INSERTS - Zenit Tools - Zenit Tools Inserts.pdf · snmg 152 cnmg.14 143 cnmg.f 144 cnmm.81 145...

I N SERTS

NEGATIVE TURNING

136

CNMA

143

CNMG.78

144

CNMG.WF

145

SNMA

152

CNMG

143

CNMG.DM

144

CNMG.WM

145

DNMG.78

147

SNMG

152

CNMG.14

143

CNMG.F

144

CNMM.81

145

SNMG.14

152

CNMG.65

143

CNMG.M

144

CNMM.91

145

DNMG.F

148KNUX

149

SNMG.65

152

CNMG.66

143

CNMG.R

144

DNMA

147

DNMG.M

148RNMG

150

I N SERTSNEGATIVE TURNING

137

SNMG.R

153

TNMG.65

158

TNMG.R

159

WNMA

164

WNMG.R

165

SNMG.M

153

TNMG

158

TNMG.M

159

VNMG.M

163

WNMG.M

164

WNMM.91

165

SNMG.F

153

TNMA

158

TNMG.F

159

VNMG.F

163

WNMG.F

164

WNMM.81

165

SNMG.DM

153

SNMM.91

154

TNMG.DM

158

TNMM.91

159

WNMG.DM

164

WNMG.WM

165

SNMG.66

152

SNMM.81

154

TNMG.78

158

TNMM.81

159

WNMG.78

164

WNMG.WF

165

I N SERTSPOSITIVE TURNING

138

SPUN

155

CCMT

142

DCMT.UR

146

SCMT.UR

151

TCMT.14

156

TPMR.MB

160

VCMT.UM

162

CCMT.UM

142

ECMT

149

SPMR.MB

155

TCMT.UM

157

TPMR.ZR

160

CCMT.UR

142

RCMT

150

SPMR.ZR

155

TCMT.UR

157

TPUN

161

DCMT

146

RCMX

150

TCMW

157

VBMT

161

DCMT.UM

146

SCMT.UM

151

TCMT

156

TPMR.47

160

VBMT.UR

161

I N SERTSMILLING

139

APKT

171

CCMT.UM

142

RDHW

173

SECR

174

SNHX

176

SPLX

177

TCMT.UM

157

XDHW

179

APFT

171

CCMT

142

OFER

173

SDLX

174

SEKN

176

SPLT

177

TCMT.14

156

WPMW

178

ADLX

170

APMT

172

OFCT

173

SDLT

174

SEHX

176

SPKR

177

TCMT

156

TPUN

161

ADLT

170

APLX

171

CNMX

172

SCET

174

SEHT

175

SPKN

177

SXMT

178

TPKN

178

ADKT

170

APLT

171

CCMT.UR

142

RPMT

174

SEER

175

SPEX

177

SPUN

155

TCMT.UR

157

ZR

179

SEEN

175

XPHT

179

I N SERTSALUMINIUM

DRILLING

CUT-OFF

CHART KEY

140

APET

170

SEET

175

WCMX

178

GFL

182

GTL

183

TSR

183

APMT

172

TCGT

156

GFN

182

GTN

183

TSX

183

CCGT

142

VCGT

162

GFR

182

GTR

183

DCGT

146

GTFG L

182

TSL

183

SCGT

151

LCMT

172

GTFG R

182

TSN

183

Z7Z6PZKX Z9 Z12 Z1 Z2 Z3F Z4 Z5Z11 AVAILABLE IN STOCK

Z7Z6PZKX Z9 Z12 Z1 Z2 Z3F Z4 Z5Z11 AVAILABLE ON REQUEST

TURNING INSERTS

141

CODE KEYS

TURNING INSERTS

142

TURNING INSERTS

ZENIT CODE

I.C. L α S D1 AVAILABLE QUALITIES

CCGT 21.50 .250 .252 7° .094 .110

CCGT 21.51 .250 .252 7° .094 .110

CCGT 32.50 .375 .382 7° .156 .173

CCGT 32.51 .375 .382 7° .156 .173

CCGT 32.52 .375 .382 7° .156 .173

CCGT 431 .500 .508 7° .187 .217

CCGT 432 .500 .508 7° .187 .217

CCGT

ZKX

ZENIT CODE


CCMT 21.51 .250 .252 7° .094 .110

CCMT 32.51 .375 .382 7° .156 .173

CCMT 32.52 .375 .382 7° .156 .173

CCMT 432 .500 .508 7° .187 .217

CCMT

Z7

ZENIT CODE


CCMT.UM 21.50 .250 .252 7° .094 .110

CCMT.UM 21.51 .250 .252 7° .094 .110

CCMT.UM 32.51 .375 .382 7° .156 .173

CCMT.UM 32.52 .375 .382 7° .156 .173

CCMT.UM 431 .500 .508 7° .187 .217

CCMT.UM 432 .500 .508 7° .187 .217

Z6P

Z6P

Z6P

Z6P

Z6P

Z6P

Z9

Z9

Z9

Z9

Z9

ZENIT

CODICE-CODE


CCMT.UR 21.50 .250 .252 7° .094 .110

CCMT.UR 21.51 .250 .252 7° .094 .110

CCMT.UR 21.52 .250 .252 7° .094 .110

CCMT.UR 32.51 .375 .382 7° .156 .173

CCMT.UR 32.52 .375 .382 7° .156 .173

