial concentric
External coolant
Internal coolant
Dimensions [mm] Grade
Article d1 (m7) d2 (h6) l1l2l3l4KDG303
1536SU05-0540 5.4 6 82443536 Ɣ
1536SU05C-0540 5.4 6 82443536 Ɣ
1536SU05-0550 5.5 6 82443536 Ɣ
1536SU05C-0550 5.5 6 82443536 Ɣ
1536SU05-0555 5.55 6 82 44 35 36 Ɣ
1536SU05C-0555 5.55 6 82 44 35 36 Ɣ
1536SU05-0560 5.6 6 82443536 Ɣ
1536SU05C-0560 5.6 6 82443536 Ɣ
1536SU05-0570 5.7 6 82443536 Ɣ
1536SU05C-0570 5.7 6 82443536 Ɣ
1536SU05-0580 5.8 6 82443536 Ɣ
1536SU05C-0580 5.8 6 82443536 Ɣ
1536SU05-0590 5.9 6 82443536 Ɣ
1536SU05C-0590 5.9 6 82443536 Ɣ
1536SU05-0600 6 6 82 44 35 36 Ɣ
1536SU05C-0600 6 6 82 44 35 36 Ɣ
1536SU05-0610 6.1 8 91534336 Ɣ
1536SU05C-0610 6.1 8 91534336 Ɣ
1536SU05-0620 6.2 8 91534336 Ɣ
1536SU05C-0620 6.2 8 91534336 Ɣ
1536SU05-0630 6.3 8 91534336 Ɣ
1536SU05C-0630 6.3 8 91534336 Ɣ
1536SU05-0640 6.4 8 91534336 Ɣ
1536SU05C-0640 6.4 8 91534336 Ɣ
1536SU05-0650 6.5 8 91534336 Ɣ
1536SU05C-0650 6.5 8 91534336 Ɣ
1536SU05-0660 6.6 8 91534336 Ɣ
1536SU05C-0660 6.6 8 91534336 Ɣ
1536SU05-0670 6.7 8 91534336 Ɣ
1536SU05C-0670 6.7 8 91534336 Ɣ
1536SU05-0675 6.75 8 91 53 43 36 Ɣ
ƔEx stockżOn demand
All articles SUK on demand
With internal cooling
Application field
Type PMKNSH
1536SU* DDD
1536SUK* D
DVery suitable
DSuitable
SU series Solid carbide drills
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
C45
System code C28 Machining instructions C165 Cutting data C122 Nonstandard order C178
SU(K) drill 5xD General machining Add K (SUK) to the code for use on Cast Iron
1536SU05/1536SU05C
Type of shank DIN 6535HA
– Coolant exit, axial concentric
External coolant
Internal coolant
Dimensions [mm] Grade
Article d1 (m7) d2 (h6) l1l2l3l4KDG303
1536SU05C-0675 6.75 8 91 53 43 36 Ɣ
1536SU05-0680 6.8 8 91534336 Ɣ
1536SU05C-0680 6.8 8 91534336 Ɣ
1536SU05-0690 6.9 8 91534336 Ɣ
1536SU05C-0690 6.9 8 91534336 Ɣ
1536SU05-0700 7 8 91 53 43 36 Ɣ
1536SU05C-0700 7 8 91 53 43 36 Ɣ
1536SU05-0710 7.1 8 91534336 Ɣ
1536SU05C-0710 7.1 8 91534336 Ɣ
1536SU05-0720 7.2 8 91534336 Ɣ
1536SU05C-0720 7.2 8 91534336 Ɣ
1536SU05-0730 7.3 8 91534336 Ɣ
1536SU05C-0730 7.3 8 91534336 Ɣ
1536SU05-0740 7.4 8 91534336 Ɣ
1536SU05C-0740 7.4 8 91534336 Ɣ
1536SU05-0745 7.45 8 91 53 43 36 Ɣ
1536SU05C-0745 7.45 8 91 53 43 36 Ɣ
1536SU05-0750 7.5 8 91534336 Ɣ
1536SU05C-0750 7.5 8 91534336 Ɣ
1536SU05-0760 7.6 8 91534336 Ɣ
1536SU05C-0760 7.6 8 91534336 Ɣ
1536SU05-0770 7.7 8 91534336 Ɣ
1536SU05C-0770 7.7 8 91534336 Ɣ
1536SU05-0780 7.8 8 91534336 Ɣ
1536SU05C-0780 7.8 8 91534336 Ɣ
1536SU05-0790 7.9 8 91534336 Ɣ
1536SU05C-0790 7.9 8 91534336 Ɣ
1536SU05-0800 8 8 91 53 43 36 Ɣ
1536SU05C-0800 8 8 91 53 43 36 Ɣ
1536SU05-0810 8.1 10 103 61 49 40 Ɣ
1536SU05C-0810 8.1 10 103 61 49 40 Ɣ
ƔEx stockżOn demand
All articles SUK on demand
With internal cooling
Application field
Type PMKNSH
1536SU* DDD
1536SUK* D
DVery suitable
DSuitable
Solid carbide drills SU series
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
C46
System code C28 Machining instructions C165 Cutting data C122 Nonstandard order C178
SU(K) drill 5xD General machining Add K (SUK) to the code for use on Cast Iron
1536SU05/1536SU05C
Type of shank DIN 6535HA
– Coolant exit, axial concentric
External coolant
Internal coolant
Dimensions [mm] Grade
Article d1 (m7) d2 (h6) l1l2l3l4KDG303
1536SU05-0820 8.2 10 103 61 49 40 Ɣ
1536SU05C-0820 8.2 10 103 61 49 40 Ɣ
1536SU05-0830 8.3 10 103 61 49 40 Ɣ
1536SU05C-0830 8.3 10 103 61 49 40 Ɣ
1536SU05-0840 8.4 10 103 61 49 40 Ɣ
1536SU05C-0840 8.4 10 103 61 49 40 Ɣ
1536SU05-0850 8.5 10 103 61 49 40 Ɣ
1536SU05C-0850 8.5 10 103 61 49 40 Ɣ
1536SU05-0860 8.6 10 103 61 49 40 Ɣ
1536SU05C-0860 8.6 10 103 61 49 40 Ɣ
1536SU05-0870 8.7 10 103 61 49 40 Ɣ
1536SU05C-0870 8.7 10 103 61 49 40 Ɣ
1536SU05-0880 8.8 10 103 61 49 40 Ɣ
1536SU05C-0880 8.8 10 103 61 49 40 Ɣ
1536SU05-0890 8.9 10 103 61 49 40 Ɣ
1536SU05C-0890 8.9 10 103 61 49 40 Ɣ
1536SU05-0900 9 10 103 61 49 40 Ɣ
1536SU05C-0900 9 10 103 61 49 40 Ɣ
1536SU05-0910 9.1 10 103 61 49 40 Ɣ
1536SU05C-0910 9.1 10 103 61 49 40 Ɣ
1536SU05-0920 9.2 10 103 61 49 40 Ɣ
1536SU05C-0920 9.2 10 103 61 49 40 Ɣ
1536SU05-0930 9.3 10 103 61 49 40 Ɣ
1536SU05C-0930 9.3 10 103 61 49 40 Ɣ
1536SU05-0935 9.35 10 103 61 49 40 Ɣ
1536SU05C-0935 9.35 10 103 61 49 40 ż
1536SU05-0940 9.4 10 103 61 49 40 Ɣ
1536SU05C-0940 9.4 10 103 61 49 40 Ɣ
1536SU05-0945 9.45 10 103 61 49 40 Ɣ
1536SU05C-0945 9.45 10 103 61 49 40 ż
1536SU05-0950 9.5 10 103 61 49 40 Ɣ
ƔEx stockżOn demand
All articles SUK on demand
With internal cooling
Application field
Type PMKNSH
1536SU* DDD
1536SUK* D
DVery suitable
DSuitable
SU series Solid carbide drills
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
C47
System code C28 Machining instructions C165 Cutting data C122 Nonstandard order C178
SU(K) drill 5xD General machining Add K (SUK) to the code for use on Cast Iron
1536SU05/1536SU05C
Type of shank DIN 6535HA
– Coolant exit, axial concentric
External coolant
Internal coolant
Dimensions [mm] Grade
Article d1 (m7) d2 (h6) l1l2l3l4KDG303
1536SU05C-0950 9.5 10 103 61 49 40 Ɣ
1536SU05-0960 9.6 10 103 61 49 40 Ɣ
1536SU05C-0960 9.6 10 103 61 49 40 Ɣ
1536SU05-0970 9.7 10 103 61 49 40 Ɣ
1536SU05C-0970 9.7 10 103 61 49 40 Ɣ
1536SU05-0980 9.8 10 103 61 49 40 Ɣ
1536SU05C-0980 9.8 10 103 61 49 40 Ɣ
1536SU05-0990 9.9 10 103 61 49 40 Ɣ
1536SU05C-0990 9.9 10 103 61 49 40 Ɣ
1536SU05-1000 10 10 103 61 49 40 Ɣ
1536SU05C-1000 10 10 103 61 49 40 Ɣ
1536SU05-1010 10.1 12 118 71 56 45 Ɣ
1536SU05C-1010 10.1 12 118 71 56 45 Ɣ
1536SU05-1020 10.2 12 118 71 56 45 Ɣ
1536SU05C-1020 10.2 12 118 71 56 45 Ɣ
1536SU05-1025 10.25 12 118 71 56 45 Ɣ
1536SU05C-1025 10.25 12 118 71 56 45 Ɣ
1536SU05-1030 10.3 12 118 71 56 45 Ɣ
1536SU05C-1030 10.3 12 118 71 56 45 Ɣ
1536SU05-1040 10.4 12 118 71 56 45 Ɣ
1536SU05C-1040 10.4 12 118 71 56 45 Ɣ
1536SU05-1050 10.5 12 118 71 56 45 Ɣ
1536SU05C-1050 10.5 12 118 71 56 45 Ɣ
1536SU05-1060 10.6 12 118 71 56 45 Ɣ
1536SU05C-1060 10.6 12 118 71 56 45 Ɣ
1536SU05-1070 10.7 12 118 71 56 45 Ɣ
1536SU05C-1070 10.7 12 118 71 56 45 Ɣ
1536SU05-1080 10.8 12 118 71 56 45 Ɣ
1536SU05C-1080 10.8 12 118 71 56 45 Ɣ
1536SU05-1090 10.9 12 118 71 56 45 Ɣ
1536SU05C-1090 10.9 12 118 71 56 45 Ɣ
ƔEx stockżOn demand
All articles SUK on demand
With internal cooling
Application field
Type PMKNSH
1536SU* DDD
1536SUK* D
DVery suitable
DSuitable
Solid carbide drills SU series
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
C48
System code C28 Machining instructions C165 Cutting data C122 Nonstandard order C178
SU(K) drill 5xD General machining Add K (SUK) to the code for use on Cast Iron
1536SU05/1536SU05C
Type of shank DIN 6535HA
– Coolant exit, axial concentric
External coolant
Internal coolant
Dimensions [mm] Grade
Article d1 (m7) d2 (h6) l1l2l3l4KDG303
1536SU05-1100 11 12 118 71 56 45 Ɣ
1536SU05C-1100 11 12 118 71 56 45 Ɣ
1536SU05-1110 11.1 12 118 71 56 45 Ɣ
1536SU05C-1110 11.1 12 118 71 56 45 Ɣ
1536SU05-1120 11.2 12 118 71 56 45 Ɣ
1536SU05C-1120 11.2 12 118 71 56 45 Ɣ
1536SU05-1125 11.25 12 118 71 56 45 Ɣ
1536SU05C-1125 11.25 12 118 71 56 45 ż
1536SU05-1130 11.3 12 118 71 56 45 Ɣ
1536SU05C-1130 11.3 12 118 71 56 45 Ɣ
1536SU05-1135 11.35 12 118 71 56 45 Ɣ
1536SU05C-1135 11.35 12 118 71 56 45 ż
1536SU05-1140 11.4 12 118 71 56 45 Ɣ
1536SU05C-1140 11.4 12 118 71 56 45 Ɣ
1536SU05-1145 11.45 12 118 71 56 45 ż
1536SU05C-1145 11.45 12 118 71 56 45 ż
1536SU05-1150 11.5 12 118 71 56 45 Ɣ
1536SU05C-1150 11.5 12 118 71 56 45 Ɣ
1536SU05-1160 11.6 12 118 71 56 45 Ɣ
1536SU05C-1160 11.6 12 118 71 56 45 Ɣ
1536SU05-1170 11.7 12 118 71 56 45 Ɣ
1536SU05C-1170 11.7 12 118 71 56 45 Ɣ
1536SU05-1180 11.8 12 118 71 56 45 Ɣ
1536SU05C-1180 11.8 12 118 71 56 45 Ɣ
1536SU05-1190 11.9 12 118 71 56 45 Ɣ
1536SU05C-1190 11.9 12 118 71 56 45 Ɣ
1536SU05-1200 12 12 118 71 56 45 Ɣ
1536SU05C-1200 12 12 118 71 56 45 Ɣ
1536SU05-1210 12.1 14 124 77 60 45 Ɣ
1536SU05C-1210 12.1 14 124 77 60 45 Ɣ
1536SU05-1220 12.2 14 124 77 60 45 Ɣ
ƔEx stockżOn demand
All articles SUK on demand
With internal cooling
Application field
Type PMKNSH
1536SU* DDD
1536SUK* D
DVery suitable
DSuitable
SU series Solid carbide drills
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
C49
System code C28 Machining instructions C165 Cutting data C122 Nonstandard order C178
SU(K) drill 5xD General machining Add K (SUK) to the code for use on Cast Iron
1536SU05/1536SU05C
Type of shank DIN 6535HA
– Coolant exit, axial concentric
External coolant
Internal coolant
Dimensions [mm] Grade
Article d1 (m7) d2 (h6) l1l2l3l4KDG303
1536SU05C-1220 12.2 14 124 77 60 45 Ɣ
1536SU05-1225 12.25 14 124 77 60 45 Ɣ
1536SU05C-1225 12.25 14 124 77 60 45 Ɣ
1536SU05-1230 12.3 14 124 77 60 45 Ɣ
1536SU05C-1230 12.3 14 124 77 60 45 Ɣ
1536SU05-1250 12.5 14 124 77 60 45 Ɣ
1536SU05C-1250 12.5 14 124 77 60 45 Ɣ
1536SU05-1270 12.7 14 124 77 60 45 Ɣ
1536SU05C-1270 12.7 14 124 77 60 45 Ɣ
1536SU05-1275 12.75 14 124 77 60 45 Ɣ
1536SU05C-1275 12.75 14 124 77 60 45 Ɣ
1536SU05-1280 12.8 14 124 77 60 45 Ɣ
1536SU05C-1280 12.8 14 124 77 60 45 Ɣ
1536SU05-1300 13 14 124 77 60 45 Ɣ
1536SU05C-1300 13 14 124 77 60 45 Ɣ
1536SU05-1310 13.1 14 124 77 60 45 Ɣ
1536SU05C-1310 13.1 14 124 77 60 45 Ɣ
1536SU05-1335 13.35 14 124 77 60 56 ż
1536SU05C-1335 13.35 14 124 77 60 56 ż
1536SU05-1350 13.5 14 124 77 60 45 Ɣ
1536SU05C-1350 13.5 14 124 77 60 45 Ɣ
1536SU05-1380 13.8 14 124 77 60 45 Ɣ
1536SU05C-1380 13.8 14 124 77 60 45 Ɣ
1536SU05-1400 14 14 124 77 60 45 Ɣ
1536SU05C-1400 14 14 124 77 60 45 Ɣ
1536SU05-1420 14.2 16 124 77 60 45 Ɣ
1536SU05C-1420 14.2 16 124 77 60 45 Ɣ
1536SU05-1425 14.25 16 133 83 63 48 Ɣ
1536SU05C-1425 14.25 16 133 83 63 48 Ɣ
1536SU05-1430 14.3 16 133 83 63 48 Ɣ
1536SU05C-1430 14.3 16 133 83 63 48 Ɣ
ƔEx stockżOn demand
All articles SUK on demand
With internal cooling
Application field
Type PMKNSH
1536SU* DDD
1536SUK* D
DVery suitable
DSuitable
Solid carbide drills SU series
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
C50
System code C28 Machining instructions C165 Cutting data C122 Nonstandard order C178
SU(K) drill 5xD General machining Add K (SUK) to the code for use on Cast Iron
1536SU05/1536SU05C
Type of shank DIN 6535HA
– Coolant exit, axial concentric
External coolant
Internal coolant
Dimensions [mm] Grade
Article d1 (m7) d2 (h6) l1l2l3l4KDG303
1536SU05-1450 14.5 16 133 83 63 48 Ɣ
1536SU05C-1450 14.5 16 133 83 63 48 Ɣ
1536SU05-1475 14.75 16 133 83 63 48 Ɣ
1536SU05C-1475 14.75 16 133 83 63 48 Ɣ
1536SU05-1480 14.8 16 133 83 63 48 Ɣ
1536SU05C-1480 14.8 16 133 83 63 48 Ɣ
1536SU05-1500 15 16 133 83 63 48 Ɣ
1536SU05C-1500 15 16 133 83 63 48 Ɣ
1536SU05-1510 15.1 16 133 83 63 48 Ɣ
1536SU05C-1510 15.1 16 133 83 63 48 Ɣ
1536SU05C-1530 15.3 16 133 83 63 48 Ɣ
1536SU05-1535 15.35 16 133 83 63 48 ż
1536SU05C-1535 15.35 16 133 83 63 48 ż
1536SU05-1550 15.5 16 133 83 63 48 Ɣ
1536SU05C-1550 15.5 16 133 83 63 48 Ɣ
1536SU05-1580 15.8 16 133 83 63 48 Ɣ
1536SU05C-1580 15.8 16 133 83 63 48 Ɣ
1536SU05-1600 16 16 133 83 63 48 Ɣ
1536SU05C-1600 16 16 133 83 63 48 Ɣ
1536SU05-1650 16.5 18 143 93 71 48 Ɣ
1536SU05C-1650 16.5 18 143 93 71 48 Ɣ
1536SU05-1675 16.75 18 143 93 71 48 Ɣ
1536SU05C-1675 16.75 18 143 93 71 48 Ɣ
1536SU05-1680 16.8 18 143 93 71 48 Ɣ
1536SU05C-1680 16.8 18 143 93 71 48 Ɣ
1536SU05-1700 17 18 143 93 71 48 Ɣ
1536SU05C-1700 17 18 143 93 71 48 Ɣ
1536SU05-1750 17.5 18 143 93 71 48 Ɣ
1536SU05C-1750 17.5 18 143 93 71 48 Ɣ
1536SU05-1780 17.8 18 143 93 71 48 Ɣ
1536SU05C-1780 17.8 18 143 93 71 48 Ɣ
ƔEx stockżOn demand
All articles SUK on demand
With internal cooling
Application field
Type PMKNSH
1536SU* DDD
1536SUK* D
DVery suitable
DSuitable
SU series Solid carbide drills
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
C51
System code C28 Machining instructions C165 Cutting data C122 Nonstandard order C178
SU(K) drill 5xD General machining Add K (SUK) to the code for use on Cast Iron
1536SU05/1536SU05C
Type of shank DIN 6535HA
– Coolant exit, axial concentric
External coolant
Internal coolant
Dimensions [mm] Grade
Article d1 (m7) d2 (h6) l1l2l3l4KDG303
1536SU05-1800 18 18 143 93 71 48 Ɣ
1536SU05C-1800 18 18 143 93 71 48 Ɣ
1536SU05-1850 18.5 20 153 101 77 50 Ɣ
1536SU05C-1850 18.5 20 153 101 77 50 Ɣ
1536SU05-1880 18.8 20 153 101 77 50 Ɣ
1536SU05C-1880 18.8 20 153 101 77 50 Ɣ
1536SU05-1900 19 20 153 101 77 50 Ɣ
1536SU05C-1900 19 20 153 101 77 50 Ɣ
1536SU05-1950 19.5 20 153 101 77 50 Ɣ
1536SU05C-1950 19.5 20 153 101 77 50 Ɣ
1536SU05-1980 19.8 20 153 101 77 50 Ɣ
1536SU05C-1980 19.8 20 153 101 77 50 Ɣ
1536SU05-2000 20 20 153 101 77 50 Ɣ
1536SU05C-2000 20 20 153 101 77 50 Ɣ
ƔEx stockżOn demand
All articles SUK on demand
With internal cooling
Application field
Type PMKNSH
1536SU* DDD
1536SUK* D
DVery suitable
DSuitable
Solid carbide drills SU series
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
C52
System code C28 Machining instructions C165 Cutting data C122 Nonstandard order C178
SU(K) drill 8xD General machining Add K (SUK) to the code for use on Cast Iron
1538SU08C
Type of shank DIN 6535HA
– Coolant exit, axial concentric
Internal coolant
Dimensions [mm] Grade
Article d1 (m7) d2 (h6) l1l2l3l4KDG303
1538SU08C-0300 3 6 72 34 29 36 Ɣ
1538SU08C-0310 3.1 6 72342936 Ɣ
1538SU08C-0320 3.2 6 72342936 Ɣ
1538SU08C-0330 3.3 6 72342936 Ɣ
1538SU08C-0340 3.4 6 72342936 Ɣ
1538SU08C-0350 3.5 6 72342936 Ɣ
1538SU08C-0360 3.6 6 72342936 Ɣ
1538SU08C-0370 3.7 6 72342936 Ɣ
1538SU08C-0380 3.8 6 81433636 Ɣ
1538SU08C-0390 3.9 6 81433636 Ɣ
1538SU08C-0400 4 6 81 43 36 36 Ɣ
1538SU08C-0410 4.1 6 81433636 Ɣ
1538SU08C-0420 4.2 6 81433636 Ɣ
1538SU08C-0430 4.3 6 81433636 Ɣ
1538SU08C-0440 4.4 6 81433636 Ɣ
1538SU08C-0450 4.5 6 81433636 Ɣ
1538SU08C-0460 4.6 6 81433636 Ɣ
1538SU08C-0470 4.7 6 81433636 Ɣ
1538SU08C-0480 4.8 6 95574836 Ɣ
1538SU08C-0490 4.9 6 95574836 Ɣ
1538SU08C-0500 5 6 95 57 48 36 Ɣ
1538SU08C-0510 5.1 6 95574836 Ɣ
1538SU08C-0520 5.2 6 95574836 Ɣ
1538SU08C-0530 5.3 6 95574836 Ɣ
1538SU08C-0540 5.4 6 95574836 Ɣ
1538SU08C-0550 5.5 6 95574836 Ɣ
1538SU08C-0560 5.6 6 95574836 Ɣ
1538SU08C-0570 5.7 6 95574836 Ɣ
1538SU08C-0580 5.8 6 95574836 Ɣ
1538SU08C-0590 5.9 6 95574836 Ɣ
1538SU08C-0600 6 6 95 57 48 36 Ɣ
1538SU08C-0610 6.1 8 114 76 66 36 Ɣ
1538SU08C-0620 6.2 8 114 76 66 36 Ɣ
1538SU08C-0630 6.3 8 114 76 66 36 Ɣ
1538SU08C-0640 6.4 8 114 76 66 36 Ɣ
ƔEx stockżOn demand
All articles SUK on demand
With internal cooling
Application field
Type PMKNSH
1538SU* DDD
1538SUK* D
DVery suitable
DSuitable
SU series Solid carbide drills
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
C53
System code C28 Machining instructions C165 Cutting data C122 Nonstandard order C178
SU(K) drill 8xD General machining Add K (SUK) to the code for use on Cast Iron
1538SU08C
Type of shank DIN 6535HA
– Coolant exit, axial concentric
Internal coolant
Dimensions [mm] Grade
Article d1 (m7) d2 (h6) l1l2l3l4KDG303
1538SU08C-0650 6.5 8 114 76 66 36 Ɣ
1538SU08C-0660 6.6 8 114 76 66 36 Ɣ
1538SU08C-0670 6.7 8 114 76 66 36 Ɣ
1538SU08C-0680 6.8 8 114 76 66 36 Ɣ
1538SU08C-0690 6.9 8 114 76 66 36 Ɣ
1538SU08C-0700 7 8 116 76 66 36 Ɣ
1538SU08C-0710 7.1 8 116 76 66 36 Ɣ
1538SU08C-0720 7.2 8 116 76 66 36 Ɣ
1538SU08C-0730 7.3 8 116 76 66 36 Ɣ
1538SU08C-0740 7.4 8 116 76 66 36 Ɣ
1538SU08C-0750 7.5 8 116 76 66 36 Ɣ
1538SU08C-0760 7.6 8 116 76 66 36 Ɣ
1538SU08C-0770 7.7 8 116 76 66 36 Ɣ
1538SU08C-0780 7.8 8 116 76 66 36 Ɣ
1538SU08C-0790 7.9 8 116 76 66 36 Ɣ
1538SU08C-0800 8 8 116 76 66 36 Ɣ
1538SU08C-0810 8.1 10 142 95 83 40 Ɣ
1538SU08C-0820 8.2 10 142 95 83 40 Ɣ
1538SU08C-0830 8.3 10 142 95 83 40 Ɣ
1538SU08C-0840 8.4 10 142 95 83 40 Ɣ
1538SU08C-0850 8.5 10 142 95 83 40 Ɣ
1538SU08C-0860 8.6 10 142 95 83 40 Ɣ
1538SU08C-0870 8.7 10 142 95 83 40 Ɣ
1538SU08C-0880 8.8 10 142 95 83 40 Ɣ
1538SU08C-0890 8.9 10 142 95 83 40 Ɣ
1538SU08C-0900 9 10 142 95 83 40 Ɣ
1538SU08C-0910 9.1 10 142 95 83 40 Ɣ
1538SU08C-0920 9.2 10 142 95 83 40 Ɣ
1538SU08C-0930 9.3 10 142 95 83 40 Ɣ
1538SU08C-0940 9.4 10 142 95 83 40 Ɣ
1538SU08C-0950 9.5 10 142 95 83 40 Ɣ
1538SU08C-0960 9.6 10 142 95 83 40 Ɣ
1538SU08C-0970 9.7 10 142 95 83 40 Ɣ
1538SU08C-0980 9.8 10 142 95 83 40 Ɣ
1538SU08C-0990 9.9 10 142 95 83 40 Ɣ
ƔEx stockżOn demand
All articles SUK on demand
With internal cooling
Application field
Type PMKNSH
1538SU* DDD
1538SUK* D
DVery suitable
DSuitable
Solid carbide drills SU series
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
C54
System code C28 Machining instructions C165 Cutting data C122 Nonstandard order C178
SU(K) drill 8xD General machining Add K (SUK) to the code for use on Cast Iron
1538SU08C
Type of shank DIN 6535HA
– Coolant exit, axial concentric
Internal coolant
Dimensions [mm] Grade
Article d1 (m7) d2 (h6) l1l2l3l4KDG303
1538SU08C-1000 10 10 142 95 83 40 Ɣ
1538SU08C-1010 10.1 12 162 114 99 45 Ɣ
1538SU08C-1020 10.2 12 162 114 99 45 Ɣ
1538SU08C-1030 10.3 12 162 114 99 45 Ɣ
1538SU08C-1040 10.4 12 162 114 99 45 Ɣ
1538SU08C-1050 10.5 12 162 114 99 45 Ɣ
1538SU08C-1060 10.6 12 162 114 99 45 Ɣ
1538SU08C-1070 10.7 12 162 114 99 45 Ɣ
1538SU08C-1080 10.8 12 162 114 99 45 Ɣ
1538SU08C-1090 10.9 12 162 114 99 45 Ɣ
1538SU08C-1100 11 12 162 114 99 45 Ɣ
1538SU08C-1110 11.1 12 162 114 99 45 Ɣ
1538SU08C-1120 11.2 12 162 114 99 45 Ɣ
1538SU08C-1130 11.3 12 162 114 99 45 Ɣ
1538SU08C-1140 11.4 12 162 114 99 45 Ɣ
1538SU08C-1150 11.5 12 162 114 99 45 Ɣ
1538SU08C-1160 11.6 12 162 114 99 45 Ɣ
1538SU08C-1170 11.7 12 162 114 99 45 Ɣ
1538SU08C-1180 11.8 12 162 114 99 45 Ɣ
1538SU08C-1190 11.9 12 162 114 99 45 Ɣ
1538SU08C-1200 12 12 162 114 99 45 Ɣ
1538SU08C-1250 12.5 14 178 133 116 45 Ɣ
1538SU08C-1270 12.7 14 178 133 116 45 Ɣ
1538SU08C-1280 12.8 14 178 133 116 45 Ɣ
1538SU08C-1300 13 14 178 133 116 45 Ɣ
1538SU08C-1350 13.5 14 178 133 116 45 Ɣ
1538SU08C-1400 14 14 178 133 116 45 Ɣ
1538SU08C-1450 14.5 16 204 152 132 48 Ɣ
1538SU08C-1480 14.8 16 204 152 132 48 Ɣ
1538SU08C-1500 15 16 204 152 132 48 Ɣ
1538SU08C-1550 15.5 16 204 152 132 48 Ɣ
1538SU08C-1600 16 16 204 152 132 48 Ɣ
1538SU08C-1650 16.5 18 223 171 149 48 Ɣ
1538SU08C-1700 17 18 223 171 149 48 Ɣ
1538SU08C-1750 17.5 18 223 171 149 48 Ɣ
1538SU08C-1800 18 18 223 171 149 48 Ɣ
ƔEx stockżOn demand
All articles SUK on demand
With internal cooling
Application field
Type PMKNSH
1538SU* DDD
1538SUK* D
DVery suitable
DSuitable
SU series Solid carbide drills
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
C55
System code C28 Machining instructions C165 Cutting data C122 Nonstandard order C178
SU(K) drill 3xD General machining Add K (SUK) to the code for use on Cast Iron
1634SU03C
Type of shank: DIN 6535HB
– Coolant exit, axial concentric
Internal coolant
Dimensions [mm] Grade
Article d1 (m7) d2 (h6) l1l2l3l4KDG303
1634SU03C-0300 3 6 62 20 14 36 Ɣ
1634SU03C-0310 3.1 6 62201436 Ɣ
1634SU03C-0320 3.2 6 62201436 Ɣ
1634SU03C-0325 3.25 6 62 20 14 36 ż
1634SU03C-0330 3.3 6 62201436 Ɣ
1634SU03C-0340 3.4 6 62201436 Ɣ
1634SU03C-0350 3.5 6 62201436 Ɣ
1634SU03C-0360 3.6 6 62201436 Ɣ
1634SU03C-0370 3.7 6 62201436 Ɣ
1634SU03C-0380 3.8 6 66241736 Ɣ
1634SU03C-0390 3.9 6 66241736 Ɣ
1634SU03C-0400 4 6 66 24 17 36 Ɣ
1634SU03C-0410 4.1 6 66241736 Ɣ
1634SU03C-0420 4.2 6 66241736 Ɣ
1634SU03C-0430 4.3 6 66241736 Ɣ
1634SU03C-0440 4.4 6 66241736 Ɣ
1634SU03C-0450 4.5 6 66241736 Ɣ
1634SU03C-0460 4.6 6 66241736 Ɣ
1634SU03C-0465 4.65 6 66 24 17 36 ż
1634SU03C-0470 4.7 6 66241736 Ɣ
1634SU03C-0480 4.8 6 66282036 Ɣ
1634SU03C-0490 4.9 6 66282036 Ɣ
1634SU03C-0500 5 6 66 28 20 36 Ɣ
1634SU03C-0510 5.1 6 66282036 Ɣ
1634SU03C-0520 5.2 6 66282036 Ɣ
1634SU03C-0530 5.3 6 66282036 Ɣ
1634SU03C-0540 5.4 6 66282036 Ɣ
1634SU03C-0550 5.5 6 66282036 Ɣ
1634SU03C-0555 5.55 6 66 28 20 36 Ɣ
1634SU03C-0560 5.6 6 66282036 Ɣ
1634SU03C-0570 5.7 6 66282036 Ɣ
1634SU03C-0580 5.8 6 66282036 Ɣ
1634SU03C-0590 5.9 6 66282036 Ɣ
1634SU03C-0600 6 6 66 28 20 36 Ɣ
1634SU03C-0610 6.1 8 79342436 Ɣ
ƔEx stockżOn demand
All articles SUK on demand
With internal cooling
Application field
Type PMKNSH
1634SU* DDD
1634SUK* D
DVery suitable
DSuitable
Solid carbide drills SU series
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
C56
System code C28 Machining instructions C165 Cutting data C122 Nonstandard order C178
SU(K) drill 3xD General machining Add K (SUK) to the code for use on Cast Iron
1634SU03C
Type of shank: DIN 6535HB
– Coolant exit, axial concentric
Internal coolant
Dimensions [mm] Grade
Article d1 (m7) d2 (h6) l1l2l3l4KDG303
1634SU03C-0620 6.2 8 79342436 Ɣ
1634SU03C-0630 6.3 8 79342436 Ɣ
1634SU03C-0640 6.4 8 79342436 Ɣ
1634SU03C-0650 6.5 8 79342436 Ɣ
1634SU03C-0660 6.6 8 79342436 Ɣ
1634SU03C-0670 6.7 8 79342436 Ɣ
1634SU03C-0675 6.75 8 79 34 24 36 ż
1634SU03C-0680 6.8 8 79342436 Ɣ
1634SU03C-0690 6.9 8 79342436 Ɣ
1634SU03C-0700 7 8 79 34 24 36 Ɣ
1634SU03C-0710 7.1 8 79412936 Ɣ
1634SU03C-0720 7.2 8 79412936 Ɣ
1634SU03C-0730 7.3 8 79412936 Ɣ
1634SU03C-0740 7.4 8 79412936 Ɣ
1634SU03C-0745 7.45 8 79 41 29 36 ż
1634SU03C-0750 7.5 8 79412936 Ɣ
1634SU03C-0760 7.6 8 79412936 Ɣ
1634SU03C-0770 7.7 8 79412936 Ɣ
1634SU03C-0780 7.8 8 79412936 Ɣ
1634SU03C-0790 7.9 8 79412936 Ɣ
1634SU03C-0800 8 8 79 41 29 36 Ɣ
1634SU03C-0810 8.1 10 89 47 35 40 Ɣ
1634SU03C-0820 8.2 10 89 47 35 40 Ɣ
1634SU03C-0830 8.3 10 89 47 35 40 Ɣ
1634SU03C-0840 8.4 10 89 47 35 40 Ɣ
1634SU03C-0850 8.5 10 89 47 35 40 Ɣ
1634SU03C-0860 8.6 10 89 47 35 40 Ɣ
1634SU03C-0870 8.7 10 89 47 35 40 Ɣ
1634SU03C-0880 8.8 10 89 47 35 40 Ɣ
1634SU03C-0890 8.9 10 89 47 35 40 Ɣ
1634SU03C-0900 9 1089473540 Ɣ
1634SU03C-0910 9.1 10 89 47 35 40 Ɣ
1634SU03C-0920 9.2 10 89 47 35 40 Ɣ
1634SU03C-0930 9.3 10 89 47 35 40 Ɣ
1634SU03C-0935 9.35 10 89 47 35 40 ż
ƔEx stockżOn demand
All articles SUK on demand
With internal cooling
Application field
Type PMKNSH
1634SU* DDD
1634SUK* D
DVery suitable
DSuitable
SU series Solid carbide drills
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
C57
System code C28 Machining instructions C165 Cutting data C122 Nonstandard order C178
SU(K) drill 3xD General machining Add K (SUK) to the code for use on Cast Iron
1634SU03C
Type of shank: DIN 6535HB
– Coolant exit, axial concentric
Internal coolant
Dimensions [mm] Grade
Article d1 (m7) d2 (h6) l1l2l3l4KDG303
1634SU03C-0940 9.4 10 89 47 35 40 Ɣ
1634SU03C-0945 9.45 10 89 47 35 40 ż
1634SU03C-0950 9.5 10 89 47 35 40 Ɣ
1634SU03C-0960 9.6 10 89 47 35 40 Ɣ
1634SU03C-0970 9.7 10 89 47 35 40 Ɣ
1634SU03C-0980 9.8 10 89 47 35 40 Ɣ
1634SU03C-0990 9.9 10 89 47 35 40 Ɣ
1634SU03C-1000 10 10 89 47 35 40 Ɣ
1634SU03C-1010 10.1 12 102 55 40 45 Ɣ
1634SU03C-1020 10.2 12 102 55 40 45 Ɣ
1634SU03C-1025 10.25 12 102 55 40 45 ż
1634SU03C-1030 10.3 12 102 55 40 45 Ɣ
1634SU03C-1040 10.4 12 102 55 40 45 Ɣ
1634SU03C-1050 10.5 12 102 55 40 45 Ɣ
1634SU03C-1060 10.6 12 102 55 40 45 Ɣ
1634SU03C-1070 10.7 12 102 55 40 45 Ɣ
1634SU03C-1080 10.8 12 102 55 40 45 Ɣ
1634SU03C-1090 10.9 12 102 55 40 45 Ɣ
1634SU03C-1100 11 12 102 55 40 45 Ɣ
1634SU03C-1110 11.1 12 102 55 40 45 Ɣ
1634SU03C-1120 11.2 12 102 55 40 45 Ɣ
1634SU03C-1125 11.25 12 102 55 40 45 ż
1634SU03C-1130 11.3 12 102 55 40 45 Ɣ
1634SU03C-1135 11.35 12 102 55 40 45 ż
1634SU03C-1140 11.4 12 102 55 40 45 Ɣ
1634SU03C-1145 11.45 12 102 55 40 45 ż
1634SU03C-1150 11.5 12 102 55 40 45 Ɣ
1634SU03C-1160 11.6 12 102 55 40 45 Ɣ
1634SU03C-1170 11.7 12 102 55 40 45 Ɣ
1634SU03C-1180 11.8 12 102 55 40 45 Ɣ
1634SU03C-1190 11.9 12 102 55 40 45 Ɣ
1634SU03C-1200 12 12 102 55 40 45 Ɣ
1634SU03C-1210 12.1 14 107 60 43 45 Ɣ
1634SU03C-1220 12.2 14 107 60 43 45 Ɣ
1634SU03C-1225 12.25 14 107 60 43 45 ż
ƔEx stockżOn demand
All articles SUK on demand
With internal cooling
Application field
Type PMKNSH
1634SU* DDD
1634SUK* D
DVery suitable
DSuitable
Solid carbide drills SU series
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
C58
System code C28 Machining instructions C165 Cutting data C122 Nonstandard order C178
SU(K) drill 3xD General machining Add K (SUK) to the code for use on Cast Iron
1634SU03C
Type of shank: DIN 6535HB
– Coolant exit, axial concentric
Internal coolant
Dimensions [mm] Grade
Article d1 (m7) d2 (h6) l1l2l3l4KDG303
1634SU03C-1230 12.3 14 107 60 43 45 Ɣ
1634SU03C-1250 12.5 14 107 60 43 45 Ɣ
1634SU03C-1270 12.7 14 107 60 43 45 Ɣ
1634SU03C-1275 12.75 14 107 60 43 45 ż
1634SU03C-1280 12.8 14 107 60 43 45 Ɣ
1634SU03C-1300 13 14 107 60 43 45 Ɣ
1634SU03C-1310 13.1 14 107 60 43 45 Ɣ
1634SU03C-1335 13.35 14 107 60 43 45 ż
1634SU03C-1350 13.5 14 107 60 43 45 Ɣ
1634SU03C-1380 13.8 14 107 60 43 45 Ɣ
1634SU03C-1400 14 14 107 60 43 45 Ɣ
1634SU03C-1420 14.2 16 107 60 43 45 ż
1634SU03C-1425 14.25 16 115 65 45 48 ż
1634SU03C-1430 14.3 16 115 65 45 48 ż
1634SU03C-1450 14.5 16 115 65 45 48 Ɣ
1634SU03C-1475 14.75 16 115 65 45 48 ż