CCMT.UR 431 .500 .508 7° .187 .217

CCMT.UR 432 .500 .508 7° .187 .217

CCMT.UR 433 .500 .508 7° .187 .217

Z7Z6P Z9

Z7Z6P Z9 Z12Z11

Z6P Z9 Z12Z11

Z6P Z9 Z12Z11

Z6P Z9 Z12Z11

Z6P Z9 Z12Z11

Z6P Z9 Z12Z11

Z6P Z9 Z12Z11

Z7

Z7

Z7

ZKX

ZKX

ZKX

ZKX

ZKX

ZKX

TURNING INSERTSTURNING INSERTS

143

CNMAZENIT CODE


CNMA 432 .500 .508 0° .187 .203

CNMA 433 .500 .508 0° .187 .203

Z11

Z11

CNMGZENIT CODE


CNMG 431 .500 .508 0° .187 .203

CNMG 432 .500 .508 0° .187 .203

ZENIT CODE


CNMG.14 431 .500 .508 0° .187 .203

CNMG.14 432 .500 .508 0° .187 .203

ZENIT CODE


CNMG.65 432 .500 .508 0° .187 .203

ZENIT CODE


CNMG.66 432 .500 .508 0° .187 .203

CNMG.66 433 .500 .508 0° .187 .203

Z7

Z7

Z7

Z7

Z7

Z7

Z7

TURNING INSERTS

144

TURNING INSERTS

ZENIT CODE


CNMG.78 431L .500 .508 0° .187 .203

CNMG.78 431R .500 .508 0° .187 .203

CNMG.78 432L .500 .508 0° .187 .203

CNMG.78 432R .500 .508 0° .187 .203

CNMG

Z6P Z9

Z6P Z9

Z6P Z9

Z6P Z9

ZENIT CODE


CNMG.F 332 .375 .382 0° .125 .150

CNMG.F 431 .500 .508 0° .187 .203

CNMG.F 432 .500 .508 0° .187 .203

Z9 Z12

ZENIT CODE


CNMG.R 432 .500 .508 0° .187 .203

CNMG.R 433 .500 .508 0° .187 .203

CNMG.R 434 .500 .508 0° .187 .203

CNMG.R 542 .625 .634 0° .250 .250

CNMG.R 543 .625 .634 0° .250 .250

CNMG.R 544 .625 .634 0° .250 .250

CNMG.R 643 .750 .760 0° .250 .313

CNMG.R 644 .750 .760 0° .250 .313

Z7 Z9 Z12Z11

Z7 Z9 Z12Z11

Z7 Z9 Z12Z11

Z7 Z9 Z12Z11

Z7 Z9 Z12Z11

Z7 Z9 Z12Z11

Z7 Z9 Z12Z11

Z7 Z9 Z11

ZENIT CODE


CNMG.M 332 .375 .382 0° .125 .150

CNMG.M 431 .500 .508 0° .187 .203

CNMG.M 432 .500 .508 0° .187 .203

CNMG.M 433 .500 .508 0° .187 .203

CNMG.M 542 .625 .634 0° .250 .250

CNMG.M 543 .625 .634 0° .250 .250

CNMG.M 544 .625 .634 0° .250 .250

CNMG.M 643 .750 .760 0° .250 .313

CNMG.M 644 .750 .760 0° .250 .313

Z7 Z9 Z12

Z7 Z9 Z12

Z7 Z9 Z12Z11

Z7 Z9 Z12

Z7 Z9 Z12Z11

Z7 Z9 Z12

Z7 Z9 Z12Z11

Z7 Z9 Z12

Z9 Z11

Z6P Z9 Z12

Z6P Z9 Z12

ZENIT CODE


CNMG.DM 432 .500 .508 0° .187 .203 Z7 Z9 Z12


145

CNMG

CNMM

ZENIT CODE


CNMG.WF 432 .500 .508 0° .187 .203 Z9 Z12

ZENIT CODE


CNMG.WM 432 .500 .508 0° .187 .203 Z9 Z12

ZENIT CODE


CNMM.81 432 .500 .508 0° .187 .203

CNMM.81 433 .500 .508 0° .187 .203

CNMM.81 434 .500 .508 0° .187 .203

CNMM.81 542 .625 .634 0° .250 .250

CNMM.81 543 .625 .634 0° .250 .250

CNMM.81 544 .625 .634 0° .250 .250

CNMM.81 643 .750 .760 0° .250 .313

CNMM.81 644 .750 .760 0° .250 .313

CNMM.81 646 .750 .760 0° .250 .313

CNMM.81 866 1.000 1.016 0° .375 .359

Z7 Z9 Z12

Z7 Z9 Z12

Z7 Z9 Z12

Z7 Z9 Z12

Z7 Z9 Z12

Z7 Z9 Z12

Z7 Z9 Z12

Z7 Z9

Z7 Z9

Z7 Z9

ZENIT CODE


CNMM.91 432 .500 .508 0° .187 .203

CNMM.91 433 .500 .508 0° .187 .203

CNMM.91 542 .625 .634 0° .250 .250

CNMM.91 543 .625 .634 0° .250 .250

CNMM.91 644 .750 .760 0° .250 .313

CNMM.91 866 1.000 1.016 0° .375 .359

Z7 Z9

Z7 Z9

Z7 Z9

Z7 Z9

Z7 Z9

Z7 Z9

TURNING INSERTS

146

TURNING INSERTS

ZENIT CODE


DCGT 21.50 .250 .307 7° .094 .110

DCGT 21.51 .250 .307 7° .094 .110

DCGT 32.50 .375 .457 7° .156 .173

DCGT 32.51 .375 .457 7° .156 .173

DCGT 32.52 .375 .457 7° .156 .173

DCGT

ZKX

ZKX

ZKX

ZKX

ZKX