1634SU03C-1480 14.8 16 115 65 45 48 Ɣ
1634SU03C-1500 15 16 115 65 45 48 Ɣ
1634SU03C-1510 15.1 16 115 65 45 48 ż
1634SU03C-1535 15.35 16 115 65 45 48 ż
1634SU03C-1550 15.5 16 115 65 45 48 ż
1634SU03C-1580 15.8 16 115 65 45 48 ż
1634SU03C-1600 16 16 115 65 45 48 Ɣ
1634SU03C-1650 16.5 18 123 73 51 48 ż
1634SU03C-1675 16.75 18 123 73 51 48 ż
1634SU03C-1680 16.8 18 123 73 51 48 ż
1634SU03C-1700 17 18 123 73 51 48 Ɣ
1634SU03C-1750 17.5 18 123 73 51 48 Ɣ
1634SU03C-1780 17.8 18 123 73 51 48 ż
1634SU03C-1800 18 18 123 73 51 48 Ɣ
1634SU03C-1850 18.5 20 131 79 55 50 ż
1634SU03C-1880 18.8 20 131 79 55 50 ż
1634SU03C-1900 19 20 131 79 55 50 ż
1634SU03C-1950 19.5 20 131 79 55 50 Ɣ
1634SU03C-1980 19.8 20 131 79 55 50 ż
1634SU03C-2000 20 20 131 79 55 50 Ɣ
ƔEx stockżOn demand
All articles SUK on demand
With internal cooling
Application field
Type PMKNSH
1634SU* DDD
1634SUK* D
DVery suitable
DSuitable
SU series Solid carbide drills
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
C59
System code C28 Machining instructions C165 Cutting data C122 Nonstandard order C178
SU(K) drill 5xD General machining Add K (SUK) to the code for use on Cast Iron
1636SU05C
Type of shank: DIN 6535HB
– Coolant exit, axial concentric
Internal coolant
Dimensions [mm] Grade
Article d1 (m7) d2 (h6) l1l2l3l4KDG303
1636SU05C-0300 3 6 62 20 14 36 Ɣ
1636SU05C-0310 3.1 6 66282336 Ɣ
1636SU05C-0320 3.2 6 66282336 Ɣ
1636SU05C-0325 3.25 6 66 28 23 36 ż
1636SU05C-0330 3.3 6 66282336 Ɣ
1636SU05C-0340 3.4 6 66282336 Ɣ
1636SU05C-0350 3.5 6 66282336 Ɣ
1636SU05C-0360 3.6 6 66282336 Ɣ
1636SU05C-0370 3.7 6 66282336 Ɣ
1636SU05C-0380 3.8 6 74362936 Ɣ
1636SU05C-0390 3.9 6 74362936 Ɣ
1636SU05C-0400 4 6 74 36 29 36 Ɣ
1636SU05C-0410 4.1 6 74362936 Ɣ
1636SU05C-0420 4.2 6 74362936 Ɣ
1636SU05C-0430 4.3 6 74362936 Ɣ
1636SU05C-0440 4.4 6 74362936 Ɣ
1636SU05C-0450 4.5 6 74362936 Ɣ
1636SU05C-0460 4.6 6 74362936 Ɣ
1636SU05C-0465 4.65 6 74 36 29 36 Ɣ
1636SU05C-0470 4.7 6 74362936 Ɣ
1636SU05C-0480 4.8 6 82443536 Ɣ
1636SU05C-0490 4.9 6 82443536 Ɣ
1636SU05C-0500 5 6 82 44 35 36 Ɣ
1636SU05C-0510 5.1 6 82443536 Ɣ
1636SU05C-0520 5.2 6 82443536 Ɣ
1636SU05C-0530 5.3 6 82443536 Ɣ
1636SU05C-0540 5.4 6 82443536 Ɣ
1636SU05C-0550 5.5 6 82443536 Ɣ
1636SU05C-0555 5.55 6 82 44 35 36 Ɣ
1636SU05C-0560 5.6 6 82443536 Ɣ
1636SU05C-0570 5.7 6 82443536 Ɣ
1636SU05C-0580 5.8 6 82443536 Ɣ
1636SU05C-0590 5.9 6 82443536 Ɣ
1636SU05C-0600 6 6 82 44 35 36 Ɣ
1636SU05C-0610 6.1 8 91534336 Ɣ
ƔEx stockżOn demand
All articles SUK on demand
With internal cooling
Application field
Type PMKNSH
1636SU* DDD
1636SUK* D
DVery suitable
DSuitable
Solid carbide drills SU series
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
C60
System code C28 Machining instructions C165 Cutting data C122 Nonstandard order C178
SU(K) drill 5xD General machining Add K (SUK) to the code for use on Cast Iron
1636SU05C
Type of shank: DIN 6535HB
– Coolant exit, axial concentric
Internal coolant
Dimensions [mm] Grade
Article d1 (m7) d2 (h6) l1l2l3l4KDG303
1636SU05C-0620 6.2 8 91534336 Ɣ
1636SU05C-0630 6.3 8 91534336 Ɣ
1636SU05C-0640 6.4 8 91534336 Ɣ
1636SU05C-0650 6.5 8 91534336 Ɣ
1636SU05C-0660 6.6 8 91534336 Ɣ
1636SU05C-0670 6.7 8 91534336 Ɣ
1636SU05C-0675 6.75 8 91 53 43 36 Ɣ
1636SU05C-0680 6.8 8 91534336 Ɣ
1636SU05C-0690 6.9 8 91534336 Ɣ
1636SU05C-0700 7 8 91 53 43 36 Ɣ
1636SU05C-0710 7.1 8 91534336 Ɣ
1636SU05C-0720 7.2 8 91534336 Ɣ
1636SU05C-0730 7.3 8 91534336 Ɣ
1636SU05C-0740 7.4 8 91534336 Ɣ
1636SU05C-0745 7.45 8 91 53 43 36 Ɣ
1636SU05C-0750 7.5 8 91534336 Ɣ
1636SU05C-0760 7.6 8 91534336 Ɣ
1636SU05C-0770 7.7 8 91534336 Ɣ
1636SU05C-0780 7.8 8 91534336 Ɣ
1636SU05C-0790 7.9 8 91534336 Ɣ
1636SU05C-0800 8 8 91 53 43 36 Ɣ
1636SU05C-0810 8.1 10 103 61 49 40 Ɣ
1636SU05C-0820 8.2 10 103 61 49 40 Ɣ
1636SU05C-0830 8.3 10 103 61 49 40 Ɣ
1636SU05C-0840 8.4 10 103 61 49 40 Ɣ
1636SU05C-0850 8.5 10 103 61 49 40 Ɣ
1636SU05C-0860 8.6 10 103 61 49 40 Ɣ
1636SU05C-0870 8.7 10 103 61 49 40 Ɣ
1636SU05C-0880 8.8 10 103 61 49 40 Ɣ
1636SU05C-0890 8.9 10 103 61 49 40 Ɣ
1636SU05C-0900 9 10 103 61 49 40 Ɣ
1636SU05C-0910 9.1 10 103 61 49 40 Ɣ
1636SU05C-0920 9.2 10 103 61 49 40 Ɣ
1636SU05C-0930 9.3 10 103 61 49 40 Ɣ
1636SU05C-0935 9.35 10 103 61 49 40 ż
ƔEx stockżOn demand
All articles SUK on demand
With internal cooling
Application field
Type PMKNSH
1636SU* DDD
1636SUK* D
DVery suitable
DSuitable
SU series Solid carbide drills
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
C61
System code C28 Machining instructions C165 Cutting data C122 Nonstandard order C178
SU(K) drill 5xD General machining Add K (SUK) to the code for use on Cast Iron
1636SU05C
Type of shank: DIN 6535HB
– Coolant exit, axial concentric
Internal coolant
Dimensions [mm] Grade
Article d1 (m7) d2 (h6) l1l2l3l4KDG303
1636SU05C-0940 9.4 10 103 61 49 40 Ɣ
1636SU05C-0945 9.45 10 103 61 49 40 ż
1636SU05C-0950 9.5 10 103 61 49 40 Ɣ
1636SU05C-0960 9.6 10 103 61 49 40 Ɣ
1636SU05C-0970 9.7 10 103 61 49 40 Ɣ
1636SU05C-0980 9.8 10 103 61 49 40 Ɣ
1636SU05C-0990 9.9 10 103 61 49 40 Ɣ
1636SU05C-1000 10 10 103 61 49 40 Ɣ
1636SU05C-1010 10.1 12 118 71 56 45 Ɣ
1636SU05C-1020 10.2 12 118 71 56 45 Ɣ
1636SU05C-1025 10.25 12 118 71 56 45 Ɣ
1636SU05C-1030 10.3 12 118 71 56 45 Ɣ
1636SU05C-1040 10.4 12 118 71 56 45 Ɣ
1636SU05C-1050 10.5 12 118 71 56 45 Ɣ
1636SU05C-1060 10.6 12 118 71 56 45 Ɣ
1636SU05C-1070 10.7 12 118 71 56 45 Ɣ
1636SU05C-1080 10.8 12 118 71 56 45 Ɣ
1636SU05C-1090 10.9 12 118 71 56 45 Ɣ
1636SU05C-1100 11 12 118 71 56 45 Ɣ
1636SU05C-1110 11.1 12 118 71 56 45 Ɣ
1636SU05C-1120 11.2 12 118 71 56 45 Ɣ
1636SU05C-1125 11.25 12 118 71 56 45 ż
1636SU05C-1130 11.3 12 118 71 56 45 Ɣ
1636SU05C-1135 11.35 12 118 71 56 45 ż
1636SU05C-1140 11.4 12 118 71 56 45 Ɣ
1636SU05C-1145 11.45 12 118 71 56 45 ż
1636SU05C-1150 11.5 12 118 71 56 45 Ɣ
1636SU05C-1160 11.6 12 118 71 56 45 Ɣ
1636SU05C-1170 11.7 12 118 71 56 45 Ɣ
1636SU05C-1180 11.8 12 118 71 56 45 Ɣ
1636SU05C-1190 11.9 12 118 71 56 45 Ɣ
1636SU05C-1200 12 12 118 71 56 45 Ɣ
1636SU05C-1210 12.1 14 124 77 60 45 Ɣ
1636SU05C-1220 12.2 14 124 77 60 45 Ɣ
1636SU05C-1225 12.25 14 124 77 60 45 Ɣ
ƔEx stockżOn demand
All articles SUK on demand
With internal cooling
Application field
Type PMKNSH
1636SU* DDD
1636SUK* D
DVery suitable
DSuitable
Solid carbide drills SU series
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
C62
System code C28 Machining instructions C165 Cutting data C122 Nonstandard order C178
SU(K) drill 5xD General machining Add K (SUK) to the code for use on Cast Iron
1636SU05C
Type of shank: DIN 6535HB
– Coolant exit, axial concentric
Internal coolant
Dimensions [mm] Grade
Article d1 (m7) d2 (h6) l1l2l3l4KDG303
1636SU05C-1230 12.3 14 124 77 60 45 Ɣ
1636SU05C-1250 12.5 14 124 77 60 45 Ɣ
1636SU05C-1270 12.7 14 124 77 60 45 Ɣ
1636SU05C-1275 12.75 14 124 77 60 45 ż
1636SU05C-1280 12.8 14 124 77 60 45 Ɣ
1636SU05C-1300 13 14 124 77 60 45 Ɣ
1636SU05C-1310 13.1 14 124 77 60 45 Ɣ
1636SU05C-1335 13.35 14 124 77 60 56 ż
1636SU05C-1350 13.5 14 124 77 60 45 Ɣ
1636SU05C-1380 13.8 14 124 77 60 45 Ɣ
1636SU05C-1400 14 14 124 77 60 45 Ɣ
1636SU05C-1420 14.2 16 124 77 60 45 Ɣ
1636SU05C-1425 14.25 16 133 83 63 48 Ɣ
1636SU05C-1430 14.3 16 133 83 63 48 Ɣ
1636SU05C-1450 14.5 16 133 83 63 48 Ɣ
1636SU05C-1475 14.75 16 133 83 63 48 ż
1636SU05C-1480 14.8 16 133 83 63 48 Ɣ
1636SU05C-1500 15 16 133 83 63 48 Ɣ
1636SU05C-1510 15.1 16 133 83 63 48 Ɣ
1636SU05C-1535 15.35 16 133 83 63 48 ż
1636SU05C-1550 15.5 16 133 83 63 48 Ɣ
1636SU05C-1580 15.8 16 133 83 63 48 Ɣ
1636SU05C-1600 16 16 133 83 63 48 Ɣ
1636SU05C-1650 16.5 18 143 93 71 48 Ɣ
1636SU05C-1675 16.75 18 143 93 71 48 ż
1636SU05C-1680 16.8 18 143 93 71 48 Ɣ
1636SU05C-1700 17 18 143 93 71 48 Ɣ
1636SU05C-1750 17.5 18 143 93 71 48 Ɣ
1636SU05C-1780 17.8 18 143 93 71 48 Ɣ
1636SU05C-1800 18 18 143 93 71 48 Ɣ
1636SU05C-1850 18.5 20 153 101 77 50 Ɣ
1636SU05C-1880 18.8 20 153 101 77 50 Ɣ
1636SU05C-1900 19 20 153 101 77 50 Ɣ
1636SU05C-1950 19.5 20 153 101 77 50 Ɣ
1636SU05C-1980 19.8 20 153 101 77 50 Ɣ
1636SU05C-2000 20 20 153 101 77 50 Ɣ
ƔEx stockżOn demand
All articles SUK on demand
With internal cooling
Application field
Type PMKNSH
1636SU* DDD
1636SUK* D
DVery suitable
DSuitable
SU series Solid carbide drills
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
C63
System code C28 Machining instructions C165 Cutting data C122 Nonstandard order C178
SU(K) drill 3xD General machining Add K (SUK) to the code for use on Cast Iron
1734SU03C
Whistle Notch clamping surface
– Coolant exit, axial concentric
Internal coolant
Dimensions [mm] Grade
Article d1 (m7) d2 (h6) l1l2l3l4KDG303
1734SU03C-0300 3 6 66 28 23 36 Ɣ
1734SU03C-0310 3.1 6 62201436 Ɣ
1734SU03C-0320 3.2 6 62201436 Ɣ
1734SU03C-0325 3.25 6 62 20 14 36 ż
1734SU03C-0330 3.3 6 62201436 Ɣ
1734SU03C-0340 3.4 6 62201436 Ɣ
1734SU03C-0350 3.5 6 62201436 Ɣ
1734SU03C-0360 3.6 6 62201436 Ɣ
1734SU03C-0370 3.7 6 62201436 Ɣ
1734SU03C-0380 3.8 6 66241736 Ɣ
1734SU03C-0390 3.9 6 66241736 Ɣ
1734SU03C-0400 4 6 66 24 17 36 Ɣ
1734SU03C-0410 4.1 6 66241736 Ɣ
1734SU03C-0420 4.2 6 66241736 Ɣ
1734SU03C-0430 4.3 6 66241736 Ɣ
1734SU03C-0440 4.4 6 66241736 Ɣ
1734SU03C-0450 4.5 6 66241736 Ɣ
1734SU03C-0460 4.6 6 66241736 Ɣ
1734SU03C-0465 4.65 6 66 24 17 36 ż
1734SU03C-0470 4.7 6 66241736 Ɣ
1734SU03C-0480 4.8 6 66282036 Ɣ
1734SU03C-0490 4.9 6 66282036 Ɣ
1734SU03C-0500 5 6 66 28 20 36 Ɣ
1734SU03C-0510 5.1 6 66282036 Ɣ
1734SU03C-0520 5.2 6 66282036 Ɣ
1734SU03C-0530 5.3 6 66282036 Ɣ
1734SU03C-0540 5.4 6 66282036 Ɣ
1734SU03C-0550 5.5 6 66282036 Ɣ
1734SU03C-0555 5.55 6 66 28 20 36 Ɣ
1734SU03C-0560 5.6 6 66282036 Ɣ
1734SU03C-0570 5.7 6 66282036 Ɣ
1734SU03C-0580 5.8 6 66282036 Ɣ
1734SU03C-0590 5.9 6 66282036 Ɣ
1734SU03C-0600 6 6 66 28 20 36 Ɣ
1734SU03C-0610 6.1 8 79342436 Ɣ
ƔEx stockżOn demand
All articles SUK on demand
With internal cooling
Application field
Type PMKNSH
1734SU* DDD
1734SUK* D
DVery suitable
DSuitable
Solid carbide drills SU series
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
C64
System code C28 Machining instructions C165 Cutting data C122 Nonstandard order C178
SU(K) drill 3xD General machining Add K (SUK) to the code for use on Cast Iron
1734SU03C
Whistle Notch clamping surface
– Coolant exit, axial concentric
Internal coolant
Dimensions [mm] Grade
Article d1 (m7) d2 (h6) l1l2l3l4KDG303
1734SU03C-0620 6.2 8 79342436 Ɣ
1734SU03C-0630 6.3 8 79342436 Ɣ
1734SU03C-0640 6.4 8 79342436 Ɣ
1734SU03C-0650 6.5 8 79342436 Ɣ
1734SU03C-0660 6.6 8 79342436 Ɣ
1734SU03C-0670 6.7 8 79342436 Ɣ
1734SU03C-0675 6.75 8 79 34 24 36 Ɣ
1734SU03C-0680 6.8 8 79342436 Ɣ
1734SU03C-0690 6.9 8 79342436 Ɣ
1734SU03C-0700 7 8 79 34 24 36 Ɣ
1734SU03C-0710 7.1 8 79412936 Ɣ
1734SU03C-0720 7.2 8 79412936 Ɣ
1734SU03C-0730 7.3 8 79412936 Ɣ
1734SU03C-0740 7.4 8 79412936 Ɣ
1734SU03C-0745 7.45 8 79 41 29 36 ż
1734SU03C-0750 7.5 8 79412936 Ɣ
1734SU03C-0760 7.6 8 79412936 Ɣ
1734SU03C-0770 7.7 8 79412936 Ɣ
1734SU03C-0780 7.8 8 79412936 Ɣ
1734SU03C-0790 7.9 8 79412936 Ɣ
1734SU03C-0800 8 8 79 41 29 36 Ɣ
1734SU03C-0810 8.1 10 89 47 35 40 Ɣ
1734SU03C-0820 8.2 10 89 47 35 40 Ɣ
1734SU03C-0830 8.3 10 89 47 35 40 Ɣ
1734SU03C-0840 8.4 10 89 47 35 40 Ɣ
1734SU03C-0850 8.5 10 89 47 35 40 Ɣ
1734SU03C-0860 8.6 10 89 47 35 40 Ɣ
1734SU03C-0870 8.7 10 89 47 35 40 Ɣ
1734SU03C-0880 8.8 10 89 47 35 40 Ɣ
1734SU03C-0890 8.9 10 89 47 35 40 Ɣ
1734SU03C-0900 9 1089473540 Ɣ
1734SU03C-0910 9.1 10 89 47 35 40 Ɣ
1734SU03C-0920 9.2 10 89 47 35 40 Ɣ
1734SU03C-0930 9.3 10 89 47 35 40 Ɣ
1734SU03C-0935 9.35 10 89 47 35 40 ż
ƔEx stockżOn demand
All articles SUK on demand
With internal cooling
Application field
Type PMKNSH
1734SU* DDD
1734SUK* D
DVery suitable
DSuitable
SU series Solid carbide drills
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
C65
System code C28 Machining instructions C165 Cutting data C122 Nonstandard order C178
SU(K) drill 3xD General machining Add K (SUK) to the code for use on Cast Iron
1734SU03C
Whistle Notch clamping surface
– Coolant exit, axial concentric
Internal coolant
Dimensions [mm] Grade
Article d1 (m7) d2 (h6) l1l2l3l4KDG303
1734SU03C-0940 9.4 10 89 47 35 40 Ɣ
1734SU03C-0945 9.45 10 89 47 35 40 ż
1734SU03C-0950 9.5 10 89 47 35 40 Ɣ
1734SU03C-0960 9.6 10 89 47 35 40 Ɣ
1734SU03C-0970 9.7 10 89 47 35 40 Ɣ
1734SU03C-0980 9.8 10 89 47 35 40 Ɣ
1734SU03C-0990 9.9 10 89 47 35 40 Ɣ
1734SU03C-1000 10 10 89 47 35 40 Ɣ
1734SU03C-1010 10.1 12 102 55 40 45 Ɣ
1734SU03C-1020 10.2 12 102 55 40 45 Ɣ
1734SU03C-1025 10.25 12 102 55 40 45 Ɣ
1734SU03C-1030 10.3 12 102 55 40 45 Ɣ
1734SU03C-1040 10.4 12 102 55 40 45 Ɣ
1734SU03C-1050 10.5 12 102 55 40 45 Ɣ
1734SU03C-1060 10.6 12 102 55 40 45 Ɣ
1734SU03C-1070 10.7 12 102 55 40 45 Ɣ
1734SU03C-1080 10.8 12 102 55 40 45 Ɣ
1734SU03C-1090 10.9 12 102 55 40 45 Ɣ
1734SU03C-1100 11 12 102 55 40 45 Ɣ
1734SU03C-1110 11.1 12 102 55 40 45 Ɣ
1734SU03C-1120 11.2 12 102 55 40 45 Ɣ
1734SU03C-1125 11.25 12 102 55 40 45 ż
1734SU03C-1130 11.3 12 102 55 40 45 Ɣ
1734SU03C-1135 11.35 12 102 55 40 45 ż
1734SU03C-1140 11.4 12 102 55 40 45 Ɣ
1734SU03C-1145 11.45 12 102 55 40 45 ż
1734SU03C-1150 11.5 12 102 55 40 45 Ɣ
1734SU03C-1160 11.6 12 102 55 40 45 Ɣ
1734SU03C-1170 11.7 12 102 55 40 45 Ɣ
1734SU03C-1180 11.8 12 102 55 40 45 Ɣ
1734SU03C-1190 11.9 12 102 55 40 45 Ɣ
1734SU03C-1200 12 12 102 55 40 45 Ɣ
1734SU03C-1210 12.1 14 107 60 43 45 Ɣ
1734SU03C-1220 12.2 14 107 60 43 45 Ɣ
1734SU03C-1225 12.25 14 107 60 43 45 Ɣ
ƔEx stockżOn demand
All articles SUK on demand
With internal cooling
Application field
Type PMKNSH
1734SU* DDD
1734SUK* D
DVery suitable
DSuitable
Solid carbide drills SU series
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
C66
System code C28 Machining instructions C165 Cutting data C122 Nonstandard order C178
SU(K) drill 3xD General machining Add K (SUK) to the code for use on Cast Iron
1734SU03C
Whistle Notch clamping surface
– Coolant exit, axial concentric
Internal coolant
Dimensions [mm] Grade
Article d1 (m7) d2 (h6) l1l2l3l4KDG303
1734SU03C-1230 12.3 14 107 60 43 45 Ɣ
1734SU03C-1250 12.5 14 107 60 43 45 Ɣ
1734SU03C-1270 12.7 14 107 60 43 45 Ɣ
1734SU03C-1275 12.75 14 107 60 43 45 Ɣ
1734SU03C-1280 12.8 14 107 60 43 45 Ɣ
1734SU03C-1300 13 14 107 60 43 45 Ɣ
1734SU03C-1310 13.1 14 107 60 43 45 Ɣ
1734SU03C-1335 13.35 14 107 60 43 45 ż
1734SU03C-1350 13.5 14 107 60 43 45 Ɣ
1734SU03C-1380 13.8 14 107 60 43 45 Ɣ
1734SU03C-1400 14 14 107 60 43 45 Ɣ
1734SU03C-1420 14.2 16 107 60 43 45 Ɣ
1734SU03C-1425 14.25 16 115 65 45 48 Ɣ
1734SU03C-1430 14.3 16 115 65 45 48 Ɣ
1734SU03C-1450 14.5 16 115 65 45 48 Ɣ
1734SU03C-1475 14.75 16 115 65 45 48 Ɣ
1734SU03C-1480 14.8 16 115 65 45 48 Ɣ
1734SU03C-1500 15 16 115 65 45 48 Ɣ
1734SU03C-1510 15.1 16 115 65 45 48 Ɣ
1734SU03C-1535 15.35 16 115 65 45 48 ż
1734SU03C-1550 15.5 16 115 65 45 48 Ɣ
1734SU03C-1580 15.8 16 115 65 45 48 Ɣ
1734SU03C-1600 16 16 115 65 45 48 Ɣ
1734SU03C-1650 16.5 18 123 73 51 48 Ɣ
1734SU03C-1675 16.75 18 123 73 51 48 Ɣ
1734SU03C-1680 16.8 18 123 73 51 48 Ɣ
1734SU03C-1700 17 18 123 73 51 48 Ɣ
1734SU03C-1750 17.5 18 123 73 51 48 Ɣ
1734SU03C-1780 17.8 18 123 73 51 48 Ɣ
1734SU03C-1800 18 18 123 73 51 48 Ɣ
1734SU03C-1850 18.5 20 131 79 55 50 Ɣ
1734SU03C-1880 18.8 20 131 79 55 50 Ɣ
1734SU03C-1900 19 20 131 79 55 50 Ɣ
1734SU03C-1950 19.5 20 131 79 55 50 Ɣ
1734SU03C-1980 19.8 20 131 79 55 50 Ɣ
1734SU03C-2000 20 20 131 79 55 50 Ɣ
ƔEx stockżOn demand
All articles SUK on demand
With internal cooling
Application field
Type PMKNSH
1734SU* DDD
1734SUK* D
DVery suitable
DSuitable
SU series Solid carbide drills
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
C67
System code C28 Machining instructions C165 Cutting data C122 Nonstandard order C178
SU(K) drill 5xD General machining Add K (SUK) to the code for use on Cast Iron
1736SU05C
Whistle Notch clamping surface
– Coolant exit, axial concentric
Internal coolant
Dimensions [mm] Grade
Article d1 (m7) d2 (h6) l1l2l3l4KDG303
1736SU05C-0300 3 6 66 28 23 36 Ɣ
1736SU05C-0310 3.1 6 66282336 Ɣ
1736SU05C-0320 3.2 6 66282336 Ɣ
1736SU05C-0325 3.25 6 66 28 23 36 ż
1736SU05C-0330 3.3 6 66282336 Ɣ
1736SU05C-0340 3.4 6 66282336 Ɣ
1736SU05C-0350 3.5 6 66282336 Ɣ
1736SU05C-0360 3.6 6 66282336 Ɣ
1736SU05C-0370 3.7 6 66282336 Ɣ
1736SU05C-0380 3.8 6 74362936 Ɣ
1736SU05C-0390 3.9 6 74362936 Ɣ
1736SU05C-0400 4 6 74 36 29 36 Ɣ
1736SU05C-0410 4.1 6 74362936 Ɣ
1736SU05C-0420 4.2 6 74362936 Ɣ
1736SU05C-0430 4.3 6 74362936 Ɣ
1736SU05C-0440 4.4 6 74362936 Ɣ
1736SU05C-0450 4.5 6 74362936 Ɣ
1736SU05C-0460 4.6 6 74362936 Ɣ
1736SU05C-0465 4.65 6 74 36 29 36 ż
1736SU05C-0470 4.7 6 74362936 Ɣ
1736SU05C-0480 4.8 6 82443536 Ɣ
1736SU05C-0490 4.9 6 82443536 Ɣ
1736SU05C-0500 5 6 82 44 35 36 Ɣ
1736SU05C-0510 5.1 6 82443536 Ɣ
1736SU05C-0520 5.2 6 82443536 Ɣ
1736SU05C-0530 5.3 6 82443536 Ɣ
1736SU05C-0540 5.4 6 82443536 Ɣ
1736SU05C-0550 5.5 6 82443536 Ɣ
1736SU05C-0555 5.55 6 82 44 35 36 Ɣ
1736SU05C-0560 5.6 6 82443536 Ɣ
1736SU05C-0570 5.7 6 82443536 Ɣ
1736SU05C-0580 5.8 6 82443536 Ɣ
1736SU05C-0590 5.9 6 82443536 Ɣ
1736SU05C-0600 6 6 82 44 35 36 Ɣ
1736SU05C-0610 6.1 8 91534336 Ɣ
ƔEx stockżOn demand
All articles SUK on demand
With internal cooling
Application field
Type PMKNSH
1736SU* DDD
1736SUK* D
DVery suitable
DSuitable
Solid carbide drills SU series
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
C68
System code C28 Machining instructions C165 Cutting data C122 Nonstandard order C178
SU(K) drill 5xD General machining Add K (SUK) to the code for use on Cast Iron
1736SU05C
Whistle Notch clamping surface
– Coolant exit, axial concentric
Internal coolant
Dimensions [mm] Grade
Article d1 (m7) d2 (h6) l1l2l3l4KDG303
1736SU05C-0620 6.2 8 91534336 Ɣ
1736SU05C-0630 6.3 8 91534336 Ɣ
1736SU05C-0640 6.4 8 91534336 Ɣ
1736SU05C-0650 6.5 8 91534336 Ɣ
1736SU05C-0660 6.6 8 91534336 Ɣ
1736SU05C-0670 6.7 8 91534336 Ɣ
1736SU05C-0675 6.75 8 91 53 43 36 Ɣ
1736SU05C-0680 6.8 8 91534336 Ɣ
1736SU05C-0690 6.9 8 91534336 Ɣ
1736SU05C-0700 7 8 91 53 43 36 Ɣ
1736SU05C-0710 7.1 8 91534336 Ɣ
1736SU05C-0720 7.2 8 91534336 Ɣ
1736SU05C-0730 7.3 8 91534336 Ɣ
1736SU05C-0740 7.4 8 91534336 Ɣ
1736SU05C-0745 7.45 8 91 53 43 36 ż
1736SU05C-0750 7.5 8 91534336 Ɣ
1736SU05C-0760 7.6 8 91534336 Ɣ
1736SU05C-0770 7.7 8 91534336 Ɣ
1736SU05C-0780 7.8 8 91534336 Ɣ
1736SU05C-0790 7.9 8 91534336 Ɣ
1736SU05C-0800 8 8 91 53 43 36 Ɣ
1736SU05C-0810 8.1 10 103 61 49 40 Ɣ
1736SU05C-0820 8.2 10 103 61 49 40 Ɣ
1736SU05C-0830 8.3 10 103 61 49 40 Ɣ
1736SU05C-0840 8.4 10 103 61 49 40 Ɣ
1736SU05C-0850 8.5 10 103 61 49 40 Ɣ
1736SU05C-0860 8.6 10 103 61 49 40 Ɣ
1736SU05C-0870 8.7 10 103 61 49 40 Ɣ
1736SU05C-0880 8.8 10 103 61 49 40 Ɣ
1736SU05C-0890 8.9 10 103 61 49 40 Ɣ
1736SU05C-0900 9 10 103 61 49 40 Ɣ
1736SU05C-0910 9.1 10 103 61 49 40 Ɣ
1736SU05C-0920 9.2 10 103 61 49 40 Ɣ
1736SU05C-0930 9.3 10 103 61 49 40 Ɣ
1736SU05C-0935 9.35 10 103 61 49 40 ż
ƔEx stockżOn demand
All articles SUK on demand
With internal cooling
Application field
Type PMKNSH
1736SU* DDD
1736SUK* D
DVery suitable
DSuitable
SU series Solid carbide drills
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
C69
System code C28 Machining instructions C165 Cutting data C122 Nonstandard order C178
SU(K) drill 5xD General machining Add K (SUK) to the code for use on Cast Iron
1736SU05C
Whistle Notch clamping surface
– Coolant exit, axial concentric
Internal coolant
Dimensions [mm] Grade
Article d1 (m7) d2 (h6) l1l2l3l4KDG303
1736SU05C-0940 9.4 10 103 61 49 40 Ɣ
1736SU05C-0945 9.45 10 103 61 49 40 ż
1736SU05C-0950 9.5 10 103 61 49 40 Ɣ
1736SU05C-0960 9.6 10 103 61 49 40 Ɣ
1736SU05C-0970 9.7 10 103 61 49 40 Ɣ
1736SU05C-0980 9.8 10 103 61 49 40 Ɣ
1736SU05C-0990 9.9 10 103 61 49 40 Ɣ
1736SU05C-1000 10 10 103 61 49 40 Ɣ
1736SU05C-1010 10.1 12 118 71 56 45 Ɣ
1736SU05C-1020 10.2 12 118 71 56 45 Ɣ
1736SU05C-1025 10.25 12 118 71 56 45 Ɣ
1736SU05C-1030 10.3 12 118 71 56 45 Ɣ
1736SU05C-1040 10.4 12 118 71 56 45 Ɣ
1736SU05C-1050 10.5 12 118 71 56 45 Ɣ
1736SU05C-1060 10.6 12 118 71 56 45 Ɣ
1736SU05C-1070 10.7 12 118 71 56 45 Ɣ
1736SU05C-1080 10.8 12 118 71 56 45 Ɣ
1736SU05C-1090 10.9 12 118 71 56 45 Ɣ
1736SU05C-1100 11 12 118 71 56 45 Ɣ
1736SU05C-1110 11.1 12 118 71 56 45 Ɣ
1736SU05C-1120 11.2 12 118 71 56 45 Ɣ
1736SU05C-1125 11.25 12 118 71 56 45 ż
1736SU05C-1130 11.3 12 118 71 56 45 Ɣ
1736SU05C-1135 11.35 12 118 71 56 45 ż
1736SU05C-1140 11.4 12 118 71 56 45 Ɣ
1736SU05C-1145 11.45 12 118 71 56 45 ż
1736SU05C-1150 11.5 12 118 71 56 45 Ɣ
1736SU05C-1160 11.6 12 118 71 56 45 Ɣ
1736SU05C-1170 11.7 12 118 71 56 45 Ɣ
1736SU05C-1180 11.8 12 118 71 56 45 Ɣ
1736SU05C-1190 11.9 12 118 71 56 45 Ɣ
1736SU05C-1200 12 12 118 71 56 45 Ɣ
1736SU05C-1210 12.1 14 124 77 60 45 Ɣ
1736SU05C-1220 12.2 14 124 77 60 45 Ɣ
1736SU05C-1225 12.25 14 124 77 60 45 ż
ƔEx stockżOn demand
All articles SUK on demand
With internal cooling
Application field
Type PMKNSH
1736SU* DDD
1736SUK* D
DVery suitable
DSuitable
Solid carbide drills SU series
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
C70
System code C28 Machining instructions C165 Cutting data C122 Nonstandard order C178
SU(K) drill 5xD General machining Add K (SUK) to the code for use on Cast Iron
1736SU05C
Whistle Notch clamping surface
– Coolant exit, axial concentric
Internal coolant
Dimensions [mm] Grade
Article d1 (m7) d2 (h6) l1l2l3l4KDG303
1736SU05C-1230 12.3 14 124 77 60 45 Ɣ
1736SU05C-1250 12.5 14 124 77 60 45 Ɣ
1736SU05C-1270 12.7 14 124 77 60 45 Ɣ
1736SU05C-1275 12.75 14 124 77 60 45 Ɣ
1736SU05C-1280 12.8 14 124 77 60 45 Ɣ
1736SU05C-1300 13 14 124 77 60 45 Ɣ
1736SU05C-1310 13.1 14 124 77 60 45 Ɣ
1736SU05C-1335 13.35 14 124 77 60 56 ż
1736SU05C-1350 13.5 14 124 77 60 45 Ɣ
1736SU05C-1380 13.8 14 124 77 60 45 Ɣ
1736SU05C-1400 14 14 124 77 60 45 Ɣ
1736SU05C-1420 14.2 16 124 77 60 45 Ɣ
1736SU05C-1425 14.25 16 133 83 63 48 Ɣ
1736SU05C-1430 14.3 16 133 83 63 48 Ɣ
1736SU05C-1450 14.5 16 133 83 63 48 Ɣ
1736SU05C-1475 14.75 16 133 83 63 48 Ɣ
1736SU05C-1480 14.8 16 133 83 63 48 Ɣ
1736SU05C-1500 15 16 133 83 63 48 Ɣ
1736SU05C-1510 15.1 16 133 83 63 48 Ɣ
1736SU05C-1535 15.35 16 133 83 63 48 ż
1736SU05C-1550 15.5 16 133 83 63 48 Ɣ
1736SU05C-1580 15.8 16 133 83 63 48 Ɣ
1736SU05C-1600 16 16 133 83 63 48 Ɣ
1736SU05C-1650 16.5 18 143 93 71 48 Ɣ
1736SU05C-1675 16.75 18 143 93 71 48 Ɣ
1736SU05C-1680 16.8 18 143 93 71 48 Ɣ
1736SU05C-1700 17 18 143 93 71 48 Ɣ
1736SU05C-1750 17.5 18 143 93 71 48 Ɣ
1736SU05C-1780 17.8 18 143 93 71 48 Ɣ
1736SU05C-1800 18 18 143 93 71 48 Ɣ
1736SU05C-1850 18.5 20 153 101 77 50 Ɣ
1736SU05C-1880 18.8 20 153 101 77 50 Ɣ
1736SU05C-1900 19 20 153 101 77 50 Ɣ
1736SU05C-1950 19.5 20 153 101 77 50 Ɣ
1736SU05C-1980 19.8 20 153 101 77 50 Ɣ
1736SU05C-2000 20 20 153 101 77 50 Ɣ
ƔEx stockżOn demand
All articles SUK on demand
With internal cooling
Application field
Type PMKNSH
1736SU* DDD
1736SUK* D
DVery suitable
DSuitable
SU series Solid carbide drills
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
C71
System code C28 Machining instructions C165 Cutting data C122 Nonstandard order C178
SU drill 3xD General machining
1557SU03
Type of shank DIN 6535HA
External coolant
Dimensions [mm] Grade
Article d1 (m8) d2 (h6) d3 (m7) l1l2l4l5KDG303
1557SU03-M4 3.3 6 4.5 66 28 36 11.4 Ɣ
1557SU03-M5 4.2 6 6 66 28 36 13.6 Ɣ
1557SU03-M6 5 8 7 79 41 36 16.5 Ɣ
1557SU03-M8 6.75 10 9.5 89 47 40 21 Ɣ
1557SU03-M8x1.0 7 10 9.8 89 47 40 21 Ɣ
1557SU03-M10 8.5 12 12 102 55 45 25.5 Ɣ
1557SU03-M10x1.0 9 12 12 102 55 45 25.5 ż
1557SU03-M12 10.25 14 14 107 60 45 30 Ɣ
1557SU03-M12x1.5 10.5 14 14 107 60 45 30 Ɣ
1557SU03-M14 12 16 16 115 65 48 34.5 Ɣ
1557SU03-M14x1.5 12.5 16 16 115 65 48 34.5 Ɣ
1557SU03-M16 14 18 18 123 73 48 38.5 Ɣ
1557SU03-M16x1.5 14.5 18 18 123 73 48 38.5 Ɣ
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
DDD
DVery suitable
DSuitable
Solid carbide drills SU series
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
C72
System code C28 Machining instructions C165 Cutting data C122 Nonstandard order C178
C
73
1588SL
1588SLKDIN 1412 D
1588SL
SL K
1534SLK03-0100
SLK
SP
For deep hole drilling
10xD, 12xD, 15xD, 20xD and 30xD drills
For machining of steel, non-ferrous metals, stainless steel and
heat-resistant alloys.
Double margin for high accuracy and stable machining.
Special ute design for less friction and good chip ow.
Deep hole drills for machining of cast iron
Special cut for cast iron with ductile iron and mal-
leable cast iron.
Improved tool life due to impact resistant cutting
edges.
Form D: Cut for cast iron
Straight cut
For drilling pilot holes
Recommended for deep hole drills with 15xD and larger.
Deep hole drill
For cast iron
: All articles on demand.
Please add K when ordering:
series
SL(K) drill 10xD General machining Add K (SLK) to the code for use on Cast Iron
1588SL10C
Type of shank DIN 6535HA
– Coolant exit, axial concentric
Internal coolant
Dimensions [mm] Grade
Article d1 (m7) d2 (h6) l1l2l3l4KDG303
1588SL10C-0300 3 6 80 43 39 36 Ɣ
1588SL10C-0310 3.1 6 80433936 ż
1588SL10C-0320 3.2 6 80433936 Ɣ
1588SL10C-0330 3.3 6 80433936 Ɣ
1588SL10C-0340 3.4 6 80433936 Ɣ
1588SL10C-0350 3.5 6 80433936 Ɣ
1588SL10C-0360 3.6 6 80433936 Ɣ
1588SL10C-0370 3.7 6 80433936 Ɣ
1588SL10C-0380 3.8 6 80433936 Ɣ
1588SL10C-0390 3.9 6 80433936 Ɣ
1588SL10C-0400 4 6 92 55 50 36 Ɣ
1588SL10C-0410 4.1 6 92555036 Ɣ
1588SL10C-0420 4.2 6 92555036 Ɣ
1588SL10C-0430 4.3 6 92555036 Ɣ
1588SL10C-0440 4.4 6 92555036 Ɣ
1588SL10C-0450 4.5 6 92555036 Ɣ
1588SL10C-0460 4.6 6 92555036 Ɣ
1588SL10C-0470 4.7 6 92555036 Ɣ
1588SL10C-0480 4.8 6 92555036 Ɣ
1588SL10C-0490 4.9 6 92555036 Ɣ
1588SL10C-0500 5 6 104 68 61 36 Ɣ
1588SL10C-0510 5.1 6 104 68 61 36 Ɣ
1588SL10C-0520 5.2 6 104 68 61 36 Ɣ
1588SL10C-0530 5.3 6 104 68 61 36 Ɣ
1588SL10C-0540 5.4 6 104 68 61 36 Ɣ
1588SL10C-0550 5.5 6 104 68 61 36 Ɣ
1588SL10C-0560 5.6 6 104 68 61 36 Ɣ
1588SL10C-0570 5.7 6 104 68 61 36 Ɣ
1588SL10C-0580 5.8 6 104 68 61 36 Ɣ
1588SL10C-0590 5.9 6 104 68 61 36 Ɣ
1588SL10C-0600 6 6 104 68 61 36 Ɣ
1588SL10C-0610 6.1 8 117 80 71 36 Ɣ
1588SL10C-0620 6.2 8 117 80 71 36 Ɣ
1588SL10C-0630 6.3 8 117 80 71 36 Ɣ
1588SL10C-0640 6.4 8 117 80 71 36 Ɣ
ƔEx stockżOn demand
All articles SLK on demand
With internal cooling
Application field
Type PMKNSH
1588SL* DDDDD
1588SLK* D
DVery suitable
DSuitable
Solid carbide drills SL/SP series
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
C74
System code C28 Machining instructions C165 Cutting data C122 Nonstandard order C178
SL(K) drill 10xD General machining Add K (SLK) to the code for use on Cast Iron
1588SL10C
Type of shank DIN 6535HA
– Coolant exit, axial concentric
Internal coolant
Dimensions [mm] Grade
Article d1 (m7) d2 (h6) l1l2l3l4KDG303
1588SL10C-0650 6.5 8 117 80 71 36 Ɣ
1588SL10C-0660 6.6 8 117 80 71 36 Ɣ
1588SL10C-0670 6.7 8 117 80 71 36 Ɣ
1588SL10C-0680 6.8 8 117 80 71 36 Ɣ
1588SL10C-0690 6.9 8 117 80 71 36 Ɣ
1588SL10C-0700 7 8 117 80 71 36 Ɣ
1588SL10C-0710 7.1 8 130 94 84 36 Ɣ
1588SL10C-0720 7.2 8 130 94 84 36 Ɣ
1588SL10C-0730 7.3 8 130 94 84 36 Ɣ
1588SL10C-0740 7.4 8 130 94 84 36 Ɣ
1588SL10C-0750 7.5 8 130 94 84 36 Ɣ
1588SL10C-0760 7.6 8 130 94 84 36 Ɣ
1588SL10C-0770 7.7 8 130 94 84 36 Ɣ
1588SL10C-0780 7.8 8 130 94 84 36 Ɣ
1588SL10C-0790 7.9 8 130 94 84 36 Ɣ
1588SL10C-0800 8 8 130 94 84 36 Ɣ
1588SL10C-0810 8.1 10 148 105 94 40 Ɣ
1588SL10C-0820 8.2 10 148 105 94 40 Ɣ
1588SL10C-0830 8.3 10 148 105 94 40 Ɣ
1588SL10C-0840 8.4 10 148 105 94 40 Ɣ
1588SL10C-0850 8.5 10 148 105 94 40 Ɣ
1588SL10C-0860 8.6 10 148 105 94 40 Ɣ
1588SL10C-0870 8.7 10 148 105 94 40 Ɣ
1588SL10C-0880 8.8 10 148 105 94 40 Ɣ
1588SL10C-0890 8.9 10 148 105 94 40 Ɣ
1588SL10C-0900 9 10 148 105 94 40 Ɣ
1588SL10C-0910 9.1 10 158 115 103 40 Ɣ
1588SL10C-0920 9.2 10 158 115 103 40 Ɣ
1588SL10C-0930 9.3 10 158 115 103 40 Ɣ
1588SL10C-0940 9.4 10 158 115 103 40 Ɣ
1588SL10C-0950 9.5 10 158 115 103 40 Ɣ
1588SL10C-0960 9.6 10 158 115 103 40 Ɣ
1588SL10C-0970 9.7 10 158 115 103 40 Ɣ
1588SL10C-0980 9.8 10 158 115 103 40 Ɣ
1588SL10C-0990 9.9 10 158 115 103 40 Ɣ
ƔEx stockżOn demand
All articles SLK on demand
With internal cooling
Application field
Type PMKNSH
1588SL* DDDDD
1588SLK* D
DVery suitable
DSuitable
SL/SP series Solid carbide drills
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
C75
System code C28 Machining instructions C165 Cutting data C122 Nonstandard order C178
SL(K) drill 10xD General machining Add K (SLK) to the code for use on Cast Iron
1588SL10C
Type of shank DIN 6535HA
– Coolant exit, axial concentric
Internal coolant
Dimensions [mm] Grade
Article d1 (m7) d2 (h6) l1l2l3l4KDG303
1588SL10C-1000 10 10 158 115 103 40 Ɣ
1588SL10C-1010 10.1 12 183 135 121 45 Ɣ
1588SL10C-1020 10.2 12 183 135 121 45 Ɣ
1588SL10C-1030 10.3 12 183 135 121 45 Ɣ
1588SL10C-1040 10.4 12 183 135 121 45 Ɣ
1588SL10C-1050 10.5 12 183 135 121 45 Ɣ
1588SL10C-1060 10.6 12 183 135 121 45 Ɣ
1588SL10C-1070 10.7 12 183 135 121 45 Ɣ
1588SL10C-1080 10.8 12 183 135 121 45 Ɣ
1588SL10C-1090 10.9 12 183 135 121 45 Ɣ
1588SL10C-1100 11 12 183 135 121 45 Ɣ
1588SL10C-1110 11.1 12 183 135 121 45 Ɣ
1588SL10C-1120 11.2 12 183 135 121 45 Ɣ
1588SL10C-1130 11.3 12 183 135 121 45 Ɣ
1588SL10C-1140 11.4 12 183 135 121 45 Ɣ
1588SL10C-1150 11.5 12 183 135 121 45 Ɣ
1588SL10C-1160 11.6 12 183 135 121 45 Ɣ
1588SL10C-1170 11.7 12 183 135 121 45 Ɣ
1588SL10C-1180 11.8 12 183 135 121 45 Ɣ
1588SL10C-1190 11.9 12 183 135 121 45 Ɣ
1588SL10C-1200 12 12 183 135 121 45 Ɣ
1588SL10C-1225 12.25 14 209 160 144 45 Ɣ
1588SL10C-1250 12.5 14 209 160 144 45 Ɣ
1588SL10C-1270 12.7 14 209 160 144 45 Ɣ
1588SL10C-1275 12.75 14 209 160 144 45 Ɣ
1588SL10C-1280 12.8 14 209 160 144 45 Ɣ
1588SL10C-1300 13 14 209 160 144 45 Ɣ
1588SL10C-1310 13.1 14 209 160 144 45 Ɣ
1588SL10C-1350 13.5 14 209 160 144 45 Ɣ
1588SL10C-1380 13.8 14 209 160 144 45 Ɣ
1588SL10C-1400 14 14 209 160 144 45 Ɣ
ƔEx stockżOn demand
All articles SLK on demand
With internal cooling
Application field
Type PMKNSH
1588SL* DDDDD
1588SLK* D
DVery suitable
DSuitable
Solid carbide drills SL/SP series
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
C76
System code C28 Machining instructions C165 Cutting data C122 Nonstandard order C178
SL(K) drill 12xD General machining Add K (SLK) to the code for use on Cast Iron
1588SL12C
Type of shank DIN 6535HA
– Coolant exit, axial concentric
Internal coolant
Dimensions [mm] Grade
Article d1 (m7) d2 (h6) l1l2l3l4KDG303
1588SL12C-0300 3 6 90 50 40 36 Ɣ
1588SL12C-0310 3.1 6 90504036 Ɣ
1588SL12C-0320 3.2 6 90504036 Ɣ
1588SL12C-0330 3.3 6 90504036 Ɣ
1588SL12C-0340 3.4 6 90504036 Ɣ
1588SL12C-0350 3.5 6 90504036 Ɣ
1588SL12C-0360 3.6 6 90504036 Ɣ
1588SL12C-0370 3.7 6 90504636 Ɣ
1588SL12C-0380 3.8 6 90504636 Ɣ
1588SL12C-0390 3.9 6 90504636 Ɣ
1588SL12C-0400 4 6 102 64 56 36 Ɣ
1588SL12C-0410 4.1 6 102 64 56 36 Ɣ
1588SL12C-0420 4.2 6 102 64 56 36 Ɣ
1588SL12C-0430 4.3 6 102 64 56 36 Ɣ
1588SL12C-0440 4.4 6 102 64 56 36 Ɣ
1588SL12C-0450 4.5 6 102 64 56 36 Ɣ
1588SL12C-0460 4.6 6 102 64 56 36 Ɣ
1588SL12C-0470 4.7 6 102 64 56 36 Ɣ
1588SL12C-0480 4.8 6 102 64 56 36 Ɣ
1588SL12C-0490 4.9 6 102 64 56 36 Ɣ
1588SL12C-0500 5 6 116 78 72 36 Ɣ
1588SL12C-0510 5.1 6 116 78 72 36 Ɣ
1588SL12C-0520 5.2 6 116 78 72 36 Ɣ
1588SL12C-0530 5.3 6 116 78 72 36 ż
1588SL12C-0540 5.4 6 116 78 72 36 ż
1588SL12C-0550 5.5 6 116 78 72 36 Ɣ
1588SL12C-0560 5.6 6 116 78 72 36 Ɣ
1588SL12C-0570 5.7 6 116 78 72 36 Ɣ
1588SL12C-0580 5.8 6 116 78 72 36 Ɣ
1588SL12C-0590 5.9 6 116 78 72 36 Ɣ
1588SL12C-0600 6 6 116 78 72 36 Ɣ
1588SL12C-0610 6.1 8 131 93 84 36 Ɣ
1588SL12C-0620 6.2 8 131 93 84 36 Ɣ
1588SL12C-0630 6.3 8 131 93 84 36 Ɣ
1588SL12C-0640 6.4 8 131 93 84 36 Ɣ
ƔEx stockżOn demand
All articles SLK on demand
With internal cooling
Application field
Type PMKNSH
1588SL* DDDDD
1588SLK* D
DVery suitable
DSuitable
SL/SP series Solid carbide drills
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
C77
System code C28 Machining instructions C165 Cutting data C122 Nonstandard order C178
SL(K) drill 12xD General machining Add K (SLK) to the code for use on Cast Iron
1588SL12C
Type of shank DIN 6535HA
– Coolant exit, axial concentric
Internal coolant
Dimensions [mm] Grade
Article d1 (m7) d2 (h6) l1l2l3l4KDG303
1588SL12C-0650 6.5 8 131 93 84 36 Ɣ
1588SL12C-0660 6.6 8 131 93 84 36 Ɣ
1588SL12C-0670 6.7 8 131 93 84 36 Ɣ
1588SL12C-0680 6.8 8 131 93 84 36 Ɣ
1588SL12C-0690 6.9 8 131 93 84 36 Ɣ
1588SL12C-0700 7 8 131 93 84 36 Ɣ
1588SL12C-0710 7.1 8 146 108 96 36 Ɣ
1588SL12C-0720 7.2 8 146 108 96 36 Ɣ
1588SL12C-0730 7.3 8 146 108 96 36 Ɣ
1588SL12C-0740 7.4 8 146 108 96 36 Ɣ
1588SL12C-0750 7.5 8 146 108 96 36 Ɣ
1588SL12C-0760 7.6 8 146 108 96 36 ż
1588SL12C-0770 7.7 8 146 108 96 36 ż
1588SL12C-0780 7.8 8 146 108 96 36 Ɣ
1588SL12C-0790 7.9 8 146 108 96 36 ż
1588SL12C-0800 8 8 146 108 96 36 Ɣ
1588SL12C-0810 8.1 10 162 120 108 40 Ɣ
1588SL12C-0820 8.2 10 162 120 108 40 Ɣ
1588SL12C-0830 8.3 10 162 120 108 40 Ɣ
1588SL12C-0840 8.4 10 162 120 108 40 Ɣ
1588SL12C-0850 8.5 10 162 120 108 40 Ɣ
1588SL12C-0860 8.6 10 162 120 108 40 Ɣ
1588SL12C-0870 8.7 10 162 120 108 40 Ɣ
1588SL12C-0880 8.8 10 162 120 108 40 Ɣ
1588SL12C-0890 8.9 10 162 120 108 40 Ɣ
1588SL12C-0900 9 10 162 120 108 40 Ɣ
1588SL12C-0910 9.1 10 174 132 120 40 ż
1588SL12C-0920 9.2 10 174 132 120 40 Ɣ
1588SL12C-0930 9.3 10 174 132 120 40 Ɣ
1588SL12C-0940 9.4 10 174 132 120 40 Ɣ
1588SL12C-0950 9.5 10 174 132 120 40 Ɣ
1588SL12C-0960 9.6 10 174 132 120 40 ż
1588SL12C-0970 9.7 10 174 132 120 40 Ɣ
1588SL12C-0980 9.8 10 174 132 120 40 Ɣ
1588SL12C-0990 9.9 10 174 132 120 40 ż
ƔEx stockżOn demand
All articles SLK on demand
With internal cooling
Application field
Type PMKNSH
1588SL* DDDDD
1588SLK* D
DVery suitable
DSuitable
Solid carbide drills SL/SP series
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
C78
System code C28 Machining instructions C165 Cutting data C122 Nonstandard order C178
SL(K) drill 12xD General machining Add K (SLK) to the code for use on Cast Iron
1588SL12C
Type of shank DIN 6535HA
– Coolant exit, axial concentric
Internal coolant
Dimensions [mm] Grade
Article d1 (m7) d2 (h6) l1l2l3l4KDG303
1588SL12C-1000 10 10 174 132 120 40 Ɣ
1588SL12C-1010 10.1 12 204 156 144 45 Ɣ
1588SL12C-1020 10.2 12 204 156 144 45 Ɣ
1588SL12C-1030 10.3 12 204 156 144 45 Ɣ
1588SL12C-1040 10.4 12 204 156 144 45 Ɣ
1588SL12C-1050 10.5 12 204 156 144 45 Ɣ
1588SL12C-1060 10.6 12 204 156 144 45 Ɣ
1588SL12C-1070 10.7 12 204 156 144 45 ż
1588SL12C-1080 10.8 12 204 156 144 45 ż
1588SL12C-1090 10.9 12 204 156 144 45 ż
1588SL12C-1100 11 12 204 156 144 45 Ɣ
1588SL12C-1110 11.1 12 204 156 144 45 Ɣ
1588SL12C-1120 11.2 12 204 156 144 45 Ɣ
1588SL12C-1130 11.3 12 204 156 144 45 ż
1588SL12C-1140 11.4 12 204 156 144 45 ż
1588SL12C-1150 11.5 12 204 156 144 45 Ɣ
1588SL12C-1160 11.6 12 204 156 144 45 ż
1588SL12C-1170 11.7 12 204 156 144 45 Ɣ
1588SL12C-1180 11.8 12 204 156 144 45 Ɣ
1588SL12C-1190 11.9 12 204 156 144 45 ż
1588SL12C-1200 12 12 204 156 144 45 Ɣ
1588SL12C-1250 12.5 14 230 182 168 45 ż
1588SL12C-1270 12.7 14 230 182 168 45 ż
1588SL12C-1280 12.8 14 230 182 168 45 ż
1588SL12C-1300 13 14 230 182 168 45 ż
1588SL12C-1350 13.5 14 230 182 168 45 ż
1588SL12C-1400 14 14 230 182 168 45 ż
1588SL12C-1450 14.5 16 260 208 194 48 ż
1588SL12C-1500 15 16 260 208 194 48 ż
1588SL12C-1550 15.5 16 260 208 194 48 ż
1588SL12C-1600 16 16 260 208 194 48 ż
1588SL12C-1650 16.5 18 286 234 218 48 ż
1588SL12C-1700 17 18 286 234 218 48 ż
1588SL12C-1750 17.5 18 286 234 218 48 ż
1588SL12C-1800 18 18 286 234 218 48 ż
ƔEx stockżOn demand
All articles SLK on demand
With internal cooling
Application field
Type PMKNSH
1588SL* DDDDD
1588SLK* D
DVery suitable
DSuitable
SL/SP series Solid carbide drills
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
C79
System code C28 Machining instructions C165 Cutting data C122 Nonstandard order C178
SL(K) drill 12xD General machining Add K (SLK) to the code for use on Cast Iron
1588SL12C
Type of shank DIN 6535HA
– Coolant exit, axial concentric
Internal coolant
Dimensions [mm] Grade
Article d1 (m7) d2 (h6) l1l2l3l4KDG303
1588SL12C-1850 18.5 20 310 258 240 48 ż
1588SL12C-1900 19 20 310 258 240 48 ż
1588SL12C-1950 19.5 20 310 258 240 48 ż
1588SL12C-2000 20 20 310 258 240 48 ż
1588SL12C-2050 20.5 22 310 258 240 48 ż
1588SL12C-2100 21 22 310 258 240 48 ż
ƔEx stockżOn demand
All articles SLK on demand
With internal cooling
Application field
Type PMKNSH
1588SL* DDDDD
1588SLK* D
DVery suitable
DSuitable
Solid carbide drills SL/SP series
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
C80
System code C28 Machining instructions C165 Cutting data C122 Nonstandard order C178
SL(K) drill 15xD General machining Add K (SLK) to the code for use on Cast Iron
1588SL15C
Type of shank DIN 6535HA
– Coolant exit, axial concentric
Internal coolant
Dimensions [mm] Grade
Article d1 (m7) d2 (h6) l1l2l3l4KDG303
1588SL15C-0300 3 6 100 60 50 36 Ɣ
1588SL15C-0310 3.1 6 105 65 55 36 Ɣ
1588SL15C-0320 3.2 6 105 65 55 36 ż
1588SL15C-0330 3.3 6 105 65 55 36 Ɣ
1588SL15C-0340 3.4 6 105 65 55 36 Ɣ
1588SL15C-0350 3.5 6 105 65 55 36 Ɣ
1588SL15C-0360 3.6 6 112 72 62 36 ż
1588SL15C-0370 3.7 6 112 72 68 36 Ɣ
1588SL15C-0380 3.8 6 112 72 68 36 Ɣ
1588SL15C-0390 3.9 6 112 72 68 36 ż
1588SL15C-0400 4 6 112 72 64 36 Ɣ
1588SL15C-0410 4.1 6 120 80 72 36 ż
1588SL15C-0420 4.2 6 120 80 72 36 ż
1588SL15C-0430 4.3 6 120 80 72 36 ż
1588SL15C-0440 4.4 6 120 80 72 36 ż
1588SL15C-0450 4.5 6 120 80 72 36 Ɣ
1588SL15C-0460 4.6 6 128 88 80 36 Ɣ
1588SL15C-0470 4.7 6 128 88 80 36 ż
1588SL15C-0480 4.8 6 128 88 80 36 Ɣ
1588SL15C-0490 4.9 6 128 88 80 36 Ɣ
1588SL15C-0500 5 6 128 88 82 36 Ɣ
1588SL15C-0510 5.1 6 136 96 90 36 Ɣ
1588SL15C-0520 5.2 6 136 96 90 36 ż
1588SL15C-0530 5.3 6 136 96 90 36 Ɣ
1588SL15C-0540 5.4 6 136 96 90 36 ż
1588SL15C-0550 5.5 6 136 96 90 36 ż
1588SL15C-0560 5.6 6 144 104 98 36 ż
1588SL15C-0570 5.7 6 144 104 98 36 ż
1588SL15C-0580 5.8 6 144 104 98 36 ż
1588SL15C-0590 5.9 6 144 104 98 36 ż
1588SL15C-0600 6 6 144 104 98 36 ż
1588SL15C-0610 6.1 8 152 112 103 36 Ɣ
1588SL15C-0620 6.2 8 152 112 103 36 Ɣ
1588SL15C-0630 6.3 8 152 112 103 36 ż
1588SL15C-0640 6.4 8 152 112 103 36 Ɣ
ƔEx stockżOn demand
All articles SLK on demand
With internal cooling
Application field
Type PMKNSH
1588SL* DDDDD
1588SLK* D
DVery suitable
DSuitable
SL/SP series Solid carbide drills
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
C81
System code C28 Machining instructions C165 Cutting data C122 Nonstandard order C178
SL(K) drill 15xD General machining Add K (SLK) to the code for use on Cast Iron
1588SL15C
Type of shank DIN 6535HA
– Coolant exit, axial concentric
Internal coolant
Dimensions [mm] Grade
Article d1 (m7) d2 (h6) l1l2l3l4KDG303
1588SL15C-0650 6.5 8 152 112 103 36 Ɣ
1588SL15C-0660 6.6 8 160 120 111 36 ż
1588SL15C-0670 6.7 8 160 120 111 36 Ɣ
1588SL15C-0680 6.8 8 160 120 111 36 ż
1588SL15C-0690 6.9 8 160 120 111 36 ż
1588SL15C-0700 7 8 160 120 111 36 Ɣ
1588SL15C-0710 7.1 8 170 130 118 36 ż
1588SL15C-0720 7.2 8 170 130 118 36 ż
1588SL15C-0730 7.3 8 170 130 118 36 ż
1588SL15C-0740 7.4 8 170 130 118 36 ż
1588SL15C-0750 7.5 8 170 130 118 36 ż
1588SL15C-0760 7.6 8 180 140 128 36 ż
1588SL15C-0770 7.7 8 180 140 128 36 ż
1588SL15C-0780 7.8 8 180 140 128 36 ż
1588SL15C-0790 7.9 8 180 140 128 36 ż
1588SL15C-0800 8 8 180 140 128 36 Ɣ
1588SL15C-0810 8.1 10 194 150 138 40 ż
1588SL15C-0820 8.2 10 194 150 138 40 ż
1588SL15C-0830 8.3 10 194 150 138 40 ż
1588SL15C-0840 8.4 10 194 150 138 40 ż
1588SL15C-0850 8.5 10 194 150 138 40 Ɣ
1588SL15C-0860 8.6 10 204 160 148 40 Ɣ
1588SL15C-0870 8.7 10 204 160 148 40 ż
1588SL15C-0880 8.8 10 204 160 148 40 Ɣ
1588SL15C-0890 8.9 10 204 160 148 40 ż
1588SL15C-0900 9 10 204 160 148 40 ż
1588SL15C-0910 9.1 10 216 172 160 40 ż
1588SL15C-0920 9.2 10 216 172 160 40 ż
1588SL15C-0930 9.3 10 216 172 160 40 ż
1588SL15C-0940 9.4 10 216 172 160 40 ż
1588SL15C-0950 9.5 10 216 172 160 40 ż
1588SL15C-0960 9.6 10 226 182 170 40 ż
1588SL15C-0970 9.7 10 226 182 170 40 ż
1588SL15C-0980 9.8 10 226 182 170 40 ż
1588SL15C-0990 9.9 10 226 182 170 40 ż
ƔEx stockżOn demand
All articles SLK on demand
With internal cooling
Application field
Type PMKNSH
1588SL* DDDDD
1588SLK* D
DVery suitable
DSuitable
Solid carbide drills SL/SP series
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
C82
System code C28 Machining instructions C165 Cutting data C122 Nonstandard order C178
SL(K) drill 15xD General machining Add K (SLK) to the code for use on Cast Iron
1588SL15C
Type of shank DIN 6535HA
– Coolant exit, axial concentric
Internal coolant
Dimensions [mm] Grade
Article d1 (m7) d2 (h6) l1l2l3l4KDG303
1588SL15C-1000 10 10 226 182 170 40 Ɣ
1588SL15C-1010 10.1 12 240 190 178 45 ż
1588SL15C-1020 10.2 12 240 190 178 45 ż
1588SL15C-1030 10.3 12 240 190 178 45 ż
1588SL15C-1040 10.4 12 240 190 178 45 ż
1588SL15C-1050 10.5 12 240 190 178 45 ż
1588SL15C-1060 10.6 12 248 198 186 45 ż
1588SL15C-1070 10.7 12 248 198 186 45 ż
1588SL15C-1080 10.8 12 248 198 186 45 ż
1588SL15C-1090 10.9 12 248 198 186 45 ż
1588SL15C-1100 11 12 248 198 186 45 Ɣ
1588SL15C-1110 11.1 12 262 212 200 45 ż
1588SL15C-1120 11.2 12 262 212 200 45 ż
1588SL15C-1130 11.3 12 262 212 200 45 ż
1588SL15C-1140 11.4 12 262 212 200 45 ż
1588SL15C-1150 11.5 12 262 212 200 45 Ɣ
1588SL15C-1160 11.6 12 272 222 210 45 ż
1588SL15C-1170 11.7 12 272 222 210 45 ż
1588SL15C-1180 11.8 12 272 222 210 45 ż
1588SL15C-1190 11.9 12 272 222 210 45 ż
1588SL15C-1200 12 12 272 222 210 45 Ɣ
ƔEx stockżOn demand
All articles SLK on demand
With internal cooling
Application field
Type PMKNSH
1588SL* DDDDD
1588SLK* D
DVery suitable
DSuitable
SL/SP series Solid carbide drills
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
C83
System code C28 Machining instructions C165 Cutting data C122 Nonstandard order C178
SL(K) drill 20xD General machining Add K (SLK) to the code for use on Cast Iron
1588SL20C
Type of shank DIN 6535HA
– Coolant exit, axial concentric
Internal coolant
2
d
l
1
l
3
l
2
d
1
140°
l
4
Dimensions [mm] Grade
Article d1 (m7) d2 (h6) l1l2l3l4KDG303
1588SL20C-0300 3 6 110 70 62 36 Ɣ
1588SL20C-0310 3.1 6 123 83 72 36 Ɣ
1588SL20C-0320 3.2 6 123 83 72 36 Ɣ
1588SL20C-0330 3.3 6 123 83 72 36 Ɣ
1588SL20C-0340 3.4 6 123 83 72 36 Ɣ
1588SL20C-0350 3.5 6 123 83 72 36 Ɣ
1588SL20C-0360 3.6 6 136 96 84 36 Ɣ
1588SL20C-0370 3.7 6 136 96 84 36 Ɣ
1588SL20C-0380 3.8 6 136 96 84 36 Ɣ
1588SL20C-0390 3.9 6 136 96 84 36 Ɣ
1588SL20C-0400 4 6 136 96 84 36 Ɣ
1588SL20C-0410 4.1 6 148 108 96 36 Ɣ
1588SL20C-0420 4.2 6 148 108 96 36 Ɣ
1588SL20C-0430 4.3 6 148 108 96 36 ż
1588SL20C-0440 4.4 6 148 108 96 36 ż
1588SL20C-0450 4.5 6 148 108 96 36 Ɣ
1588SL20C-0460 4.6 6 158 118 106 36 ż
1588SL20C-0470 4.7 6 158 118 106 36 ż
1588SL20C-0480 4.8 6 158 118 106 36 Ɣ
1588SL20C-0490 4.9 6 158 118 106 36 ż
1588SL20C-0500 5 6 158 118 106 36 Ɣ
1588SL20C-0510 5.1 6 168 128 116 36 ż
1588SL20C-0520 5.2 6 168 128 116 36 Ɣ
1588SL20C-0530 5.3 6 168 128 116 36 Ɣ
1588SL20C-0540 5.4 6 168 128 116 36 Ɣ
1588SL20C-0550 5.5 6 168 128 116 36 Ɣ
1588SL20C-0560 5.6 6 180 140 126 36 ż
1588SL20C-0570 5.7 6 180 140 126 36 ż
1588SL20C-0580 5.8 6 180 140 126 36 Ɣ
1588SL20C-0590 5.9 6 180 140 126 36 ż
1588SL20C-0600 6 6 180 140 126 36 Ɣ
1588SL20C-0610 6.1 8 192 150 132 36 ż
1588SL20C-0620 6.2 8 192 150 132 36 ż
1588SL20C-0630 6.3 8 192 150 132 36 ż
1588SL20C-0640 6.4 8 192 150 132 36 ż
ƔEx stockżOn demand
All articles SLK on demand
With internal cooling
Application field
Type PMKNSH
1588SL* DDDDD
1588SLK* D
DVery suitable
DSuitable
Solid carbide drills SL/SP series
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
C84
System code C28 Machining instructions C165 Cutting data C122 Nonstandard order C178
SL(K) drill 20xD General machining Add K (SLK) to the code for use on Cast Iron
1588SL20C
Type of shank DIN 6535HA
– Coolant exit, axial concentric
Internal coolant
2
d
l
1
l
3
l
2
d
1
140°
l
4
Dimensions [mm] Grade
Article d1 (m7) d2 (h6) l1l2l3l4KDG303
1588SL20C-0650 6.5 8 192 150 132 36 Ɣ
1588SL20C-0660 6.6 8 202 162 144 36 ż
1588SL20C-0670 6.7 8 202 162 144 36 ż
1588SL20C-0680 6.8 8 202 162 144 36 Ɣ
1588SL20C-0690 6.9 8 202 162 144 36 ż
1588SL20C-0700 7 8 202 162 144 36 Ɣ
1588SL20C-0710 7.1 8 213 173 155 36 ż
1588SL20C-0720 7.2 8 213 173 155 36 ż
1588SL20C-0730 7.3 8 213 173 155 36 ż
1588SL20C-0740 7.4 8 213 173 155 36 ż
1588SL20C-0750 7.5 8 213 173 155 36 Ɣ
1588SL20C-0760 7.6 8 223 183 165 36 ż
1588SL20C-0770 7.7 8 223 183 165 36 ż
1588SL20C-0780 7.8 8 223 183 165 36 ż
1588SL20C-0790 7.9 8 223 183 165 36 ż
1588SL20C-0800 8 8 223 183 165 36 Ɣ
1588SL20C-0810 8.1 10 239 195 176 40 ż
1588SL20C-0820 8.2 10 239 195 176 40 ż
1588SL20C-0830 8.3 10 239 195 176 40 ż
1588SL20C-0840 8.4 10 239 195 176 40 ż
1588SL20C-0850 8.5 10 239 195 176 40 Ɣ
1588SL20C-0860 8.6 10 249 205 186 40 ż
1588SL20C-0870 8.7 10 249 205 186 40 ż
1588SL20C-0880 8.8 10 249 205 186 40 ż
1588SL20C-0890 8.9 10 249 205 186 40 ż
1588SL20C-0900 9 10 249 205 186 40 ż
1588SL20C-0910 9.1 10 262 218 196 36 ż
1588SL20C-0920 9.2 10 262 218 196 36 ż
1588SL20C-0930 9.3 10 262 218 196 36 ż
1588SL20C-0940 9.4 10 262 218 196 36 ż
1588SL20C-0950 9.5 10 262 218 196 36 ż
1588SL20C-0960 9.6 10 272 228 206 40 ż
1588SL20C-0970 9.7 10 272 228 206 40 ż
1588SL20C-0980 9.8 10 272 228 206 40 ż
1588SL20C-0990 9.9 10 272 228 206 40 ż
ƔEx stockżOn demand
All articles SLK on demand
With internal cooling
Application field
Type PMKNSH
1588SL* DDDDD
1588SLK* D
DVery suitable
DSuitable
SL/SP series Solid carbide drills
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
C85
System code C28 Machining instructions C165 Cutting data C122 Nonstandard order C178
SL(K) drill 20xD General machining Add K (SLK) to the code for use on Cast Iron
1588SL20C
Type of shank DIN 6535HA
– Coolant exit, axial concentric
Internal coolant
2
d
l
1
l
3
l
2
d
1
140°
l
4
Dimensions [mm] Grade
Article d1 (m7) d2 (h6) l1l2l3l4KDG303
1588SL20C-1000 10 10 272 228 206 40 Ɣ
1588SL20C-1010 10.1 12 292 242 220 45 ż
1588SL20C-1020 10.2 12 292 242 220 45 ż
1588SL20C-1030 10.3 12 292 242 220 45 ż
1588SL20C-1040 10.4 12 292 242 220 45 ż
1588SL20C-1050 10.5 12 292 242 220 45 ż
1588SL20C-1060 10.6 12 300 250 228 45 ż
1588SL20C-1070 10.7 12 300 250 228 45 ż
1588SL20C-1080 10.8 12 300 250 228 45 ż
1588SL20C-1090 10.9 12 300 250 228 45 ż
1588SL20C-1100 11 12 300 250 228 45 ż
1588SL20C-1110 11.1 12 315 265 240 45 ż
1588SL20C-1120 11.2 12 315 265 240 45 ż
1588SL20C-1130 11.3 12 315 265 240 45 ż
1588SL20C-1140 11.4 12 315 265 240 45 ż
1588SL20C-1150 11.5 12 315 265 240 45 ż
1588SL20C-1160 11.6 12 325 275 250 45 ż
1588SL20C-1170 11.7 12 325 275 250 45 ż
1588SL20C-1180 11.8 12 325 275 250 45 ż
1588SL20C-1190 11.9 12 325 275 250 45 ż
1588SL20C-1200 12 12 325 275 250 45 ż
1588SL20C-1250 12.5 14 325 275 250 45 ż
1588SL20C-1300 13 14 338 290 265 45 ż
1588SL20C-1350 13.5 14 338 290 265 45 ż
1588SL20C-1400 14 14 367 318 290 45 ż
ƔEx stockżOn demand
All articles SLK on demand
With internal cooling
Application field
Type PMKNSH
1588SL* DDDDD
1588SLK* D
DVery suitable
DSuitable
Solid carbide drills SL/SP series
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
C86
System code C28 Machining instructions C165 Cutting data C122 Nonstandard order C178
SL(K) drill 30xD General machining Add K (SLK) to the code for use on Cast Iron
1588SL30C
Type of shank DIN 6535HA
– Coolant exit, axial concentric
Internal coolant
2
d
l
1
l
3
l
2
d
1
140°
l
4
Dimensions [mm] Grade
Article d1 (m7) d2 (h6) l1l2l3l4KDG303
1588SL30C-0300 3 6 140 100 92 36 Ɣ
1588SL30C-0310 3.1 6 160 120 108 36 ż
1588SL30C-0320 3.2 6 160 120 108 36 Ɣ
1588SL30C-0330 3.3 6 160 120 108 36 ż
1588SL30C-0340 3.4 6 160 120 108 36 Ɣ
1588SL30C-0350 3.5 6 160 120 108 36 Ɣ
1588SL30C-0360 3.6 6 176 136 124 36 ż
1588SL30C-0370 3.7 6 176 136 124 36 ż
1588SL30C-0380 3.8 6 176 136 124 36 Ɣ
1588SL30C-0390 3.9 6 176 136 124 36 Ɣ
1588SL30C-0400 4 6 176 136 124 36 Ɣ
1588SL30C-0410 4.1 6 192 152 140 36 ż
1588SL30C-0420 4.2 6 192 152 140 36 ż
1588SL30C-0430 4.3 6 192 152 140 36 ż
1588SL30C-0440 4.4 6 192 152 140 36 ż
1588SL30C-0450 4.5 6 192 152 140 36 Ɣ
1588SL30C-0460 4.6 6 208 168 156 36 ż
1588SL30C-0470 4.7 6 208 168 156 36 ż
1588SL30C-0480 4.8 6 208 168 156 36 Ɣ
1588SL30C-0490 4.9 6 208 168 156 36 Ɣ
1588SL30C-0500 5 6 208 168 156 36 Ɣ
1588SL30C-0510 5.1 6 228 188 170 36 ż
1588SL30C-0520 5.2 6 228 188 170 36 Ɣ
1588SL30C-0530 5.3 6 228 188 170 36 ż
1588SL30C-0540 5.4 6 228 188 170 36 ż
1588SL30C-0550 5.5 6 228 188 170 36 Ɣ
1588SL30C-0560 5.6 6 240 200 182 36 ż
1588SL30C-0570 5.7 6 240 200 182 36 ż
1588SL30C-0580 5.8 6 240 200 182 36 Ɣ
1588SL30C-0590 5.9 6 240 200 182 36 ż
1588SL30C-0600 6 6 240 200 182 36 Ɣ
1588SL30C-0610 6.1 8 260 220 202 36 ż
1588SL30C-0620 6.2 8 260 220 202 36 ż
1588SL30C-0630 6.3 8 260 220 202 36 Ɣ
1588SL30C-0640 6.4 8 260 220 202 36 ż
ƔEx stockżOn demand
All articles SLK on demand
With internal cooling
Application field
Type PMKNSH
1588SL* DDDDD
1588SLK* D
DVery suitable
DSuitable
SL/SP series Solid carbide drills
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
C87
System code C28 Machining instructions C165 Cutting data C122 Nonstandard order C178
SL(K) drill 30xD General machining Add K (SLK) to the code for use on Cast Iron
1588SL30C
Type of shank DIN 6535HA
– Coolant exit, axial concentric
Internal coolant
2
d
l
1
l
3
l
2
d
1
140°
l
4
Dimensions [mm] Grade
Article d1 (m7) d2 (h6) l1l2l3l4KDG303
1588SL30C-0650 6.5 8 260 220 202 36 Ɣ
1588SL30C-0660 6.6 8 272 232 214 36 ż
1588SL30C-0670 6.7 8 272 232 214 36 ż
1588SL30C-0680 6.8 8 272 232 214 36 Ɣ
1588SL30C-0690 6.9 8 272 232 214 36 ż
1588SL30C-0700 7 8 272 232 214 36 Ɣ
1588SL30C-0710 7.1 8 290 250 232 36 ż
1588SL30C-0720 7.2 8 290 250 232 36 ż
1588SL30C-0730 7.3 8 290 250 232 36 ż
1588SL30C-0740 7.4 8 290 250 232 36 ż
1588SL30C-0750 7.5 8 290 250 232 36 ż
1588SL30C-0760 7.6 8 305 265 246 36 ż
1588SL30C-0770 7.7 8 305 265 246 36 ż
1588SL30C-0780 7.8 8 305 265 246 36 ż
1588SL30C-0790 7.9 8 305 265 246 36 ż
1588SL30C-0800 8 8 305 265 246 36 Ɣ
1588SL30C-0810 8.1 10 330 285 265 40 ż
1588SL30C-0820 8.2 10 330 285 265 40 ż
1588SL30C-0830 8.3 10 330 285 265 40 ż
1588SL30C-0840 8.4 10 330 285 265 40 ż
1588SL30C-0850 8.5 10 330 285 265 40 Ɣ
1588SL30C-0860 8.6 10 340 295 275 40 ż
1588SL30C-0870 8.7 10 340 295 275 40 ż
1588SL30C-0880 8.8 10 340 295 275 40 ż
1588SL30C-0890 8.9 10 340 295 275 40 ż
1588SL30C-0900 9 10 340 295 275 40 ż
1588SL30C-0910 9.1 10 360 315 292 40 ż
1588SL30C-0920 9.2 10 360 315 292 40 ż
1588SL30C-0930 9.3 10 360 315 292 40 ż
1588SL30C-0940 9.4 10 360 315 292 40 ż
1588SL30C-0950 9.5 10 360 315 292 40 ż
1588SL30C-0960 9.6 10 372 328 305 40 ż
1588SL30C-0970 9.7 10 372 328 305 40 ż
1588SL30C-0980 9.8 10 372 328 305 40 ż
1588SL30C-0990 9.9 10 372 328 305 40 ż
1588SL30C-1000 10 10 372 328 305 40 ż
ƔEx stockżOn demand
All articles SLK on demand
With internal cooling
Application field
Type PMKNSH
1588SL* DDDDD
1588SLK* D
DVery suitable
DSuitable
Solid carbide drills SL/SP series
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
C88
System code C28 Machining instructions C165 Cutting data C122 Nonstandard order C178
SP drill 3xD General machining
1534SP03C
Type of shank DIN 6535HA
– Coolant exit, axial concentric
Internal coolant
150°
d1
d
2
l
4
l
3
l
2
l
1
Dimensions [mm] Grade
Article d1 (h7) d2 (h6) l1l2l3l4KDG303
1534SP03C-0303 3.03 6 62 20 14 36 Ɣ
1534SP03C-0313 3.13 6 62 20 14 36 ż
1534SP03C-0323 3.23 6 62 20 14 36 ż
1534SP03C-0333 3.33 6 62 20 14 36 Ɣ
1534SP03C-0343 3.43 6 62 20 14 36 Ɣ
1534SP03C-0353 3.53 6 62 20 14 36 Ɣ
1534SP03C-0363 3.63 6 62 20 14 36 ż
1534SP03C-0373 3.73 6 62 20 14 36 ż
1534SP03C-0383 3.83 6 66 24 17 36 ż
1534SP03C-0393 3.93 6 66 24 17 36 ż
1534SP03C-0403 4.03 6 66 24 17 36 Ɣ
1534SP03C-0413 4.13 6 66 24 17 36 ż
1534SP03C-0423 4.23 6 66 24 17 36 ż
1534SP03C-0433 4.33 6 66 24 17 36 ż
1534SP03C-0443 4.43 6 66 24 17 36 ż
1534SP03C-0453 4.53 6 66 24 17 36 Ɣ
1534SP03C-0463 4.63 6 66 24 17 36 ż
1534SP03C-0473 4.73 6 66 24 17 36 ż
1534SP03C-0483 4.83 6 66 28 20 36 ż
1534SP03C-0493 4.93 6 66 28 20 36 ż
1534SP03C-0503 5.03 6 66 28 20 36 Ɣ
1534SP03C-0513 5.13 6 66 28 20 36 ż
1534SP03C-0523 5.23 6 66 28 20 36 ż
1534SP03C-0533 5.33 6 66 28 20 36 ż
1534SP03C-0543 5.43 6 66 28 20 36 ż
1534SP03C-0553 5.53 6 66 28 20 36 Ɣ
1534SP03C-0563 5.63 6 66 28 20 36 ż
1534SP03C-0573 5.73 6 66 28 20 36 ż
1534SP03C-0583 5.83 6 66 28 20 36 ż
1534SP03C-0593 5.93 6 66 28 20 36 ż
1534SP03C-0603 6.03 6 66 28 20 36 Ɣ
1534SP03C-0613 6.13 8 79 34 24 36 ż
1534SP03C-0623 6.23 8 79 34 24 36 ż
1534SP03C-0633 6.33 8 79 34 24 36 ż
1534SP03C-0643 6.43 8 79 34 24 36 ż
1534SP03C-0653 6.53 8 79 34 24 36 Ɣ
1534SP03C-0663 6.63 8 79 34 24 36 ż
ƔEx stockżOn demand
Pilot drill Ø = Deep drill Ø + 0,03 mm
With internal cooling
Application field
PMKNSH
DDDDD
DVery suitable
DSuitable
SL/SP series Solid carbide drills
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
C89
System code C28 Machining instructions C165 Cutting data C122 Nonstandard order C178
SP drill 3xD General machining
1534SP03C
Type of shank DIN 6535HA
– Coolant exit, axial concentric
Internal coolant
150°
d1
d
2
l
4
l
3
l
2
l
1
Dimensions [mm] Grade
Article d1 (h7) d2 (h6) l1l2l3l4KDG303
1534SP03C-0673 6.73 8 79 34 24 36 ż
1534SP03C-0683 6.83 8 79 34 24 36 ż
1534SP03C-0693 6.93 8 79 34 24 36 ż
1534SP03C-0703 7.03 8 79 34 24 36 Ɣ
1534SP03C-0713 7.13 8 79 41 29 36 ż
1534SP03C-0723 7.23 8 79 41 29 36 ż
1534SP03C-0733 7.33 8 79 41 29 36 Ɣ
1534SP03C-0743 7.43 8 79 41 29 36 ż
1534SP03C-0753 7.53 8 79 41 29 36 Ɣ
1534SP03C-0763 7.63 8 79 41 29 36 ż
1534SP03C-0773 7.73 8 79 41 29 36 ż
1534SP03C-0783 7.83 8 79 41 29 36 ż
1534SP03C-0793 7.93 8 79 41 29 36 ż
1534SP03C-0803 8.03 8 79 41 29 36 Ɣ
1534SP03C-0813 8.13 10 89 47 35 40 ż
1534SP03C-0823 8.23 10 89 47 35 40 ż
1534SP03C-0833 8.33 10 89 47 35 40 Ɣ
1534SP03C-0843 8.43 10 89 47 35 40 ż
1534SP03C-0853 8.53 10 89 47 35 40 ż
1534SP03C-0863 8.63 10 89 47 35 40 ż
1534SP03C-0873 8.73 10 89 47 35 40 ż
1534SP03C-0883 8.83 10 89 47 35 40 Ɣ
1534SP03C-0893 8.93 10 89 47 35 40 ż
1534SP03C-0903 9.03 10 89 47 35 40 Ɣ
1534SP03C-0913 9.13 10 89 47 35 40 ż
1534SP03C-0923 9.23 10 89 47 35 40 ż
1534SP03C-0933 9.33 10 89 47 35 40 ż
1534SP03C-0943 9.43 10 89 47 35 40 ż
1534SP03C-0953 9.53 10 89 47 35 40 Ɣ
1534SP03C-0963 9.63 10 89 47 35 40 ż
1534SP03C-0973 9.73 10 89 47 35 40 Ɣ
1534SP03C-0983 9.83 10 89 47 35 40 Ɣ
1534SP03C-0993 9.93 10 89 47 35 40 ż
1534SP03C-1003 10.03 10 89 47 35 40 Ɣ
1534SP03C-1013 10.13 12 102 55 40 45 ż
1534SP03C-1023 10.23 12 102 55 40 45 ż
1534SP03C-1033 10.33 12 102 55 40 45 ż
ƔEx stockżOn demand
Pilot drill Ø = Deep drill Ø + 0,03 mm
With internal cooling
Application field
PMKNSH
DDDDD
DVery suitable
DSuitable
Solid carbide drills SL/SP series
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
C90
System code C28 Machining instructions C165 Cutting data C122 Nonstandard order C178
SP drill 3xD General machining
1534SP03C
Type of shank DIN 6535HA
– Coolant exit, axial concentric
Internal coolant
150°
d1
d
2
l
4
l
3
l
2
l
1
Dimensions [mm] Grade
Article d1 (h7) d2 (h6) l1l2l3l4KDG303
1534SP03C-1043 10.43 12 102 55 40 45 ż
1534SP03C-1053 10.53 12 102 55 40 45 Ɣ
1534SP03C-1063 10.63 12 102 55 40 45 ż
1534SP03C-1073 10.73 12 102 55 40 45 ż
1534SP03C-1083 10.83 12 102 55 40 45 Ɣ
1534SP03C-1093 10.93 12 102 55 40 45 ż
1534SP03C-1103 11.03 12 102 55 40 45 Ɣ
1534SP03C-1113 11.13 12 102 55 40 45 ż
1534SP03C-1123 11.23 12 102 55 40 45 ż
1534SP03C-1133 11.33 12 102 55 40 45 ż
1534SP03C-1143 11.43 12 102 55 40 45 ż
1534SP03C-1153 11.53 12 102 55 40 45 Ɣ
1534SP03C-1163 11.63 12 102 55 40 45 ż
1534SP03C-1173 11.73 12 102 55 40 45 ż
1534SP03C-1183 11.83 12 102 55 40 45 Ɣ
1534SP03C-1193 11.93 12 102 55 40 45 ż
1534SP03C-1203 12.03 12 102 55 40 45 Ɣ
1534SP03C-1213 12.13 14 107 60 43 45 ż
1534SP03C-1223 12.23 14 107 60 43 45 ż
1534SP03C-1233 12.33 14 107 60 43 45 ż
1534SP03C-1243 12.43 14 107 60 43 45 ż
1534SP03C-1253 12.53 14 107 60 43 45 Ɣ
1534SP03C-1263 12.63 14 107 60 43 45 ż
1534SP03C-1273 12.73 14 107 60 43 45 ż
1534SP03C-1283 12.83 14 107 60 43 45 ż
1534SP03C-1293 12.93 14 107 60 43 45 ż
1534SP03C-1303 13.03 14 107 60 43 45 ż
1534SP03C-1353 13.53 14 107 60 43 45 ż
1534SP03C-1403 14.03 14 107 60 43 45 ż
1534SP03C-1453 14.53 16 115 65 45 48 ż
1534SP03C-1503 15.03 16 115 65 45 48 ż
1534SP03C-1553 15.53 16 115 65 45 48 ż
1534SP03C-1603 16.03 16 115 65 45 48 ż
1534SP03C-1653 16.53 18 123 73 51 48 ż
1534SP03C-1703 17.03 18 123 73 51 48 ż
1534SP03C-1753 17.53 18 123 73 51 48 ż
1534SP03C-1803 18.03 18 123 73 51 48 ż
ƔEx stockżOn demand
Pilot drill Ø = Deep drill Ø + 0,03 mm
With internal cooling
Application field
PMKNSH
DDDDD
DVery suitable
DSuitable
SL/SP series Solid carbide drills
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
C91
System code C28 Machining instructions C165 Cutting data C122 Nonstandard order C178
SP drill 3xD General machining
1534SP03C
Type of shank DIN 6535HA
– Coolant exit, axial concentric
Internal coolant
150°
d1
d
2
l
4
l
3
l
2
l
1
Dimensions [mm] Grade
Article d1 (h7) d2 (h6) l1l2l3l4KDG303
1534SP03C-1853 18.53 20 131 79 55 50 ż
1534SP03C-1903 19.03 20 131 79 55 50 ż
1534SP03C-1953 19.53 20 131 79 55 50 ż
1534SP03C-2003 20.03 20 131 79 55 50 ż
ƔEx stockżOn demand
Pilot drill Ø = Deep drill Ø + 0,03 mm
With internal cooling
Application field
PMKNSH
DDDDD
DVery suitable
DSuitable
Solid carbide drills SL/SP series
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
C92
System code C28 Machining instructions C165 Cutting data C122 Nonstandard order C178
C
93
1536ST
ST
For machining of tough steel, stainless steel and
heat-resistant alloys.