ZENIT CODE


DCMT 21.51 .250 .307 7° .094 .110

DCMT 21.52 .250 .307 7° .094 .110

DCMT 32.51 .375 .457 7° .156 .173

DCMT 32.52 .375 .457 7° .156 .173

DCMT

Z7

Z7

Z7

Z7

ZENIT CODE


DCMT.UM 21.50 .250 .307 7° .094 .110

DCMT.UM 21.51 .250 .307 7° .094 .110

DCMT.UM 32.51 .375 .457 7° .156 .173

DCMT.UM 32.52 .375 .457 7° .156 .173

ZENIT CODE


DCMT.UR 21.50 .250 .307 7° .094 .110

DCMT.UR 21.51 .250 .307 7° .094 .110

DCMT.UR 32.50 .375 .457 7° .156 .173

DCMT.UR 32.51 .375 .457 7° .156 .173

DCMT.UR 32.52 .375 .457 7° .156 .173

DCMT.UR 32.53 .375 .457 7° .156 .173

Z9

Z6P Z9

Z6P Z9

Z6P Z9 Z12

Z9 Z12

Z6P Z9 Z12Z11

Z6P Z9 Z12Z11

Z9 Z12

Z9 Z12

Z9


147

DNMAZENIT CODE


DNMA 431 .500 .610 0° .187 .203

DNMA 432 .500 .610 0° .187 .203

Z11

Z11

ZENIT CODE


DNMG.78 331L .375 .457 0° .187 .150

DNMG.78 331R .375 .457 0° .187 .150

DNMG.78 332L .375 .457 0° .187 .150

DNMG.78 332R .375 .457 0° .187 .150

DNMG.78 432L .500 .610 0° .187 .203

DNMG.78 432R .500 .610 0° .187 .203

Z6P Z9

Z6P Z9

Z6P Z9

Z6P Z9

Z6P Z9

Z6P Z9

DNMG

TURNING INSERTS

148

TURNING INSERTS

ZENIT CODE


DNMG.M 331 .375 .457 0° .187 .150

DNMG.M 332 .375 .457 0° .187 .150

DNMG.M 333 .375 .457 0° .187 .150

DNMG.M 431 .500 .610 0° .187 .203

DNMG.M 432 .500 .610 0° .187 .203

DNMG.M 433 .500 .610 0° .187 .203

DNMG

Z7 Z9 Z11

Z9

Z9

Z7 Z9 Z12Z11

Z7 Z9 Z11

Z9

ZENIT CODE


DNMG.F 331 .375 .457 0° .187 .150

DNMG.F 332 .375 .457 0° .187 .150

DNMG.F 431 .500 .610 0° .187 .203

DNMG.F 432 .500 .610 0° .187 .203

Z9 Z12Z11

Z9 Z12Z11

Z6P Z9 Z12

Z9


149

ECMTZENIT CODE


ECMT 21.51 .250 .252 7° .094 .110

ECMT 2.521 .312 .315 7° .125 .134

Z7

Z7

KNUXZENIT CODE


KNUX 3331 L11 .375 .630 0° .187 -

KNUX 3331 L12 .375 .630 0° .187 -

KNUX 3331 R11 .375 .630 0° .187 -

KNUX 3331 R12 .375 .630 0° .187 -

KNUX 3332 L11 .375 .630 0° .187 -

KNUX 3332 L12 .375 .630 0° .187 -

KNUX 3332 R11 .375 .630 0° .187 -

KNUX 3332 R12 .375 .630 0° .187 -

Z7 Z9

Z7

Z7 Z9

Z7

Z7

Z7

Z7

Z7

TURNING INSERTS

150

TURNING INSERTS

ZENIT CODE


RCMT 0602MOE .236 - 7° .094 .110

RCMT 0803MOE .315 - 7° .125 .134

RCMT 10T3MOE .394 - 7° .156 .173

RCMT 1204MOE .472 - 7° .187 .173

RCMT

ZENIT CODE


RCMX 1003MOS .394 - 7° .125 .142

RCMX 1204MOS .472 - 7° .187 .165

RCMX 1606MOS .630 - 7° .250 .205

RCMX 2006MOS .787 - 7° .250 .256

RCMX

Z6P Z9

Z7

Z7

Z7 Z9

Z7 Z9

ZENIT

CODICE-CODE


RNMG 43 .500 - 0° .187 .203

RNMG 54 .625 - 0° .250 .250

RNMG 64 .750 - 0° .250 .250

RNMG

Z9

Z9

Z9

Z6P Z9

Z6P Z9

Z6P Z9


151

SCGT

SCMT

ZENIT CODE


SCGT 432 .500 .500 7° .187 .217 ZKX

ZENIT CODE


SCMT.UM 32.51 .375 .375 7° .156 .173

SCMT.UM 431 .500 .500 7° .187 .217

Z6P

Z6P

ZENIT CODE


SCMT.UR 32.51 .375 .375 7° .156 .173

SCMT.UR 32.52 .375 .375 7° .156 .173

SCMT.UR 432 .500 .500 7° .187 .217

SCMT.UR 433 .500 .500 7° .187 .217

Z6P Z9 Z12Z11

Z6P Z9 Z12Z11

Z6P Z9 Z12Z11

Z6P Z9 Z12Z11

TURNING INSERTS

152

TURNING INSERTS

ZENIT CODE


SNMA 432 .500 .500 0° .187 .203

SNMA 433 .500 .500 0° .187 .203

SNMA

SNMG

Z11

Z11

ZENIT CODE


SNMG 431 .500 .500 0° .187 .203

SNMG 432 .500 .500 0° .187 .203

Z7

Z7

Z7

Z7

ZENIT CODE


SNMG.14 431 .500 .500 0° .187 .203

SNMG.14 432 .500 .500 0° .187 .203

Z7

ZENIT CODE


SNMG.65 432 .500 .500 0° .187 .203

Z7

ZENIT CODE


SNMG.66 433 .500 .500 0° .187 .203


153

SNMGZENIT CODE


SNMG.DM 432 .500 .500 0° .187 .203 Z7 Z9

ZENIT CODE


SNMG.F 431 .500 .500 0° .187 .203

SNMG.F 432 .500 .500 0° .187 .203

Z6P Z9 Z12Z11

ZENIT CODE


SNMG.M 432 .500 .500 0° .187 .203

SNMG.M 433 .500 .500 0° .187 .203

SNMG.M 543 .625 .625 0° .250 .250

SNMG.M 643 .750 .750 0° .250 .313

SNMG.M 644 .750 .750 0° .250 .313

Z7 Z9 Z12Z11

Z7 Z9 Z12Z11

Z7 Z9 Z12

Z9 Z12Z11

Z9 Z12Z11

ZENIT CODE


SNMG.R 432 .500 .500 0° .187 .203

SNMG.R 433 .500 .500 0° .187 .203

SNMG.R 434 .500 .500 0° .187 .203

SNMG.R 543 .625 .625 0° .250 .250

SNMG.R 544 .625 .625 0° .250 .250

SNMG.R 643 .750 .750 0° .250 .313

SNMG.R 644 .750 .750 0° .250 .313

Z7 Z9 Z11

Z7 Z9 Z11

Z7 Z9 Z11

Z7 Z9 Z11

Z7 Z9 Z11

Z7 Z9 Z11

Z9 Z11

Z6P Z9 Z12Z11

TURNING INSERTS

154

TURNING INSERTS

ZENIT CODE


SNMM.81 432 .500 .500 0° .187 .203

SNMM.81 433 .500 .500 0° .187 .203

SNMM.81 434 .500 .500 0° .187 .203

SNMM.81 542 .625 .625 0° .250 .250

SNMM.81 543 .625 .625 0° .250 .250

SNMM.81 544 .625 .625 0° .250 .250

SNMM.81 643 .750 .750 0° .250 .313

SNMM.81 644 .750 .750 0° .250 .313

SNMM.81 646 .750 .750 0° .250 .313

SNMM.81 856 1.000 1.000 0° .313 .359

SNMM.81 866 1.000 1.000 0° .375 .359

SNMM

Z7 Z9

ZENIT CODE


SNMM.91 432 .500 .500 0° .187 .203

SNMM.91 433 .500 .500 0° .187 .203

SNMM.91 543 .625 .625 0° .250 .250

SNMM.91 643 .750 .750 0° .250 .313

SNMM.91 644 .750 .750 0° .250 .313

SNMM.91 646 .750 .750 0° .250 .313

SNMM.91 856 1.000 1.000 0° .313 .359

SNMM.91 866 1.000 1.000 0° .375 .359

Z7 Z9

Z9

Z9

Z9

Z7 Z9

Z7 Z9

Z7 Z9

Z7 Z9

Z7 Z9

Z7 Z9

Z7 Z9

Z7 Z9

Z7 Z9

Z7 Z9

Z7 Z9

Z7 Z9

Z7 Z9

Z7 Z9


155

SPMR

SPUN

ZENIT CODE


SPMR.MB 322 .375 .375 11° .125 -

SPMR.MB 422 .500 .500 11° .125 -

Z7

Z7

ZENIT CODE


SPMR.ZR 421 .500 .500 11° .125 - Z7

ZENIT CODE


SPUN 422 .500 .500 11° .125 -

SPUN 423 .500 .500 11° .125 -

SPUN 532 .625 .625 11° .187 -

SPUN 533 .625 .625 11° .187 -

SPUN 633 .750 .750 11° .187 -

SPUN 634 .750 .750 11° .187 -

Z7

Z7

Z7

Z7

Z7

Z7

TURNING INSERTS

156

TURNING INSERTS

ZENIT CODE


TCGT 730 .219 .378 7° .094 .098

TCGT 731 .219 .378 7° .094 .098

TCGT 21.50 .250 .433 7° .094 .110

TCGT 21.51 .250 .433 7° .094 .110

TCGT 32.51 .375 .650 7° .156 .173

TCGT 32.52 .375 .650 7° .156 .173

TCGT

ZKX

ZENIT CODE


TCMT 21.51 .250 .433 7° .094 .110

TCMT 32.51 .375 .650 7° .156 .173

TCMT 32.52 .375 .650 7° .156 .173

TCMT 432 .500 .866 7° .187 .213

TCMT

Z7

Z7

Z7

Z7

ZENIT CODE


TCMT.14 731 .219 .378 7° .094 .098

TCMT.14 21.51 .250 .433 7° .094 .110

TCMT.14 32.51 .375 .650 7° .156 .173

TCMT.14 32.52 .375 .650 7° .156 .173

Z7

Z7

Z7

Z7

ZKX

ZKX

ZKX

ZKX

ZKX

TURNING INSERTS

157

TURNING INSERTS

TCMT

TCMW

ZENIT CODE


TCMT.UM 21.50 .250 .433 7° .094 .110

TCMT.UM 21.51 .250 .433 7° .094 .110

TCMT.UM 32.51 .375 .650 7° .156 .173

Z6P

ZENIT CODE


TCMT.UR 21.51 .250 .433 7° .094 .110

TCMT.UR 32.51 .375 .650 7° .156 .173

TCMT.UR 32.52 .375 .650 7° .156 .173