Diameter range 3.020.0 mm (3xD, 5xD)
Twist drills with sharp cutting edge
Straight cut
Chip (competitor A) 1534ST03C-1000 chip (ZCC-CT)
Chip comparison
series
ST drill 3xD Steel, stainless steel, heat-resistant alloys
1534ST03C
Type of shank DIN 6535HA
– Coolant exit, axial concentric
Internal coolant
Dimensions [mm] Grade
Article d1 (m7) d2 (h6) l1l2l3l4KDG303
1534ST03C-0300 3 6 62 20 14 36 Ɣ
1534ST03C-0310 3.1 6 62201436 Ɣ
1534ST03C-0320 3.2 6 62201436 Ɣ
1534ST03C-0325 3.25 6 62 20 14 36 ż
1534ST03C-0330 3.3 6 62201436 Ɣ
1534ST03C-0340 3.4 6 62201436 Ɣ
1534ST03C-0350 3.5 6 62201436 Ɣ
1534ST03C-0360 3.6 6 62201436 Ɣ
1534ST03C-0370 3.7 6 62201436 Ɣ
1534ST03C-0380 3.8 6 66241736 Ɣ
1534ST03C-0390 3.9 6 66241736 Ɣ
1534ST03C-0400 4 6 66 24 17 36 Ɣ
1534ST03C-0410 4.1 6 66241736 Ɣ
1534ST03C-0420 4.2 6 66241736 Ɣ
1534ST03C-0430 4.3 6 66241736 Ɣ
1534ST03C-0440 4.4 6 66241736 Ɣ
1534ST03C-0450 4.5 6 66241736 Ɣ
1534ST03C-0460 4.6 6 66241736 Ɣ
1534ST03C-0465 4.65 6 66 24 17 36 ż
1534ST03C-0470 4.7 6 66241736 Ɣ
1534ST03C-0480 4.8 6 66282036 Ɣ
1534ST03C-0490 4.9 6 66282036 Ɣ
1534ST03C-0500 5 6 66 28 20 36 Ɣ
1534ST03C-0510 5.1 6 66282036 Ɣ
1534ST03C-0520 5.2 6 66282036 Ɣ
1534ST03C-0530 5.3 6 66282036 Ɣ
1534ST03C-0540 5.4 6 66282036 Ɣ
1534ST03C-0550 5.5 6 66282036 Ɣ
1534ST03C-0555 5.55 6 66 28 20 36 ż
1534ST03C-0560 5.6 6 66282036 Ɣ
1534ST03C-0570 5.7 6 66282036 Ɣ
1534ST03C-0580 5.8 6 66282036 Ɣ
1534ST03C-0590 5.9 6 66282036 Ɣ
1534ST03C-0600 6 6 66 28 20 36 Ɣ
1534ST03C-0610 6.1 8 79342436 ż
1534ST03C-0620 6.2 8 79342436 Ɣ
1534ST03C-0630 6.3 8 79342436 Ɣ
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
DD D
DVery suitable
DSuitable
Solid carbide drills ST series
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
C94
System code C28 Machining instructions C165 Cutting data C122 Nonstandard order C178
ST drill 3xD Steel, stainless steel, heat-resistant alloys
1534ST03C
Type of shank DIN 6535HA
– Coolant exit, axial concentric
Internal coolant
Dimensions [mm] Grade
Article d1 (m7) d2 (h6) l1l2l3l4KDG303
1534ST03C-0640 6.4 8 79342436 Ɣ
1534ST03C-0650 6.5 8 79342436 Ɣ
1534ST03C-0660 6.6 8 79342436 Ɣ
1534ST03C-0670 6.7 8 79342436 Ɣ
1534ST03C-0675 6.75 8 79 34 24 36 ż
1534ST03C-0690 6.9 8 79342436 Ɣ
1534ST03C-0700 7 8 79 34 24 36 Ɣ
1534ST03C-0710 7.1 8 79412936 Ɣ
1534ST03C-0720 7.2 8 79412936 Ɣ
1534ST03C-0730 7.3 8 79412936 Ɣ
1534ST03C-0740 7.4 8 79412936 Ɣ
1534ST03C-0750 7.5 8 79412936 Ɣ
1534ST03C-0760 7.6 8 79412936 Ɣ
1534ST03C-0770 7.7 8 79412936 Ɣ
1534ST03C-0780 7.8 8 79412936 Ɣ
1534ST03C-0790 7.9 8 79412936 Ɣ
1534ST03C-0800 8 8 79 41 29 36 Ɣ
1534ST03C-0810 8.1 10 89 47 35 40 Ɣ
1534ST03C-0820 8.2 10 89 47 35 40 Ɣ
1534ST03C-0830 8.3 10 89 47 35 40 Ɣ
1534ST03C-0840 8.4 10 89 47 35 40 Ɣ
1534ST03C-0850 8.5 10 89 47 35 40 Ɣ
1534ST03C-0860 8.6 10 89 47 35 40 Ɣ
1534ST03C-0870 8.7 10 89 47 35 40 Ɣ
1534ST03C-0880 8.8 10 89 47 35 40 Ɣ
1534ST03C-0890 8.9 10 89 47 35 40 Ɣ
1534ST03C-0900 9 1089473540 ż
1534ST03C-0910 9.1 10 89 47 35 40 Ɣ
1534ST03C-0930 9.3 10 89 47 35 40 Ɣ
1534ST03C-0940 9.4 10 89 47 35 40 Ɣ
1534ST03C-0950 9.5 10 89 47 35 40 Ɣ
1534ST03C-0960 9.6 10 89 47 35 40 Ɣ
1534ST03C-0970 9.7 10 89 47 35 40 Ɣ
1534ST03C-0980 9.8 10 89 47 35 40 Ɣ
1534ST03C-0990 9.9 10 89 47 35 40 Ɣ
1534ST03C-1000 10 10 89 47 35 40 Ɣ
1534ST03C-1010 10.1 12 102 55 40 45 Ɣ
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
DD D
DVery suitable
DSuitable
ST series Solid carbide drills
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
C95
System code C28 Machining instructions C165 Cutting data C122 Nonstandard order C178
ST drill 3xD Steel, stainless steel, heat-resistant alloys
1534ST03C
Type of shank DIN 6535HA
– Coolant exit, axial concentric
Internal coolant
Dimensions [mm] Grade
Article d1 (m7) d2 (h6) l1l2l3l4KDG303
1534ST03C-1025 10.25 12 102 55 40 45 Ɣ
1534ST03C-1030 10.3 12 102 55 40 45 Ɣ
1534ST03C-1040 10.4 12 102 55 40 45 Ɣ
1534ST03C-1050 10.5 12 102 55 40 45 ż
1534ST03C-1060 10.6 12 102 55 40 45 Ɣ
1534ST03C-1070 10.7 12 102 55 40 45 Ɣ
1534ST03C-1080 10.8 12 102 55 40 45 Ɣ
1534ST03C-1090 10.9 12 102 55 40 45 Ɣ
1534ST03C-1100 11 12 102 55 40 45 Ɣ
1534ST03C-1110 11.1 12 102 55 40 45 Ɣ
1534ST03C-1120 11.2 12 102 55 40 45 Ɣ
1534ST03C-1130 11.3 12 102 55 40 45 Ɣ
1534ST03C-1140 11.4 12 102 55 40 45 Ɣ
1534ST03C-1150 11.5 12 102 55 40 45 Ɣ
1534ST03C-1160 11.6 12 102 55 40 45 Ɣ
1534ST03C-1170 11.7 12 102 55 40 45 Ɣ
1534ST03C-1180 11.8 12 102 55 40 45 Ɣ
1534ST03C-1190 11.9 12 102 55 40 45 Ɣ
1534ST03C-1200 12 12 102 55 40 45 Ɣ
1534ST03C-1225 12.25 14 107 60 43 45 Ɣ
1534ST03C-1230 12.3 14 107 60 43 45 Ɣ
1534ST03C-1250 12.5 14 107 60 43 45 Ɣ
1534ST03C-1270 12.7 14 107 60 43 45 Ɣ
1534ST03C-1275 12.75 14 107 60 43 45 Ɣ
1534ST03C-1280 12.8 14 107 60 43 45 Ɣ
1534ST03C-1300 13 14 107 60 43 45 ż
1534ST03C-1310 13.1 14 107 60 43 45 Ɣ
1534ST03C-1350 13.5 14 107 60 43 45 Ɣ
1534ST03C-1380 13.8 14 107 60 43 45 Ɣ
1534ST03C-1400 14 14 107 60 43 45 Ɣ
1534ST03C-1425 14.25 16 115 65 45 48 Ɣ
1534ST03C-1430 14.3 16 115 65 45 48 Ɣ
1534ST03C-1450 14.5 16 115 65 45 48 Ɣ
1534ST03C-1475 14.75 16 115 65 45 48 Ɣ
1534ST03C-1480 14.8 16 115 65 45 48 Ɣ
1534ST03C-1500 15 16 115 65 45 48 Ɣ
1534ST03C-1510 15.1 16 115 65 45 48 Ɣ
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
DD D
DVery suitable
DSuitable
Solid carbide drills ST series
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
C96
System code C28 Machining instructions C165 Cutting data C122 Nonstandard order C178
ST drill 3xD Steel, stainless steel, heat-resistant alloys
1534ST03C
Type of shank DIN 6535HA
– Coolant exit, axial concentric
Internal coolant
Dimensions [mm] Grade
Article d1 (m7) d2 (h6) l1l2l3l4KDG303
1534ST03C-1550 15.5 16 115 65 45 48 Ɣ
1534ST03C-1580 15.8 16 115 65 45 48 Ɣ
1534ST03C-1600 16 16 115 65 45 48 Ɣ
1534ST03C-1650 16.5 18 123 73 51 48 Ɣ
1534ST03C-1675 16.75 18 123 73 51 48 Ɣ
1534ST03C-1680 16.8 18 123 73 51 48 Ɣ
1534ST03C-1700 17 18 123 73 51 48 Ɣ
1534ST03C-1750 17.5 18 123 73 51 48 Ɣ
1534ST03C-1780 17.8 18 123 73 51 48 Ɣ
1534ST03C-1800 18 18 123 73 51 48 Ɣ
1534ST03C-1850 18.5 20 131 79 55 50 Ɣ
1534ST03C-1880 18.8 20 131 79 55 50 Ɣ
1534ST03C-1900 19 20 131 79 55 50 Ɣ
1534ST03C-1950 19.5 20 131 79 55 50 Ɣ
1534ST03C-1980 19.8 20 131 79 55 50 Ɣ
1534ST03C-2000 20 20 131 79 55 50 Ɣ
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
DD D
DVery suitable
DSuitable
ST series Solid carbide drills
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
C97
System code C28 Machining instructions C165 Cutting data C122 Nonstandard order C178
ST drill 5xD Steel, stainless steel, heat-resistant alloys
1536ST05C
Type of shank DIN 6535HA
– Coolant exit, axial concentric
Internal coolant
Dimensions [mm] Grade
Article d1 (m7) d2 (h6) l1l2l3l4KDG303
1536ST05C-0300 3 6 66 28 23 36 Ɣ
1536ST05C-0310 3.1 6 66282336 Ɣ
1536ST05C-0320 3.2 6 66282336 Ɣ
1536ST05C-0325 3.25 6 66 28 23 36 ż
1536ST05C-0330 3.3 6 66282336 Ɣ
1536ST05C-0340 3.4 6 66282336 Ɣ
1536ST05C-0350 3.5 6 66282336 Ɣ
1536ST05C-0360 3.6 6 66282336 Ɣ
1536ST05C-0370 3.7 6 66282336 Ɣ
1536ST05C-0380 3.8 6 74362936 Ɣ
1536ST05C-0390 3.9 6 74362936 Ɣ
1536ST05C-0400 4 6 74 36 29 36 Ɣ
1536ST05C-0410 4.1 6 74362936 Ɣ
1536ST05C-0420 4.2 6 74362936 Ɣ
1536ST05C-0430 4.3 6 74362936 Ɣ
1536ST05C-0440 4.4 6 74362936 Ɣ
1536ST05C-0450 4.5 6 74362936 Ɣ
1536ST05C-0460 4.6 6 74362936 Ɣ
1536ST05C-0465 4.65 6 74 36 29 36 ż
1536ST05C-0470 4.7 6 74362936 Ɣ
1536ST05C-0480 4.8 6 82443536 Ɣ
1536ST05C-0490 4.9 6 82443536 Ɣ
1536ST05C-0500 5 6 82 44 35 36 Ɣ
1536ST05C-0510 5.1 6 82443536 Ɣ
1536ST05C-0520 5.2 6 82443536 Ɣ
1536ST05C-0530 5.3 6 82443536 Ɣ
1536ST05C-0540 5.4 6 82443536 Ɣ
1536ST05C-0550 5.5 6 82443536 Ɣ
1536ST05C-0555 5.55 6 82 44 35 36 ż
1536ST05C-0560 5.6 6 82443536 Ɣ
1536ST05C-0570 5.7 6 82443536 Ɣ
1536ST05C-0580 5.8 6 82443536 Ɣ
1536ST05C-0590 5.9 6 82443536 Ɣ
1536ST05C-0600 6 6 82 44 35 36 Ɣ
1536ST05C-0610 6.1 8 91534336 Ɣ
1536ST05C-0620 6.2 8 91534336 Ɣ
1536ST05C-0630 6.3 8 91534336 Ɣ
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
DD D
DVery suitable
DSuitable
Solid carbide drills ST series
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
C98
System code C28 Machining instructions C165 Cutting data C122 Nonstandard order C178
ST drill 5xD Steel, stainless steel, heat-resistant alloys
1536ST05C
Type of shank DIN 6535HA
– Coolant exit, axial concentric
Internal coolant
Dimensions [mm] Grade
Article d1 (m7) d2 (h6) l1l2l3l4KDG303
1536ST05C-0640 6.4 8 91534336 Ɣ
1536ST05C-0650 6.5 8 91534336 Ɣ
1536ST05C-0660 6.6 8 91534336 Ɣ
1536ST05C-0670 6.7 8 91534336 Ɣ
1536ST05C-0675 6.75 8 91 53 43 36 ż
1536ST05C-0680 6.8 8 91534336 Ɣ
1536ST05C-0690 6.9 8 91534336 Ɣ
1536ST05C-0700 7 8 91 53 43 36 Ɣ
1536ST05C-0710 7.1 8 91534336 Ɣ
1536ST05C-0720 7.2 8 91534336 Ɣ
1536ST05C-0730 7.3 8 91534336 Ɣ
1536ST05C-0740 7.4 8 91534336 Ɣ
1536ST05C-0750 7.5 8 91534336 Ɣ
1536ST05C-0760 7.6 8 91534336 Ɣ
1536ST05C-0770 7.7 8 91534336 Ɣ
1536ST05C-0780 7.8 8 91534336 Ɣ
1536ST05C-0790 7.9 8 91534336 Ɣ
1536ST05C-0800 8 8 91 53 43 36 Ɣ
1536ST05C-0810 8.1 10 103 61 49 40 Ɣ
1536ST05C-0820 8.2 10 103 61 49 40 Ɣ
1536ST05C-0830 8.3 10 103 61 49 40 Ɣ
1536ST05C-0840 8.4 10 103 61 49 40 Ɣ
1536ST05C-0850 8.5 10 103 61 49 40 Ɣ
1536ST05C-0860 8.6 10 103 61 49 40 Ɣ
1536ST05C-0870 8.7 10 103 61 49 40 Ɣ
1536ST05C-0880 8.8 10 103 61 49 40 Ɣ
1536ST05C-0890 8.9 10 103 61 49 40 Ɣ
1536ST05C-0900 9 10 103 61 49 40 Ɣ
1536ST05C-0910 9.1 10 103 61 49 40 Ɣ
1536ST05C-0920 9.2 10 103 61 49 40 Ɣ
1536ST05C-0930 9.3 10 103 61 49 40 Ɣ
1536ST05C-0940 9.4 10 103 61 49 40 Ɣ
1536ST05C-0950 9.5 10 103 61 49 40 Ɣ
1536ST05C-0960 9.6 10 103 61 49 40 Ɣ
1536ST05C-0970 9.7 10 103 61 49 40 Ɣ
1536ST05C-0980 9.8 10 103 61 49 40 Ɣ
1536ST05C-0990 9.9 10 103 61 49 40 Ɣ
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
DD D
DVery suitable
DSuitable
ST series Solid carbide drills
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
C99
System code C28 Machining instructions C165 Cutting data C122 Nonstandard order C178
ST drill 5xD Steel, stainless steel, heat-resistant alloys
1536ST05C
Type of shank DIN 6535HA
– Coolant exit, axial concentric
Internal coolant
Dimensions [mm] Grade
Article d1 (m7) d2 (h6) l1l2l3l4KDG303
1536ST05C-1000 10 10 103 61 49 40 Ɣ
1536ST05C-1010 10.1 12 118 71 56 45 Ɣ
1536ST05C-1020 10.2 12 118 71 56 45 Ɣ
1536ST05C-1025 10.25 12 118 71 56 45 ż
1536ST05C-1030 10.3 12 118 71 56 45 Ɣ
1536ST05C-1040 10.4 12 118 71 56 45 Ɣ
1536ST05C-1050 10.5 12 118 71 56 45 Ɣ
1536ST05C-1060 10.6 12 118 71 56 45 Ɣ
1536ST05C-1070 10.7 12 118 71 56 45 Ɣ
1536ST05C-1080 10.8 12 118 71 56 45 Ɣ
1536ST05C-1090 10.9 12 118 71 56 45 Ɣ
1536ST05C-1100 11 12 118 71 56 45 Ɣ
1536ST05C-1110 11.1 12 118 71 56 45 Ɣ
1536ST05C-1120 11.2 12 118 71 56 45 Ɣ
1536ST05C-1130 11.3 12 118 71 56 45 Ɣ
1536ST05C-1140 11.4 12 118 71 56 45 Ɣ
1536ST05C-1150 11.5 12 118 71 56 45 Ɣ
1536ST05C-1160 11.6 12 118 71 56 45 Ɣ
1536ST05C-1170 11.7 12 118 71 56 45 Ɣ
1536ST05C-1180 11.8 12 118 71 56 45 Ɣ
1536ST05C-1190 11.9 12 118 71 56 45 Ɣ
1536ST05C-1200 12 12 118 71 56 45 Ɣ
1536ST05C-1220 12.2 14 124 77 60 45 Ɣ
1536ST05C-1225 12.25 14 124 77 60 45 ż
1536ST05C-1230 12.3 14 124 77 60 45 Ɣ
1536ST05C-1250 12.5 14 124 77 60 45 Ɣ
1536ST05C-1270 12.7 14 124 77 60 45 Ɣ
1536ST05C-1275 12.75 14 124 77 60 45 ż
1536ST05C-1280 12.8 14 124 77 60 45 Ɣ
1536ST05C-1300 13 14 124 77 60 45 Ɣ
1536ST05C-1310 13.1 14 124 77 60 45 Ɣ
1536ST05C-1350 13.5 14 124 77 60 45 Ɣ
1536ST05C-1380 13.8 14 124 77 60 45 Ɣ
1536ST05C-1400 14 14 124 77 60 45 Ɣ
1536ST05C-1425 14.25 16 133 83 63 48 ż
1536ST05C-1430 14.3 16 133 83 63 48 Ɣ
1536ST05C-1450 14.5 16 133 83 63 48 Ɣ
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
DD D
DVery suitable
DSuitable
Solid carbide drills ST series
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
C100
System code C28 Machining instructions C165 Cutting data C122 Nonstandard order C178
ST drill 5xD Steel, stainless steel, heat-resistant alloys
1536ST05C
Type of shank DIN 6535HA
– Coolant exit, axial concentric
Internal coolant
Dimensions [mm] Grade
Article d1 (m7) d2 (h6) l1l2l3l4KDG303
1536ST05C-1475 14.75 16 133 83 63 48 ż
1536ST05C-1480 14.8 16 133 83 63 48 Ɣ
1536ST05C-1500 15 16 133 83 63 48 Ɣ
1536ST05C-1510 15.1 16 133 83 63 48 Ɣ
1536ST05C-1550 15.5 16 133 83 63 48 Ɣ
1536ST05C-1580 15.8 16 133 83 63 48 Ɣ
1536ST05C-1600 16 16 133 83 63 48 Ɣ
1536ST05C-1650 16.5 18 143 93 71 48 Ɣ
1536ST05C-1675 16.75 18 143 93 71 48 ż
1536ST05C-1680 16.8 18 143 93 71 48 Ɣ
1536ST05C-1700 17 18 143 93 71 48 Ɣ
1536ST05C-1750 17.5 18 143 93 71 48 Ɣ
1536ST05C-1780 17.8 18 143 93 71 48 Ɣ
1536ST05C-1800 18 18 143 93 71 48 Ɣ
1536ST05C-1850 18.5 20 153 101 77 50 Ɣ
1536ST05C-1880 18.8 20 153 101 77 50 Ɣ
1536ST05C-1900 19 20 153 101 77 50 Ɣ
1536ST05C-1950 19.5 20 153 101 77 50 Ɣ
1536ST05C-1980 19.8 20 153 101 77 50 Ɣ
1536ST05C-2000 20 20 153 101 77 50 Ɣ
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
DD D
DVery suitable
DSuitable
ST series Solid carbide drills
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
C101
System code C28 Machining instructions C165 Cutting data C122 Nonstandard order C178
ST drill 5xD Steel, stainless steel, heat-resistant alloys
1636ST05C
Type of shank: DIN 6535HB
– Coolant exit, axial concentric
Internal coolant
Dimensions [mm] Grade
Article d1 (m7) d2 (h6) l1l2l3l4KDG303
1636ST05C-0520 5.2 6 82443536 ż
1636ST05C-0730 7.3 8 91534336 ż
1636ST05C-0800 8 8 91 53 43 36 ż
1636ST05C-0810 8.1 10 103 61 49 40 ż
1636ST05C-0820 8.2 10 103 61 49 40 ż
1636ST05C-0830 8.3 10 103 61 49 40 ż
1636ST05C-0840 8.4 10 103 61 49 40 ż
1636ST05C-0850 8.5 10 103 61 49 40 ż
1636ST05C-0860 8.6 10 103 61 49 40 ż
1636ST05C-0870 8.7 10 103 61 49 40 ż
1636ST05C-0880 8.8 10 103 61 49 40 ż
1636ST05C-0890 8.9 10 103 61 49 40 ż
1636ST05C-0900 9 10 103 61 49 40 ż
1636ST05C-0910 9.1 10 103 61 49 40 ż
1636ST05C-0930 9.3 10 103 61 49 40 ż
1636ST05C-0940 9.4 10 103 61 49 40 ż
1636ST05C-0950 9.5 10 103 61 49 40 ż
1636ST05C-0960 9.6 10 103 61 49 40 ż
1636ST05C-0970 9.7 10 103 61 49 40 ż
1636ST05C-0980 9.8 10 103 61 49 40 ż
1636ST05C-0990 9.9 10 103 61 49 40 ż
1636ST05C-1000 10 10 103 61 49 40 ż
1636ST05C-1010 10.1 12 118 71 56 45 ż
1636ST05C-1025 10.25 12 118 71 56 45 ż
1636ST05C-1030 10.3 12 118 71 56 45 ż
1636ST05C-1040 10.4 12 118 71 56 45 ż
1636ST05C-1050 10.5 12 118 71 56 45 ż
1636ST05C-1060 10.6 12 118 71 56 45 ż
1636ST05C-1070 10.7 12 118 71 56 45 ż
1636ST05C-1080 10.8 12 118 71 56 45 ż
1636ST05C-1090 10.9 12 118 71 56 45 ż
1636ST05C-1100 11 12 118 71 56 45 ż
1636ST05C-1110 11.1 12 118 71 56 45 ż
1636ST05C-1120 11.2 12 118 71 56 45 ż
1636ST05C-1130 11.3 12 118 71 56 45 ż
1636ST05C-1140 11.4 12 118 71 56 45 ż
1636ST05C-1150 11.5 12 118 71 56 45 ż
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
DD D
DVery suitable
DSuitable
Solid carbide drills ST series
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
C102
System code C28 Machining instructions C165 Cutting data C122 Nonstandard order C178
ST drill 5xD Steel, stainless steel, heat-resistant alloys
1636ST05C
Type of shank: DIN 6535HB
– Coolant exit, axial concentric
Internal coolant
Dimensions [mm] Grade
Article d1 (m7) d2 (h6) l1l2l3l4KDG303
1636ST05C-1160 11.6 12 118 71 56 45 ż
1636ST05C-1170 11.7 12 118 71 56 45 ż
1636ST05C-1180 11.8 12 118 71 56 45 ż
1636ST05C-1190 11.9 12 118 71 56 45 ż
1636ST05C-1200 12 12 118 71 56 45 ż
1636ST05C-1225 12.25 14 124 77 60 45 ż
1636ST05C-1230 12.3 14 124 77 60 45 ż
1636ST05C-1250 12.5 14 124 77 60 45 ż
1636ST05C-1270 12.7 14 124 77 60 45 ż
1636ST05C-1275 12.75 14 124 77 60 45 ż
1636ST05C-1280 12.8 14 124 77 60 45 ż
1636ST05C-1300 13 14 124 77 60 45 ż
1636ST05C-1310 13.1 14 124 77 60 45 ż
1636ST05C-1350 13.5 14 124 77 60 45 ż
1636ST05C-1380 13.8 14 124 77 60 45 ż
1636ST05C-1400 14 14 124 77 60 45 ż
1636ST05C-1425 14.25 16 133 83 63 48 ż
1636ST05C-1430 14.3 16 133 83 63 48 ż
1636ST05C-1450 14.5 16 133 83 63 48 ż
1636ST05C-1475 14.75 16 133 83 63 48 ż
1636ST05C-1480 14.8 16 133 83 63 48 ż
1636ST05C-1500 15 16 133 83 63 48 ż
1636ST05C-1510 15.1 16 133 83 63 48 ż
1636ST05C-1550 15.5 16 133 83 63 48 ż
1636ST05C-1580 15.8 16 133 83 63 48 ż
1636ST05C-1600 16 16 133 83 63 48 ż
1636ST05C-1650 16.5 18 143 93 71 48 ż
1636ST05C-1675 16.75 18 143 93 71 48 ż
1636ST05C-1680 16.8 18 143 93 71 48 ż
1636ST05C-1700 17 18 143 93 71 48 Ɣ
1636ST05C-1750 17.5 18 143 93 71 48 ż
1636ST05C-1780 17.8 18 143 93 71 48 ż
1636ST05C-1800 18 18 143 93 71 48 ż
1636ST05C-1850 18.5 20 153 101 77 50 ż
1636ST05C-1880 18.8 20 153 101 77 50 ż
1636ST05C-1900 19 20 153 101 77 50 ż
1636ST05C-1950 19.5 20 153 101 77 50 ż
1636ST05C-1980 19.8 20 153 101 77 50 ż
1636ST05C-2000 20 20 153 101 77 50 ż
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
DD D
DVery suitable
DSuitable
ST series Solid carbide drills
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
C103
System code C28 Machining instructions C165 Cutting data C122 Nonstandard order C178
Solid carbide drills ST series
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
C104
Notes
C
105
1534SH
1105SC
1165PA
SH
SC
PA
Specially designed chip geometry for very
high stability.
High performance coating for longer tool life.
Diameter range 3.016.0 mm (3xD)
Twist drills for hardened materials
S cut
Twist drills for aluminium alloys
Equal nominal diameter and shank diameter.
Diameter meter 2.016.0 mm (3xD, 5xD)
Straight cut
Three cutting edges provide high concentricity
and therefore high feed rates.
Equal nominal diameter and shank diameter.
Diameter range 3.020.0 mm (3xD)
Three-lips drills for aluminium alloys
Straight cut
series
series
series
SH drill 3xD Hard materials
1534SH03
Type of shank DIN 6535HA
External coolant
Dimensions [mm] Grade
Article d1 (m7) d2 (h6) l1l2l3l4KDG303
1534SH03-0300 3 6 62 20 14 36 ż
1534SH03-0330 3.3 6 62201436 Ɣ
1534SH03-0400 4 6 66 24 17 36 ż
1534SH03-0420 4.2 6 66241736 Ɣ
1534SH03-0500 5 6 66 28 20 36 ż
1534SH03-0600 6 6 66 28 20 36 ż
1534SH03-0675 6.75 8 79 34 24 36 ż
1534SH03-0700 7 8 79 34 24 36 ż
1534SH03-0800 8 8 79 41 29 36 ż
1534SH03-0850 8.5 10 89 47 35 40 ż
1534SH03-0900 9 1089473540 ż
1534SH03-1000 10 10 89 47 35 40 ż
1534SH03-1025 10.25 12 102 55 40 45 ż
1534SH03-1050 10.5 12 102 55 40 45 ż
1534SH03-1200 12 12 102 55 40 45 ż
1534SH03-1250 12.5 14 107 60 43 45 ż
1534SH03-1400 14 14 107 60 43 45 ż
1534SH03-1450 14.5 16 115 65 45 48 ż
1534SH03-1600 16 16 115 65 45 48 ż
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
D
DVery suitable
DSuitable
Solid carbide drills SH series
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
C106
System code C28 Machining instructions C165 Cutting data C122 Nonstandard order C178
SC drill 3xD Non-ferrous metals
1105SC03
– Factory standard
External coolant
Dimensions [mm] Grade
Article d1 (h8) d2 (h7) l1l2YK20F
1105SC03-0200 2 2 38 12 ż
1105SC03-0250 2.5 2.5 43 14 ż
1105SC03-0280 2.8 2.8 46 16 ż
1105SC03-0300 3 3 46 16 ż
1105SC03-0310 3.1 3.1 49 18 ż
1105SC03-0320 3.2 3.2 49 18 ż
1105SC03-0330 3.3 3.3 49 18 ż
1105SC03-0340 3.4 3.4 52 20 ż
1105SC03-0350 3.5 3.5 52 20 ż
1105SC03-0360 3.6 3.6 52 20 ż
1105SC03-0370 3.7 3.7 52 20 ż
1105SC03-0380 3.8 3.8 55 22 ż
1105SC03-0390 3.9 3.9 55 22 ż
1105SC03-0400 4 4 55 22 ż
1105SC03-0410 4.1 4.1 55 22 ż
1105SC03-0420 4.2 4.2 55 22 ż
1105SC03-0430 4.3 4.3 58 24 ż
1105SC03-0440 4.4 4.4 58 24 ż
1105SC03-0450 4.5 4.5 58 24 ż
1105SC03-0460 4.6 4.6 58 24 ż
1105SC03-0470 4.7 4.7 58 24 ż
1105SC03-0480 4.8 4.8 62 26 ż
1105SC03-0490 4.9 4.9 62 26 ż
1105SC03-0500 5 5 62 26 ż
1105SC03-0510 5.1 5.1 62 26 ż
1105SC03-0520 5.2 5.2 62 26 ż
1105SC03-0530 5.3 5.3 62 26 ż
1105SC03-0540 5.4 5.4 66 28 ż
1105SC03-0550 5.5 5.5 66 28 ż
1105SC03-0560 5.6 5.6 66 28 ż
1105SC03-0570 5.7 5.7 66 28 ż
1105SC03-0580 5.8 5.8 66 28 ż
1105SC03-0590 5.9 5.9 66 28 ż
1105SC03-0600 6 6 66 28 ż
1105SC03-0610 6.1 6.1 70 31 ż
1105SC03-0620 6.2 6.2 70 31 ż
1105SC03-0630 6.3 6.3 70 31 ż
1105SC03-0640 6.4 6.4 70 31 ż
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
D
DVery suitable
DSuitable
SC series Solid carbide drills
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
C107
System code C28 Machining instructions C165 Cutting data C122 Nonstandard order C178
SC drill 3xD Non-ferrous metals
1105SC03
– Factory standard
External coolant
Dimensions [mm] Grade
Article d1 (h8) d2 (h7) l1l2YK20F
1105SC03-0650 6.5 6.5 70 31 ż
1105SC03-0660 6.6 6.6 70 31 ż
1105SC03-0670 6.7 6.7 70 31 ż
1105SC03-0680 6.8 6.8 74 34 ż
1105SC03-0690 6.9 6.9 74 34 ż
1105SC03-0700 7 7 74 34 ż
1105SC03-0710 7.1 7.1 74 34 ż
1105SC03-0720 7.2 7.2 74 34 ż
1105SC03-0730 7.3 7.3 74 34 ż
1105SC03-0740 7.4 7.4 74 34 ż
1105SC03-0750 7.5 7.5 74 34 ż
1105SC03-0760 7.6 7.6 79 37 ż
1105SC03-0770 7.7 7.7 79 37 ż
1105SC03-0780 7.8 7.8 79 37 ż
1105SC03-0790 7.9 7.9 79 37 ż
1105SC03-0800 8 8 79 37 ż
1105SC03-0810 8.1 8.1 79 37 ż
1105SC03-0820 8.2 8.2 79 37 ż
1105SC03-0830 8.3 8.3 79 37 ż
1105SC03-0840 8.4 8.4 79 37 ż
1105SC03-0850 8.5 8.5 79 37 ż
1105SC03-0860 8.6 8.6 84 40 ż
1105SC03-0870 8.7 8.7 84 40 ż
1105SC03-0880 8.8 8.8 84 40 ż
1105SC03-0890 8.9 8.9 84 40 ż
1105SC03-0900 9 9 84 40 ż
1105SC03-0910 9.1 9.1 84 40 ż
1105SC03-0920 9.2 9.2 84 40 ż
1105SC03-0930 9.3 9.3 84 40 ż
1105SC03-0940 9.4 9.4 84 40 ż
1105SC03-0950 9.5 9.5 84 40 ż
1105SC03-0960 9.6 9.6 89 43 ż
1105SC03-0970 9.7 9.7 89 43 ż
1105SC03-0980 9.8 9.8 89 43 ż
1105SC03-0990 9.9 9.9 89 43 ż
1105SC03-1000 10 10 89 43 ż
1105SC03-1010 10.1 10.1 89 43 ż
1105SC03-1020 10.2 10.2 89 43 ż
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
D
DVery suitable
DSuitable
Solid carbide drills SC series
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
C108
System code C28 Machining instructions C165 Cutting data C122 Nonstandard order C178
SC drill 3xD Non-ferrous metals
1105SC03
– Factory standard
External coolant
Dimensions [mm] Grade
Article d1 (h8) d2 (h7) l1l2YK20F
1105SC03-1040 10.4 10.4 89 43 ż
1105SC03-1050 10.5 10.5 89 43 ż
1105SC03-1070 10.7 10.7 95 47 ż
1105SC03-1080 10.8 10.8 95 47 ż
1105SC03-1100 11 11 95 47 ż
1105SC03-1150 11.5 11.5 95 47 ż
1105SC03-1200 12 12 102 51 ż
1105SC03-1250 12.5 12.5 102 51 ż
1105SC03-1280 12.8 12.8 102 51 ż
1105SC03-1300 13 13 102 51 ż
1105SC03-1310 13.1 13.1 102 51 ż
1105SC03-1350 13.5 13.5 107 54 ż
1105SC03-1400 14 14 107 54 ż
1105SC03-1430 14.3 14.3 111 56 ż
1105SC03-1450 14.5 14.5 111 56 ż
1105SC03-1500 15 15 111 56 ż
1105SC03-1600 16 16 115 58 ż
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
D
DVery suitable
DSuitable
SC series Solid carbide drills
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
C109
System code C28 Machining instructions C165 Cutting data C122 Nonstandard order C178
SC drill 5xD Non-ferrous metals
1101SC05
– Factory standard
External coolant
Dimensions [mm] Grade
Article d1 (h8) d2 (h7) l1l2YK20F
1101SC05-0200 2 2 49 24 ż
1101SC05-0250 2.5 2.5 57 30 ż
1101SC05-0280 2.8 2.8 61 33 ż
1101SC05-0300 3 3 61 33 ż
1101SC05-0350 3.5 3.5 70 39 ż
1101SC05-0380 3.8 3.8 75 43 ż
1101SC05-0400 4 4 75 43 ż
1101SC05-0420 4.2 4.2 75 43 ż
1101SC05-0450 4.5 4.5 80 47 ż
1101SC05-0480 4.8 4.8 86 52 ż
1101SC05-0500 5 5 86 52 ż
1101SC05-0550 5.5 5.5 93 57 ż
1101SC05-0580 5.8 5.8 93 57 ż
1101SC05-0600 6 6 93 57 ż
1101SC05-0650 6.5 6.5 101 63 ż
1101SC05-0680 6.8 6.8 109 69 ż
1101SC05-0700 7 7 109 69 ż
1101SC05-0750 7.5 7.5 109 69 ż
1101SC05-0780 7.8 7.8 117 75 ż
1101SC05-0800 8 8 117 75 ż
1101SC05-0850 8.5 8.5 117 75 ż
1101SC05-0880 8.8 8.8 125 81 ż
1101SC05-0900 9 9 125 81 ż
1101SC05-0950 9.5 9.5 125 81 ż
1101SC05-0980 9.8 9.8 133 87 ż
1101SC05-1000 10 10 133 87 ż
1101SC05-1050 10.5 10.5 133 87 ż
1101SC05-1080 10.8 10.8 142 94 ż
1101SC05-1100 11 11 142 94 ż
1101SC05-1150 11.5 11.5 142 94 ż
1101SC05-1200 12 12 151 101 ż
1101SC05-1250 12.5 12.5 151 101 ż
1101SC05-1300 13 13 151 101 ż
1101SC05-1350 13.5 13.5 160 108 ż
1101SC05-1400 14 14 160 108 ż
1101SC05-1450 14.5 14.5 169 114 ż
1101SC05-1500 15 15 169 114 ż
1101SC05-1550 15.5 15.5 178 120 ż
1101SC05-1600 16 16 178 120 ż
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
D
DVery suitable
DSuitable
Solid carbide drills SC series
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
C110
System code C28 Machining instructions C165 Cutting data C122 Nonstandard order C178
PA drill 3xD Non-ferrous metals
1165PA03
– Factory standard
External coolant
Dimensions [mm] Grade
Article d1 (h7) d2 (h7) l1l2l3KDG303 YK30F
1165PA03-0300 3 3 46 16 12 ƔƔ
1165PA03-0310 3.1 3.1 49 18 14 żż
1165PA03-0320 3.2 3.2 49 18 14 żƔ
1165PA03-0330 3.3 3.3 49 18 14 żż
1165PA03-0340 3.4 3.4 52 20 15 żƔ
1165PA03-0350 3.5 3.5 52 20 15 żż
1165PA03-0360 3.6 3.6 52 20 15 żż
1165PA03-0370 3.7 3.7 52 20 15 żż
1165PA03-0380 3.8 3.8 55 22 17 żż
1165PA03-0390 3.9 3.9 55 22 17 żż
1165PA03-0400 4 4 55 22 17 żż
1165PA03-0410 4.1 4.1 55 22 17 żż
1165PA03-0420 4.2 4.2 55 22 17 żż
1165PA03-0430 4.3 4.3 58 24 18 żż
1165PA03-0440 4.4 4.4 58 24 18 żż
1165PA03-0450 4.5 4.5 58 24 18 żż
1165PA03-0460 4.6 4.6 58 24 18 żż
1165PA03-0470 4.7 4.7 58 24 18 żż
1165PA03-0480 4.8 4.8 62 26 20 żż
1165PA03-0490 4.9 4.9 62 26 20 żż
1165PA03-0500 5 5 62 26 20 żż
1165PA03-0510 5.1 5.1 62 26 20 żż
1165PA03-0520 5.2 5.2 62 26 20 żż
1165PA03-0530 5.3 5.3 62 26 20 żż
1165PA03-0540 5.4 5.4 66 28 21 żż
1165PA03-0550 5.5 5.5 66 28 21 żż
1165PA03-0560 5.6 5.6 66 28 21 żż
1165PA03-0570 5.7 5.7 66 28 21 żż
1165PA03-0580 5.8 5.8 66 28 21 żż
1165PA03-0590 5.9 5.9 66 28 21 żż
1165PA03-0600 6 6 66 28 21 żż
1165PA03-0610 6.1 6.1 70 31 23 żż
1165PA03-0620 6.2 6.2 70 31 23 żż
1165PA03-0630 6.3 6.3 70 31 23 żż
1165PA03-0640 6.4 6.4 70 31 23 żż
1165PA03-0650 6.5 6.5 70 31 23 żż
1165PA03-0660 6.6 6.6 70 31 23 żƔ
1165PA03-0670 6.7 6.7 70 31 23 żƔ
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
D
DVery suitable
DSuitable
PA series Solid carbide drills
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
C111
System code C28 Machining instructions C165 Cutting data C122 Nonstandard order C178
PA drill 3xD Non-ferrous metals
1165PA03
– Factory standard
External coolant
Dimensions [mm] Grade
Article d1 (h7) d2 (h7) l1l2l3KDG303 YK30F
1165PA03-0680 6.8 6.8 74 34 25 żż
1165PA03-0690 6.9 6.9 74 34 25 żż
1165PA03-0700 7 7 74 34 25 żż
1165PA03-0710 7.1 7.1 74 34 25 żż
1165PA03-0720 7.2 7.2 74 34 25 żż
1165PA03-0730 7.3 7.3 74 34 25 żż
1165PA03-0740 7.4 7.4 74 34 25 żż
1165PA03-0750 7.5 7.5 74 34 25 żż
1165PA03-0760 7.6 7.6 79 37 27 żż
1165PA03-0770 7.7 7.7 79 37 27 żż
1165PA03-0780 7.8 7.8 79 37 27 żż
1165PA03-0790 7.9 7.9 79 37 27 żż
1165PA03-0800 8 8 79 37 27 żż
1165PA03-0810 8.1 8.1 79 37 27 żż
1165PA03-0820 8.2 8.2 79 37 27 żż
1165PA03-0830 8.3 8.3 79 37 27 żż
1165PA03-0840 8.4 8.4 79 37 27 żż
1165PA03-0850 8.5 8.5 79 37 27 żż
1165PA03-0860 8.6 8.6 84 40 29 żƔ
1165PA03-0870 8.7 8.7 84 40 29 żż
1165PA03-0880 8.8 8.8 84 40 29 żż
1165PA03-0890 8.9 8.9 84 40 29 żż
1165PA03-0900 9 9 84 40 29 żż
1165PA03-0910 9.1 9.1 84 40 29 żż
1165PA03-0920 9.2 9.2 84 40 29 żż
1165PA03-0930 9.3 9.3 84 40 29 żż
1165PA03-0940 9.4 9.4 84 40 29 żż
1165PA03-0950 9.5 9.5 84 40 29 żż
1165PA03-0960 9.6 9.6 89 43 31 żż
1165PA03-0970 9.7 9.7 89 43 31 żż
1165PA03-0980 9.8 9.8 89 43 31 żż
1165PA03-0990 9.9 9.9 89 43 31 żż
1165PA03-1000 10 10 89 43 31 żż
1165PA03-1010 10.1 10.1 89 43 31 żż
1165PA03-1020 10.2 10.2 89 43 31 żż
1165PA03-1030 10.3 10.3 89 43 31 żż
1165PA03-1050 10.5 10.5 89 43 31 żż
1165PA03-1100 11 11 95 47 33 żż
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
D
DVery suitable
DSuitable
Solid carbide drills PA series
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
C112
System code C28 Machining instructions C165 Cutting data C122 Nonstandard order C178
PA drill 3xD Non-ferrous metals
1165PA03
– Factory standard
External coolant
Dimensions [mm] Grade
Article d1 (h7) d2 (h7) l1l2l3KDG303 YK30F
1165PA03-1120 11.2 11.2 95 47 33 żż
1165PA03-1150 11.5 11.5 95 47 33 żż
1165PA03-1180 11.8 11.8 95 47 33 żż
1165PA03-1200 12 12 102 51 35 żż
1165PA03-1210 12.1 12.1 102 51 35 żż
1165PA03-1250 12.5 12.5 102 51 35 żż
1165PA03-1300 13 13 102 51 35 żż
1165PA03-1350 13.5 13.5 107 54 37 żż
1165PA03-1400 14 14 107 54 37 żż
1165PA03-1450 14.5 14.5 111 56 38 żż
1165PA03-1500 15 15 111 56 38 żż
1165PA03-1550 15.5 15.5 115 58 38 żż
1165PA03-1600 16 16 115 58 38 żż
1165PA03-1650 16.5 16.5 119 60 39 żż
1165PA03-1700 17 17 119 60 39 żż
1165PA03-1750 17.5 17.5 123 62 40 żż
1165PA03-1800 18 18 123 62 40 żż
1165PA03-1850 18.5 18.5 127 64 41 żż
1165PA03-1900 19 19 127 64 41 żż
1165PA03-1950 19.5 19.5 131 66 42 żż
1165PA03-2000 20 20 131 66 42 żż
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
D
DVery suitable
DSuitable
PA series Solid carbide drills
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
C113
System code C28 Machining instructions C165 Cutting data C122 Nonstandard order C178
Solid carbide drills PC series
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
C114
Notes
C
115
1576PC
1143SC
PC
SC
High precision (hole quality up to H7) and good sur-
face quality on the complete bore length.
Diameter range 4.020.0 mm (5xD, 15xD)
Straight ute drill for cast iron
Straight cut
NC tapping device for steel, stainless steel,
cast iron and non-ferrous metals
For centring and chamfering.
With 90° and 120° point angle.
Diameter range 5.020.0 mm
series
series
PC drill 5xD Cast iron
1576PC05/1576PC05C
Type of shank DIN 6535HA
– Coolant exit, axial concentric
External coolant
120°
Internal coolant
120°
Dimensions [mm] Grade
Article d1 (m7) d2 (h6) l1l2l3l4YK20F
1576PC05-0400 4 6 74 36 29 36 ż
1576PC05C-0400 4 6 74 36 29 36 Ɣ
1576PC05-0420 4.2 6 74362936 ż
1576PC05C-0420 4.2 6 74362936 Ɣ
1576PC05-0500 5 6 82 44 35 36 ż
1576PC05C-0500 5 6 82 44 35 36 Ɣ
1576PC05-0600 6 6 82 44 35 36 ż
1576PC05C-0600 6 6 82 44 35 36 Ɣ
1576PC05-0675 6.75 8 91 53 43 36 ż
1576PC05C-0675 6.75 8 91 53 43 36 Ɣ
1576PC05-0700 7 8 91 53 43 36 ż
1576PC05C-0700 7 8 91 53 43 36 Ɣ
1576PC05-0800 8 8 91 53 43 36 ż
1576PC05C-0800 8 8 91 53 43 36 Ɣ
1576PC05-0850 8.5 10 103 61 49 40 ż
1576PC05C-0850 8.5 10 103 61 49 40 Ɣ
1576PC05-0900 9 10 103 61 49 40 ż
1576PC05C-0900 9 10 103 61 49 40 Ɣ
1576PC05-1000 10 10 103 61 49 40 ż
1576PC05C-1000 10 10 103 61 49 40 Ɣ
1576PC05-1025 10.25 12 118 71 56 45 ż
1576PC05C-1025 10.25 12 118 71 56 45 Ɣ
1576PC05-1100 11 12 118 71 56 45 ż
1576PC05C-1100 11 12 118 71 56 45 Ɣ
1576PC05-1200 12 12 118 71 56 45 ż
1576PC05C-1200 12 12 118 71 56 45 Ɣ
1576PC05-1300 13 14 124 77 60 45 ż
1576PC05C-1300 13 14 124 77 60 45 Ɣ
1576PC05-1400 14 14 124 77 60 45 ż
1576PC05C-1400 14 14 124 77 60 45 Ɣ
1576PC05-1500 15 16 133 83 63 48 ż
1576PC05C-1500 15 16 133 83 63 48 ż
1576PC05-1550 15.5 16 133 83 63 48 ż
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
D
DVery suitable
DSuitable
Solid carbide drills PC series
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
C116
System code C28 Machining instructions C165 Cutting data C122 Nonstandard order C178
PC drill 5xD Cast iron
1576PC05/1576PC05C
Type of shank DIN 6535HA
– Coolant exit, axial concentric
External coolant
120°
Internal coolant
120°
Dimensions [mm] Grade
Article d1 (m7) d2 (h6) l1l2l3l4YK20F
1576PC05C-1550 15.5 16 133 83 63 48 ż
1576PC05-1600 16 16 133 83 63 48 ż
1576PC05C-1600 16 16 133 83 63 48 ż
1576PC05-1700 17 18 143 93 71 48 ż
1576PC05C-1700 17 18 143 93 71 48 ż
1576PC05-1750 17.5 18 143 93 71 48 ż
1576PC05C-1750 17.5 18 143 93 71 48 ż
1576PC05-1800 18 18 143 93 71 48 ż
1576PC05C-1800 18 18 143 93 71 48 Ɣ
1576PC05-1950 19.5 20 153 101 77 50 ż
1576PC05C-1950 19.5 20 153 101 77 50 ż
1576PC05-2000 20 20 153 101 77 50 ż
1576PC05C-2000 20 20 153 101 77 50 ż
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
D
DVery suitable
DSuitable
PC series Solid carbide drills
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
C117
System code C28 Machining instructions C165 Cutting data C122 Nonstandard order C178
PC drill 15xD Cast iron
1579PC15C
Type of shank DIN 6535HA
– Coolant exit, axial concentric
Internal coolant
120°
Dimensions [mm] Grade
Article d1 (m7) d2 (h6) l1l2l3l4YK20F
1579PC15C-0500 5 6 145 105 96 36 ż
1579PC15C-0600 6 6 145 105 96 36 ż
1579PC15C-0800 8 8 180 137 127 36 ż
1579PC15C-0900 9 10 217 170 158 40 ż
1579PC15C-1000 10 10 217 170 158 40 ż
1579PC15C-1100 11 12 258 205 190 45 ż
1579PC15C-1200 12 12 258 205 190 45 ż
1579PC15C-1400 14 14 290 236 219 45 ż
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
D
DVery suitable
DSuitable
Solid carbide drills PC series
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
C118
System code C28 Machining instructions C165 Cutting data C122 Nonstandard order C178
SC drill – NC tapping device 90° General machining
1143SC90
– Factory standard
External coolant
Dimensions [mm] Grade
Article d1 (h6) d2 (h6) l1l2KDG303 YK30F
1143SC90-0500 5 5 62 10 Ɣ
1143SC90-0600 6 6 66 15 Ɣ
1143SC90-0800 8 8 79 17 Ɣ
1143SC90-1000 10 10 89 20 Ɣ
1143SC90-1200 12 12 102 25 Ɣ
1143SC90-1400 14 14 107 30 Ɣ
1143SC90-1600 16 16 115 35 Ɣ
1143SC90-2000 20 20 131 40 Ɣż
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
DDDD
DVery suitable
DSuitable
NC-tapping device – SC series Solid carbide drills
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
C119
System code C28 Machining instructions C165 Cutting data C122 Nonstandard order C178
SC drill – NC tapping device 120° General machining
1143SC120
– Factory standard
External coolant
Dimensions [mm] Grade
Article d1 (h6) d2 (h6) l1l2KDG303
1143SC120-0500 5 5 62 10 Ɣ
1143SC120-0600 6 6 66 15 Ɣ
1143SC120-0800 8 8 79 17 Ɣ
1143SC120-1000 10 10 89 20 Ɣ
1143SC120-1200 12 12 102 25 Ɣ
1143SC120-1400 14 14 107 30 Ɣ
1143SC120-1600 16 16 115 35 Ɣ
1143SC120-2000 20 20 131 42 Ɣ
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
DDDD
DVery suitable
DSuitable
Solid carbide drills NC-tapping device – SC series
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
C120
System code C28 Machining instructions C165 Cutting data C122 Nonstandard order C178
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
C121
NC-tapping device – SC series Solid carbide drills
Notes
C
122
A
B
C
D
E
MillingDrilling
Technical
Information
Index Turning
Recommended cutting dataSolid carbide drills
Guide for recommended cutting data – solid carbide drilling
C123
A
B
C
D
E
MillingDrilling
Technical
Information
Index Turning
Recommended cutting data Solid carbide drills
1. Select the appropriate product series.
2. Determine the immersion.
3. Select the used material and read the cutting speed.
4. Determine the feed rate group and have a look at the appropriate feed rate recommendations.
5. Select the diameter of tool and determine the immersion.
C
124
A
B
C
D
E
P
125 1
190 2
250 3
270 4
300 5
180 6
275 7
300 8
350 9
200 10
325 11
M
200 12
240 13
180 14
230 15
K
180 16
260 17
160 18
250 19
130 20
230 21
N
60 22
100 23
75 24
90 25
130 26
110 27
90 28
100 29
S
200 30
280 31
250 32
350 33
320 34
Rm 400 35
Rm 1050 36
H
55 HRC 37
60 HRC 38
400 39
55 HRC 40
X
41
42
43
44
45
46
3-5xD 8xD 3xD
KDG 303 KDG 303 KDG 303
150 135 8 135 125 7 150 135 8
130 120 8 120 110 7 130 120 8
120 110 6 110 100 5 120 110 6
110 100 6 100 90 5 110 100 6
100 90 6 90 85 5 100 90 6
130 120 8 120 110 7 130 120 8
110 100 6 100 90 5 110 100 6
100 90 6 90 85 5 100 90 6
908568580590856
120 110 8 110 100 7 120 110 8
100 90 6 90 85 5 100 90 6
807557570580755
555055045555505
605555550560555
504554545550455
135 125 8 125 115 7 135 125 8
110 100 8 100 90 7 110 100 8
120 110 8 110 100 7 120 110 8
807587570780758
130 120 8 120 110 7 130 120 8
807587570780758
MillingDrilling
Technical
Information
Index Turning
Recommended cutting dataSolid carbide drills
Material group Composition / structure / heat treatment
Brinell
hardness
HB
Machining group
Unalloyed steel
approx. 0,15 % C annealed
approx. 0,45 % C annealed
approx. 0,45 % C tempered
approx. 0,75 % C annealed
approx. 0,75 % C tempered
Low-alloyed steel
annealed
tempered
tempered
tempered
High-alloyed steel and high-
alloyed tool steel
annealed
hardened and tempered
Stainless steel
ferritic/martensitic annealed
martensitic tempered
austenitic quench hardened
austenitic-ferritic
Grey cast iron perlitic/ferritic
perlitic (martensitic)
Cast iron with spheroidal
graphite
ferritic
perlitic
Malleable cast iron ferritic
perlitic
Aluminium wrought alloys cannot be hardened
hardenable hardened
Cast aluminium alloys
≤ 12 % Si, cannot be hardened
≤ 12 % Si, hardenable hardened
> 12 % Si, cannot be hardened
Copper and copper alloys
(bronze/brass)
machining steel, PB> 1%
CuZn, CuSnZn
CuSn, Pb-free copper, electrolytic copper
Heat-resistant alloys
Fe-based alloys annealed
hardened
Ni or Co bass
annealed
hardened
cast
Titanium alloys pure titanium
α and β alloys hardened
Hardened steel hardened and tempered
hardened and tempered
Hard cast iron cast
Hardened cast iron hardened and tempered
Non-metallic materials
Thermoplasts
Thermosetting plastics
Plastic, glass-bre reinforced GFRP
Plastic, carbon bre reinforced CFRP
Graphite
Wood
Note: The given cutting values are guide values, which were determined under ideal conditions.
The values have to be adapted in individual cases.
With hole depths of 5xD adjust the cutting data accordingly to the application.
f-group = feed rate recommendations on page C126.
For examples of material for cutting tool groups view page D22.
Recommended cutting dataSolid carbide drills
Solid carbide drills
Starting values for cutting speed vc [m/min]
SU Series SU-Drill SU Step Drill
Coolant
Int. Ext. f-group Int. Ext. f-group Int. Ext. f-group
C125
A
B
C
D
E
12-15xD 20-30xD 3xD 3-5xD 3xD 3 -5xD 3xD 3-5xD 15xD
KDG 303 KDG 303 KDG 303 KDG 303 KDG 303 YK20F YK 30F YK20F YK20F KDG 303
130 7 95 7 165 8 150 8 135 8
110 7 80 7 145 8 130 8 120 8
100 5 70 5 135 6 120 6 110 6
85 5 60 5 125 6 110 6 100 6
75 5 55 5 110 6 100 6 90 6
110 7 80 7 145 8 130 8 120 8
85 5 60 5 125 6 110 6 100 6
75 5 55 5 110 6 100 6 90 6
6555051006906 85 6
100 7 70 7 135 8 120 8 110 8
75 5 55 5 110 6 100 6 90 6
604554905805 75 5
354304655555 50 5
404354705605 55 5
354354555505 45 5
125 7 90 7 150 8 120 8 100 7 120 8
100 7 70 7 125 8 100 8 80 7 100 8
110 7 80 7 135 8 100 8 80 7 100 8
707507908 808657808
120 7 85 7 145 8 120 8 100 7 120 8
707507908 908757908
150 8 105 8 170 8 180 9 180 9 180 9
150 8 105 8 170 8 180 9 180 9 180 9
150 8 105 8 170 8 130 9 130 9 130 9
150 8 105 8 170 8 130 9 130 9 130 9
150 8 105 8 170 8 120 9 120 9 120 9
150 8 105 8 170 8 130 9 130 9 130 9
150 8 105 8 170 8 130 9 130 9 130 9
150 8 105 8 170 8 130 9 130 9 130 9
304204305305
354254355355
354254355355
154104155155
154104155155
304204305305
304204305305
25 2
20 1
50 3
25 2
MillingDrilling
Technical
Information
Index Turning
Recommended cutting data Solid carbide drillsRecommended cutting data Solid carbide drills
Starting values for cutting speed vc [m/min]
SL-Drill SL-Drill SP-Drill ST-Drill SH-Drill SC-Drill PA-Drill PC-Drill PC-Drill SC-Drill
Centering drill
Int. f-group Int. f-group Int. f-group Int. f-group Ext. f-group Ext. f-group Ext. f-group Ext. f-group Int. f-group Ext. f-group
C
126
A
B
C
D
E
Ø1 Ø2 Ø3 Ø4 Ø5 Ø6 Ø7 Ø8 Ø9 Ø10 Ø11 Ø12 Ø13 Ø14 Ø15 Ø16 Ø17 Ø18 Ø19 Ø20
10,01 0,02 0,03 0,04 0,04 0,05 0,05 0,06 0,06 0,06 0,07 0,07 0,08 0,08 0,09 0,09 0,09 0,09 0,10 0,10
20,01 0,02 0,03 0,04 0,05 0,06 0,06 0,06 0,07 0,07 0,08 0,09 0,09 0,09 0,10 0,10 0,10 0,11 0,11 0,11
30,01 0,02 0,04 0,05 0,06 0,06 0,07 0,07 0,08 0,09 0,09 0,10 0,10 0,11 0,11 0,12 0,12 0,12 0,13 0,13
40,02 0,03 0,04 0,06 0,06 0,07 0,08 0,09 0,09 0,10 0,11 0,11 0,12 0,12 0,13 0,13 0,14 0,14 0,15 0,15
50,02 0,03 0,05 0,06 0,07 0,09 0,09 0,10 0,11 0,11 0,12 0,13 0,14 0,14 0,15 0,15 0,16 0,16 0,17 0,17
60,02 0,04 0,06 0,07 0,09 0,10 0,11 0,11 0,12 0,13 0,14 0,15 0,16 0,17 0,17 0,18 0,18 0,19 0,19 0,20
70,02 0,04 0,06 0,09 0,10 0,11 0,12 0,13 0,14 0,15 0,16 0,17 0,18 0,19 0,20 0,20 0,21 0,22 0,22 0,23
80,03 0,05 0,07 0,10 0,11 0,13 0,14 0,15 0,16 0,17 0,18 0,20 0,21 0,22 0,23 0,23 0,24 0,25 0,26 0,26
90,03 0,06 0,08 0,11 0,13 0,15 0,16 0,17 0,18 0,20 0,21 0,23 0,24 0,25 0,26 0,27 0,28 0,29 0,29 0,30
10 0,04 0,07 0,10 0,13 0,15 0,17 0,19 0,20 0,21 0,23 0,24 0,26 0,27 0,29 0,30 0,31 0,32 0,33 0,34 0,35
11 0,04 0,07 0,11 0,15 0,17 0,20 0,21 0,23 0,24 0,26 0,28 0,30 0,32 0,33 0,35 0,36 0,37 0,38 0,39 0,40
12 0,05 0,09 0,13 0,17 0,20 0,23 0,25 0,26 0,28 0,30 0,32 0,35 0,36 0,38 0,40 0,41 0,42 0,44 0,45 0,46
13 0,05 0,10 0,15 0,20 0,23 0,26 0,28 0,30 0,32 0,35 0,37 0,40 0,42 0,44 0,46 0,47 0,49 0,50 0,52 0,53
14 0,06 0,11 0,17 0,23 0,26 0,30 0,33 0,35 0,37 0,40 0,43 0,46 0,48 0,50 0,53 0,54 0,56 0,58 0,59 0,61
15 0,07 0,13 0,20 0,26 0,30 0,35 0,37 0,40 0,43 0,46 0,49 0,53 0,55 0,58 0,61 0,62 0,64 0,66 0,68 0,70
MillingDrilling
Technical
Information
Index Turning
Recommended cutting dataSolid carbide drills
Solid carbide drills
Recommended feed rate
f-group
Feed rate [mm]
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
Note: The given cutting values are guide values, which were determined under ideal conditions.
The values have to be adapted in individual cases.
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
C127
C
Solid carbide reamers
Product overview C128
Grade overview C129
System code – solid carbide reamers C130
Solid carbide reamers C131-C135
Recommended cutting data C136-C140
Technical information C173-C174
Form nonstandard order C181
Products Solid carbide reamers Ø
Application
Type Page
PMKNS H
3101H7 4-20 DD Right helical flute C131
3102H7 4-20 DD Straight flute C132
3112H7 4-20 DD Straight flute with inner
hole C133
3103H7 4-20 DD Left helical flute C134
DVery suitable DSuitable
Solid carbide reamers Product overview
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
C128
Coated cemented carbide PVD
Grade Grade description
KRG102 PVD coated P10–P20/K10–K20 carbide substrate for steel and cast iron.
Uncoated cemented carbide
Grade Grade description
YK10F Uncoated N10/K10 carbide substrate for cast iron and non ferrous materials.
Grade overview Solid carbide reamers
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
C129
C
130
A
B
C
D
E
3 1 0 1 H7 0850
12345 6
Code
3
1
Code
1
2
3
4
Code
H7
5
Code
0850 8,5
...
6
Code
1
2
5
9
2
Code
0
1
3
a
Solid carbide reamers System code – solid carbide reamers
MillingDrilling
Technical
Information
Index Turning
Type
Description
Reamer
Flute
Description
Right-hand twist
Straight flute
Left-hand twist
Classe de tolérance
Description
The tolerance class of the
reamed hole is equivalent to H7
(GB/T1800-1804)
Diameter [mm]
Description
Shank type
Description
Straight shank
Straight shank DIN10
Straight shank DIN 6535 HA
Morse taper shank
Coolant supply
Description
External
Internal
a Reaming
Reamer, right-hand twist Cast iron, non-ferrous metals
3101H7
– Factory standard
Dimensions [mm] Grade
Article d1d2 (h6) l1l3Teeth YK10F
3101H7-0400 4 3.55 56 20 4 Ɣ
3101H7-0500 5 4 63 22 6 ż
3101H7-0600 6 5 63 22 6 ż
3101H7-0700 7 6.3 71 25 6 ż
3101H7-0800 8 6.3 71 25 6 ż
3101H7-0900 9 8 71 25 6 ż
3101H7-1000 10871256 ż
3101H7-1100 11 10 80 28 6 ż
3101H7-1200 12 10 80 28 6 ż
3101H7-1300 13 10 80 28 6 ż
3101H7-1400 14 12.5 90 32 6 ż
3101H7-1450 14.5 12.5 90 32 6 ż
3101H7-1500 15 12.5 90 32 6 ż
3101H7-1600 16 12.5 90 32 6 ż
3101H7-1700 17 12.5 90 32 6 ż
3101H7-1800 18 16 100 36 6 ż
3101H7-1900 19 16 100 36 6 ż
3101H7-2000 20 16 100 36 6 ż
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
DD
DVery suitable
DSuitable
Solid carbide reamers Solid carbide reamers
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
C131
System code C130 Machining instructions C165 Cutting data C136 Nonstandard order C181
Reamer, straight flute Cast iron, non-ferrous metals
3102H7
– Factory standard
Dimensions [mm] Grade
Article d1d2 (h6) l1l3Teeth YK10F
3102H7-0400 4 3.55 56 20 4 ż
3102H7-0500 5 4 63 22 6 ż
3102H7-0600 6 5 63 22 6 ż
3102H7-0700 7 6.3 71 25 6 ż
3102H7-0800 8 6.3 71 25 6 ż
3102H7-0900 9 8 71 25 6 ż
3102H7-1000 10871256 ż
3102H7-1050 10.5 8 71 25 6 ż
3102H7-1100 11 10 80 28 6 ż
3102H7-1200 12 10 80 28 6 ż
3102H7-1300 13 10 80 28 6 ż
3102H7-1400 14 12.5 90 32 6 ż
3102H7-1450 14.5 12.5 90 32 6 ż
3102H7-1500 15 12.5 90 32 6 ż
3102H7-1600 16 12.5 90 32 6 ż
3102H7-1700 17 12.5 90 32 6 ż
3102H7-1800 18 16 100 36 6 ż
3102H7-1900 19 16 100 36 6 ż
3102H7-2000 20 16 100 36 6 ż
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
DD
DVery suitable
DSuitable
Solid carbide reamers Solid carbide reamers
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
C132
System code C130 Machining instructions C165 Cutting data C136 Nonstandard order C181
Reamer, straight flute Steel, cast iron
3112H7
– Factory standard
– Coolant exit, axial concentric
d3
d1
d2
l1
l3
l2
DIN 212
Dimensions [mm] Grade
Article d1d2 (h6) d3 (m7) l1l2l3Teeth KRG102
3112H7-0400 4 4 0.6 70 28 20 6 Ɣ
3112H7-0500 5 5 1 70 28 22 6 Ɣ
3112H7-0600 6 6 1 100 36 22 6 Ɣ
3112H7-0700 7 8 1.3 110 42 25 6 Ɣ
3112H7-0800 8 8 1.3 110 42 25 6 Ɣ
3112H7-0900 9 10 2 110 42 25 6 Ɣ
3112H7-1000 10 10 2 110 38 25 6 Ɣ
3112H7-1100 11 12 2 110 38 28 6 Ɣ
3112H7-1200 12 12 2 110 38 28 6 Ɣ
3112H7-1300 13 14 2 110 38 28 6 Ɣ
3112H7-1400 14 14 2 110 38 32 6 Ɣ
3112H7-1500 15 16 2 110 38 32 6 Ɣ
3112H7-1600 16 16 2 150 52 32 6 Ɣ
3112H7-1800 18 18 3 150 52 36 6 Ɣ
3112H7-2000 20 20 3 150 50 36 6 Ɣ
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
DD
DVery suitable
DSuitable
Solid carbide reamers Solid carbide reamers
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
C133
System code C130 Machining instructions C165 Cutting data C136 Nonstandard order C181
Reamer, left-hand twist Cast iron, non-ferrous metals
3103H7
– Factory standard
Dimensions [mm] Grade
Article d1d2 (h6) l1l3Teeth YK10F
3103H7-0400 4 3.55 56 20 4 ż
3103H7-0450 4.5463226 ż
3103H7-0500 5 4 63 22 6 ż
3103H7-0600 6 5 63 22 6 ż
3103H7-0700 7 6.3 71 25 6 ż
3103H7-0800 8 6.3 71 25 6 ż
3103H7-0900 9 8 71 25 6 ż
3103H7-1000 10871256 ż
3103H7-1100 11 10 80 28 6 ż
3103H7-1150 11.5 10 80 28 6 ż
3103H7-1200 12 10 80 28 6 ż
3103H7-1300 13 10 80 28 6 ż
3103H7-1350 13.5 12.5 90 32 6 ż
3103H7-1400 14 12.5 90 32 6 ż
3103H7-1500 15 12.5 90 32 6 ż
3103H7-1600 16 12.5 90 32 6 ż
3103H7-1700 17 12.5 90 32 6 ż
3103H7-1800 18 16 100 36 6 ż
3103H7-1900 19 16 100 36 6 ż
3103H7-2000 20 16 100 36 6 ż
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
DD
DVery suitable
DSuitable
Solid carbide reamers Solid carbide reamers
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
C134
System code C130 Machining instructions C165 Cutting data C136 Nonstandard order C181
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
C135
Solid carbide reamers Solid carbide reamers
Notes
C
136
A
B
C
D
E
Recommended cutting dataSolid carbide reamers
MillingDrilling
Technical
Information
Index Turning
Guide for recommended cutting data – Solid carbide reamers
C137
A
B
C
D
E
Recommended cutting data Solid carbide reamers
MillingDrilling
Technical
Information
Index Turning
1. Select the appropriate product series.
2. Determine the immersion.
3. Select the used material and read the cutting speed.
4. Determine the feed rate group and have a look at the appropriate feed rate recommendations.
5. Select the diameter of tool and determine the immersion.
C
138
A
B
C
D
E
P
125 1
190 2
250 3
270 4
300 5
180 6
275 7
300 8
350 9
200 10
325 11
M
200 12
240 13
180 14
230 15
K
180 16
260 17
160 18
250 19
130 20
230 21
N
60 22
100 23
75 24
90 25
130 26
110 27
90 28
100 29
S
200 30
280 31
250 32
350 33
320 34
Rm 400 35
Rm 1050 36
H
55 HRC 37
60 HRC 38
400 39
55 HRC 40
X
41
42
43
44
45
46
3101H7 3102H7 3112H7 3103H7
YK10F YK10F KRG102 YK10F
85 5
75 5
70 5
60 5
55 5
75 5
60 5
55 5
55 5
70 5
55 5
235235755235
195195605195
195195605195
175175505175
235235755235
145145555145
456456 456
406406 406
376376 376
356356 356
326326 326
376376 376
346346 346
376376 376
Recommended cutting dataSolid carbide reamers
MillingDrilling
Technical
Information
Index Turning
Material group Composition / structure / heat treatment
Brinell
hardness
HB
Machining group
Unalloyed steel
approx. 0,15 % C annealed
approx. 0,45 % C annealed
approx. 0,45 % C tempered
approx. 0,75 % C annealed
approx. 0,75 % C tempered
Low-alloyed steel
annealed
tempered
tempered
tempered
High-alloyed steel and high-
alloyed tool steel
annealed
hardened and tempered
Stainless steel
ferritic/martensitic annealed
martensitic tempered
austenitic quench hardened
austenitic-ferritic
Grey cast iron perlitic/ferritic
perlitic (martensitic)
Cast iron with spheroidal
graphite
ferritic
perlitic
Malleable cast iron ferritic
perlitic
Aluminium wrought alloys cannot be hardened
hardenable hardened
Cast aluminium alloys
≤ 12 % Si, cannot be hardened
≤ 12 % Si, hardenable hardened
> 12 % Si, cannot be hardened
Copper and copper alloys
(bronze/brass)
machining steel, PB> 1%
CuZn, CuSnZn
CuSn, Pb-free copper, electrolytic copper
Heat-resistant alloys
Fe-based alloys annealed
hardened
Ni or Co bass
annealed
hardened
cast
Titanium alloys pure titanium
α and β alloys hardened
Hardened steel hardened and tempered
hardened and tempered
Hard cast iron cast
Hardened cast iron hardened and tempered
Non-metallic materials
Thermoplasts
Thermosetting plastics
Plastic, glass-bre reinforced GFRP
Plastic, carbon bre reinforced CFRP
Graphite
Wood
Note: The given cutting values are guide values, which were determined under ideal conditions.
The values have to be adapted in individual cases.
With hole depths of 5xD adjust the cutting data accordingly to the application.
f-group = feed rate recommendations on page C140.
For examples of material for cutting tool groups view page D22.
Starting values for cutting speed vc [m/min]
Coolant
Ext. f-group Ext. f-group Int. f-group Ext. f-group
Solid carbide reamers
C139
A
B
C
D
E
Recommended cutting data Solid carbide reamers
MillingDrilling
Technical
Information
Index Turning
C
140
A
B
C
D
E
Ø1 Ø2 Ø3 Ø4 Ø5 Ø6 Ø7 Ø8 Ø9 Ø10 Ø11 Ø12 Ø13 Ø14 Ø15 Ø16 Ø17 Ø18 Ø19 Ø20
10,01 0,02 0,03 0,04 0,04 0,05 0,05 0,06 0,06 0,06 0,07 0,07 0,08 0,08 0,09 0,09 0,09 0,09 0,10 0,10
20,01 0,02 0,03 0,04 0,05 0,06 0,06 0,06 0,07 0,07 0,08 0,09 0,09 0,09 0,10 0,10 0,10 0,11 0,11 0,11
30,01 0,02 0,04 0,05 0,06 0,06 0,07 0,07 0,08 0,09 0,09 0,10 0,10 0,11 0,11 0,12 0,12 0,12 0,13 0,13
40,02 0,03 0,04 0,06 0,06 0,07 0,08 0,09 0,09 0,10 0,11 0,11 0,12 0,12 0,13 0,13 0,14 0,14 0,15 0,15
50,02 0,03 0,05 0,06 0,07 0,09 0,09 0,10 0,11 0,11 0,12 0,13 0,14 0,14 0,15 0,15 0,16 0,16 0,17 0,17
60,02 0,04 0,06 0,07 0,09 0,10 0,11 0,11 0,12 0,13 0,14 0,15 0,16 0,17 0,17 0,18 0,18 0,19 0,19 0,20
70,02 0,04 0,06 0,09 0,10 0,11 0,12 0,13 0,14 0,15 0,16 0,17 0,18 0,19 0,20 0,20 0,21 0,22 0,22 0,23
80,03 0,05 0,07 0,10 0,11 0,13 0,14 0,15 0,16 0,17 0,18 0,20 0,21 0,22 0,23 0,23 0,24 0,25 0,26 0,26
90,03 0,06 0,08 0,11 0,13 0,15 0,16 0,17 0,18 0,20 0,21 0,23 0,24 0,25 0,26 0,27 0,28 0,29 0,29 0,30
10 0,04 0,07 0,10 0,13 0,15 0,17 0,19 0,20 0,21 0,23 0,24 0,26 0,27 0,29 0,30 0,31 0,32 0,33 0,34 0,35
11 0,04 0,07 0,11 0,15 0,17 0,20 0,21 0,23 0,24 0,26 0,28 0,30 0,32 0,33 0,35 0,36 0,37 0,38 0,39 0,40
12 0,05 0,09 0,13 0,17 0,20 0,23 0,25 0,26 0,28 0,30 0,32 0,35 0,36 0,38 0,40 0,41 0,42 0,44 0,45 0,46
13 0,05 0,10 0,15 0,20 0,23 0,26 0,28 0,30 0,32 0,35 0,37 0,40 0,42 0,44 0,46 0,47 0,49 0,50 0,52 0,53
14 0,06 0,11 0,17 0,23 0,26 0,30 0,33 0,35 0,37 0,40 0,43 0,46 0,48 0,50 0,53 0,54 0,56 0,58 0,59 0,61
15 0,07 0,13 0,20 0,26 0,30 0,35 0,37 0,40 0,43 0,46 0,49 0,53 0,55 0,58 0,61 0,62 0,64 0,66 0,68 0,70
Recommended cutting dataSolid carbide reamers
MillingDrilling
Technical
Information
Index Turning
Solid carbide reamers
Recommended feed rate
f-group
Feed rate [mm]
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
Note: The given cutting values are guide values, which were determined under ideal conditions.
The values have to be adapted in individual cases.
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
C141
C
Solid carbide threading tools
Product overview C142
Grade overview C143
System code – solid carbide threading tools C144
Solid carbide thread formers C145-C150
Solid carbide taps C151-C158
Solid carbide thread milling cutters C159
Recommended cutting data C160-C164
Technical information C175-C177
Form nonstandard order C182
Products Solid carbide threading tools Ø
Application
Type Page
PMKNS H
4122A M1-M2.5 DSolid carbide thread
formers C145
4222A M3-M16 DSolid carbide thread
formers C146
4122M M1-M2.5 DD Solid carbide thread
formers C148
4222M M3-M16 DD Solid carbide thread
formers C149
4201C M3-M16 DSolid carbide tap, right-
hand twist C151
4202C M3-M16 DSolid carbide tap, straight
flute C153
4201A M3-M16 DSolid carbide tap, right-
hand twist C155
4202A M3-M16 DSolid carbide tap, straight
flute C157
4111 M3-M20 DDD Solid carbide thread
milling cutters C159
DVery suitable DSuitable
Solid carbide threading tools Product overview
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
C142
Coated cemented carbide PVD
Grade Grade description
KTG402 PVD coated P20–P30/M20–M30 carbide substrate for steel and stainless steel. Especially for thread forming tools.
KTG4015 PVD coated P20–P30/K20–K30 carbide substrate for steel and cast iron. Especially for thread forming tools.
Uncoated cemented carbide
Grade Grade description
YK40F Uncoated K20–K30/N20–N30 carbide substrate for cast iron and non ferrous materials.
Grade overview Solid carbide threading tools
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
C143
C
144
A
B
C
D
E
4 2 0 1 A (C) (S) – M5x0.8 6H
1234567 8 9
Code
4
1
Code
1
2
3
4
Code
A
C
M
P
H
5
Code
1
2
5
9
2
Code
C
6
Code
0
1
2
3
Code
M5x0.8
...
8
Code
6H
6HX
9
ab c
Code
S
7
Solid carbide threading tools System code – solid carbide threading tools
MillingDrilling
Technical
Information
Index Turning
Type
Description
Threading tool
Flute
Description
Right-hand twist
Straight
Left-hand twist
Material
Description
Aluminum alloy
Cast iron
Stainless steel
Steel
Hardened steel
Shank type
Description
Straight shank
Straight shank DIN10
Straight shank DIN 6535 HA
Conical shank
Coolant supply
Description
Internal
Tool type
Description
Tap
Thread milling cutter
Thread former
Precision class
Description
Nominal diameter x pitch
Fine production tolerance
Thread type
Description
Standard production tolerance
Fine production tolerance
a Thread milling b Thread drilling c Thread forming
Blind hole
Description
Blind hole
Thread former Non-ferrous metals
4122A
– Factory standard
Dimensions [mm] Coredrill Grade
Article d1Pd
2d3l1l2l3Teeth d YK40F
4122A-M1*0.25-6H 3P M1 0.25 3 40 5 6 3 0.9 Ɣ
4122AS-M1*0.25-6H 1.5P M1 0.25 3 40 5 6 3 0.9 ż
4122A-M1.2*0.25-6H 3P M1.2 0.25 3 40 5 6 3 1.1 Ɣ
4122AS-M1.2*0.25-6H 1.5P M1.2 0.25 3 40 5 6 3 1.1 ż
4122A-M1.6*0.35-6H 3P M1.6 0.35 3 1.1 40 5 11 3 1.47 Ɣ
4122AS-M1.6*0.35-6H 1.5P M1.6 0.35 3 1.1 40 5 11 3 1.47 Ɣ
4122A-M2*0.4-6H 3P M2 0.4 3 1.5 45 6 12 3 1.85 Ɣ
4122AS-M2*0.4-6H 1.5P M2 0.4 3 1.5 45 6 12 3 1.85 Ɣ
4122A-M2.5*0.45-6H 3P M2.5 0.45 3 1.9 50 6 14 3 2.33 ż
4122AS-M2.5*0.45-6H 1.5P M2.5 0.45 3 1.9 50 6 14 3 2.33 Ɣ
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
D
DVery suitable
DSuitable
Solid carbide thread formers Solid carbide threading tools
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
C145
System code C144 Machining instructions C165 Cutting data C160 Nonstandard order C182
Thread former Non-ferrous metals
4222A
Type of shank DIN 10
– Coolant exit, axial concentric
A
B
Dimensions [mm] Coredrill Grade
Article d1Pd
2d3l1l2l3Teeth Geometry d YK40F
4222A-M3*0.5-6H 3P M3 0.5 3.5 2.3 56 6 18 4 A 2.8 ż
4222AS-M3*0.5-6H 1.5P M3 0.5 3.5 2.3 56 6 18 4 A 2.8 Ɣ
4222A-M4*0.5-6H 3P M4 0.5 4.5 3.1 63 8 21 4 A 3.8 ż
4222AS-M4*0.5-6H 1.5P M4 0.5 4.5 3.1 63 8 21 4 A 3.8 ż
4222A-M4*0.7-6H 3P M4 0.7 4.5 3.1 63 8 21 4 A 3.7 ż
4222AS-M4*0.7-6H 1.5P M4 0.7 4.5 3.1 63 8 21 4 A 3.7 ż
4222A-M5*0.5-6H 3P M5 0.5 6 4.3 70 10 25 4 A 4.8 ż
4222AS-M5*0.5-6H 1.5P M5 0.5 6 4.3 70 10 25 4 A 4.8 ż
4222A-M5*0.8-6H 3P M5 0.8 6 4 70 10 25 4 A 4.65 ż
4222AS-M5*0.8-6H 1.5P M5 0.8 6 4 70 10 25 4 A 4.65 ż
4222A-M6*0.75-6H 3P M6 0.75 6 5 80 12 30 4 A 5.7 ż
4222AS-M6*0.75-6H 1.5P M6 0.75 6 5 80 12 30 4 A 5.7 ż
4222A-M6*1-6H 3P M6 1 6 4.7 80 12 30 4 A 5.6 ż
4222AS-M6*1-6H 1.5P M6 1 6 4.7 80 12 30 4 A 5.6 ż
4222A-M7*1-6H 3P M7 1 7 5.7 80 14 30 4 A 6.6 ż
4222AS-M7*1-6H 1.5P M7 1 7 5.7 80 14 30 4 A 6.6 ż
4222A-M8*1-6H 3P M8 1 8 6.7 90 16 35 4 A 7.6 ż
4222AS-M8*1-6H 1.5P M8 1 8 6.7 90 16 35 4 A 7.6 ż
4222A-M8*1.25-6H 3P M8 1.25 8 6.4 90 16 35 4 A 7.45 ż
4222AS-M8*1.25-6H 1.5P M8 1.25 8 6.4 90 16 35 4 A 7.45 ż
4222A-M10*1-6H 3P M10 1 10 8.7 100 20 39 5 A 9.6 ż
4222AS-M10*1-6H 1.5P M10 1 10 8.7 100 20 39 5 A 9.6 ż
4222A-M10*1.25-6H 3P M10 1.25 10 8.4 100 20 39 5 A 9.45 ż
4222AS-M10*1.25-6H 1.5P M10 1.25 10 8.4 100 20 39 5 A 9.45 ż
4222A-M10*1.5-6H 3P M10 1.5 10 8.1 100 20 39 5 A 9.35 ż
4222AC-M10*1.5-6H 3P M10 1.5 10 8.1 100 20 39 5 A 9.35 ż
4222AS-M10*1.5-6H 1.5P M10 1.5 10 8.1 100 20 39 5 A 9.35 ż
4222ACS-M10*1.5-6H 1.5P M10 1.5 10 8.1 100 20 39 5 A 9.35 ż
4222A-M12*1.25-6H 3P M12 1.25 9 110 24 5 B 11.45 ż
4222AS-M12*1.25-6H 1.5P M12 1.25 9 110 24 5 B 11.45 ż
4222A-M12*1.5-6H 3P M12 1.5 9 110 24 5 B 11.35 ż
4222AS-M12*1.5-6H 1.5P M12 1.5 9 110 24 5 B 11.35 ż
4222A-M12*1.75-6H 3P M12 1.75 9 110 24 5 B 11.25 ż
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
D
DVery suitable
DSuitable
Solid carbide threading tools Solid carbide thread formers
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
C146
System code C144 Machining instructions C165 Cutting data C160 Nonstandard order C182
Thread former Non-ferrous metals
4222A
Type of shank DIN 10
– Coolant exit, axial concentric
A
B
Dimensions [mm] Coredrill Grade
Article d1Pd
2d3l1l2l3Teeth Geometry d YK40F
4222AC-M12*1.75-6H 3P M12 1.75 9 110 24 5 B 11.25 ż
4222AS-M12*1.75-6H 1.5P M12 1.75 9 110 24 5 B 11.25 ż
4222ACS-M12*1.75-6H 1.5P M12 1.75 9 110 24 5 B 11.25 ż
4222A-M14*1.5-6H 3P M14 1.5 11 110 26 6 B 13.35 ż
4222AS-M14*1.5-6H 1.5P M14 1.5 11 110 26 6 B 13.35 ż
4222A-M14*2-6H 3P M14 2 11 110 26 6 B 13.1 ż
4222AS-M14*2-6H 1.5P M14 2 11 110 26 6 B 13.1 ż
4222A-M16*1.5-6H 3P M16 1.5 12 110 27 6 B 15.35 ż
4222AS-M16*1.5-6H 1.5P M16 1.5 12 110 27 6 B 15.35 ż
4222A-M16*2-6H 3P M16 2 12 110 27 6 B 15.1 ż
4222AC-M16*2-6H 3P M16 2 12 110 27 6 B 15.1 ż
4222AS-M16*2-6H 1.5P M16 2 12 110 27 6 B 15.1 ż
4222ACS-M16*2-6H 1.5P M16 2 12 110 27 6 B 15.1 ż
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
D
DVery suitable
DSuitable
Solid carbide thread formers Solid carbide threading tools
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
C147
System code C144 Machining instructions C165 Cutting data C160 Nonstandard order C182
Thread former Steel, stainless steel
4122M
– Factory standard
Dimensions [mm] Coredrill Grade
Article d1Pd
2d3l1l2l3Teeth d KTG402 YK40F
4122M-M1*0.25-6H 3P M1 0.25 3 40 5 6 4 0.9 Ɣż
4122MS-M1*0.25-6H 2P M1 0.25 3 40 5 6 4 0.9 Ɣż
4122M-M1.2*0.25-6H 3P M1.2 0.25 3 40 5 6 4 1.1 żż
4122MS-M1.2*0.25-6H 2P M1.2 0.25 3 40 5 6 4 1.1 żż
4122M-M1.6*0.35-6H 3P M1.6 0.35 3 1.1 40 5 11 4 1.47 żż
4122MS-M1.6*0.35-6H 2P M1.6 0.35 3 1.1 40 5 11 4 1.47 żż
4122M-M2*0.4-6H 3P M2 0.4 3 1.5 45 6 12 4 1.85 Ɣż
4122MS-M2*0.4-6H 2P M2 0.4 3 1.5 45 6 12 4 1.85 Ɣż
4122M-M2.5*0.45-6H 3P M2.5 0.45 3 1.9 50 6 14 4 2.33 żż
4122MS-M2.5*0.45-6H 2P M2.5 0.45 3 1.9 50 6 14 4 2.33 Ɣż
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
DD
DVery suitable
DSuitable
Solid carbide threading tools Solid carbide thread formers
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
C148
System code C144 Machining instructions C165 Cutting data C160 Nonstandard order C182
Thread former Steel, stainless steel
4222M
Type of shank DIN 10
– Coolant exit, axial concentric
A
B
Dimensions [mm] Coredrill Grade
Article d1Pd
2d3l1l2l3Teeth Geometry d KTG402 YK40F
4222M-M3*0.5-6H 3P M3 0.5 3.5 2.3 56 6 18 4 A 2.8 Ɣż
4222MS-M3*0.5-6H 2P M3 0.5 3.5 2.3 56 6 18 4 A 2.8 żż
4222M-M4*0.5-6H 3P M4 0.5 4.5 3.1 63 8 21 4 A 3.8 Ɣż
4222MS-M4*0.5-6H 2P M4 0.5 4.5 3.1 63 8 21 4 A 3.8 żż
4222M-M4*0.7-6H 3P M4 0.7 4.5 3.1 63 8 21 4 A 3.7 Ɣż
4222MS-M4*0.7-6H 2P M4 0.7 4.5 3.1 63 8 21 4 A 3.7 Ɣż
4222M-M5*0.5-6H 3P M5 0.5 6 4.3 70 10 25 4 A 4.8 Ɣż
4222MS-M5*0.5-6H 2P M5 0.5 6 4.3 70 10 25 4 A 4.8 Ɣż
4222M-M5*0.8-6H 3P M5 0.8 6 4 70 10 25 4 A 4.65 Ɣż
4222MS-M5*0.8-6H 2P M5 0.8 6 4 70 10 25 4 A 4.65 Ɣż
4222M-M6*0.75-6H 3P M6 0.75 6 5 80 12 30 4 A 5.7 Ɣż
4222MS-M6*0.75-6H 2P M6 0.75 6 5 80 12 30 4 A 5.7 Ɣż
4222M-M6*1-6H 3P M6 1 6 4.7 80 12 30 4 A 5.6 żż
4222MS-M6*1-6H 2P M6 1 6 4.7 80 12 30 4 A 5.6 żż
4222M-M7*1-6H 3P M7 1 7 5.7 80 14 30 4 A 6.6 żż
4222MS-M7*1-6H 2P M7 1 7 5.7 80 14 30 4 A 6.6 żż
4222M-M8*1-6H 3P M8 1 8 6.7 90 16 35 4 A 7.6 żż
4222MS-M8*1-6H 2P M8 1 8 6.7 90 16 35 4 A 7.6 żż
4222M-M8*1.25-6H 3P M8 1.25 8 6.4 90 16 35 4 A 7.45 Ɣż
4222MS-M8*1.25-6H 2P M8 1.25 8 6.4 90 16 35 4 A 7.45 Ɣż
4222M-M10*1-6H 3P M10 1 10 8.7 100 20 39 5 A 9.6 żż
4222MS-M10*1-6H 2P M10 1 10 8.7 100 20 39 5 A 9.6 żż
4222M-M10*1.25-6H 3P M10 1.25 10 8.4 100 20 39 5 A 9.45 żż
4222MS-M10*1.25-6H 2P M10 1.25 10 8.4 100 20 39 5 A 9.45 Ɣż
4222M-M10*1.5-6H 3P M10 1.5 10 8.1 100 20 39 5 A 9.35 żż
4222MC-M10*1.5-6H 3P M10 1.5 10 8.1 100 20 39 5 A 9.35 Ɣż
4222MS-M10*1.5-6H 2P M10 1.5 10 8.1 100 20 39 5 A 9.35 Ɣż
4222MCS-M10*1.5-6H 2P M10 1.5 10 8.1 100 20 39 5 A 9.35 Ɣż
4222M-M12*1.25-6H 3P M12 1.25 9 110 24 5 B 11.45 Ɣż
4222MS-M12*1.25-6H 2P M12 1.25 9 110 24 5 B 11.45 Ɣż
4222M-M12*1.5-6H 3P M12 1.5 9 110 24 5 B 11.35 żż
4222MS-M12*1.5-6H 2P M12 1.5 9 110 24 5 B 11.35 żż
4222M-M12*1.75-6H 3P M12 1.75 9 110 24 5 B 11.25 żż
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
DD
DVery suitable
DSuitable
Solid carbide thread formers Solid carbide threading tools
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
C149
System code C144 Machining instructions C165 Cutting data C160 Nonstandard order C182
Thread former Steel, stainless steel
4222M
Type of shank DIN 10
– Coolant exit, axial concentric
A
B
Dimensions [mm] Coredrill Grade
Article d1Pd
2d3l1l2l3Teeth Geometry d KTG402 YK40F
4222MC-M12*1.75-6H 3P M12 1.75 9 110 24 5 B 11.25 żż
4222MS-M12*1.75-6H 2P M12 1.75 9 110 24 5 B 11.25 Ɣż
4222MCS-M12*1.75-6H 2P M12 1.75 9 110 24 5 B 11.25 żż
4222M-M14*1.5-6H 3P M14 1.5 11 110 26 6 B 13.35 Ɣż
4222MS-M14*1.5-6H 2P M14 1.5 11 110 26 6 B 13.35 żż
4222M-M14*2-6H 3P M14 2 11 110 26 6 B 13.1 żż
4222MS-M14*2-6H 2P M14 2 11 110 26 6 B 13.1 żż
4222M-M16*1.5-6H 3P M16 1.5 12 110 27 6 B 15.35 Ɣż
4222MS-M16*1.5-6H 2P M16 1.5 12 110 27 6 B 15.35 żż
4222M-M16*2-6H 3P M16 2 12 110 27 6 B 15.1 żż
4222MC-M16*2-6H 3P M16 2 12 110 27 6 B 15.1 żż
4222MS-M16*2-6H 2P M16 2 12 110 27 6 B 15.1 żż
4222MCS-M16*2-6H 2P M16 2 12 110 27 6 B 15.1 żż
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
DD
DVery suitable
DSuitable
Solid carbide threading tools Solid carbide thread formers
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
C150
System code C144 Machining instructions C165 Cutting data C160 Nonstandard order C182
Tap, right-hand twist Cast iron
4201C
Type of shank DIN 10
– Coolant exit, axial concentric
A
B
Dimensions [mm] Coredrill Grade
Article d1Pd
2d3l1l2l3Teeth Geometry d YK40F
4201C-M3*0.5-6H 3P M3 0.5 3.5 2.3 56 11 18 3 A 2.5 Ɣ
4201C-M3*0.5-6HX 3P M3 0.5 3.5 2.3 56 11 18 3 A 2.5 Ɣ
4201CS-M3*0.5-6H 1.5P M3 0.5 3.5 2.3 56 11 18 3 A 2.5 Ɣ
4201CS-M3*0.5-6HX 1.5P M3 0.5 3.5 2.3 56 11 18 3 A 2.5 Ɣ
4201C-M4*0.7-6H 3P M4 0.7 4.5 3.1 63 13 21 3 A 3.3 Ɣ
4201C-M4*0.7-6HX 3P M4 0.7 4.5 3.1 63 13 21 3 A 3.3 Ɣ
4201CS-M4*0.7-6H 1.5P M4 0.7 4.5 3.1 63 13 21 3 A 3.3 Ɣ
4201CS-M4*0.7-6HX 1.5P M4 0.7 4.5 3.1 63 13 21 3 A 3.3 Ɣ
4201C-M5*0.8-6H 3P M5 0.8 6 4 70 16 25 3 A 4.2 Ɣ
4201C-M5*0.8-6HX 3P M5 0.8 6 4 70 16 25 3 A 4.2 Ɣ
4201CS-M5*0.8-6H 1.5P M5 0.8 6 4 70 16 25 3 A 4.2 Ɣ
4201CS-M5*0.8-6HX 1.5P M5 0.8 6 4 70 16 25 3 A 4.2 Ɣ
4201C-M6*0.75-6H 3P M6 0.75 6 5 80 19 30 3 A 5.25 Ɣ
4201C-M6*0.75-6HX 3P M6 0.75 6 5 80 19 30 3 A 5.25 Ɣ
4201CS-M6*0.75-6H 1.5P M6 0.75 6 5 80 19 30 3 A 5.25 Ɣ
4201CS-M6*0.75-6HX 1.5P M6 0.75 6 5 80 19 30 3 A 5.25 Ɣ
4201C-M6*1-6H 3P M6 1 6 4.7 80 19 30 3 A 5 ż
4201CC-M6*1-6H 3P M6 1 6 4.7 80 19 30 3 A 5 ż
4201C-M6*1-6HX 3P M6 1 6 4.7 80 19 30 3 A 5 ż
4201CS-M6*1-6H 1.5P M6 1 6 4.7 80 19 30 3 A 5 ż
4201CCS-M6*1-6H 1.5P M6 1 6 4.7 80 19 30 3 A 5 Ɣ
4201CS-M6*1-6HX 1.5P M6 1 6 4.7 80 19 30 3 A 5 ż
4201C-M7*1-6H 3P M7 1 7 5.7 80 19 30 3 A 6 ż
4201CS-M7*1-6H 1.5P M7 1 7 5.7 80 19 30 3 A 6 ż
4201C-M8*1-6H 3P M8 1 8 6.7 90 20 35 3 A 7 ż
4201CS-M8*1-6H 1.5P M8 1 8 6.7 90 20 35 3 A 7 ż
4201C-M8*1.25-6H 3P M8 1.25 8 6.4 90 22 35 3 A 6.75 Ɣ
4201CC-M8*1.25-6H 3P M8 1.25 8 6.4 90 22 35 3 A 6.75 Ɣ
4201C-M8*1.25-6HX 3P M8 1.25 8 6.4 90 22 35 3 A 6.75 Ɣ
4201CS-M8*1.25-6H 1.5P M8 1.25 8 6.4 90 22 35 3 A 6.75 ż
4201CCS-M8*1.25-6H 1.5P M8 1.25 8 6.4 90 22 35 3 A 6.75 ż
4201CS-M8*1.25-6HX 1.5P M8 1.25 8 6.4 90 22 35 3 A 6.75 ż
4201C-M10*1-6H 3P M10 1 10 8.7 100 20 39 4 A 9 ż
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
D
DVery suitable
DSuitable
Solid carbide taps Solid carbide threading tools
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
C151
System code C144 Machining instructions C165 Cutting data C160 Nonstandard order C182
Tap, right-hand twist Cast iron
4201C
Type of shank DIN 10
– Coolant exit, axial concentric
A
B
Dimensions [mm] Coredrill Grade
Article d1Pd
2d3l1l2l3Teeth Geometry d YK40F
4201CS-M10*1-6H 1.5P M10 1 10 8.7 100 20 39 4 A 9 ż
4201C-M10*1.25-6H 3P M10 1.25 10 8.4 100 24 39 4 A 8.75 ż
4201CS-M10*1.25-6H 1.5P M10 1.25 10 8.4 100 24 39 4 A 8.75 ż
4201C-M10*1.5-6H 3P M10 1.5 10 8.1 100 24 39 4 A 8.5 ż
4201CC-M10*1.5-6H 3P M10 1.5 10 8.1 100 24 39 4 A 8.5 ż
4201C-M10*1.5-6HX 3P M10 1.5 10 8.1 100 24 39 4 A 8.5 ż
4201CS-M10*1.5-6H 1.5P M10 1.5 10 8.1 100 24 39 4 A 8.5 ż
4201CCS-M10*1.5-6H 1.5P M10 1.5 10 8.1 100 24 39 4 A 8.5 Ɣ
4201CS-M10*1.5-6HX 1.5P M10 1.5 10 8.1 100 24 39 4 A 8.5 ż
4201C-M12*1.25-6H 3P M12 1.25 9 110 29 4 B 10.75 ż
4201CS-M12*1.25-6H 1.5P M12 1.25 9 110 29 4 B 10.75 ż
4201C-M12*1.5-6H 3P M12 1.5 9 110 29 4 B 10.5 ż
4201CS-M12*1.5-6H 1.5P M12 1.5 9 110 29 4 B 10.5 ż
4201C-M12*1.75-6H 3P M12 1.75 9 110 29 4 B 10.25 ż
4201CC-M12*1.75-6H 3P M12 1.75 9 110 29 4 B 10.25 Ɣ
4201C-M12*1.75-6HX 3P M12 1.75 9 110 29 4 B 10.25 ż
4201CS-M12*1.75-6H 1.5P M12 1.75 9 110 29 4 B 10.25 ż
4201CCS-M12*1.75-6H 1.5P M12 1.75 9 110 29 4 B 10.25 ż
4201CS-M12*1.75-6HX 1.5P M12 1.75 9 110 29 4 B 10.25 ż
4201C-M14*1.5-6H 3P M14 1.5 11 110 30 4 B 12.5 ż
4201CS-M14*1.5-6H 1.5P M14 1.5 11 110 30 4 B 12.5 ż
4201C-M14*2-6H 3P M14 2 11 110 30 4 B 12 ż
4201CS-M14*2-6H 1.5P M14 2 11 110 30 4 B 12 ż
4201C-M16*1.5-6H 3P M16 1.5 12 110 32 4 B 14.5 ż
4201CS-M16*1.5-6H 1.5P M16 1.5 12 110 32 4 B 14.5 ż
4201C-M16*2-6H 3P M16 2 12 110 32 4 B 14 ż
4201C-M16*2-6HX 3P M16 2 12 110 32 4 B 14 ż
4201CS-M16*2-6H 1.5P M16 2 12 110 32 4 B 14 ż
4201CS-M16*2-6HX 1.5P M16 2 12 110 32 4 B 14 ż
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
D
DVery suitable
DSuitable
Solid carbide threading tools Solid carbide taps
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
C152
System code C144 Machining instructions C165 Cutting data C160 Nonstandard order C182
Tap, straight flute Cast iron
4202C
Type of shank DIN 10
– Coolant exit, axial concentric
A
B
Dimensions [mm] Coredrill Grade
Article d1Pd
2d3l1l2l3Teeth Geometry d YK40F
4202C-M3*0.5-6H 3P M3 0.5 3.5 2.3 56 11 18 3 A 2.5 ż
4202C-M3*0.5-6HX 3P M3 0.5 3.5 2.3 56 11 18 3 A 2.5 ż
4202CS-M3*0.5-6H 1.5P M3 0.5 3.5 2.3 56 11 18 3 A 2.5 ż
4202CS-M3*0.5-6HX 1.5P M3 0.5 3.5 2.3 56 11 18 3 A 2.5 ż