Z9

Z9 Z12

Z9 Z12Z11

ZENIT CODE


TCMW 060104 .156 .256 7° .062 .083 Z7

Z6P Z9

Z6P

TURNING INSERTS

158

TURNING INSERTS

ZENIT CODE


TNMA 332 .375 .650 0° .187 .150

TNMA 333 .375 .650 0° .187 .150

TNMA

TNMG

Z11

Z11

ZENIT CODE


TNMG 331 .375 .650 0° .187 .150

TNMG 332 .375 .650 0° .187 .150

TNMG 431 .500 .866 0° .187 .203

TNMG 432 .500 .866 0° .187 .203

Z7

ZENIT CODE


TNMG.65 332 .375 .650 0° .187 .150 Z7

Z7

Z7

Z7

ZENIT CODE


TNMG.78 331L .375 .650 0° .187 .150

TNMG.78 331R .375 .650 0° .187 .150

TNMG.78 332L .375 .650 0° .187 .150

TNMG.78 332R .375 .650 0° .187 .150

Z6P Z9

ZENIT CODE


TNMG.DM 332 .375 .650 0° .187 .150 Z7 Z9

Z6P Z9

Z6P Z9

Z6P Z9


159

TNMGZENIT CODE


TNMG.F 331 .375 .650 0° .187 .150

TNMG.F 332 .375 .650 0° .187 .150

Z9 Z12Z11

TNMMZENIT CODE


TNMM.81 332 .375 .650 0° .187 .150

TNMM.81 333 .375 .650 0° .187 .150

TNMM.81 432 .500 .866 0° .187 .203

TNMM.81 433 .500 .866 0° .187 .203

TNMM.81 434 .500 .866 0° .187 .203

Z9

ZENIT CODE


TNMM.91 332 .375 .650 0° .187 .150

TNMM.91 432 .500 .866 0° .187 .203

TNMM.91 433 .500 .866 0° .187 .203

Z9

Z7 Z9

Z7 Z9

Z7 Z9

Z9 Z12

Z7 Z9 Z12

Z7 Z9 Z12

ZENIT CODE


TNMG.M 331 .375 .650 0° .187 .150

TNMG.M 332 .375 .650 0° .187 .150

TNMG.M 333 .375 .650 0° .187 .150

TNMG.M 432 .500 .866 0° .187 .203

TNMG.M 433 .500 .866 0° .187 .203

Z9 Z11

ZENIT CODE


TNMG.R 332 .375 .650 0° .187 .150

TNMG.R 333 .375 .650 0° .187 .150

TNMG.R 432 .500 .866 0° .187 .203

TNMG.R 433 .500 .866 0° .187 .203

TNMG.R 434 .500 .866 0° .187 .203

Z7 Z9 Z12Z11

Z7 Z9 Z12Z11

Z7 Z9 Z12Z11

Z7 Z9 Z12Z11

Z7 Z9 Z12Z11

Z7 Z9 Z12Z11

Z7 Z9 Z12Z11

Z7 Z9 Z12Z11

Z7 Z9 Z11

Z9 Z12Z11

TURNING INSERTS

160

TURNING INSERTS

ZENIT CODE


TPMR.47 221 .250 .433 11° .125 -

TPMR.47 222 .250 .433 11° .125 -

TPMR.47 321 .375 .650 11° .125 -

TPMR.47 322 .375 .650 11° .125 -

TPMR.47 323 .375 .650 11° .125 -

TPMR

Z7 Z9

ZENIT CODE


TPMR.MB 222 .250 .433 11° .125 -

TPMR.MB 322 .375 .650 11° .125 -

Z7

ZENIT CODE


TPMR.ZR 221 .250 .433 11° .125 -

TPMR.ZR 321 .375 .650 11° .125 -

Z7

Z7

Z7

Z7 Z9

Z7 Z9

Z7 Z9

Z9


161

TPUNZENIT CODE


TPUN 221 .250 .433 11° .125 -

TPUN 222 .250 .433 11° .125 -

TPUN 321 .375 .650 11° .125 -

TPUN 322 .375 .650 11° .125 -

TPUN 323 .375 .650 11° .125 -

TPUN 432 .500 .866 11° .187 -

TPUN 433 .500 .866 11° .187 -

Z7

VBMTZENIT CODE


VBMT 331 .375 .654 5° .187 .177

VBMT 332 .375 .654 5° .187 .177

Z7

ZENIT CODE


VBMT.UR 21.51 .250 .437 5° .094 .114

VBMT.UR 330 .375 .654 5° .187 .177

VBMT.UR 331 .375 .654 5° .187 .177

VBMT.UR 332 .375 .654 5° .187 .177

VBMT.UR 333 .375 .654 5° .187 .177

Z6P Z9

Z6P Z9 Z12Z11

Z6P Z9 Z12Z11

Z9 Z12

Z6P

Z7

Z7

Z7

Z7

Z7

Z7

Z7

TURNING INSERTS

162

TURNING INSERTS

ZENIT CODE


VCGT 220 .250 .437 7° .125 .110

VCGT 221 .250 .437 7° .125 .110

VCGT 330 .375 .654 7° .187 .173

VCGT 331 .375 .654 7° .187 .173

VCGT 332 .375 .654 7° .187 .173

VCGT 333 .375 .654 7° .187 .173

VCGT 220515 .500 .866 7° .217 .205

VCGT 220520 .500 .866 7° .217 .205

VCGT 220530 .500 .866 7° .217 .205

VCGT

ZKX

ZENIT CODE


VCMT.UM 221 .250 .437 7° .125 .110