4202C-M4*0.7-6H 3P M4 0.7 4.5 3.1 63 13 21 3 A 3.3 ż
4202C-M4*0.7-6HX 3P M4 0.7 4.5 3.1 63 13 21 3 A 3.3 ż
4202CS-M4*0.7-6H 1.5P M4 0.7 4.5 3.1 63 13 21 3 A 3.3 ż
4202CS-M4*0.7-6HX 1.5P M4 0.7 4.5 3.1 63 13 21 3 A 3.3 ż
4202C-M5*0.8-6H 3P M5 0.8 6 4 70 16 25 3 A 4.2 ż
4202C-M5*0.8-6HX 3P M5 0.8 6 4 70 16 25 3 A 4.2 ż
4202CS-M5*0.8-6H 1.5P M5 0.8 6 4 70 16 25 3 A 4.2 ż
4202CS-M5*0.8-6HX 1.5P M5 0.8 6 4 70 16 25 3 A 4.2 ż
4202C-M6*0.75-6H 3P M6 0.75 6 5 80 19 30 3 A 5.25 ż
4202C-M6*0.75-6HX 3P M6 0.75 6 5 80 19 30 3 A 5.25 ż
4202CS-M6*0.75-6H 1.5P M6 0.75 6 5 80 19 30 3 A 5.25 ż
4202CS-M6*0.75-6HX 1.5P M6 0.75 6 5 80 19 30 3 A 5.25 ż
4202C-M6*1-6H 3P M6 1 6 4.7 80 19 30 3 A 5 ż
4202CC-M6*1-6H 3P M6 1 6 4.7 80 19 30 3 A 5 ż
4202C-M6*1-6HX 3P M6 1 6 4.7 80 19 30 3 A 5 ż
4202CS-M6*1-6H 1.5P M6 1 6 4.7 80 19 30 3 A 5 ż
4202CCS-M6*1-6H 1.5P M6 1 6 4.7 80 19 30 3 A 5 ż
4202CS-M6*1-6HX 1.5P M6 1 6 4.7 80 19 30 3 A 5 ż
4202C-M7*1-6H 3P M7 1 7 5.7 80 19 30 3 A 6 ż
4202CS-M7*1-6H 1.5P M7 1 7 5.7 80 19 30 3 A 6 ż
4202C-M8*1-6H 3P M8 1 8 6.7 90 20 35 3 A 7 ż
4202CS-M8*1-6H 1.5P M8 1 8 6.7 90 20 35 3 A 7 ż
4202C-M8*1.25-6H 3P M8 1.25 8 6.4 90 22 35 3 A 6.75 ż
4202CC-M8*1.25-6H 3P M8 1.25 8 6.4 90 22 35 3 A 6.75 ż
4202C-M8*1.25-6HX 3P M8 1.25 8 6.4 90 22 35 3 A 6.75 ż
4202CS-M8*1.25-6H 1.5P M8 1.25 8 6.4 90 22 35 3 A 6.75 ż
4202CCS-M8*1.25-6H 1.5P M8 1.25 8 6.4 90 22 35 3 A 6.75 ż
4202CS-M8*1.25-6HX 1.5P M8 1.25 8 6.4 90 22 35 3 A 6.75 ż
4202C-M10*1-6H 3P M10 1 10 8.7 100 20 39 4 A 9 ż
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
D
DVery suitable
DSuitable
Solid carbide taps Solid carbide threading tools
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
C153
System code C144 Machining instructions C165 Cutting data C160 Nonstandard order C182
Tap, straight flute Cast iron
4202C
Type of shank DIN 10
– Coolant exit, axial concentric
A
B
Dimensions [mm] Coredrill Grade
Article d1Pd
2d3l1l2l3Teeth Geometry d YK40F
4202CS-M10*1-6H 1.5P M10 1 10 8.7 100 20 39 4 A 9 ż
4202C-M10*1.25-6H 3P M10 1.25 10 8.4 100 24 39 4 A 8.75 ż
4202CS-M10*1.25-6H 1.5P M10 1.25 10 8.4 100 24 39 4 A 8.75 ż
4202C-M10*1.5-6H 3P M10 1.5 10 8.1 100 24 39 4 A 8.5 ż
4202CC-M10*1.5-6H 3P M10 1.5 10 8.1 100 24 39 4 A 8.5 ż
4202C-M10*1.5-6HX 3P M10 1.5 10 8.1 100 24 39 4 A 8.5 ż
4202CS-M10*1.5-6H 1.5P M10 1.5 10 8.1 100 24 39 4 A 8.5 ż
4202CCS-M10*1.5-6H 1.5P M10 1.5 10 8.1 100 24 39 4 A 8.5 ż
4202CS-M10*1.5-6HX 1.5P M10 1.5 10 8.1 100 24 39 4 A 8.5 ż
4202C-M12*1.25-6H 3P M12 1.25 9 110 29 4 B 10.75 ż
4202CS-M12*1.25-6H 1.5P M12 1.25 9 110 29 4 B 10.75 ż
4202C-M12*1.5-6H 3P M12 1.5 9 110 29 4 B 10.5 ż
4202CS-M12*1.5-6H 1.5P M12 1.5 9 110 29 4 B 10.5 ż
4202C-M12*1.75-6H 3P M12 1.75 9 110 29 4 B 10.25 ż
4202CC-M12*1.75-6H 3P M12 1.75 9 110 29 4 B 10.25 ż
4202C-M12*1.75-6HX 3P M12 1.75 9 110 29 4 B 10.25 ż
4202CS-M12*1.75-6H 1.5P M12 1.75 9 110 29 4 B 10.25 ż
4202CCS-M12*1.75-6H 1.5P M12 1.75 9 110 29 4 B 10.25 ż
4202CS-M12*1.75-6HX 1.5P M12 1.75 9 110 29 4 B 10.25 ż
4202C-M14*1.5-6H 3P M14 1.5 11 110 30 4 B 12.5 ż
4202CS-M14*1.5-6H 1.5P M14 1.5 11 110 30 4 B 12.5 ż
4202C-M14*2-6H 3P M14 2 11 110 30 4 B 12 ż
4202CS-M14*2-6H 1.5P M14 2 11 110 30 4 B 12 ż
4202C-M16*1.5-6H 3P M16 1.5 12 110 32 4 B 14.5 ż
4202CS-M16*1.5-6H 1.5P M16 1.5 12 110 32 4 B 14.5 ż
4202C-M16*2-6H 3P M16 2 12 110 32 4 B 14 ż
4202C-M16*2-6HX 3P M16 2 12 110 32 4 B 14 ż
4202CS-M16*2-6H 1.5P M16 2 12 110 32 4 B 14 ż
4202CS-M16*2-6HX 1.5P M16 2 12 110 32 4 B 14 ż
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
D
DVery suitable
DSuitable
Solid carbide threading tools Solid carbide taps
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
C154
System code C144 Machining instructions C165 Cutting data C160 Nonstandard order C182
Tap, right-hand twist Non-ferrous metals
4201A
Type of shank DIN 10
– Coolant exit, axial concentric
A
B
Dimensions [mm] Coredrill Grade
Article d1Pd
2d3l1l2l3Teeth Geometry d YK40F
4201A-M3*0.5-6H 3P M3 0.5 3.5 2.3 56 11 18 3 A 2.5 Ɣ
4201A-M3*0.5-6HX 3P M3 0.5 3.5 2.3 56 11 18 3 A 2.5 ż
4201AS-M3*0.5-6H 1.5P M3 0.5 3.5 2.3 56 11 18 3 A 2.5 Ɣ
4201AS-M3*0.5-6HX 1.5P M3 0.5 3.5 2.3 56 11 18 3 A 2.5 ż
4201A-M4*0.7-6H 3P M4 0.7 4.5 3.1 63 13 21 3 A 3.3 Ɣ
4201A-M4*0.7-6HX 3P M4 0.7 4.5 3.1 63 13 21 3 A 3.3 ż
4201AS-M4*0.7-6H 1.5P M4 0.7 4.5 3.1 63 13 21 3 A 3.3 Ɣ
4201AS-M4*0.7-6HX 1.5P M4 0.7 4.5 3.1 63 13 21 3 A 3.3 ż
4201A-M5*0.8-6H 3P M5 0.8 6 4 70 16 25 3 A 4.2 ż
4201A-M5*0.8-6HX 3P M5 0.8 6 4 70 16 25 3 A 4.2 ż
4201AS-M5*0.8-6H 1.5P M5 0.8 6 4 70 16 25 3 A 4.2 Ɣ
4201AS-M5*0.8-6HX 1.5P M5 0.8 6 4 70 16 25 3 A 4.2 ż
4201A-M6*0.75-6H 3P M6 0.75 6 5 80 19 30 3 A 5.25 ż
4201A-M6*0.75-6HX 3P M6 0.75 6 5 80 19 30 3 A 5.25 Ɣ
4201AS-M6*0.75-6H 1.5P M6 0.75 6 5 80 19 30 3 A 5.25 Ɣ
4201AS-M6*0.75-6HX 1.5P M6 0.75 6 5 80 19 30 3 A 5.25 ż
4201A-M6*1-6H 3P M6 1 6 4.7 80 19 30 3 A 5 Ɣ
4201AC-M6*1-6H 3P M6 1 6 4.7 80 19 30 3 A 5 ż
4201A-M6*1-6HX 3P M6 1 6 4.7 80 19 30 3 A 5 Ɣ
4201AS-M6*1-6H 1.5P M6 1 6 4.7 80 19 30 3 A 5 Ɣ
4201ACS-M6*1-6H 1.5P M6 1 6 4.7 80 19 30 3 A 5 Ɣ
4201AS-M6*1-6HX 1.5P M6 1 6 4.7 80 19 30 3 A 5 ż
4201A-M7*1-6H 3P M7 1 7 5.7 80 19 30 3 A 6 ż
4201AS-M7*1-6H 1.5P M7 1 7 5.7 80 19 30 3 A 6 ż
4201A-M8*1-6H 3P M8 1 8 6.7 90 20 35 3 A 7 ż
4201AS-M8*1-6H 1.5P M8 1 8 6.7 90 20 35 3 A 7 Ɣ
4201A-M8*1.25-6H 3P M8 1.25 8 6.4 90 22 35 3 A 6.75 ż
4201AC-M8*1.25-6H 3P M8 1.25 8 6.4 90 22 35 3 A 6.75 Ɣ
4201A-M8*1.25-6HX 3P M8 1.25 8 6.4 90 22 35 3 A 6.75 ż
4201AS-M8*1.25-6H 1.5P M8 1.25 8 6.4 90 22 35 3 A 6.75 Ɣ
4201ACS-M8*1.25-6H 1.5P M8 1.25 8 6.4 90 22 35 3 A 6.75 Ɣ
4201AS-M8*1.25-6HX 1.5P M8 1.25 8 6.4 90 22 35 3 A 6.75 ż
4201A-M10*1-6H 3P M10 1 10 8.7 100 20 39 4 A 9 Ɣ
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
D
DVery suitable
DSuitable
Solid carbide taps Solid carbide threading tools
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
C155
System code C144 Machining instructions C165 Cutting data C160 Nonstandard order C182
Tap, right-hand twist Non-ferrous metals
4201A
Type of shank DIN 10
– Coolant exit, axial concentric
A
B
Dimensions [mm] Coredrill Grade
Article d1Pd
2d3l1l2l3Teeth Geometry d YK40F
4201AS-M10*1-6H 1.5P M10 1 10 8.7 100 20 39 4 A 9 Ɣ
4201A-M10*1.25-6H 3P M10 1.25 10 8.4 100 24 39 4 A 8.75 ż
4201AS-M10*1.25-6H 1.5P M10 1.25 10 8.4 100 24 39 4 A 8.75 ż
4201A-M10*1.5-6H 3P M10 1.5 10 8.1 100 24 39 4 A 8.5 ż
4201AC-M10*1.5-6H 3P M10 1.5 10 8.1 100 24 39 4 A 8.5 Ɣ
4201A-M10*1.5-6HX 3P M10 1.5 10 8.1 100 24 39 4 A 8.5 ż
4201AS-M10*1.5-6H 1.5P M10 1.5 10 8.1 100 24 39 4 A 8.5 Ɣ
4201ACS-M10*1.5-6H 1.5P M10 1.5 10 8.1 100 24 39 4 A 8.5 ż
4201AS-M10*1.5-6HX 1.5P M10 1.5 10 8.1 100 24 39 4 A 8.5 ż
4201A-M12*1.25-6H 3P M12 1.25 9 110 29 4 B 10.75 ż
4201AS-M12*1.25-6H 1.5P M12 1.25 9 110 29 4 B 10.75 ż
4201A-M12*1.5-6H 3P M12 1.5 9 110 29 4 B 10.5 ż
4201AS-M12*1.5-6H 1.5P M12 1.5 9 110 29 4 B 10.5 ż
4201A-M12*1.75-6H 3P M12 1.75 9 110 29 4 B 10.25 ż
4201AC-M12*1.75-6H 3P M12 1.75 9 110 29 4 B 10.25 ż
4201A-M12*1.75-6HX 3P M12 1.75 9 110 29 4 B 10.25 ż
4201AS-M12*1.75-6H 1.5P M12 1.75 9 110 29 4 B 10.25 Ɣ
4201ACS-M12*1.75-6H 1.5P M12 1.75 9 110 29 4 B 10.25 ż
4201AS-M12*1.75-6HX 1.5P M12 1.75 9 110 29 4 B 10.25 ż
4201A-M14*1.5-6H 3P M14 1.5 11 110 30 4 B 12.5 ż
4201AS-M14*1.5-6H 1.5P M14 1.5 11 110 30 4 B 12.5 ż
4201A-M14*2-6H 3P M14 2 11 110 30 4 B 12 ż
4201AS-M14*2-6H 1.5P M14 2 11 110 30 4 B 12 ż
4201A-M16*1.5-6H 3P M16 1.5 12 110 32 4 B 14.5 ż
4201AS-M16*1.5-6H 1.5P M16 1.5 12 110 32 4 B 14.5 ż
4201A-M16*2-6H 3P M16 2 12 110 32 4 B 14 ż
4201A-M16*2-6HX 3P M16 2 12 110 32 4 B 14 ż
4201AS-M16*2-6H 1.5P M16 2 12 110 32 4 B 14 ż
4201AS-M16*2-6HX 1.5P M16 2 12 110 32 4 B 14 ż
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
D
DVery suitable
DSuitable
Solid carbide threading tools Solid carbide taps
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
C156
System code C144 Machining instructions C165 Cutting data C160 Nonstandard order C182
Tap, straight flute Non-ferrous metals
4202A
Type of shank DIN 10
– Coolant exit, axial concentric
A
B
Dimensions [mm] Coredrill Grade
Article d1Pd
2d3l1l2l3Teeth Geometry d YK40F
4202A-M3*0.5-6H 3P M3 0.5 3.5 2.3 56 11 18 3 A 2.5 ż
4202A-M3*0.5-6HX 3P M3 0.5 3.5 2.3 56 11 18 3 A 2.5 ż
4202AS-M3*0.5-6H 1.5P M3 0.5 3.5 2.3 56 11 18 3 A 2.5 ż
4202AS-M3*0.5-6HX 1.5P M3 0.5 3.5 2.3 56 11 18 3 A 2.5 ż
4202A-M4*0.7-6H 3P M4 0.7 4.5 3.1 63 13 21 3 A 3.3 ż
4202A-M4*0.7-6HX 3P M4 0.7 4.5 3.1 63 13 21 3 A 3.3 ż
4202AS-M4*0.7-6H 1.5P M4 0.7 4.5 3.1 63 13 21 3 A 3.3 ż
4202AS-M4*0.7-6HX 1.5P M4 0.7 4.5 3.1 63 13 21 3 A 3.3 ż
4202A-M5*0.8-6H 3P M5 0.8 6 4 70 16 25 3 A 4.2 ż
4202A-M5*0.8-6HX 3P M5 0.8 6 4 70 16 25 3 A 4.2 ż
4202AS-M5*0.8-6H 1.5P M5 0.8 6 4 70 16 25 3 A 4.2 ż
4202AS-M5*0.8-6HX 1.5P M5 0.8 6 4 70 16 25 3 A 4.2 ż
4202A-M6*0.75-6H 3P M6 0.75 6 5 80 19 30 3 A 5.25 ż
4202A-M6*0.75-6HX 3P M6 0.75 6 5 80 19 30 3 A 5.25 ż
4202AS-M6*0.75-6H 1.5P M6 0.75 6 5 80 19 30 3 A 5.25 ż
4202AS-M6*0.75-6HX 1.5P M6 0.75 6 5 80 19 30 3 A 5.25 ż
4202A-M6*1-6H 3P M6 1 6 4.7 80 19 30 3 A 5 ż
4202AC-M6*1-6H 3P M6 1 6 4.7 80 19 30 3 A 5 ż
4202A-M6*1-6HX 3P M6 1 6 4.7 80 19 30 3 A 5 ż
4202AS-M6*1-6H 1.5P M6 1 6 4.7 80 19 30 3 A 5 ż
4202ACS-M6*1-6H 1.5P M6 1 6 4.7 80 19 30 3 A 5 ż
4202AS-M6*1-6HX 1.5P M6 1 6 4.7 80 19 30 3 A 5 ż
4202A-M7*1-6H 3P M7 1 7 5.7 80 19 30 3 A 6 ż
4202AS-M7*1-6H 1.5P M7 1 7 5.7 80 19 30 3 A 6 ż
4202A-M8*1-6H 3P M8 1 8 6.7 90 20 35 3 A 7 ż
4202AS-M8*1-6H 1.5P M8 1 8 6.7 90 20 35 3 A 7 ż
4202A-M8*1.25-6H 3P M8 1.25 8 6.4 90 22 35 3 A 6.75 ż
4202AC-M8*1.25-6H 3P M8 1.25 8 6.4 90 22 35 3 A 6.75 ż
4202A-M8*1.25-6HX 3P M8 1.25 8 6.4 90 22 35 3 A 6.75 ż
4202AS-M8*1.25-6H 1.5P M8 1.25 8 6.4 90 22 35 3 A 6.75 ż
4202ACS-M8*1.25-6H 1.5P M8 1.25 8 6.4 90 22 35 3 A 6.75 ż
4202AS-M8*1.25-6HX 1.5P M8 1.25 8 6.4 90 22 35 3 A 6.75 ż
4202A-M10*1-6H 3P M10 1 10 8.7 100 20 39 4 A 9 ż
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
D
DVery suitable
DSuitable
Solid carbide taps Solid carbide threading tools
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
C157
System code C144 Machining instructions C165 Cutting data C160 Nonstandard order C182
Tap, straight flute Non-ferrous metals
4202A
Type of shank DIN 10
– Coolant exit, axial concentric
A
B
Dimensions [mm] Coredrill Grade
Article d1Pd
2d3l1l2l3Teeth Geometry d YK40F
4202AS-M10*1-6H 1.5P M10 1 10 8.7 100 20 39 4 A 9 ż
4202A-M10*1.25-6H 3P M10 1.25 10 8.4 100 24 39 4 A 8.75 ż
4202AS-M10*1.25-6H 1.5P M10 1.25 10 8.4 100 24 39 4 A 8.75 ż
4202A-M10*1.5-6H 3P M10 1.5 10 8.1 100 24 39 4 A 8.5 ż
4202AC-M10*1.5-6H 3P M10 1.5 10 8.1 100 24 39 4 A 8.5 ż
4202A-M10*1.5-6HX 3P M10 1.5 10 8.1 100 24 39 4 A 8.5 ż
4202AS-M10*1.5-6H 1.5P M10 1.5 10 8.1 100 24 39 4 A 8.5 ż
4202ACS-M10*1.5-6H 1.5P M10 1.5 10 8.1 100 24 39 4 A 8.5 ż
4202AS-M10*1.5-6HX 1.5P M10 1.5 10 8.1 100 24 39 4 A 8.5 ż
4202A-M12*1.25-6H 3P M12 1.25 9 110 29 4 B 10.75 ż
4202AS-M12*1.25-6H 1.5P M12 1.25 9 110 29 4 B 10.75 ż
4202A-M12*1.5-6H 3P M12 1.5 9 110 29 4 B 10.5 ż
4202AS-M12*1.5-6H 1.5P M12 1.5 9 110 29 4 B 10.5 ż
4202A-M12*1.75-6H 3P M12 1.75 9 110 29 4 B 10.25 ż
4202AC-M12*1.75-6H 3P M12 1.75 9 110 29 4 B 10.25 ż
4202A-M12*1.75-6HX 3P M12 1.75 9 110 29 4 B 10.25 ż
4202AS-M12*1.75-6H 1.5P M12 1.75 9 110 29 4 B 10.25 Ɣ
4202ACS-M12*1.75-6H 1.5P M12 1.75 9 110 29 4 B 10.25 ż
4202AS-M12*1.75-6HX 1.5P M12 1.75 9 110 29 4 B 10.25 ż
4202A-M14*1.5-6H 3P M14 1.5 11 110 30 4 B 12.5 ż
4202AS-M14*1.5-6H 1.5P M14 1.5 11 110 30 4 B 12.5 ż
4202A-M14*2-6H 3P M14 2 11 110 30 4 B 12 ż
4202AS-M14*2-6H 1.5P M14 2 11 110 30 4 B 12 ż
4202A-M16*1.5-6H 3P M16 1.5 12 110 32 4 B 14.5 ż
4202AS-M16*1.5-6H 1.5P M16 1.5 12 110 32 4 B 14.5 ż
4202A-M16*2-6H 3P M16 2 12 110 32 4 B 14 ż
4202A-M16*2-6HX 3P M16 2 12 110 32 4 B 14 ż
4202AS-M16*2-6H 1.5P M16 2 12 110 32 4 B 14 ż
4202AS-M16*2-6HX 1.5P M16 2 12 110 32 4 B 14 ż
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
D
DVery suitable
DSuitable
Solid carbide threading tools Solid carbide taps
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
C158
System code C144 Machining instructions C165 Cutting data C160 Nonstandard order C182
Thread milling cutter, coated Steel, cast iron, non-ferrous metals
4111
– Factory standard
Dimensions [mm] Coredrill Grade
Article Dd
1Pd
2l1l2Teeth d KTG4015 YK40F
4111-M3*0.5 M3 2.35 0.5 4 50 6 3 2.5 ƔƔ
4111-M4*0.7 M4 3.15 0.7 4 50 8 3 3.3 Ɣż
4111-M5*0.8 M5 4 0.8 6 50 10 3 4.2 Ɣż
4111-M5*0.5 M5 4.3 0.5 6 50 10 3 4.5 Ɣż
4111-M6*1 M6 4.75 1 6 60 12 4 5 ƔƔ
4111-M6*0.75 M6 5 0.75 6 60 12 4 5.25 żż
4111-M8*1.25 M8 6.45 1.25 8 60 16 4 6.75 ƔƔ
4111-M8*1 M8 6.65 1 8 60 16 4 7 Ɣż
4111-M10*1.5 M10 8.1 1.5 10 75 20 4 8.5 Ɣż
4111-M10*1 M10 8.55 1 10 75 20 4 9 Ɣż
4111-M12*1.75 M12 9.75 1.75 12 75 24 4 10.25 Ɣż
4111-M12*1.25 M12 10.25 1.25 12 75 24 4 10.75 Ɣż
4111-M14*2 M14 11.4 2 14 75 28 4 12 Ɣż
4111-M14*1.5 M14 11.9 1.5 14 75 28 4 12.5 Ɣż
4111-M14*1 M14 12.35 1 14 75 20 4 13 Ɣż
4111-M16*2 M16 13.3 2 16 90 32 6 14 Ɣż
4111-M18*2.5 M18 14.75 2.5 18 90 36 6 15.5 Ɣż
4111-M18*1 M18 16.15 1 18 90 20 6 17 Ɣż
4111-M20*2.5 M20 16.65 2.5 18 100 40 6 17.5 Ɣż
4111-M20*2 M20 17.1 2 18 100 40 6 18 Ɣż
ƔEx stockżOn demand
With internal cooling
Application field
PMKNSH
DDD
DVery suitable
DSuitable
Solid carbide thread milling cutters Solid carbide threading tools
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
C159
System code C144 Machining instructions C165 Cutting data C160 Nonstandard order C182
C
160
A
B
C
D
E
Recommended cutting dataSolid carbide threading tools
MillingDrilling
Technical
Information
Index Turning
Guide for recommended cutting data – Solid carbide threading tools
C161
A
B
C
D
E
Recommended cutting data Solid carbide threading tools
MillingDrilling
Technical
Information
Index Turning
1. Select the appropriate product series.
2. Determine the immersion.
3. Select the used material and read the cutting speed.
4. Determine the feed rate group and have a look at the appropriate feed rate recommendations.
5. Select the diameter of tool and determine the immersion.
C
162
A
B
C
D
E
P
125 1
190 2
250 3
270 4
300 5
180 6
275 7
300 8
350 9
200 10
325 11
M
200 12
240 13
180 14
230 15
K
180 16
260 17
160 18
250 19
130 20
230 21
N
60 22
100 23
75 24
90 25
130 26
110 27
90 28
100 29
S
200 30
280 31
250 32
350 33
320 34
Rm 400 35
Rm 1050 36
H
55 HRC 37
60 HRC 38
400 39
55 HRC 40
X
41
42
43
44
45
46
4122A
4222A
4122M
4222M 4201C 4201A 4202C 4202A 4111
YK40F YK40F YK40F YK40F YK40F YK40F KTG4015
20 100 1
20 90 1
20 80 1
20 70 1
20 70 1
20 90 1
20 70 1
20 60 1
20 55 1
20 80 1
20 50 1
20
20
20
20
20 20 80 1
20 20 60 1
15 15 80 1
15 15 60 1
20 20 60 1
20 20 80 1
180 1
150 1
30 30 30 30 150 1
25 25 25 25 150 1
150 1
150 1
150 1
150 1
Recommended cutting dataSolid carbide threading tools
MillingDrilling
Technical
Information
Index Turning
Solid carbide threading tools
Material group Composition / structure / heat treatment
Brinell
hardness
HB
Machining group
Unalloyed steel
approx. 0,15 % C annealed
approx. 0,45 % C annealed
approx. 0,45 % C tempered
approx. 0,75 % C annealed
approx. 0,75 % C tempered
Low-alloyed steel
annealed
tempered
tempered
tempered
High-alloyed steel and high-
alloyed tool steel
annealed
hardened and tempered
Stainless steel
ferritic/martensitic annealed
martensitic tempered
austenitic quench hardened
austenitic-ferritic
Grey cast iron perlitic/ferritic
perlitic (martensitic)
Cast iron with spheroidal
graphite
ferritic
perlitic
Malleable cast iron ferritic
perlitic
Aluminium wrought alloys cannot be hardened
hardenable hardened
Cast aluminium alloys
≤ 12 % Si, cannot be hardened
≤ 12 % Si, hardenable hardened
> 12 % Si, cannot be hardened
Copper and copper alloys
(bronze/brass)
machining steel, PB> 1%
CuZn, CuSnZn
CuSn, Pb-free copper, electrolytic copper
Heat-resistant alloys
Fe-based alloys annealed
hardened
Ni or Co bass
annealed
hardened
cast
Titanium alloys pure titanium
α and β alloys hardened
Hardened steel hardened and tempered
hardened and tempered
Hard cast iron cast
Hardened cast iron hardened and tempered
Non-metallic materials
Thermoplasts
Thermosetting plastics
Plastic, glass-bre reinforced GFRP
Plastic, carbon bre reinforced CFRP
Graphite
Wood
Note: The given cutting values are guide values, which were determined under ideal conditions.
The values have to be adapted in individual cases.
With hole depths of 5xD adjust the cutting data accordingly to the application.
f-group = feed rate recommendations on page C164.
For examples of material for cutting tool groups view page D22.
Starting values for cutting speed vc [m/min]
Thread former Thread tap Thread milling
Coolant
External External External External External External External f-group
C163
A
B
C
D
E
Recommended cutting data Solid carbide threading tools
MillingDrilling
Technical
Information
Index Turning
C
164
A
B
C
D
E
Ø1 Ø2 Ø3 Ø4 Ø5 Ø6 Ø7 Ø8 Ø9 Ø10 Ø11 Ø12 Ø13 Ø14 Ø15 Ø16 Ø17 Ø18 Ø19 Ø20
10,01 0,02 0,03 0,04 0,04 0,05 0,05 0,06 0,06 0,06 0,07 0,07 0,08 0,08 0,09 0,09 0,09 0,09 0,10 0,10
20,01 0,02 0,03 0,04 0,05 0,06 0,06 0,06 0,07 0,07 0,08 0,09 0,09 0,09 0,10 0,10 0,10 0,11 0,11 0,11
30,01 0,02 0,04 0,05 0,06 0,06 0,07 0,07 0,08 0,09 0,09 0,10 0,10 0,11 0,11 0,12 0,12 0,12 0,13 0,13
40,02 0,03 0,04 0,06 0,06 0,07 0,08 0,09 0,09 0,10 0,11 0,11 0,12 0,12 0,13 0,13 0,14 0,14 0,15 0,15
50,02 0,03 0,05 0,06 0,07 0,09 0,09 0,10 0,11 0,11 0,12 0,13 0,14 0,14 0,15 0,15 0,16 0,16 0,17 0,17
60,02 0,04 0,06 0,07 0,09 0,10 0,11 0,11 0,12 0,13 0,14 0,15 0,16 0,17 0,17 0,18 0,18 0,19 0,19 0,20
70,02 0,04 0,06 0,09 0,10 0,11 0,12 0,13 0,14 0,15 0,16 0,17 0,18 0,19 0,20 0,20 0,21 0,22 0,22 0,23
80,03 0,05 0,07 0,10 0,11 0,13 0,14 0,15 0,16 0,17 0,18 0,20 0,21 0,22 0,23 0,23 0,24 0,25 0,26 0,26
90,03 0,06 0,08 0,11 0,13 0,15 0,16 0,17 0,18 0,20 0,21 0,23 0,24 0,25 0,26 0,27 0,28 0,29 0,29 0,30
10 0,04 0,07 0,10 0,13 0,15 0,17 0,19 0,20 0,21 0,23 0,24 0,26 0,27 0,29 0,30 0,31 0,32 0,33 0,34 0,35
11 0,04 0,07 0,11 0,15 0,17 0,20 0,21 0,23 0,24 0,26 0,28 0,30 0,32 0,33 0,35 0,36 0,37 0,38 0,39 0,40
12 0,05 0,09 0,13 0,17 0,20 0,23 0,25 0,26 0,28 0,30 0,32 0,35 0,36 0,38 0,40 0,41 0,42 0,44 0,45 0,46
13 0,05 0,10 0,15 0,20 0,23 0,26 0,28 0,30 0,32 0,35 0,37 0,40 0,42 0,44 0,46 0,47 0,49 0,50 0,52 0,53
14 0,06 0,11 0,17 0,23 0,26 0,30 0,33 0,35 0,37 0,40 0,43 0,46 0,48 0,50 0,53 0,54 0,56 0,58 0,59 0,61
15 0,07 0,13 0,20 0,26 0,30 0,35 0,37 0,40 0,43 0,46 0,49 0,53 0,55 0,58 0,61 0,62 0,64 0,66 0,68 0,70
Recommended cutting dataSolid carbide threading tools
MillingDrilling
Technical
Information
Index Turning
Solid carbide threading tools
Recommended feed rate
Groupe f
Feed rate [mm]
Note: The given cutting values are guide values, which were determined under ideal conditions.
The values have to be adapted in individual cases.
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
C165
C
Technical information
Trouble shooting – drilling C166-C169
Technical information – drilling C170-C177
Forms nonstandard order C178-C182
C
166
A
B
C
D
E
AB
A B
Technical information Trouble shooting – drilling
TurningMillingDrilling
Technical
Information
Index
Trouble shooting – solid carbide drills
Error Reason Countermeasure
Oversized holes
Insufficient clamping of workpiece and/or
tool
Large radial run out
Point relief is off centre
Use precision clamping
Reduce spindle play
Check and adjust clamped drill
Asymmetric point angle
Large radial run out
Point relief is off centre
Regrind drill
Check quality of regrinding
Irregular hole size Asymmetric point angle
Large radial run out
Point relief is off centre
High wear
Use precision clamping
Reduce spindle play
Check and adjust clamped drill
Insufficient clamping of work piece and/or
tool
Large radial run out
Point relief is off centre
High wear
Use precision clamping
Reduce spindle play
Check and adjust clamped drill
Feed rate too high Reduce feed rate
Insufficient coolant Increase amount of coolant or change coolant
supply
Low position accuracy
Insufficient clamping and spindle positio-
ning
Large radial run out of spindle
Improve positioning of machine
Use precision clamping
– Calibrate spindle
Check and adjust clamped drill
The feed direction is not vertical to the
workpiece surface
– Adjust feed rate vertically to workpiece surface
Tool isn't aligned with centre of spindle
(lathe machines
– Centre the tool
Bad drill run out – High tool wear – Regrind drill
– Poor drill accuracy – Improve positioning of drill
Asymmetric point angle
Large radial run out
Point relief is off centre
– Regrind drill
Check quality of regrinding
– Insufficient tool stability – Improve stability of tool
Uneven workpiece surface
Tool isn't aligned with centre of spindle
(lathe machines)
Before boring align the workpiece horizontally to the
drill or pre-machine the workpiece
Inaccurate hole (roundness) Asymmetric point angle
Large radial run out
Point relief is off centre
High wear
Regrind drill
Check quality of regrinding
Insufficient clamping of work piece and/or
tool
Large radial run out of spindle
Use precision clamping
Calibrate spindle
Check and adjust clamped drill
– Clearance angle too large – Regrind the drill
– Insufficient tool stability – Improve tool stability
C167
A
B
C
D
E
Technical informationTrouble shooting – drilling
TurningMillingDrilling
Technical
Information
Index
Trouble shooting – solid carbide drills
Error Reason Countermeasure
Bad surface quality
– Bad drill regrinding – Improve regrinding
Insucient amount of coolant or
coolant method
Change coolant supply
Increase amount of coolant
Insucient clamping
Large radial run out of spindle
Use precision clamping
Calibrate spindle
– Feed rate too high – Reduce feed rate
High wear of cutting edge
High welding
Regrind drill
Use a coated drill
– Bad chip removal
Chose a suitable drill (with an accordingly ute, helical angle etc.)
Adjust cutting speed (reduce feed rate, etc.)
Bad cylindricity No symmetrical point angle
Large radial run out (drilling)
Centre insert is off centre
Large cutting edge wear
Feed rate too low
Regrind drill
Check regrind
Increase feed rate
Breakage of drill
Insufficient clamping of tool and/or
workpiece
– Improve stability of tool and clamping of workpiece
– Clearance angle too small – Use a drill with bigger clearance angle or regrind
– Feed rate too high – Reduce feed rate
– Excessive wear – Regrind drill
– Chip jamming
Chose a suitable drill (considering flute geometry, helical angle, etc.)
Adjust cutting speed
– Reduce feed rate
– Drilling in uneven surfaces Increase rigidity of drill and clamping of machine and workpiece
Use drill with sharp centre insert
Pre-drill a centre hole
Create a straight surface (e.g. with solid carbide milling cutter)
Use a guide bush or bush plate
Chipping on the drill – Hard surface or blow holes Check material and chose suitable grade
Change cutting conditions (cutting speed, feed rate or machining
method)
– Feed rate too high – Reduce feed rate
– Insufficient coolant – Improve/increase coolant supply
Chipping on the cutting edge Poor clamping
Large radial run out
Use a more precise clamping device
Adjust the spindle
Cutting speed and feed rate too high
Reduce cutting speed and feed rate
– Clearance angle too large Use a drill with smaller clearance angle or regrind
C
168
A
B
C
D
E
Technical information Trouble shooting – drilling
TurningMillingDrilling
Technical
Information
Index
Trouble shooting – solid carbide drills
Error Reason Countermeasure
Excessive wear – Overdue regrinding – Regrind in time
– Drill tip not in centre position – Adjust drill with centre of spindle
– Cutting speed too high – Reduce cutting speed
– Cutting angle not suitable – Chose right cutting angle
– Material not suitable – Chose suitable material
– Insufficient cooling – Use suitable cooling
Wear and chipping on point relief – Feed rate too high – Reduce feed rate
– Cutting angle not suitable – Chose right cutting angle
– Material not suitable – Chose suitable material
– Clearance angle too small – Regrind drill
Breakage on margin – Guide bush too large – Change guide bush
Built up edge on margin – High wear and heat – Regrind drill
– Insufficient cooling – Change cooling method
Wrong coolant – Change coolant
Workpiece material is too soft – Use drill with smaller clearance angle
High vibrations – Clearance angle too large – Regrind drill
– Drill stability too low – Improve stability
Swarf clogs the drill Long chips
Chip removal not fluent
Optimise cutting data
Change drill or adjust machine
One-side wear – Drill tip not centred – Adjust drill with centre of spindle
– Poor clamping
Improve drill clamping
Check concentricity
C169
A
B
C
D
E
max
α
80 %
50 %
30 %
Technical informationTrouble shooting – drilling
TurningMillingDrilling
Technical
Information
Index
Trouble shooting – PC series
Machining Recommendation
Sloped surface
Inclined surfaces should be pre-machined (chamfering).
Inclined surface Reduce feed rate accordingly.
Feed rate
Feed rate
Inclination angle Max. feed rate
C
170
A
B
C
D
E
H = 1,5 x d1
Technical information Technical information – drilling
TurningMillingDrilling
Technical
Information
Index
Operation notes
Solid carbide drills
Correct drill clamping Max. drilling length Radial run-out Wrong drill clamping
Use precision collets Radial run-out <0.02 mm Don't clamp on the drill utes.
External coolant method Internal coolant method
The coolant liquid should shoot to the end
and the centre of the drill as shown in the gure.
Coolant pressure is about 0.5–1 mpa (coolant pressure is 2–3 mpa when
the diameter is less than 5 mm), coolant volume: 1.5–4 L/min
Handling of coolants:
1.
Small chip particles and dust can cause jamming in the oil hole. A ne mesh lter should be used.
2.
Dirt and dust particles will adhere to the oil hole and lead to unsmooth coolant ow. Regularly change the coolant. Please ensure proper coolant
supply.
Interrupted cutting Thin work pieces Stepped holes Burrs and work piece
chippings on exit
Reduce the feed rate when
drilling interrupted cut.
First drill the larger hole, then the
smaller hole.
We can oer multiple step and
chamfer drills on request.
Reduce the feed rate approx. by
half when the drill exits.
Use a drill with a dierent point
angle.
Machine a countersink with
an end mill prior to drilling. If bending occurs, add a supporter.
Adjusting screw
C171
A
B
C
D
E
1
3
45
2
10
11
6
8
7
9
d
a
b
c
Technical informationTechnical information – drilling
TurningMillingDrilling
Technical
Information
Index
Solid carbide drills
Cutting edge type
Shape
(Conical) (Dual ats) (Centring tip)
Features
The flank face is conical and the clearance
angel increases toward the centre of drill.
Wide applications, commonly used both for
soft and hard materials.
The flank face is dual flats, to facilitate
cutting and initial entering.
Often used for small diameter drills.
This shape has two-stage point angles for
perfect centring capabilities and reduces
burrs.
It is the first choice for drilling thin plate.
Terminology
1. Drilling diameter
2. Chamfer
3. Point angle
4. Clearance angle
5. Chip pocket
6. Shank
7. Shank diameter
8. Shank length
9. Overall length
10. Flute length
11. Helical angle
a. Margin width
b. Body clearance
c. Land width
d. Primary cutting edge
C
172
A
B
C
D
E
Technical information Technical information – drilling
TurningMillingDrilling
Technical
Information
Index
Drill specication and cutting parameters
Chip pocket The chip pocket ensures that the chips are removed out of the hole during processing.
Helical angle
The helical angle describes the pitch of the ute. It's specied according to the to be machined material.
hardened materials small helical angle large tough materials
Cutting edge length
or spiral length
The cutting edge length needs to be specied according to the drilling depth, guide bushing length and the whole regrinding
length. The larger the helical angle, the lower the stability. Since it greatly inuences the tool life, it should be as small as pos-
sible. The recommended min. spiral length is the drilling depth plus 1.5 times of the hole diameter.
Point angle
Generally the point angle is 140°, for special applications it should be set dierently.
tough materials, easy to machine small point angle large hardened materials and
high-performance drilling
Core diameter
The core diameter is an important factor and inuences the stability and the chip ow.
low axial cutting force
low stability
for easy to machine materials
small core diameter large
high axial cutting force
high stability
for hardened materials
or cross holes
Chamfer width
The chamfer width inuences the guidance and friction of the drill during machining.
low friction and
bad drill guidance small chamfer width large high friction and
good drill guidance
Back taper The drill diameter is slightly reduced from cutting edge to shank to reduce friction during machining.
Body clearance The area behind the chamfer width. The body clearance is necessary to reduce friction during machining.
Deep hole drilling
1 Preparation of the pilot hole with 1534SP03C*
Point angle of pilot drill must be bigger than SL drill.
Diameter of pilot drill must be 0.01–0.04 mm bigger than SL drill.
The pilot hole should be 1–3×D.
2 Entering the pilot hole with SL drill
Entering the pilot hole with low cutting speed. (VC: 20–30 m/min)
– Stop 1–3 mm before end of pilot hole. (Vf = 0)
Increase cutting speed up to recommended parameter and then start
drilling at feed rate.
3 Manufacturing the deep hole
– Drilling with suitable cutting speed and feed rate.
In case of cross holes feed rate should be reduced to 0.05 mm/rev..
4 Pulling out the drill
After reaching the required depth reduce the cutting speed (VC: 20–30 m/
min) and pull out the drill at high feed rate. (Vf: 2000 mm/min)
Solid carbide drills
C173
A
B
C
D
E
1
2
3
4
6
5
b
a
Technical informationTechnical information – drilling
TurningMillingDrilling
Technical
Information
Index
Solid carbide reamers
Reaming is semi-nishing and nishing of a previously formed hole within a narrow tolerance for higher surface quality, perfect roundness, cylindricity, etc..
To achieve a precisely reamed hole, the right choice of reamer and reamer diameter is important. In addition to that, the bore tolerance, the material and the
machining conditions need to be taken into account. Furthermore the bore quality is strongly inuenced by the radial run-out of the cutting tool.
Diameter tolerance/Allowance Cylindricity Straightness
Roundness Vertical deviation O centre
Terminology
1. Nominal diameter
2. Chamfer length
3. Entry angle
4. Cutting edge length
5. Shank diameter
6. Total length
a. Cutting edge thickness
b. Core diameter
C
174
A
B
C
D
E
Technical information Technical information – drilling
TurningMillingDrilling
Technical
Information
Index
Trouble shooting – solid carbide reamers
Problem Solution
Oversized hole
Reduce the diameter of the reamer.
Check concentricity of the reamer and hole.
Check the radial run-out of the reamer.
Check the shank of the reamer for scratches.
Select a suitable coolant.
Adjust the cutting parameters.
Hole too small
Increase the diameter of the reamer.
Reduce the cutting speed.
Reduce allowance.
Regrind or replace the reamer.
Ensure sucient cooling.
Poor hole roundness
and straightness
Guarantee concentricity of the reamer chamfer.
Reduce overhang.
Check radial run-out after the reamer is clamped.
Adjust concentricity of the reamer and hole.
Check and ensure drill geometry.
Poor surface quality
Reduce the cutting speed.
Ensure correct reaming allowance.
Check the cutting chamfer length of the reamer for wear and built-up edge.
Ensure stability of the machine, tool holder and reamer.
Chose the reamer according to the application.
Check the hole allowance.
Poor bore quality
Pull out the reamer in cutting direction.
Reduce the cutting speed.
Use reamers with more teeth.
Check for concentricity and radial run-out.
Improve coolant supply.
Chose the optimal coolant lubrication.
Reamer breakage
and thermal damage
The guide chamfer is insucient. Check the drill and drilling axis.
Adjust machining allowance.
Ensure sucient coolant supply.
Adjust the cutting speed and feed rate.
Improve the stability of the machine, the tool holder and the cutting tool.
Change or regrind the cutting tool if the cutter wear is too high.
Damage on reamer shank Check clamping sleeve and tool holder for damage.
Short tool life
Check coolant supply.
Change from straight uted to helical uted reamers.
Check all factors aecting machining precision.
Scratched hole surface Check the cutting edge for built-up edges and if necessary correct the cutting data.
Improve clamping of the workpiece.
Trumpet-shaped entry hole
Improve clamping of the workpiece.
Check radial run-out of the clamped reamer.
The centre of the reamer may not be aligned with the centre of the hole. Adjust concentricity.
C175
A
B
C
D
E
TurningMillingDrilling
Technical
Information
Index
Technical informationTechnical information – drilling
Solid carbide thread formers
What is thread forming?
The material bres aren't severed but compressed at the base of the thread. This is why no material is lost unlike when thread cutting.
Advantages of thread forming:
The thread is formed much more precisely.
The thread is more resilient.
The threads have a very smooth surface.
Higher rotation speeds and feed rates possible than in thread cutting.
Longer tool life increases the productivity.
Disadvantages of thread forming:
Higher requirements on the hole tolerance.
Can't be used as hand tool.
Greater heat build-up than in thread drilling.
Limited material choice.
Often the use of a release agent is necessary.
Thread formers should be used in materials with good cold formability. Next to steel, stainless steel and aluminium alloys, these include light metals
and light metal alloys with a yield strength of 1200 N/mm². Basically, all long-chipping materials are suitable.
Fibre orientation after thread cutting Fibre orientation after thread forming
C
176
A
B
C
D
E
1
2
3 a
c
b
4
d
f
e
g
TurningMillingDrilling
Technical
Information
Index
Technical information Technical information – drilling
Solid carbide taps
Chamfer and thread prole
Square head
width
Terminology
1. Thread length
2. Neck diameter
3. Square head length
4. Total length
a. Core diameter
b. Cutting edge thickness
c. Chip pocket
d. Chamfer length
e. Thread prole angle
f. Pitch
g. Chamfer angle
Chip space and application
Chip space type Features Application
Helical flute
No chips inside the hole
Good entering performance
Simple centring
For long-chipping materials
Suitable for blind holes
Usage in holes with groove
Helical ute tap
Straight flute
Stable cutting edge
Easy regrinding
For hard machining
For short-chipping materials
For through holes and blind holes
For wear material
Straight ute tap
C177
A
B
C
D
E
1/2 P
1/2 P
1P
1 2 3 4 5
B
X
Y
A
Z
D
P
α
TurningMillingDrilling
Technical
Information
Index
Technical informationTechnical information – drilling
Solid carbide thread milling cutters with cylindrical shank – example
α Helix angle
D Diameter
p Pitch
Solid carbide thread milling cutters
C
178
A
B
C
D
E
l2
l1
l3
d2
=
=
=
=
=
d1=
1
=
Scan for PDF
SU SH SL
SUK SLK
ST SC PA
DIN6535
TurningMillingDrilling
Technical
Information
Index
Solid carbide drilling Form nonstandard order
Nonstandard – solid carbide drills
Name/Company:
Address:
Tel.: Wanheimer Str. 57
40472 Düsseldorf, Deutschland
Fax: +49-(0)211-989240-111
E-Mail: technik@zccct-europe.com
Fax:
E-Mail:
Coating
Yes No
Material
Material
Tensile strength
(N/mm²)
Hardness
Twist drill series
Tool holder type
Form HA Form HB Form HE
Cooling
External
Internal
Helix angle
Remarks:
Order quantity: Expected delivery date:
Date: Conrmation:
Tol. =
C179
A
B
C
D
E
l2
12
l4
l1
d3
l3
d2
=
=
=
=
=
=
==
d1=
=
Scan for PDF
DIN6535 SU ST
SUK
PC
=
TurningMillingDrilling
Technical
Information
Index
Solid carbide drilling
Form nonstandard order
Remarks:
Order quantity: Expected delivery date:
Date: Conrmation:
Nonstandard – solid carbide step drills
Name/Company:
Address:
Tel.: Wanheimer Str. 57
40472 Düsseldorf, Deutschland
Fax: +49-(0)211-989240-111
E-Mail: technik@zccct-europe.com
Fax:
E-Mail:
Tool holder type
Form HA Form HB Form HE
Cooling
External
Internal
Material
Material
ensile strength
(N/mm²)
Hardness
Twist drill series Coating
Yes
No
Machining information
Chamfering Stepped hole
Tol.
Tol.
C
180
A
B
C
D
E
l2
d2
l1
=
=
=
d1=
=
1
Scan for PDF
DIN6535
=
TurningMillingDrilling
Technical
Information
Index
Solid carbide drilling Form nonstandard order
Remarks:
Order quantity: Expected delivery date:
Date: Conrmation:
Nonstandard – solid carbide three-lips drills
Name/Company:
Address:
Tel.: Wanheimer Str. 57
40472 Düsseldorf, Deutschland
Fax: +49-(0)211-989240-111
E-Mail: technik@zccct-europe.com
Fax:
E-Mail:
Material
Material
ensile strength
(N/mm²)
Hardness
Tool holder type
Form HA Form HB Form HE
Coating
Yes No
Cooling
External
Internal
Tol.
C181
A
B
C
D
E
d1=
=
l2
l1
l3
d2
=
=
=
=
Scan for PDF
TurningMillingDrilling
Technical
Information
Index
Solid carbide reamers
Form nonstandard order
Nonstandard – solid carbide reamers
Name/Company:
Address:
Tel.: Wanheimer Str. 57
40472 Düsseldorf, Deutschland
Fax: +49-(0)211-989240-111
E-Mail: technik@zccct-europe.com
Fax:
E-Mail:
Material
Material
Tensile strength
(N/mm²)
Hardness
Coating
Yes
No
Cooling
External
Internal
Helix angle
Right
Straight
Left
Machining information
Through hole Blind hole
Remarks:
Order quantity: Desired delivery date:
Date: Signature:
Tol.
C
182
A
B
C
D
E
l2
l3
l1
d2
=
=
=
=
p
Scan for PDF
TurningMillingDrilling
Technical
Information
Index
Solid carbide threading tools Form nonstandard order
Nonstandard – solid carbide taps and thread formers
Name/Company:
Address:
Tel.: Wanheimer Str. 57
40472 Düsseldorf, Deutschland
Fax: +49-(0)211-989240-111
E-Mail: technik@zccct-europe.com
Fax:
E-Mail:
Material
Material
Tensile strength
(N/mm²)
Hardness
Coating
Yes
No
Cooling
External
Internal
Helix angle
Straight
Right
Machining information
Through hole Blind hole
Thread size
Tool type
Tap
Thread former
Remarks:
Order quantity: Desired delivery date:
Date: Signature:
Pitch p =
Thread prole
Thread angle = 60°
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
D1
D
Technical Information
Comparison table materials D2-D8
Comparison table hardness and tensile strength D9-D10
Conversion table chip breaker – turning D11-D12
Conversion table chip breaker – milling/turning D13-D21
Example of materials for machining groups D22
Form test protocol D23
Torque for screw D24
D
2
A
B
C
D
E
China USA Germany Great Britain Sweden France Italy Spain Japan Russia
GB AISI/SAE W.-nr DIN BS EN SS AFNOR UNI UNE JIS GOST
P
15 1015 1.0401 C15 080M15 - 1350 CC12 C15C16 F.111 -
20 1020 1.0402 C22 050A20 2C 1450 CC20 C20C21 F.112 - 20
35 1035 1.0501 C35 060A35 - 1550 CC35 C35 F.113 - 35
45 1045 1.0503 C45 080M40 - 1650 CC45 C45 F.114 - 45
55 1055 1.0535 C55 070M55 - 1655 - C55 - - 55
60 1060 1.0601 C60 080A62 43D - CC55 C60 - - 60
Y15 1213 1.7015 9SMn28 230M07 - 1912 S250 CF9SMn28 11SMn28 SUM22 15Ch
- 12L13 1.0718 9SMnPb28 - - 1914 S250Pb CF9MnPb28 11SMnPb28 SUM22L -
- - 1.0722 10SPb20 - - - 10PbF2 CF10Pb20 10SPb20 - -
- 1140 1.0726 35S20 212M36 8M 1957 35MF4 - F210G - -
Y13 1215 1.0736 9SMn36 240M07 1B - S300 CF9SMn36 12SMn35 - -
- 12L14 1.0737 9SMnPb36 - - 1926 S300Pb CF9SMnPb36 12SMnP35 - -
55Si2Mn 9255 1.0904 55Si9 250A53 45 2085 55S7 55Si8 56Si7 - -
- 9262 1.0961 60SiCr7 - - - 60SC7 60SiCr8 60SiCr8 - -
15 1015 1.1141 Ck15 080M15 32C 1370 XC12 C16 C15K S15C 15
40Mn 1039 1.1157 40Mn4 150M36 15 - 35M5 - - - 40G
25 1025 1.1158 Ck25 - - - - - - S25C 25
35Mn2 1335 1.1167 36Mn5 - - 2120 40Mn5 - 36Mn5 SMn438(H) 35G2,35GL
30Mn 1330 1.1170 28Mn6 150M28 14A - 20M5 C28Mn - SCMn1 30G
35Mn 1035 1.1183 Cf35 060A35 - 1572 XS38TS C36 - S35C -
Ck45 1045 1.1191 45 080M46 - 1672 XC42 C45 C45K S45C -
55 1055 1.1203 Ck55 070M55 - - XC45 C50 C55K S55C 55
50 1050 1.1213 Cf53 060A52 - 1674 XC48TS C53 - S50C -
60Mn 1060 1.1221 Ck60 080A62 43D 1678 XC60 C60 - S58C 60,60G
- 1095 1.1274 Ck101 060A96 - 1870 - - - SUP4 -
- - 1.3401 X120Mn12 Z120M12 - - X120M12 XG120Mn12 X120Mn12 SCMnH/1 110G13L
Gr15;45Gr 52100 1.3505 100Cr6 534A99 31 2258 100C6 100Cr6 F.131 SUJ2 SchCh 15
- ASTM
A204Gr.A 1.5415 15Mo3 1501-240 - 2912 15D3 16Mo3KW 16Mo3 - -
- 4520
1.5426 16Mo5 1503-245-
420 - - - 16Mo5 16Mo5 - -
- ASTM
A350LF5 1.5622 14Ni6 - - - 16N6 14Ni6 15Ni6 - -
- ASTM A353 1.5662 X8Ni9 1501-
509;510 - - - X10Ni9 XBNi09 - -
Technical information
TurningMillingDrilling
Technical
Information
Index
Comparison table materials
ISO
Country and standard
Alloy steel
Comparison table materials
D
3
A
B
C
D
E
ISO China USA Germany Great Britain
Sweden
France Italy Spain Japan Russia
GB AISI/SAE W.-nr DIN BS EN SS AFNOR UNI UNE JIS GOST
P
- 2515 1.5680 12Ni19 - - - Z18N5 - - - -
- 3135 1.5710 36NiCr6 640A35 111A - 35NC6 - - SNC236 -
- 3415 1.5732 14NiCr10 - - - 14NC11 16NiCr11 15NiCr11 SNC415(H) -
- 3415
3310 1.5752 14NiCr14
655M13
655A12 36A - 12NC15 - - SNC815(H) -
- 9840 1.6511 36CrNiMo4 816M40 110 - 40NCD3 38CrNiMo4(KB) 35CrNiMo4 - 40 ChN2MA
- 8620 1.6523 21NiCrMo2 850M20 362 2503 20NCD2 20NiCrMo2 20NiCrMo2 SNCCM220(H) -
- 8740 1.6546 40NiCrMo2 311-Type7 - - - 40NiCrMo2(KB) 40NiCrMo2 SNC240 38ChGNM
40CrNiMoA 4340 1.6582 34CrNiMo6 817M40 24 2541 35NCD6 35CrNiMo6(KB) - - 38Ch2N2MA
- - 1.6587 17CrNiMo6 820A16 - - 18NCD6 - 14CrNiMo13 - -
15Cr 5015 1.7015 15Cr3 523M15 - - 12C3 - - SCr415(H) 15Ch
35Cr 5132 1.7033 34Cr4 530A32 18B - 32C4 34Cr4(KB) 35Cr4 SCr430(H) 35Ch
40Cr 5140 1.7035 41Cr4 530M40 18 - 42C4 41Cr4 42Cr4 SCr440(H) 40Ch
40Cr 5140 1.7045 42Cr4 - - 2245 - - 42Cr4 SCr440 40Ch
18CrMn 5115 1.7131 16MnCr15 (527M20) - 2511 16MC5 16MnCr15 16MnCr15 - 18ChG
20CrMn 5155 1.7176 55Cr3 527A60 48 - 55C3 - - SUP9(A) 50ChGA
30CrMn 4130 1.7218 25CrMo4 1717CDS110 - 2225 25CD4 25CrMo4(KB) 55Cr3
SCM420;
SCM430 30ChM
35CrMo 4137;4135 1.7220 34CrMo4 708A37 19B 2234 35CD4 35CrMo4 34CrMo4 SCM432;
SCRRM3 AS38ChGM
40CrMoA 4140;4142 1.7223 41CrMo4 708M40 19A 2244 42CD4TS 41CrMo4 41CrMo4 SCM440 40 ChFA
42CrMo
42CrMnMo 4140 1.7225 42CrMo4 708M40 19A 2244 42CD4 42CrMo4 42CrMo4 SCM440(H) -
- - 1.7262 15CrMo5 - - 2216 12CD4 - 12CrMo4 SCM415(H) -
- ASTM A182
F11;F12 1.7335 13CrMo44 1501-
620Gr.27 - -
15CD3.5;
15CD4.5 14CrMo44 14CrMo45 - 12ChM ,
15ChM
- - 1.7361 32CrMo12 722M24 40B 2240 30CD12 32CrMo12 F.124.A - -
- ASTM A182
F.22 1.7380 10CrMo910 1501-
622Gr.31;45 - 2218 12CD9;10 12CrMo9,10 TU.H - -
- - 1.7715 14MoV63 1503-660-440 - - - - 13MoCrV6 - -
50CrVA 6150 1.8159 50CrV4 735A50 47 2230 50CV4 50CrV4 51CrV4 SUP10 50ChGFA
- - 1.8509 41CrAlMo7 905M39 41B 2940 40CAD6,12 41CrAlMo7 41CrAlMo7 - 38ChMJuA
- - 1.8523 39CrMoV139 897M39 40C - - 36CrMoV12 - - -
TurningMillingDrilling
Technical
Information
Index
Technical informationComparison table materials
ISO
Country and standard
Alloy steel
Comparison table materials
D
4
A
B
C
D
E
ISO China USA Germany Great
Britain
Sweden
France Italy Spain Japan Russia
GB AISI/
SAE W.-nr DIN BS EN SS AFNOR UNI UNE JIS GOST
P
T10 W.110 1.1545 C105W1 - - 1880 Y1105 C98KU
C100KU
F.515
F.516 - U10A
T12A W.112 1.1663 C125W - - - Y2120 C120KU (C120) SK2 U13
CrV;9SiCr L3 1.2067 100Cr6 BL3 - - Y100C6 - 100Cr6 - -
Cr12 D3 1.2080 X210Cr12 BD3 - - Z200Cr12
X210Cr13KU
X250Cr12KU X210Cr12 SKD1 Ch12
4Cr5MoVSi H13 1.2344 X40CrMoV5 1 BH13 - 2242 Z40CDV5
X35CrMoV05KU
X40CrMoV51KU X40CrMoV5 SKD61 4Ch5MF1S
Cr6WV A2 1.2363 X100CrMoV5 1 BA2 - 2260 Z100CDV5 X100CrMoV51KU X100CrMoV5 SKD12 -
CrWMo - 1.2419 105WCr6 - - 2140 105WC13
10WCr6
107WCr5KU 105WCr5
SKS31
SKS2
SKS3
ChWG
Cr12W - 1.2436 X210CrW12 - - 2312 - X215CrW12 1KU X210CrW12 SKD2 -
5CrNiMo S1 1.2542 45WCrV7 BS1 - 2710 - 45WCrV8KU 45WCrSi8 - -
3Cr2W8V H21 1.2581
X30WCrV9 3
X30WCrV93KU BH21 - - Z30WCV9 X28W09KU
X30WCrV9 3KU X30WCrV9 SKD5 3Ch2W8F
Cr12MoV - 1.2601 X165CrMoV 12 - - 2310 - X165CrMoW12KU X160CrMoV12 SKD11 -
5CrNiMo L6 1.2713 55NiCrMoV6 - - - 55NCDV7 - F.250.S SKT4 5ChNM
V W210 1.2833 100V1 BW2 - - Y1105V - - SKS43 -
W6Mo5Cr4V2Co5
- 1.3243 S6-5-2-5 - - 2723 Z85WDKCV HS6-5-2-5 HS6-5-2-5 SKH55 R6M5K5
W18Cr4VCo5 T4 1.3255 S18-1-2-5 BT4 - -
Z80WKCV
10-05-04-01 X78WCo1805KU HS18-1-1-5 SKH3 -
W6Mo5Cr4V2 M2 1.3343 S6-5-2 BM2 - 2722
Z85WDCV
06-05-04-02 X82WMo0605KU HS6-5-2 SKH9 R6M5
- M7 1.3348 S2-9-2 - -Z- 2782 Z100WCWV
09-02-04-02 HS2-9-2 HS2-9-2 - -
W18Cr4V T1 1.3355 S18-0-1 BT1 - -
Z80WCV
18-04-01 X75W18KU HS18-0-1 SKH2 -
W6Mo5Cr4V3 M3 - S6-5-3 - - - - - - SKH52 -
- M42 - - BM42 - - - - - SKH59 -
Technical information
TurningMillingDrilling
Technical
Information
Index
Comparison table materials
ISO
Country and standard
Alloy steel
Comparison table materials
D
5
A
B
C
D
E
ISO China USA Germany Japan
Daido Steel
Co., Ltd
(Japan)
Russia
GB AISI/SAE DIN JIS DAIDO GOST
P
- P20 mod. - PX5N
- - - NAK55
- - - NAK80
3Cr13 420 mod. SUS420J2
mod. S-STAR
- 02 - SKS93 YK30
9CrWMn 01 mod. - SKS3 mod. GOA
Cr12MoV D2 X165CrMoV12 SKD11 DC11
- D2 mod. - SKD11 mod. DC53
4Cr5MoSiV1 H13 X40CrMoV51 SKD61 DHA1
- - - - DH21
- - - - DH31-S
- - - - DH2F
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Information
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Technical informationComparison table materials
ISO
Country and standard
Main application
Plastic die steel
For mass production of large mirror dies. Automobile tail
light, front fender of car, video camera, household electrical
appliances etc
High precision mirror die. Video camera, music disc, Cosmetic
Containers, transparent covers, transparent lms etc
High precision mirror die. Video camera, music disc, Cosmetic
Containers, transparent covers, transparent lms etc
For ultra-mirror corrosion resistant precise dies. Accessories
of camera, CD, lens, watch case.
Cold-working die steel
Stamping die, gauge calipers, paper cutter, auxiliary tools
Blanking die, gauge calipers, drawing die, taps, Perforated
punch.
Blanking die, cold forming die, cold drawing die, forming
roller, punch
Blanking die, cold forming die, cold drawing die, forming roll,
punch
Hot-working die steel
Aluminum-compression die, connecting parts of
compression die, hot stamping die, hot extrusion die,
thermal shear cutting blade
Long life Aluminum compression die
Compression die
Compression die, plastic die
Comparison table materials
D
6
A
B
C
D
E
ISO China USA Germany Great Britain
Sweden
France Italy Spain Japan
Russia
GB AISI/
SAE W.-nr DIN BS EN SS AFNOR UNI UNE JIS
GOST
M
0Cr13;
1Cr12 403 1.4000 X6Cr13 403S17 - 2301 Z6C13 X6Cr13 F.3110 SUS403 08Ch13
- - 1.4001 X7Cr14 - - - - - F.8401 - -
1Cr13 410 1.4006 X10Cr13 410S21 56A 2302 Z10C14 X12Cr13 F.3401 SUS410 12Ch13
1Cr17 430 1.4016 X6Cr17 430S15 60 220 Z8C17 X8Cr17 F.3113 SUS430 12Ch17
2Cr13 410 1.4021 X20Cr13 S62
56B;
56C - Z20C13 X20C13 F.3401 SUS410 20Ch13
- - 1.4027 G-X20Cr14 420C29 56B - Z20C13M - - SCS2 20Ch13L
4Cr13 - 1.4034 X46Cr13 420S45 56D 2304
Z40CM
Z38C13M X40Cr14 F.3405 SUS420J2 40Ch13
1Cr17Ni2 431 1.4057 X20CrNi172 431S29 57 2321 Z15CNi6.02 X16CNi16 F.3427 SUS431 20Ch17N2
Y1Cr17 430F 1.4104 X12CrMoS17 - - 2383 Z10CF17 X10CrS17 F.3117 SUS430F -
1Cr17Mo 434 1.4113 X6CrMo171 434S17 - 2325 Z8CD17.01 X8CrMo17 - SUS434 -
- - 1.4313 X5CrNi134 425C11 - - Z4CND13.4M - - SCS5 -
- - 1.4408 G-X6CrNiMo1810 316C16 - - - - F.8414 SCS14 07Ch18N10G2S2M2L
4Cr9Si2 HW3 1.4718 X45CrSi93 401S45 52 - Z45CS9 X45CrSi8 F.322 SUH1 40Ch9S2
0Cr13Al 405 1.4724 X10CrAl13 403S17 - - Z10C13 X10CrAl12 F.311 SUS405 10Ch13SJu
Cr17 430 1.4742 X10CrAl18 430S15 60 - Z10CAS18 X8Cr17 F.3113 SUS430 15Ch18SJu
8Cr20Si2Ni HNV6 1.4757 X80CrNiSi20 443S65 59 - Z80CSN20.02 X80CrSiNi20 F.320V SUH4 -
2Cr25N 446 1.4762 X10CrAl24 - - 2322 Z10CAS24 X16Cr26 - SUH446 -
0Cr18Ni9 304 1.4301 X5CrNi1810 304S15 58E 2332 Z6CN18.09 X5CrNi1810
F.3551;
F.3541;
F.3504
SUS304 08Ch18N10
1Cr18Ni9MoZr 303 1.4305 X10CrNiS189 303S21 58M 2346 Z10CNF18.09 X10CrNiS18.09 F.3508 SUS303 -
0Cr19Ni10 304L 1.4306 X2CrNi1911 304S12 - 2352 Z2CN18.10 X2CrNi18.11 F.3503 SCS19 03Ch18N11
- - 1.4308 G-X6CrNi189 304C15 - - Z6CN18.10M - - SCS13 07Ch18N9L
Cr17Ni7 301 1.4310 X12CrNi177 - - 2331 Z12CN17.07 X12CrNi1707 F.3517 SUS301 -
- 304LN 1.4311 X2CrNiN1810 304S62 - 2371 Z2CN18.10 - - SUS304LN -
0Cr19Ni9 304 1.4350 X5CrNi189 304S31 58E - Z6CN18.09 X5CrNi1810 - SUS304 -
0Cr17Ni11Mo2 316 1.4401 X5CrNiMo1712 316S16 Z6CND17.11 2347 1.4401 X5CrNiMo1712 F.3543 SUS316 -
00Cr17Ni13Mo2 316LN 1.4429 X2CrNiMoN17133 - - 2375 Z2CND17.13 - - SUS316LN -
0Cr27Ni12Mo3 316L 1.4435 X2CrNiMo18143 316S12 - 2353 Z2CDN17.13 X2CrNiMo1713 - SCS16, 03Ch17N14M2
00Cr19Ni13Mo3 317L 1.4438 X2CrNiMo17133 317S12 - 2367 Z2CND19.15 X2CrNiMo18.16 - SUS317L -
- 329L 1.4460 X8CrNiMo275 - - 2324 - - -
SUS329L;
SCH11;
SCS11
-
1Cr18Ni9Ti 321 1.4541 X6CrNiTi1810 2337 321S12 58B Z6CNT18.10 X6CrNiTi1811 F.3553 SUS321 12Ch18N10T
1Cr18Ni11Nb 347 1.4550 X6CrNiNb1810 347S17 58F 2338 Z6CNNb18.1
X6CrNiTi1811 F.3552 SUS347 08Ch18N12B
Cr18Ni12Mo2Ti 316Ti 1.4571 X6CrNiMoTi17122 320S17 58J 2350 Z6NDT17.12 X6CrNiMoTi17 F.3535 - 10Ch17N13M2T
Technical information
TurningMillingDrilling
Technical
Information
Index
Comparison table materials
ISO
Country and standard
Stainless steel
Austenitic stainless steel
Comparison table materials
D
7
A
B
C
D
E
ISO China USA Germany Great Britain Sweden France Italy Spain Japan Russia
GB AISI/
SAE W.-nr DIN BS EN SS AFNOR UNI UNE JIS GOST
M
- - 1.4581 G-X5CrNiMoNb1810 318C7 - - Z4CNDNb1812M XG8CrNiMo18 - SCS22 -
Cr17Ni12Mo3Nb 318 1.4583 X10CrNiMoNb1812 - - - Z6CNDNb1713B X6CrNiMoTiNb17 - - -
1Cr23Ni13 309 1.4828 X15CrNiSi2012 309S24 - - Z15CNS20.1 - - SUH309 20Ch20N14S2
0Cr25Ni20 310S 1.4845 X12CrNi2521 310S24 - 2361 Z12CN2520 X6CrNi2520 F.331 SUH310 20Ch23N18
Cr15Ni36W3Ti 330 1.4864 X12NiCrSi3616 - - - Z12CNS35.1 - - SUH330 -
- - 1.4865 G-X40NiCrSi3818 330C11 - - - XG50NiCr3919 - SCH15 -
5Cr2Mn9Ni4N EV8 1.4871 X53CrMnNiN219
349S54;
321S12
-
58B - Z52CMN21.0 X53CrMnNiN219 - SUH35 55Ch20G9AN4
1Cr18Ni9Ti 321 1.4878 X12CrNiTi189 321S320 58C - Z6CNT18.12 X6CrNiTi1811 F.3523 SU321 09Ch18N10T
ISO China USA Germany Great Britain Sweden France Italy Spain Japan Russia
K
QT400-18 60-40-18 GGG40 400/17 0717-02
FGS370-17
GS370-17 FGE38-17 FCD400 VC 42-12
QT
450-10
65-45-12 -- 420/12 --
FGS400-12
GS
400-12
FGE42-12 FCD450 -
QT500-7 70-50-05 GGG50 500/7 0727-02
FGS
500-7 GS500-7 FGE50-7 FCD500 VC 50-2
QT600-3 80-60-03 GGG60 600/7 0732-03
FGS
600-2 GS600-2 FGE60-2 FCD600 VC 60-2
QT700-2 100-70-03 GGG70 700/2 0737-01
FGS
700-2 GS700-2 FGE70-2 FCD700 VC 70-2
QT800-2 120-90-02 GGG80 800/2 0864-03
FGS
800-2 GS800-2 FGE80-2 FCD800 VC 80-2
QT900-2 -- -- 900/2 -- --
--
-- -- -
-- NO.60 GG40 -- 0140
FGL400
-- -- Sc 40
HT350 NO.50 GG35 350 0135
FGL350
G35
FG35 FC350 Sc 35
HT
300
NO.45 GG30 300 0130
FGL
300 G30 FG30 FC300 Sc 30
HT250 NO.35 GG25 250 0125
FGL
250 G25 FG25 FC250 Sc 25
HT200 NO.30 GG20 200 0120
FGL
200 G20 FG20 FC200 Sc 20
HT150 NO.20 GG15 150 0115
FGL
150 G15 FG15 FC150 Sc 15
HT100 -- -- 100 0110 --
G10
-- FC100 -
ISO China USA Germany Great Britain Sweden France Italy Spain Japan Russia
GB AISI/SAE W.-nr DIN BS EN SS AFNOR UNI UNE JIS GOST
H
- 440A 1.4108 X100CrMo03 - - 2258 08 - - - C4BS -
- 610 1.4111 X100CrMoV15 - - 2534 05 - - AC4A -
- 0-2 - X65CrMo14 - - 2541 06 - - AC4A -
TurningMillingDrilling
Technical
Information
Index
Technical informationComparison table materials
ISO
Country and standard
Austenitic stainless steel
ISO Country and standard
Nodular cast iron
Nodular cast iron
ISO
Country and standard
Hardened materials
Comparison table materials
D
8
A
B
C
D
E
ISO China USA Germany Great Britain Sweden France Italy Spain Japan Russia
GB AISI/SAE W.-nr DIN BS EN SS AFNOR UNI UNE JIS GOST
N
- SC64D 3.2373 G-AISI9MGWA 4251 A-S7G C4BS -
- DG-AISI12 G-ALMG5 LM5 4252 A-SU12 AC4A
- 356.1 LM25 4244 A5052
- A413.0 GD-AISi12 4247 A6061
- A380.1 GD-AISi8Cu3 LM24 4250 A7075
- A413.1 G-AISi12(Cu) LM20 4260 ADC12
- A413.2 G-AISi12 LM6 4261
- A360.2 G-AISi10Mg(Cu) LM9 4253
ISO China USA Germany Great Britain Sweden France Italy Spain Japan Russia
GB AISI/SAE W.-nr DIN BS EN SS AFNOR UNI UNE JIS GOST
S
- 5391 LW2 4670 S-NiCr13A16MoNb mar-46 - - NC12AD - -
- AMS 5397 LW2 4674 NiCo15Cr10MoAlTi - - - - - -
- 5660 LW2.4662 NiFe35Cr14MoTi - - - ZSNCDT42 - -
- 5383 LW2.4668 NiCr19Fe19NbMo HR8 - - NC19eNB - -
- - 2.4631 NiCr20TiAk Hr401.601 - - NC20TA - - -
- AMS 5399 2.4973 NiCr19Co11MoTi - - - NC19KDT - - -
- AMS 5544 LW2.4668 NiCr19Fe19NbMo - - - NC20K14 - -
- 5390A 2.4603 - - - - NC22FeD - - -
- 5666 2.4856 NiCr22Mo9Nb - - - NC22FeDNB - - -
- - 2.4630 NiCr20Ti HR5.2034 - - NC20T - - -
- 4676 2.4375 NiCu30AL3Ti 3072-76 - - - - - -
-5537C
AMS CoCr20W15Ni - - - KC20WN - -
- 5772 LW2.4964 CoCr20W14Ni KC22WN
- UNS R54520 3.7115.1 TiAl5Sn2.5 TA14/17 - - T-A5E - -
- UNS R56400
- - 3.7165.1 TiAl6V4 TA10-13/
TA28 - UNS R56401 T-A6V - -
- TiAl5V5Mo5Cr3
- - 3.7185 TiAl4Mo4Sn4Si0.5 - - - - - -
Technical information
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Technical
Information
Index
Comparison table materials
ISO
Country and standard
Aluminium-based alloys
ISO
Country and standard
Nickel based alloys
Cobalt based alloys
Titanium alloys
Comparison table materials
D
9
A
B
C
D
E
HRC HRA HV HB HRC HRA HV HB
70.0 86.6 1037 51.0 76.3 525 501 1780
69.5 86.3 1017 50.5 76.1 517 494 1750
69.0 86.1 997 50.0 75.8 509 488 1720
68.5 85.8 978 49.5 75.5 501 481 1690
68.0 85.5 959 49.0 75.3 493 474 1660
67.5 85.2 941 48.5 75.0 485 468 1630
67.0 85.0 923 48.0 74.7 478 461 1605
66.5 84.7 906 47.5 74.5 470 455 1575
66.0 84.4 889 47.0 74.2 463 449 1550
65.5 84.1 872 46.5 73.9 456 442 1525
65.0 83.9 856 46.0 73.7 449 436 1500
64.5 83.6 840 45.5 73.4 443 430 1475
64.0 83.3 825 45.0 73.2 436 424 1450
63.5 83.1 810 44.5 72.9 429 418 1430
63.0 82.8 795 44.0 72.6 423 413 1405
62.5 82.5 780 43.5 72.4 417 407 1385
62.0 82.2 766 43.0 72.1 411 401 1360
61.5 82.0 752 42.5 71.8 405 396 1340
61.0 81.7 739 42.0 71.6 399 391 1320
60.5 81.4 726 41.5 71.3 393 385 1300
60.0 81.2 713 2555 41.0 71.1 388 380 1280
59.5 80.9 700 2500 40.0 70.8 382 375 1260
59.0 80.6 688 2450 40.0 70.5 377 370 1245
58.5 80.3 676 2395 39.5 70.3 372 365 1225
58.0 80.1 664 2345 39.0 70.0 367 360 1210
57.5 79.8 653 2295 38.5 362 355 1190
57.0 79.5 642 2250 38.0 357 350 1175
56.5 79.3 631 2205 37.5 352 345 1160
56.0 79.0 620 2160 37.0 347 341 1140
55.5 78.7 609 2115 36.5 342 336 1125
55.0 78.5 599 2075 36.0 338 332 1110
54.5 78.2 589 2035 35.5 333 327 1095
54.0 77.9 579 1995 35.0 329 323 1080
53.5 77.7 570 1955 34.5 324 318 1065
53.0 77.4 561 1920 34.0 320 314 1050
52.5 77.1 551 1885 33.5 316 310 1035
52.0 76.9 543 1850 33.0 312 306 1020
51.5 76.6 534 1815 32.5 308 302 1010
TurningMillingDrilling
Technical
Information
Index
Technical informationComparison table hardness and tensile strength
Hardness Tensile
strength
N/mm2
Hardness Tensile
strength
N/mm2
Rockwell
Hardness
Vickers
Hardness
Brinell
Hardness
Rockwell
Hardness
Vickers
Hardness
Brinell
Hardness
Comparison table hardness and tensile strength
D
10
A
B
C
D
E
HRC HRA HV HB HRC HRA HV HB
32.0 304 298 995 24.0 — 249 245 820
31.5 300 294 980 23.5 — 246 242 810
31.0 296 291 970 23.0 — 243 240 800
30.5 292 287 960 22.5 — 240 237 790
30.0 289 283 950 22.0 — 237 234 785
29.5 285 280 935 21.5 — 234 232 775
29.0 281 276 920 21.0 — 231 229 765
28.5 278 273 910 20.5 — 229 227 760
28.0 274 269 900 20.0 — 226 225 750
27.5 271 266 890 19.5 — 223 222 745
27.0 268 263 880 19.0 — 221 220 735
26.5 264 260 870 18.5 — 218 218 730
26.0 261 257 860 18.0 — 216 216 725
25.5 258 254 850 17.5 — 214 214 715
25.0 255 251 835 17.0 — 211 211 710
24.5 — 252 248 830
Technical information
TurningMillingDrilling
Technical
Information
Index
Comparison table hardness and tensile strength
Hardness
Tensile
strength
N/mm2
Hardness
Tensile
strength
N/mm2
Rockwell
Hardness
Vickers
Hardness
Brinell
Hardness
Rockwell
Hardness
Vickers
Hardness
Brinell
Hardness
Note: The conversion values for steel in the table are commonly applicable for the steels with carbon from low to high.
Comparison table hardness and tensile strength
D
11
A
B
C
D
E
P
M
P
WG WF WL WF WK W-MF2 W-F1 FW MW FW MW WF NF PF SW FW NLU-W NLU-W ASW WP VW LW WS
DF EF SF HF PF QF PF UF 23 FF1
MF1 FF1 F1 FF FN 11 UF LF SF PF SM NF3 NS6 PF4 PF5 FH FS FJ FV NSE NSU
NLU NFA NFL
NLU NFP
NFK TF TS 17 PF 01 DP GP
VF CF VG VF
VL VF FG FC
VF FA SA FG
DM EM HM PM QM PM UM MF2 F2 FN MF NF TF
SM
14 16
17 19 NS6 PS5 SH SA SW SV
MV NSX NSU NSC
NSK TS TM AS PS HQ CQ
CJ
CK DP
GP VF
XP
VQ VC
VB HMP WT ML WT
DM PM HR PM QM PR UR M3 MF3 F2 MN MF GN PP
NR 17 19 NM4
NM6 PM5 MV MZ
MA MV MW NGE NGU NUX NMU
NSF TM DM PM GS CS
HS PS
HQ XQ
GK G VM C25
PC MC
MT MG
MF
PC MT
PMR
WR WM WM
W-M3
W-R4
W-R7
W-F2 MW RW MW WG NM PM MW NGU-W WQ
DR PR QR 31 M5 MR5
MR7
RP UN
RN TNM GN 19 NM9 GH MAT
MT NMU NMX NMU TH TR TU PT GT
HT
G
St-form HR RT
HDR
31HPR
DR LR
HR QR
R8 RR9
-56 -57
-UX
RH RM
RP NM NR6 NR8
HA HZ
HH HV
HX
NMP NHG NHP
NHU NHW HX GH VH
VT
HT HD
HY HZ
RX RH
CMX
M
WG WF WL
WMX WF WK W-MF2 FW MW FW MW WF PF SW FW NLU-W NLU-W
EF DF EF HF MF MF UF FF1 F2
MF1 F1 FF FP 11 UF LF NF VL PF SM NF4 PF4 PF5 FS FJ FV NSU NLU NSU
NLU SS SS GU VF EA SF FG
EF EM EF EM
HF HM MF MM MF MM
UM MF3 F2 FP MF PP TF 14 16
17 19 NM4 PS5 SH MS SW SV
MV NEX NUP NSU SS SM PS MS
CK DP
GP VF
XP
VP2 HMP
EM DM EM
HM MM MM UM R6 56 F2 MP HP PP TF 17 19 NM4
NR4 PM5 MS ES
MH MV MW NGU NMU SA S PM MS HQ XQ
GK G
HS
VP3 C25 EM SU
MT
MT PMR
WT
WR WM WM W-M3 MW R W MW WG PM MW NGU
-W
ER
DR HR MR QR
PR MR R7 R8 MP -P HTW NR 19 NR4 GH HZ NMU NMX NHG VM ET CMX
ER DR
HDR
LR
HR QR -56 RP NM NMP NHG NHP
NHU NHW
NMP
NHG
NHP
NHU
NHW
TurningMillingDrilling
Technical
Information
Index
Technical informationConversion table chip breakers – turning
Comparison table for turning inserts chip breaker
ISO Anwendung ZCC-CT Sandvik Seco Kennametal ISCAR Walter Mitsubishi Sumitomo Tungaloy Kyocera Korloy Ingersoll
Tague Tec
Neg Pos Neg Pos Neg Pos Neg Pos Neg Pos Neg Pos Neg Pos Neg Pos Neg Pos Neg Pos Neg Pos Neg Pos
Wiper-nishing
Finishing
Steel
Semi-nishing
Medium machining
to light roughing
Wiper-medium
Roughing
Single side roughing
Wiper-nishing
Finishing
Stainless steel
Semi-nishing
Medium machining
to light roughing
Wiper-medium
Roughing
Single side roughing
Conversion table chip breakers – turning
D
12
A
B
C
D
E
N
S
KWG WF WM WF W-MF2 W-F1 FW MW FW MW WF NLU-W NLU-W
DF HF KF KF F1 F1 FF FN 11 UF LF NF SM 14 19 PS5 NSU NLU C VM
PM HM KF KM KF KM M3 F2 FN MF GN 14 19 NM5 PS5 GH NUX
NGU NSU CM
C
Stand.