VCMT.UM 222 .250 .437 7° .125 .110

VCMT.UM 331 .375 .654 7° .187 .173

VCMT.UM 332 .375 .654 7° .187 .173

VCMT.UM 333 .375 .654 7° .187 .173

VCMT

Z6P Z9 Z12Z11

Z6P Z9 Z12Z11

Z6P Z9 Z12Z11

Z6P Z9 Z11

Z6P Z9

ZKX

ZKX

ZKX

ZKX

ZKX

ZKX

ZKX

ZKX


163

VNMG

ZENIT CODE


VNMG.F 331 .375 .650 0° .187 .150 Z6P Z9 Z12Z11

ZENIT CODE


VNMG.M 331 .375 .650 0° .187 .150

VNMG.M 332 .375 .650 0° .187 .150

VNMG.M 333 .375 .650 0° .187 .150

Z9 Z12Z11

Z9 Z11

Z7 Z9 Z12Z11

TURNING INSERTS

164

TURNING INSERTS

ZENIT CODE


WNMA 431 .500 .343 0° .187 .203

WNMA 432 .500 .343 0° .187 .203

WNMA 433 .500 .343 0° .187 .203

WNMA

Z11

ZENIT CODE


WNMG.78 331L .375 .256 0° .187 .150

WNMG.78 331R .375 .256 0° .187 .150

WNMG.78 431L .500 .343 0° .187 .203

WNMG.78 431R .500 .343 0° .187 .203

WNMG.78 432L .500 .343 0° .187 .203

WNMG.78 432R .500 .343 0° .187 .203

WNMG

Z6P Z9

ZENIT CODE


WNMG.DM 432 .500 .343 0° .187 .203 Z7 Z9 Z12

ZENIT CODE


WNMG.F 331 .375 .256 0° .187 .150

WNMG.F 431 .500 .343 0° .187 .203

WNMG.F 432 .500 .343 0° .187 .203

Z9 Z12Z11

ZENIT CODE


WNMG.M 331 .375 .256 0° .187 .150

WNMG.M 332 .375 .256 0° .187 .150

WNMG.M 431 .500 .343 0° .187 .203

WNMG.M 432 .500 .343 0° .187 .203

WNMG.M 433 .500 .343 0° .187 .203

Z9 Z11

Z7 Z9 Z12Z11

Z9 Z11

Z7 Z9 Z12Z11

Z7 Z9 Z12Z11

Z9 Z12Z11

Z9 Z12Z11

Z6P Z9

Z6P Z9

Z6P Z9

Z6P Z9

Z6P Z9

Z11

Z11


165

WNMGZENIT CODE


WNMG.R 432 .500 .343 0° .187 .203

WNMG.R 433 .500 .343 0° .187 .203

WNMG.R 434 .500 .343 0° .187 .203

Z7 Z9 Z12Z11

WNMMZENIT CODE


WNMM.81 432 .500 .343 0° .187 .203

WNMM.81 433 .500 .343 0° .187 .203

WNMM.81 434 .500 .343 0° .187 .203

Z7 Z9 Z12

ZENIT CODE


WNMM.91 432 .500 .343 0° .187 .203

WNMM.91 433 .500 .343 0° .187 .203

Z7 Z9

Z7 Z9

Z7 Z9 Z12

Z7 Z9 Z12

ZENIT CODE


WNMG.WF 431 .500 .343 0° .187 .203

WNMG.WF 432 .500 .343 0° .187 .203

Z9 Z12Z11

Z9 Z12Z11

ZENIT CODE


WNMG.WM 332 .375 .256 0° .187 .150

WNMG.WM 333 .375 .256 0° .187 .150

WNMG.WM 432 .500 .343 0° .187 .203

WNMG.WM 433 .500 .343 0° .187 .203

Z9 Z12Z11

Z9 Z11

Z9 Z11

Z9 Z12Z11

Z7 Z9 Z12Z11

Z9 Z12Z11


This grade has a functional gradient substrate with low content of cobalt which provides a

characteristic of stability and great wear resistance. The coating is a thick CVD with a main layer

of AL2O3. It is an excellent grade for finishing and medium roughing of materials group P and K and

in some conditions it could be used also for materials group M. This grade is suitable for continuous

cut as well as moderate interrupted cut with very high cutting speed.

This grade has a functional gradient substrate and a low content of cobalt with a unique dual coating

obtained from the combination of CVD and PVD methods and a main layer TiN and Al2O3. It is an

excellent grade for finishing and medium roughing of materials group P and K and in some

conditions it could be used also for materials group M. This grade is suitable for good continuous

and conditionally also moderate interrupted cut with high cutting speed.

It is the most universal grade for turning, it has a functional gradient substrate strongly resistant to