form
B25 HMP
DR HM HR KM QM KM M3 F2 UN HP GN NR NM6 PM5
NUZ
NGU
NMU
NMU CM GC ZS VK
GR C25 MT
MG
MT
PMR
WT
W-M3
W-R4
W-R7
MW MW WG NM PM NGU-W
DR
*NMA HR KR QR KR UR M5 NR NR6 GH NMU ZS MA RT CMX
NLC AL LF NF PM2
LC AL AL GP NF PP AS NAG AH AH HA AK FL
SA
LH AL AL GG-FS
MS HP NMS AR
S
NF EF NF NGP MF MF1 FS GT-HP SF PF PF SM PF4 FJ NSU NSU VP1
NF NM
EM NF 23 MM MF1 M1 FS MS GT-MF SF PF PF SM PF5 MJ NEX NUP NSU NSK VP2 AK
NM EM MF MM UM M1 MS MT-LF PP TF PS5 MS NMU NSK VP3 HMP SU
ER SR MR3 MR4 RP TF HTW
NR GJ VM
Technical information
TurningMillingDrilling
Technical
Information
Index
Conversion table chip breakers – turning
Comparison table for turning inserts chip breaker
ISO Application ZCC-CT Sandvik Seco Kennametal ISCAR Walter Mitsubishi Sumitomo Tungaloy Kyocera Korloy Ingersoll
Tague Tec
Neg Pos Neg Pos Neg Pos Neg Pos Neg Pos Neg Pos Neg Pos Neg Pos Neg Pos Neg Pos Neg Pos Neg Pos
Wiper-Finishing
Finishing
Semi-nishing
Cast iron
Medium machining
to light roughing
Wiper medium
Roughing
Finishing
Semi-nishing
Non-ferrous metals
Medium machining
to light roughing
Finishing
Semi-nishing
Medium machining
to light roughing
Heat-resistant alloys
Roughing
Conversion table chip breakers – turning
D
13
A
B
C
D
E
P P01-05 YBC052 GC4205 GC4305 KCP05 KC9105 AC805P UE6005 UE6105 T9005
T9105 CA5505 WPP01 WPP05 IC8150
IC9150 IC428
TP0500
TP0501
P10-15
YB6315
YBC152
YBC252
GC4315 GC4215 KCP10 KC9110 AC810P AC700G UC6110
MY5015
T9015
T9115
CA510
CA5515
CA510
WPP10
WPP10S
IC8150
IC8250
IC9150
IC9250
IC9015
TP1500
TP1501 NC3010 TT8115
TT8125 WP15CT
P20-25 YBC252
YBC251
GC4325 GC4225
GC4025 KCP25 KC9125
AC820P
AC8020P
AC900G AC2000
UE6020
MC6025
T9025
T9125
CA5525
CA525
CR9025
WPP20
WPP20S
IC8150
IC8250
IC9250
IC9025
TP2501
TP2500
TP200
NC3220
NC3120
TT8125
TT3500 WP25CT
P30-35 YBC352
YBC351
GC4335 GC4235
GC4035 KCP30 KC8050 AC830P AC3000 UE6035
UE6400
T903
T9135
CA530
CA5535
CA535
WPP30 WPP30S
IC8250
IC8350
IC9350
TP3500
NC3030
NC5330
NC500H
TT5100
TT8135 WP35CT
MM10 YBM151
YBM153 GC2015 GC1515 KCM15 AC610M MC7015 T9115 IC8250
IC9250 IC6015 TT9215 WM15CT
M20 YBM253
YBM251 GC2015 GC2025 KCM25 KC9225 AC610M
AC630M
US7020
MC7015
MC7025
T6020
T6120
T9125
CA6515 WAM20
IC8250
IC9350
IC9025
IC6025
TM 2000
TP200
TP2500
NC9025 TT5100
TT9225 WM25CT
M30 YBM351
YBM253
GC2025
GC2035
KCM25
KCM35 KC9225
AC630M
AC6030M
AC830P AC3000
US735 US7025 T6030
T6130 CA6525 WAM30
IC8350
IC9350
IC9025
TP3500
TM4000
TT5100
T T7100
TT9235
WM35CT
M40 YBM351 GC2035 KCM35 KC9240
KC9245
AC630M
AC6030M
AC830P AC3000
US735 T6030
T6130 CA6525 IC6025 IC9350 TP40
TT5100
T T7100
TT9235
KK01-05 YBD052 GC3005 GC3205 KCK05 AC405K AC410K UC5005
UC5105 T5105 CA4505 IC5005
IC9007 NC6205 TT1300
TT7005 WK05CT
K10-15
YB7315
YBD102
YBD152
YBD152C
GC3215 KCK15 KC9315 AC410K AC415K
AC420K AC700G
MC5015
UC5115
MY5015
T5105
T5115
CA4010
CA4515
CA4115
WAK10
WAK10S
IC9015
IC9007
IC8150
IC5010
IC428 IC4028
IC9150
TK1001
TK1000 NC6210
TT1300
TT7310
T7015
K20-25
YB7315
YBD152
YBD152C
GC3225 KCK20 KC9320 AC420K AC900G
MC5015
UC5115
UE6110
MY5015
T5125
T9125 CA4125 WAK20
WKK20S
IC5010
IC428 IC4028
C9150
TK2000
TK2001 NC5330 WK20CT
TurningMillingDrilling
Technical
Information
Index
Technical informationConversion table grades – turning/milling
ISO ZCC-CT Sandvik Kennametal Sumitomo Mitsubishi Toshiba
Tungaloy Kyocera Walter Iscar SECO Korloy Ingersoll
Tague Tec Widia
SteelStainless steelCast iron
Coated cemented carbide CVD
Conversion table grades – turning
D
14
A
B
C
D
E
PP01-05 GC1105 PR1005
P10-15 YBG101 YBG102
YBG105
GC1515
GC1115
GC1025
KC5010
KC5510
KC7215
KC7315
AC510U VP10MF
VP15TF AH710
PR930
PR1005
PR930
PR115
WSM10
WXN10
IC520N IC507
IC570 IC807
IC907 IC908
P20-25 YB9320 YBG205
YBG202
GC1515
GC1125
GC1025
KC5025
KC5525
KU25T
AC520U VP20RT VP20MF AH725 AH120 PR930
PR1025 PR1225
WSM20
WMP20S
WSM21
IC228 IC250 IC308
IC828
IC350 IC354
IC507 IC807 IC808
IC907
IC908 IC928 IC1008
IC1028 IC3028
CP200
CP250
TP2000
TS2500
TT8020
TT9020
P30-35 YBG302 GC1125
GC2035 KC7335 AC530U
SH730
J740
GH130
AH740
PR660 WSM30
IC228 IC250 IC328
IC330 IC354 IC528
IC1008 IC1028
IC3028
CP500 PC5300
MM10 YBG101 YBG102
YBG105
GC1105
GC1115
GC1025
GC1125
GC1515
KCU10
KC5010
KC5510
KC6005
KC6015
EH10Z AC510U
AC530U VP10MF AH710 PR915
PR1005 WSM10
IC330 IC354
IC507 IC520
IC570 IC807 IC1028
IC3028
CP500 TS2000 PC8110 TT5080 WS10PT
M20 YB9320 YBG205
YBG202
GC1025
GC1125
KC501
KCU25
AC520U
AC530U
VP10RT VP15TF
VP20RT VP20MF
AH120 AH725
SH730 AH710
AH630 GH330
PR1025
PR1125
PR1225
WSM10
WMP20S WSM20
WSM21
IC228 IC250
IC354 IC808
IC908 IC1008
IC1028 IC3028
TS2000
TS2500
CP200
CP250
TT8020
TT9020
TT9080
WS25PT
M30 YBG302 GC2035 KC5025
KCU25
VP10RT VP15TF
VP20RT VP20MF
MP7035
AH12 AH725
SH730 AH710
AH630 GH330
J740
PR1025 PR1125 WSM20 WSM21
WSM30
IC228 IC250
IC328 IC330
IC1008 IC1028
IC3028
CP500 TS2500 PC5300
PC9030
SS05 S05F MP9005 AH905 IC507 IC907
S10 YBG102 YBG105
YBG202 YBG205
GC1105
GC1115
KC5010
KCU10
KC5510
KCS10
AC510U
EH510Z
MP9015
VP10RT
AH905
SH730
AH110
AH120
WSM10
IC507
IC807
IC808 IC806
IC907
CP200
CP250 TS2000
TS2500
PC8110 TT5080 WS10PT
S20 YB9320 YBG205
YBG202
GC1025
GC1125
GC1515
KC5010
KCU10
KC5025
KCU25
KC5525
AC520U
EH520Z
MP9015
MT9015 VP20RT
AH120
AH725 PR1125 WSM20 WSM21
WSM30
IC507
IC807
IC907
CP250
TS2500
CP500
PC5300
TT5080
TT8020
TT9080
WS25PT
S30 YBG302 AC520U VP15TF AH725 PR1125 WSM30
IC3028
IC808
IC830
PC5400 TT8020
N
N10 YBG101 YBG102
YBG105 GC1515 KC5410 WXN10 IC520
Technical information
TurningMillingDrilling
Technical
Information
Index
Conversion table grades – turning/milling
ISO ZCC-CT Sandvik Kennametal Sumitomo Mitsubishi Toshiba
Tungaloy Kyocera Walter Iscar SECO Korloy Ingersoll
Tague Tec Widia
SteelStainless steelHeat-resistant alloys
Non-ferrous
metals
Coated cemented carbide PVD
Conversion table grades – turning
D
15
A
B
C
D
E
PP01-05 CT5005 T110A
T1000A
AP25N
VP25N
NS520
AT520
GT520
GT720
TN30
TN6010
PV30
PV7010
IC20N
IC520N
CN1000
CC105
CT3000
PV3010
P10-15 YNG151
YNG151C
CT5015
CT530
KT315
KT125
T1200A
T2000Z
T1500A
T1500Z
NX2525
AP25N
VP25N
NS520
NS730
GT730
NS9530
GT9530
TN60
TN6010
PV60
PV6010
IC20N
IC520N
IC530N
CM
TP1020
TP1030
CMP
CN1000
CT10
CN2000
CC115
CT3000
PV3010 TTI15
P20-25 YNT251 GC1525
KT325
KT1120
KT5020
T1200A
T2000Z
T1500A
T1500Z
NX2525
NX3035
AP25N
VP25N
MP3025
NS530
NS730
GT730
NS9530
GT9530
TN60
TN6020
PV60
PV7020
PV7025
IC20N
IC30N
IC75T
IC520N
IC530N
CM
TP1020
TP1030
CMP
CN20
CN2000
CC115
TTI15
P30-35 T3000Z MP3025
VP45N
PV7025
PV90 IC75T
MM10 YNG151
YNG151C GC1525 KT125
T110A
T1000A
T1500Z
T2000Z
NX2525 AP25N
VP25N
NS520
AT530
GT530
GT720
TN60
TN6020
PV60
PV7020
CM
TP1020
TP1030
CMP
CT3000
PV3010 TTI15
M20 YNT251 CT5015
CT530 HT2
T110A
T1000A
T1500Z
T2000Z
NX2525
AP25N
VP25N
NS530
GT730
NS730
TN90
TN6020
PV90
PV7020
PV7025
CT3000
PV3010 TTI15
M30 T3000Z
M40
KK01-05
T110A
T1000A
T2000Z
T1500Z
NX2525
AP25N
NS520
GT730
NS730
TN30
TN6010
PV30
PV7005
PV7010
CN1000 CT3000
PV3010
K10-15 YNG151
YNG151C CT5015 KT325
KT125
T1200A
T1500A
T2000Z
T1500Z
NX2525
AP25N
NS520
GT730
NS730
TN60
TN6020
PV60
PV7020
PV7025
CN1000 CT3000
PV3010
K20-25 YNT251 CT5015 T3000Z NX2525
AP25N
TurningMillingDrilling
Technical
Information
Index
Technical informationConversion table grades – turning/milling
Cermet
ISO ZCC-CT Sandvik Kennametal Sumitomo Mitsubishi Toshiba
Tungaloy Kyocera Walter Iscar SECO Korloy Ingersoll
Tague Tec Widia
SteelStainless steelCast iron
Conversion table grades – turning
D
16
A
B
C
D
E
NN01 YD101
YD201
H10
H13A KF1 H1 KS05F 883
890
N10 YD101
YD201
H10
H13A
K313 K68
KF1
THM-F
H1 HTi10 KS15F KW10 WK01
WK10 IC20 890 KX
HX H01 K10 THM
N20 YD101
YD201
H10
H13A
K313 K68
KF1
THM-F
KS15F KW15 IC20 KX
HX
Technical information
TurningMillingDrilling
Technical
Information
Index
Conversion table grades – turning/milling
ISO ZCC-CT Sandvik Kennametal Sumitomo Mitsubishi Toshiba
Tungaloy Kyocera Walter Iscar SECO Korloy Ingersoll
Tague Tec Widia
Non-ferrous metals
Uncoated carbide
Conversion table grades – turning
D
17
A
B
C
D
E
PP05 K20W
GC4220 F7010
P10
K20W
GC3040
GC4220
GC4230
ACP100 F7010 IC4100
IC5100 MP1500 NC5330
NCM325
IN6505
IN6520
P20
YBC301
YBC302
YBC251
YBC253
GC3040
GC4230 CS3000 FH7020 T3130 WKP25
WKP25S
IC4050
IC4100
IC5100
IC5400
MP1500
MP2500
MS2500
T25M
NC5330
NCM325
IN6505
IN6520
IN7035
P30
YBC301
YBC302
YBM253
YBM351
GC2040
GC4240
KC930M
KC935M CS3000 F7030 T3130
WKP35
WKP35S
WTP35
IC4050
IC5400
MK3000
T25M
T350M
NCM325 IN7035
IN6530
P40 YBC401
YBM351
GC2040
GC4240 T350M IN6530
MM10 GC4230 F7010 MP1500 NCM325
NC5330 IN6520
M20 YBM251
YBM253 GC4230 F7020 T3130 IC4050
MP1500
MP2500
MS2500
T25M
NCM325
NCM335
IN7035
IN6520
IN6505
M30 YBM351 GC2040
GC4240
KC930M
KC935M F7030 T3130 WTP35
MP2500
MS2500
T25M
T350M
NCM335
IN6530
IN7035
IN6505
M40 GC2040
GC4240 T350M IN6530
KK05 YBD152 KCK15 F7010
MC5020
DT7150
IC4100
K10 YBD152
YBD252 K20W KCK15 ACK200 F7010
MC5020 T1115 WAK15
DT7150
IC4100
IC4010
MP1500
MK1500 NC5330 IN6520
K20 YBD252 K20W ACK200 T1115 WKP25
WKP25S
DT7150
IC4100
MP1500
MP2500
MS2500
T25M
MK1500
NC5330
IN6530
IN6515
IN6520
K30 KC930M
KC935M
WKP35
WKP35S IC4050
MK3000
MP2500
MS2500
IN6530
IN6515
TurningMillingDrilling
Technical
Information
Index
Technical informationConversion table grades – turning/milling
Material / Class ZCC-CT Sandvik Kennametal Sumitomo Mitsubishi Toshiba
Tungaloy Kyocera Walter Iscar SECO Korloy Ingersoll
Tague Tec
SteelStainless steelCast iron
CVD milling grades
Conversion table grades – milling
D
18
A
B
C
D
E
SS05 MK3000
S10
S20
MP2500
MS2500
T25M
IN7035
IN6520
S30 GC2040 WTP35 MM4500
T350M
NN05
N10
N20 MP2500
25M
HH05
H10 K20W
H20 K20W
GC3040
Technical information
TurningMillingDrilling
Technical
Information
Index
Conversion table grades – turning/milling
CVD milling grades
Material / Class ZCC-CT Sandvik Kennametal Sumitomo Mitsubishi Toshiba
Tungaloy Kyocera Walter Iscar SECO Korloy Ingersoll
Tague Tec
Heat-resistant alloys Non-ferrous metalsHardened materiels
Conversion table grades – milling
D
19
A
B
C
D
E
PP05 ACZ120 VP05HT GH130 IC903
P10 YBG102
GC1010
GC1025
GC1020
KC522M
KC525M
KC610M
KC643M
KC715M
ACZ10M
ACZ20W VP10H AH120
GH130
PR730
PR1225
PR1525
WHX15
WHH15
WXM15
IC903
IC950
IC1008
F15M IN2004
IN2006
P20 YBG202
YBG252
GC1020
GC1025
GC1010
GC2030
KC522M
KC525M
KC643M
KC715M
KC725M
ACP200 ACZ330
ACX70 ACW30
AC350 ACZ50M
VP15TF
VP20M
VP20RT
AH725 AH120
AH130 AH330
AH725 AH730
GH330
PR630
PR830
PR730
PR1225
PR1230
PR1525
WXM15
IC810 IC380
IC830 IC900
IC908 IC910
IC950 IC1008
F25M
MP3000
PC3500
PC3600
IN2006 IN1030
IN2004 IN2005
IN2015 IN2030
IN2505 IN2540
P30 YBG302 GC1030
GC2030
KC530M
KC725M
KC735M
ACP200 ACP300
ACZ50M ACZ330
ACZ350 ACX70
ACW30 AC350
VP30RT
AH740
AH130
AH140
PR630
PR660
PR830
PR1230
WXM35
IC300 IC328
IC830 IC900
IC928 IC350
IC808 IC908
F30M
MP3000
PC3500
PC3600
PC5300
PC3545
PC9570T
IN1030 IN2005
IN2015 IN2030
IN2035 IN2040
IN2505 IN2530
IN4035
P40 GC1030 KC735M ACP300
ACZ350
AH140
AH750
WXP45
WSP45
WSP46
IC300
IC328
IC928
F40M PC5300
PC3545
IN2035
IN2040
MM10 GC1020 KC522M KC610M
KC643M KC715M
ACZ20W
ACZ350
EH20Z
AH330
GH110
GH130
PR730 PR1225
PR660 PR1525
PR730 PR660
PR1225
PR1525
F15M PC8110 IN2505
M20
YBG202
YBG205
YBG252
YB9320
GC1020
GC1025
GC1030
GC203
KC522M
KC525M
KC610M
KC715M
KC725M
ACP200 ACZ50M
ACZ20M ACZ350
EH20Z AC350
VP15TF
VP20RT
AH725
AH730
GH110
PR730 PR1025
PR660 PR1225
PR1525
WXM15
PR730 PR660
PR1025
PR1225
PR1525
F25M
MP3000
PC5300
PC8110
PC9530
IN2005
IN2015
IN2505
M30 YBG302 GC1040
GC203
KC525M
KC530M
KC725M
KC735M
ACP300
ACZ50M
ACX80
AC350
VP30RT
AH740
AH120
AH130
GH330
GH340
F30M
MP3000
PC9530
PC3545
PC9570T
IN1030 IN2015
IN2030 IN2035
IN2530 IN4035
M40 GC1040 KC530M
KC735M
ACP300
ACX80
AH140 AH750
GH330 GH340
WSM35
WSM36
WXM35
F40M PC3545
IN1030 IN2030
IN2035 IN2530
IN4035
KK05 GC1010 KC510M
ACZ10M
ACZ120
ACZ310
AH330
PR905
PR1210
PR1510
MH1000 PC8110 IN2510
K10 YBG102
YBG152 GC1010
KC510M
KC520M
KC620M
KC643M
EH20Z
ACZ310
AH120
AH330
AH725
PR905
PR1210
PR1510
WXH15
WHH15
WXM15
IC810
IC950
IC1008
F15M
MK2000 PC6510
IN2004
IN2010
IN2510
K20 GC1020
KC520M
KC620M
KC725M
ACK300
EH20Z
ACX80
ACW30
VP15TF GH130 WKK25
IC328 IC830
IC950 IC350
IC808 IC908
IC1008
F25M
MK2000
MO3000
PC6510
PC5300
IN1030 IN2004
IN2010 IN2015
IN2030 IN2505
K30 GC1020 KC620M
KC725M
ACK300
ACZ50M
IC328 IC830
IC900 IC908
IC350 IC808
IC908
F30M
F40M
MP3000
PC5300
PC9570T
IN2005
IN2015
IN2030
IN2505
TurningMillingDrilling
Technical
Information
Index
Technical informationConversion table grades – turning/milling
Material / Class ZCC-CT Sandvik Kennametal Sumitomo Mitsubishi Toshiba
Tungaloy Kyocera Walter Iscar SECO Korloy Ingersoll
Tague Tec
SteelStainless steelCast iron
PVD milling grades
Conversion table grades – milling
D
20
A
B
C
D
E
SS05 YBG102 MH1000
F15M PC8110
S10
YBG102
YBG202
YBG205
KC525M
KC643M ACZ20W VP15TF
PR905
PR1210
PR1510
IC808
NH1000
F15M
F25M
PC5300
S20 YBG202
YBG205
S30T
GC1025
GC1030
GC2030
KC525M
KC643M ACZ20W
PR905
PR1210
PR1510
IC908 IC380
IC900 IC903
IC908 IC928
IC830 IC808
F25M
F30M
PC5300
PC3545
IN2005
IN2505
S30 GC2030 KC725M
KC735M ACZ50M
WSM35 WSM36
WSP45 WSP46
WXM35 WXP45
IC328
IC928
IC830
F40M PC3545
IN1030
IN2030
IN2035
IN2530
IN4035
NN05 KC510M MH1000
F15M
N10 YBG202 GC1025
GC1030
KC510M
KC620M
KC522M
EH20Z WXN15 MH1000
F15M
N20 GC1025
GC1030
KC620M
KC522M
KC525M
KC651M
F25M F30M
F40M
MP3000
HH05 VP05HT IC903 MH1000
F15M PC210F IN2004
IN2006
H10 YBG102 GC1010 KC643M VP10MF WXH15
WHH15
IC900
IC808
MK2000
F30M
MP3000
PC210F
IN2004
IN2005
IN2006
H20 YBG202
GC1010
GC1025
GC1030
VP15TF IC810
IC908
F30M F40M
MK2000
MP3000
Technical information
TurningMillingDrilling
Technical
Information
Index
Conversion table grades – turning/milling
Material / Class ZCC-CT Sandvik Kennametal Sumitomo Mitsubishi Toshiba
Tungaloy Kyocera Walter Iscar SECO Korloy Ingersoll
Tague Tec
Heat-resistant alloysNon-ferrous metalsHadened materiels
PVD milling grades
Conversion table grades – milling
D
21
A
B
C
D
E
NN01 H10 K115M
K110M WK10 IC20N H01 IN04S
N10 YD101 K313 EH520 HTi10 WKM GW25 IC08 H15 G10 IN10K
IN05S
N20 YD201 H13A
H10F KMF EH520 TF15 KMG40 IC28 H25 IN15K
TurningMillingDrilling
Technical
Information
Index
Technical informationConversion table grades – turning/milling
ISO ZCC-CT Sandvik Kennametal Sumitomo Mitsubishi Toshiba
Tungaloy Walter Kyocera Iscar SECO Korloy Ingersoll
Tague Tec
Non-ferrous metals
Uncoated milling grades
Conversion table grades – milling
D
22
A
B
C
D
E
1.0722 10SPb20 1
1.0715 9SMn28 1
1.0736 9SMn36 1
1.0718 9SMnPb28 1
1.0737 9SMnPb36 1
1.0401 C15 1
1.0402 C22 1
1.1141 Ck15 1
1.1170 28Mn6 2
1.0726 35S20 2 / 3
1.1167 36Mn5 2 / 3
1.1157 40Mn4 2 / 3
1.0501 C35 2 / 3
1.0503 C45 2 / 3
1.1191 Ck45 2 / 3
1.1183 Cf35 2 /3
1.1213 Cf53 2 /3
1.1545 C 105 W1 4 / 5
1.1663 C 125 W 4 / 5
1.0535 C55 4 / 5
1.0601 C60 4 / 5
1.1274 Ck101 4 / 5
1.1203 Ck55 4 / 5
1.1221 Ck60 4 / 5
1.5710 36NiCr6 5 / 9
1.5120 38MnSi 4 5 / 9
1.1545 C 105 W2 4 / 5
1.1663 C 125 W 4 / 5
1.0535 C65 4 / 5
1.0601 C70 4 / 5
1.1274 Ck101 4 / 5
1.1203 Ck55 4 / 5
1.1221 Ck60 4 / 5
1.5710 36NiCr7 5 / 9
1.5120 38MnSi 5 5 / 9
1.1545 C 105 W3 4 / 5
1.1663 C 125 W 4 / 5
1.0535 C75 4 / 5
1.0601 C80 4 / 5
1.1274 Ck101 4 / 5
1.1203 Ck55 4 / 5
1.1221 Ck60 4 / 5
1.5710 36NiCr8 5 / 9
1.5120 38MnSi 6 5 / 9
1.1545 C 105 W4 4 / 5
1.1663 C 125 W 4 / 5
1.0535 C85 4 / 5
1.0601 C90 4 / 5
1.1274 Ck101 4 / 5
1.1203 Ck55 4 / 5
1.1221 Ck60 4 / 5
1.5710 36NiCr9 5 / 9
1.5120 38MnSi 7 5 / 9
1.1545 C 105 W5 4 / 5
1.1663 C 125 W 4 / 5
1.0535 C95 4 / 5
1.0601 C100 4 / 5
1.1274 Ck101 4 / 5
1.1203 Ck55 4 / 5
1.1221 Ck60 4 / 5
1.5710 36NiCr10 5 / 9
1.5120 38MnSi 8 5 / 9
1.5680 12Ni19 10 / 11
1.3255 S 18-1-2-5 10 / 11
1.3348 S 2-9-2 10 / 11
1.3343 S 6-5-2 10 / 11
1.3243 S 6-5-2-5 10 / 11
1.2363 X 100 CrMoV 5-1 10 / 11
1.2601 X165CrMoV12 10 / 11
1.2080 X210 Cr 12 10 / 11
1.2581 X30WCrV 9-3 10 / 11
1.2344 X40CrMoV 5-1 10 / 11
1.4718 X45CrSi9-3 10 / 11
1.3355 S 18-0-1 10 /11
1.4027 G-X20Cr14 12 / 13
1.4006 X12 Cr 13 12 / 13
1.4104 X12CrMoS 17 12 / 13
1.4057 X19CrNi 17-2 12 / 13
1.4034 X46Cr 13 12 / 13
1.4871 X53 CrMnNiN 21-9 12 / 13
1.4113 X6CrMo 17 12 / 13
1.4000 X6CR 13 12 / 13
1.4001 X7Cr14 12 / 13
1.4016 X6Cr17 12 / 13
1.4581 G-X5CrNiMoNb 18 14
1.4308 G-X6CrNi 18-9 14
1.4408 G-X6CrNiMo 18-10 14
1.4583 X6CrNiMoNb 18-12 14
1.4571 X6CrNiMoTi 17-12-2 14
1.4550 X6CrNiNb 18-10 14
1.4541 X14CrNiTi 18-10 14
1.4845 X12CrNi 25-21 14
1.4310 X10CrNi 18-8 14
1.4305 X10CrNiS 18-10 14
1.4878 X12CrNiTi 18-9 14
1.4317 X2CrNi 18-8 14
1.4436 X3CrNiMo 17-13-3 14
1.4440 X2CrNiMo 18-16 14
1.4429 X2CrNiMoN 17-13-3 14
1.4311 X2CrNiN 18 10 14
1.4301 X5CrNi 18-10 14
1.4401 X5CrNiMo 17-12-2 14
0.6010 GG10 16
0.6015 GG15 16
0.6020 GG20 16
0.6025 GG25 16 / 17
0.6030 GG30 17
0.6035 GG35 17
0.6040 GG40 17
1.4829 X12NiCrSi 22-12 17
1.4828 X15CrNiSi20-12 17
0.7033 GGG35.3 18
0.7040 GGG40 18
0.7043 GGG40.3 18
0.8135 GTS-35 18
0.7050 GGG50 19
0.7060 GGG60 19
0.7070 GGG70 19
0.7660 GGGNiCr 20-2 19
0.7652 GGGNiMn 13-7 19
0.8155 GTS-55 21
0.8165 GTS-65 21
0.8170 GTS-70 21
0.8145 GTS-45 21
3.0205 Al99 22
3.3315 AlMg 1 22
3.1325 AlCuMg 1 23
3.2315 AlMgSi 1 23
3.2581 G-AlSi12 24
3.2163 G-AlSi9Cu3 24
3.2381 G-AlSi10Mg 25
2.0375 CuZn36Pb 3 27
2.1096 G-CuSn5ZnPb 27
2.0590 G-CuZn40Fe 27
2.0240 CuZn15 28
2.0060 E-Cu 57 29
1.4865 G-X40NiCrSi 38-18 30
1.4864 X12NiCrSi 36-16 30
2.4631 NiCr20TiAl 32
2.4856 NiCr22Mo9Nb 32
2.4375 NiCu30Al 33
2.4955 NiFe25Cr20NbTi 33
2.4764 CoCr20W15Ni 34
1.3401 G-X120Mn12 34
3.7165 TiAl6V4 36
Technical information
TurningMillingDrilling
Technical
Information
Index
Examples of materials for machining groups
Examples of materials for machining groups
Material No. Material Machining group Material No. Material Machining group Material No. Material Machining group
D
23
A
B
C
D
E
1
2
3
4
5
6
7
8
9
TurningMillingDrilling
Technical
Information
Index
Technical information
Form test protocol
Conclusion:
Fax: +49-(0)211-989240-111
E-mail: technik@zccct-europe.com
Signature:
Test protocol
Date: ZCC Cutting Tools Europe GmbH
General End User Distributor
Company
Contact person
Machine
Type
Producer
Power [kW]
Tooling system
Work piece
Material
Hardness/Tensile strength [N/mm2]
Heat treatment/Surface
Interrupt cutting
Cutting tools
Producer (holder)
Toolholder (name)
Teeth Z
Producer/Supplier
Insert type/Tool number
Grade
Solid carbide tools number
Cooling
Cutting Data
RPM n [U/min]
Cutting speed Vc [m/min]
Feed rate f [mm/rpm]
Feed rate Vf [mm/min]
Depth of cut ap [mm]
Width of cut ae [mm]
Machining length [mm]
Cutting time T [min]
Results
Machined pieces/Edges
Surface quality
Flankwear VB
Criteria
Notch wear
Crater wear
Plastic deformation
Built-up edge
Insert breakage
Cutting edge breakage
Chip forms
D
24
A
B
C
D
E
M1,6 M1,8 M2 M2,2 M2,5 M3 M3,5 M4 M4,5 M5 M6 M7 M8 M10 M12
0,2 0,3 0,4 0,7 0,8 1,5 2,3 3,4 5,0 6,7 11,4 19,2 27,0 55,8 85
Technical information
TurningMillingDrilling
Technical
Information
Index
Torque for screw
Torque for screw
Thread
Torque [Nm]
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
E1
E
Index
Inserts E2-E5
Tools E6-E8
1
175.32-22 A101
175.32-24 A101
175.32-25 A101
175.32-28 A101
175.32-31 A101
A
ANGX*PNR-GM B127
B129
B131
B133
B135
ANGX*PNR-LH B127
B129
B131
B133
B135
APKT-ALH B105
B108
B111
B114
B116
B205
APKT-APF B105
B108
B111
B114
B116
B205
APKT-APM B105
B108
B111
B114
B116
B205
APKT-KM B179
B181
B183
APKT-LH B105
B108
B111
B114
B116
B205
Index Inserts
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
E2
APKT-PF B105
B108
B111
B114
B116
B205
APKT-PM B105
B108
B111
B114
B116
B205
APKT-PR B105
B108
B111
B114
B116
B205
APMT B118
C
CCGT (PCD) A163
CCGT-SF A102
CCGT-USF A102
CCGW (PCBN) A154
CCGX-LC A108
CCGX-LH A108
CCMT-AHF A103
CCMT-EF A105
CCMT-EM A105
CCMT-HF A103
CCMT-HM A106
CCMT-HR A107
CCMT-TC A107
CCMW A107
CNE-A/B B175
CNEG-NF A46
CNGA (PCBN) A148
CNGN (PCBN) A159
CNGX (Ceramic) A178
CNMA A54
CNMG A54
CNMG-ADF A45
CNMG-DF A45
CNMG-DM A47
CNMG-DR A49
CNMG-EF A45
CNMG-EG A47
CNMG-EM A47
CNMG-ER A51
CNMG-NM A49
CNMG-PM A46
CNMG-SF A45
CNMG-SNR A50
CNMG-TC A49
CNMG-WG A45
CNMG-ZM A48
CNMM A53
CNMM-DR A51
CNMM-ER A51
CNMM-HDR A53
CNMM-HPR A53
CNMM-LR A52
CPGT A104
CPGT-SF A110
CPGW A110
CPMT-HF A110
CPMT-HM A110
D
DCGT (PCD) A165
DCGT-SF A111
DCGT-USF A112
DCGW (PCBN) A155
DCGX-LC A115
DCGX-LH A116
DCMT-AHF A111
DCMT-EF A113
DCMT-EM A113
DCMT-HF A113
DCMT-HM A114
DCMT-HR A115
DCMW A115
DNEG-NF A58
DNEG-NGF A58
DNGA (PCBN) A149
DNGN (Ceramic) A180
DNGX (Ceramic) A181
DNMA A61
DNMG-ADF A55
DNMG-DF A55
DNMG-DM A56
DNMG-DR A60
DNMG-EF A58
DNMG-EG A59
DNMG-EM A59
DNMG-ER A61
DNMG-FM A58
DNMG-NM A59
DNMG-PM A56
DNMG-SF A55
DNMG-SNR A60
DNMG-TC A59
DNMG-ZM A57
DNMM-DR A62
DNMM-ER A62
DNMM-HDR A62
DNMM-LR A62
DNMX-WG A55
DPGT-SF A117
H
HNEX-DM B67
HNEX-DR B67
HNGX-HDR B212
HNGX-MR B212
K
KNUX A100
L
LNCX B214
LNE32.534 B213
LNKT-GM B121
B123
LNKT-ZR B69
B76
B83
M
MPHT-DM B158
B160
B177
O
OFKR-DF B43
OFKR-DM B43
OFKT-DF B41
OFKT-DM B41
OFKT-LH B41
ONHU-GM B57
ONHU-PF B47
B49
Inserts Index
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
E3
ONHU-PM B47
B49
P
PNEG-CF B61
B64
PNEG-CM B61
B64
PNEG-CR B61
B64
PNEG-PF B62
B64
PNEG-PM B62
B64
PNEG-PR B62
B64
Q
QC**R/L A369
QC**R/L***R A372
R
R/LT****N-A(G) A415
R/LT****N-A(G)B A432
R/LT****N-AC A426
R/LT****N-AP A428
R/LT****N-BPTB A437
R/LT****N-BSPT A419
R/LT****N-BSPTB A436
R/LT****N-BUT A430
R/LT****N-GM A413
R/LT****N-GMB A431
R/LT****N-NPT A420
R/LT****N-NPTF A421
R/LT****N-R A422
R/LT****N-RT A429
R/LT****N-STAC A427
R/LT****N-TR A425
R/LT****N-UN A418
R/LT****N-UNB A435
R/LT****N-W A417
R/LT****N-WB A434
R/LT****W-A(G) A416
R/LT****W-A(G)B A432
R/LT****W-AC A426
R/LT****W-AP A428
R/LT****W-BPTB A437
R/LT****W-BSPT A419
R/LT****W-BSPTB A436
R/LT****W-BUT A430
R/LT****W-GM A413
R/LT****W-GMB A431
R/LT****W-MJ A423
R/LT****W-NPT A420
R/LT****W-NPTF A421
R/LT****W-R A422
R/LT****W-RT A429
R/LT****W-STAC A427
R/LT****W-TR A425
R/LT****W-UN A418
R/LT****W-UNB A435
R/LT****W-UNJ A424
R/LT****W-W A417
R/LT****W-WB A434
RCGT A118
RCGX-LH A118
RCKT-DM B91
B95
RCKT-DR B91
B95
RCKT-ER B91
B95
RCKT-NM B91
B95
RCMT A118
RCMW (PCBN) B92
B95
RCMX A119
RDKW B97
B101
B207
RNGN (PCBN) A162
RNMG A99
ROHX B140
S
SCGX-LC A122
SCGX-LH A123
SCMT-AHF A120
SCMT-EF A120
SCMT-EM A120
SCMT-HF A121
SCMT-HM A121
SCMT-HR A122
SDMT B138
SDMT-DM B167
B169
B201
SDMT-PM B167
B169
B201
SEEN B38
SEET-APF B80
SEET-APM B80
SEET-APR B80
SEET-CF B32
B35
SEET-CM B32
B35
SEET-CR B32
B35
SEET-DF B32
B35
SEET-DM B32
B35
SEET-DR B32
B35
SEET-EF B32
B35
SEET-EM B32
B35
SEET-LH B32
B35
SEET-PF B80
SEET-PM B80
SEET-PR B80
SEET-W B33
B36
SEKN B39
SEKR B39
SNEG-E B53
SNEG-GM B53
SNEG-GR B53
SNEG-W B54
SNGA (PCBN) A150
SNGN (PCBN) A160
SNGX (Ceramic) A183
SNKN B215
SNMA A75
SNMG A74
SNMG-ADF A63
SNMG-DF A63
SNMG-DM A66
SNMG-DR A68
SNMG-EF A64
SNMG-EG A66
SNMG-EM A67
Index Inserts
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
E4
SNMG-ER A69
SNMG-NM A68
SNMG-PM A65
SNMG-SF A63
SNMG-TC A67
SNMM A74
SNMM-DR A70
SNMM-ER
SNMM-HDR A72
SNMM-HPR A73
SNMM-LR A71
SNUN A77
SPCN B216
SPGN B219
SPGT-EM C19
SPGT-PM C19
SPKN B73
SPKR B74
SPKR-GM B74
SPKT B71
SPKW B71
SPMR B217
SPMT B138
B185
B187
B189
B191
B193
B195
SPMT-HT B218
SPMT-KM B179
B181
B183
SPMT-KT B138
B218
SPMT-PM B179
B181
B183
SPMW A124
SPUN B219
T
TBGH A125
TCGT (PCD) A167
TCGT-SF A126
TCGT-USF A126
TCGW (PCBN) A156
TCGX-LC A131
TCGX-LH A131
TCMT A130
TCMT-AHF A127
TCMT-EF A128
TCMT-EM A128
TCMT-HF A127
TCMT-HM A129
TCMT-HR A129
TCMW A129
TNGA (PCBN) A151
TNGN (Ceramic) A186
TNMA A89
TNMG A88
TNMG-ADF A78
TNMG-DF A78
TNMG-DM A81
TNMG-DR A84
TNMG-EF A80
TNMG-EG A83
TNMG-EM A83
TNMG-ER A85
TNMG-FM A80
TNMG-PM A81
TNMG-SF A79
TNMG-TC A83
TNMG-ZM A82
TNMM A89
TNMM-DR A85
TNMM-HDR A87
TNMM-LR A85
TNMX-WG A78
TPCN B220
TPGH A132
TPGT-SF A133
TPKN B78
B221
TPMR B222
TPUN B222
V
VBET-NF A140
VBET-NGF A142
VBGT (PCD) A169
VBGT-SF A141
VBGW (PCBN) A157
VBMT-AHF A140
VBMT-EF A140
VBMT-EM A142
VBMT-HF A140
VBMT-HM A142
VBMT-HR A143
VBMT-SNR A143
VCGT A135
VCGT-HF A134
VCGT-NF A134
VCGT-SF A134
VCGT-USF A135
VCGW (PCBN) A158
VCGX-LC A136
VCGX-LH A137
VCMT-EF A138
VCMT-EM A138
VNEG-NF A90
VNEG-NGF A91
VNGA (PCBN) A152
VNMG A92
VNMG-ADF A90
VNMG-DF A90
VNMG-DM A92
VNMG-EF A90
VNMG-EM A92
VNMG-NM A92
VNMG-PM A93
VNMG-SF A91
VNMG-SNR A93
VNMG-TC A93
VNMG-ZM A93
VPGT-USF A139
W
WCMX-53 C20
A144
WCMX-D C20
WCMX-PG C20
WNEG-NF A95
WNGA (PCBN) A153
WNGN (PCBN) A161
WNHU-GM B87
B89
WNMA A98
WNMG-ADF A94
WNMG-DF A94
WNMG-DM A96
WNMG-DR A98
WNMG-EF A95
WNMG-EG A96
WNMG-EM A96
WNMG-NF A95
WNMG-NM A98
WNMG-PM A97
WNMG-SF A94
WNMG-TC A98
Inserts Index
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
E5
WNMG-WG A95
WNMG-ZM A97
WPGT B171
B173
B203
WPGT-PM B171
B173
B203
X
XPHT-GM B142
B144
B146
B148
B199
XSEQ B154
B156
Z
ZDET B137
ZDET-PM B137
ZIGQ-NM A365
ZILD-LC A367
ZIMF-NM A364
ZOHX-GF B150
B152
B211
ZOHX-GM B150
B152
B211
ZP*D-MG-R/L A356
ZP*S-MG A355
ZPD-MG A354
ZPNT B137
ZR*D-EG A363
ZR*D-LH A366
ZR*D-MG A362
ZT*D-EG A359
ZT*D-MG A357
ZT*D-MM A353
ZT*S-MG A358
1
1101SC05 C110
1105SC03 C107
1143SC120 C120
1143SC90 C119
1165PA03 C111
1534SH03 C106
1534SP03C C89
1534ST03C C94
1534SU03 C32
1534SU03C C32
1536ST05C C98
1536SU05 C43
1536SU05C C43
1538SU08C C53
1557SU03 C72
1576PC05 C116
1576PC05C C116
1579PC15C C118
1588SL10C C74
1588SL12C C77
1588SL15C C81
1588SL20C C84
1588SL30C C87
1634SU03C C56
1636ST05C C102
1636SU05C C60
1734SU03C C64
1736SU05C C68
3
3101H7 C131
3102H7 C132
3103H7 C134
3112H7 C133
4
4111 C159
4122A C145
4122M C148
4201A C155
4201C C151
4202A C157
4202C C153
4222A C146
4222M C149
Index Tools
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
E6
5
5501/5601 B432
5501R302GM B272
5501R303GM B287
5501R304GF B301
5501R38414GM B408
5502R302GM B274
5502R303GM B289
5502R304GF B303
5502R38414GM B409
5502R38414GM-R B412
5502R402NM B378
5502R453GM B291
5502R55MHH B362
5508R454GM B305
5565R302GF B310
5565R302NH B398
5566R302GF B312
5566R302NH B399
5589R45MGF B307
5601 B434
5601R302GM B273
5601R303GM B288
5601R304GF B302
5601R38414GM B410
5602R302GM B275
5602R303GM B290
5602R303GR B324
5602R304GF B304
5602R304GR B325
5602R305GR B326
5602R38414GM B411
5602R38414GM-R B413
5602R453GM B292
5602R454GM B306
5665R202GM B311
A
A***-PCLNR/L A284
A***-PDSNR/L A286
A***-PDUNR/L A287
A***-PSKNR/L A289
A***-PTFNR/L A290
A***-SCLCR/L A293
A***-SDQCR/L A295
A***-SDUCR/L A296
A***-SDZCR/L A297
A***-SSKCR/L A298
A***-STFCR/L A300
A***-SVQBR/L A304
A***-SVUBR/L A305
AL-2B B400
AL-2E B386
AL-2EL B387
AL-2R-AIR B401
AL-2RL-AIR B402
AL-3E B389
AL-3EL B390
AL-3R-AIR B405
AL-3RL-AIR B406
AL-3W B397
ALG-2E B388
ALG-2R B403
ALG-2R-W B404
ALG-3E B391
ALG-3E-W B392
ALP-3E B393
ALP-3E-W B394
ALP-4E B395
ALP-4E-W B396
B
BMR01 B136
BMR02 B139
BMR03 B141
BMR04 B149
C
C***-SCLPR/L A312
C***-SDQPR/L A314
C***-SDUPR/L A316
C***-STUPR/L A318
C***-SVQCR/L A321
C***-SVUCR/L A322
C40X-Q*DR/L A394
CCLNR/L A258
CDJNR/L A260
CKJNR/L A256
CKNNR/L A257
CMA01 B188
CMD01 B192
CMZ01 B184
CRDNN A264
CSDNN A265
CSKNR/L A262
CSRNR/L A263
CTJNR/L A259
CTUNR/L A261
D
DCLNR/L A197
DDJNR/L A198
DSBNR/L A199
DTGNR/L A200
DVJNR/L A202
DVVNN A201
DWLNR/L A203
E
E***-SCLCR/L A313
E***-SCLPR/L A312
E***-SDQCR/L A315
E***-SDUCR/L A317
E***-STFCR/L A319
E***-STFPR/L A320
E***-SVUCR/L A322
EMP01 B104
EMP02 B110
EMP03 B113
EMP04 B115
EMP05 B117
EMP09 B120
EMP13 B126
F
FMA01 B31
FMA02 B34
FMA03 B37
FMA04 B40
FMA07 B48
FMA11 B52
FMA12 B56
FMD02 B60
FMD03 B68
FME02 B70
FME03 B72
FME04 B75
FMP01 B77
FMP02 B79
FMP03 B82
FMP12 B86
FMR01 B90
FMR02 B93
FMR03 B96
FMR04 B100
Tools Index
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
E7
G
G*-QCH
GM-2B B313
GM-2BFP B315
GM-2BL B314
GM-2BP B317
GM-2BS B316
GM-2E B276
GM-2EFP B279
GM-2EL B277
GM-2EP B282
GM-2ES B284
GM-2EX B278
GM-2F B280
GM-2FL B281
GM-2R B321
GM-3E B285
GM-3EL B286
GM-4B B319
GM-4BL B320
GM-4E B297
GM-4E-G B298
GM-4EFP B300
GM-4EL B299
GM-4EL-G B294
GM-4EX-G B296
GM-4F-G B293
GM-4FL-G B295
GM-4R B322
GM-4RL B323
GM-4W B327
GM-6E B308
GM-6EL B309
GQC**R/L A399
H
HM-2B B365
HM-2BFP B367
HM-2BL B366
HM-2BP B369
HM-2BS B368
HM-2E B354
HM-2EFP B355
HM-2EP B356
HM-2ES B358
HM-4B B371
HM-4BL B372
HM-4E B359
HM-4EFP B361
HM-4EL B360
HM-4R B373
HM-4RF B374
HM-4RP B375
HM-6E B363
HM-6EL B364
HMP01 B178
HMP01-EC B182
J
JCLNR/L A266
JDJNR/L A267
JSDNN A268
M
MCBNR/L A218
MCLNR/L A219
MDJNR/L A220
MDPNN A221
MRDNN A233
MRGNR/L A234
MSBNR/L A222
MSDNN A225
MSKNR/L A224
MSRNR/L A223
MTFNR/L A229
MTGNR/L A226
MTJNR/L A227
MVJNR/L A231
MVVNN A230
MWLNR/L A232
N
NM-2B B382
NM-2BP B383
NM-2E B379
NM-2EP B380
NM-4E B381
P
PCBNR/L A204
PCLNR/L A205
PDJNR/L A206
PDNNR/L A207
PM-2B B339
PM-2BC B342
PM-2BFP B341
PM-2BL B340
PM-2E B330
PM-2EL B331
PM-2R B347
PM-4B B345
PM-4BL B346
PM-4E B335
PM-4E-G B332
PM-4EL B336
PM-4EL-G B333
PM-4EX-G B334
PM-4H B348
PM-4HL B349
PM-4R B350
PM-4RL B351
PM-6E B337
PM-6EL B338
PSBNR/L A208
PSDNN A210
PSKNR/L A211
PSSNR/L A212
PTFNR/L A213
PTGNR/L A215
PTTNR/L A214
PWLNR/L A217
Q
Q*DR/L A395
QCH-APKT B204
QCH-RD B206
QCH-SDMT B200
QCH-WPGT B202
QCH-XPHT B198
QCH-ZOHX B210
QE**R/L A377
QE*S**N A383
QE*SN30 A379
QE*SR/L A382
QEBDR/L A377
QECDR/L A380
QF**R/L A385
QF**RR/LL A387
QF*DRR/LL A390
QX**R/L A381
QZS* A384
S
S***-PCLNR/L A284
Index Tools
A
Turning
B
Milling
C
Drilling
D
Technical
Information
E
Index
E8
S***-PDSNR/L A286
S***-PDUNR/L A287
S***-PSKNR/L A289
S***-PTFNR/L A290
S***-PWLNR/L A291
S***-SCFCR/L A310
S***-SCLCR A311
S***-SCLCR/L A293
S***-SCLPR/L A306
S***-SDQCR/L A295
S***-SDQPR/L A307
S***-SDUCR/L A296
S***-SDUPR/L A308
S***-SDZCR/L A297
S***-SSKCR/L A298
S***-STFCR/L A300
S***-STUPR/L A309
S***-SVQBR/L A304
S***-SVQCR/L A302
S***-SVUBR/L A305
S***-SVUCR/L A303
S**-QC**R/L A400
SCACR/L A235
SCACR/L-SC A272
SCLCR/L A236
SCLCR/L-SC A273
SDACR/L A237
SDACR/L-SC A274
SDHCR/L-SC A275
SDJCR/L A238
SDJCR/L-SC A276
SDNCN A239
SDNCN-SC A277
SMP01 B153
SMP03 B157
SMP05 B161
SNL A442
SNR A441
SRDCN A254
SRGCR/L A255
SSBCR/L A245
SSDCN A246
SSKCR/L A247
SSSCR/L A248
STACR/L A249
STFCR/L A250
STGCR/L A251
STTCR/L A252
SVABR/L A241
SVACR/L-SC A278
SVJBR/L A240
SVJCR/L A244
SVJCR/L-SC A279
SVVBN A242
SVVCN A243
SWACR/L A253
SWL A440
SWR A439
T
TMP01 B176
U
UM-4E B416
UM-4E-W B417
UM-4EFP B421
UM-4EL B418
UM-4EL-W B419
UM-4ELP-W B420
UM-4R B422
UM-4RFP B424
UM-4RL B423
V
VSM-4E B426
VSM-4E-C B427
VSM-4R B428
X
XMP01 B174
XMR01 B168
Z
ZD03 C16
ZTD02 C8
ZTD03 C10
ZTD04 C12
ZTD05 C14