wearing and interrupted cut. The triple coating is composed of a main layer of TiCN with a CVD

method. It is an impressive grade for finishing and medium roughing of materials group P, M and K

and in some conditions it could be used also for materials group S. This grade is suitable for

continuous and interrupted cut with medium and conditionally medium up to high cutting speed.

This grade has a submicron substrate without cubical carbide. The coating is a thin CVD with a

main layer of TiN. It is an outstanding grade for medium roughing as well as heavy roughing of

materials group P and M, it is applicable also for group K and conditionally for S. This grade is

suitable for unfavourable cutting conditions and interrupted cut with lower up to medium cutting

speed.

This grade has a submicron substrate type H and a nanostructural coating applied by PVD method.

It combines good wear resistance and good operational reliability. It is a general purpose grade for

materials group M,S,P and K. This grade is suitable for less favourable cutting conditions with

medium cutting speed.

It is a submicron grade without cubical carbides with low content of cobalt. This grade is for general

purpose applications for all groups of work material except P. This grade is suitable for small up to

medium chip cross section with steady cutting conditions.

Z7

Z6P

ZKX

Z9

Z12

Z11

166

TURNING GRADES


167

TECHNICAL DATA

BHNMATERIALS

125

150

CARBON STEEL 170

175

UNALLOYED STEEL 275

200

HEAT TREATED STEEL 325

180

200

ALLOYED STEEL 225

Z12 Z11 Z9 Z7 Z6P ZKXFeed fz (IPR)

.004-.016-.031 .004-.016-.031 .004-.016-.031 .004-.016-.031

Vc (sfm)

1870-1328-984 1673-1132-804 1394-902-656 607-443-312

1673-1197-869 1492-1000-705 1246-804-590 541-394-279

1509-1082-787 1394-951-672 1197-771-558 508-377-262

1837-1214-853 1509-1000-705 984-607-443 508-361-230

984-689-508 836-590-459 607-394-279 361-230-164

1328-886-656 984-672-492 787-508-344 476-328-213

656-426-312 443-312-246 361-230-164 213-148-98

984-705-558 787-590-426 607-459-328 328-262-197

853-607-459 689-459-328 541-328-230 312-213-148

672-443-344 607-410-295 476-312-213 262-197-93

P

BHNMATERIALS

200

STAINLESS STEEL 330

200

AUSTENITIC STEEL 330

200

FERRITIC STEEL 330


.008-.016-.024 008-.016-.024 008-.016-.024 008-.016-.024

VC (sfm)

918-771-689 754-574-443 590-525-426 426-361-295

426-344-262 361-230-164 279-213-148 230-180-148

968-771-656 787-574-426 558-476-377 377-328-279

426-328-279 328-230-180 279-213-148 230-180-148

820-705-558 623-492-361 525-443-344 344-312-262

689-574-443 492-394-295 426-361-279 312-262-230

M

BHNMATERIALS

130

MALLEABLE CAST IRON 230

160

NODULAR CAST IRON 250


.008-.016-.024 008-.016-.024

VC (sfm)

853-705-607 459-410-361

689-574-492 410-361-295

787-640-541 443-410-312

705-574-492 410-377-295

K

BHNMATERIALS

60

ALUMINIUM ALLOYS 100

130

ALUMINIUM ALLOYS 150

160

COPPER AND COPPER ALLOYS 250


.006-.031

VC (sfm)

7872-787

7872-787

1640-164

1033-102

1837-180

1115-112

N

BHNMATERIALS

200

HEAT RESISTANT SUPER ALLOYS 280

400

TITANIUM ALLOYS 950


.004-.012-.020

VC (sfm)

262-213-164

197-164-131

590-492-410

246-197-164

S

BHNMATERIALS

45/50

HARDENED STEEL HRC


.004-.012-.024 .004-.012-.024

VC (sfm)

213-148-92 148-82-52H

MILLING INSERTS

169

CODE KEYS

MILLING INSERTS

170

MILLING INSERTS

ZENIT CODE


ADKT 1505 .375 .591 15° .222 .177

ADKT 150512 .375 .591 15° .222 .177

ADKT

Z3FZ2 Z5

ZENIT CODE


ADLT 1503 ZZR .375 .591 15° .125 .173

ADLT

Z3FZ2 Z5

ZENIT CODE


ADLX 1503 ZZR .375 .591 15° .125 .173

ADLX

Z3FZ2 Z5

Z3FZ2 Z5

ZENIT CODE


APET 1003 PDFR .264 .394 11° .138 .110

APET 160408 FR .375 .630 11° .187 .177

APET

ZKX

ZKX

MILLING INSERTSMILLING INSERTS

171

APFTZENIT CODE


APFT 1604 PDR .375 .630 11° .187 .177 Z3FZ2 Z5

APLTZENIT CODE


APLT 1504 ZZR .500 .626 11° .187 .217 Z3FZ2

APLXZENIT CODE


APLX 1504 ZZR .500 .626 11° .187 .217

APLX 2004 ZZR .500 .787 11° .187 .217

Z3FZ2

Z3FZ2 Z5

APKTZENIT CODE


APKT 1003 PDR .264 .394 11° .138 .110

APKT 100308 .264 .394 11° .138 .110

APKT 1604 PDR .375 .630 11° .209 .173

APKT 160412 .375 .630 11° .209 .173

APKT 160416 .375 .630 11° .209 .173

APKT 160431 .375 .630 11° .209 .173

Z3FZ2Z1 Z5

Z3FZ2 Z5

Z3FZ2 Z5

Z6P

Z6P

Z3FZ2Z1 Z5

MILLING INSERTS

172

MILLING INSERTS

ZENIT CODE


APMT 12X308 .260 .472 11° .142 .114

APMT 170408 .375 .669 15° .189 .185

APMT

Z2 Z4 Z5ZKX

Z4 Z6PZ5ZKX

ZENIT CODE


CNMX 0702 AZSN .276 .286 12° .102 .134

CNMX 0702 AZTN .276 .286 12° .102 .134

CNMX 090412 .439 .391 13° .148 .181

CNMX 090420 .439 .391 13° .148 .181

CNMX

Z3FZ2 Z5

Z3FZ2 Z5

Z3FZ2 Z5

Z3FZ2 Z5

ZENIT CODE


LCMT 020204 .189 .094 7° .094 .098

LCMT 03T204 .264 .132 7° .114 .110

LCMT

Z2 Z6PZ5

Z2 Z6PZ5


173

OFCTZENIT CODE


OFCT 05T305 .500 .197 26° .156 .173 Z3F Z6PZ5

OFERZENIT CODE


OFER 070404 .709 .276 26° .187 - Z3F Z6PZ5

RDHWZENIT CODE


RDHW 0501MOE .197 - 15° .063 .087

RDHW 07T1MOT .276 - 15° .078 .110

RDHW 0702MOT .276 - 15° .094 .110

RDHW 1003MOT .394 - 15° .125 .154

RDHW 12T3MOT .472 - 15° .156 .154

RDHW 1604MOT .630 - 15° .187 .205

Z4

Z4 Z5

Z4 Z5

Z4 Z5

Z4 Z5

Z4 Z5

Z2

MILLING INSERTS

174

MILLING INSERTS

ZENIT CODE


RPMT 43 .500 - 11° .187 .201

RPMT 1204MOS .472 - 11° .187 .173

RPMT

Z3FZ2

ZENIT CODE


SDLT 322 .375 .375 15° .125 .173

SDLT

Z3FZ2 Z5

SDLX

SECR

Z3FZ2 Z5

ZENIT CODE


SECR 42 AFSN .500 .500 20° .125 - Z3FZ2 Z5

Z3FZ2 Z5

ZENIT CODE


SCET 21.51 .250 .250 7° .094 .114

SCET 32.52 .375 .375 7° .156 .177

SCET

Z6P

Z6P

ZENIT CODE


SDLX 322 .375 .375 15° .125 .173


175

SEERZENIT CODE


SEER 42 AFSN .500 .500 20° .125 -

SEER 43 AFSN .500 .500 20° .187 -

SEER 53 AFSN .625 .625 20° .187 -

Z2 Z6P

SEETZENIT CODE


SEET 43 AFFN .500 .500 20° .187 .217 ZKX

SEHTZENIT CODE


SEHT 32.5 AFSN .375 .375 20° .156 .138

SEHT 43 AFSN .500 .500 20° .187 .217

Z2 Z6P

Z3FZ2 Z5

Z6P

Z6P

SEENZENIT CODE


SEEN 43 AFSN .500 .500 20° .187 - Z6P

MILLING INSERTS

176

MILLING INSERTS

ZENIT CODE


SEHX 43 AFSN .500 .500 20° .187 .217

SEHX 53 AFSN .625 .625 20° .187 .217

SEHX

ZENIT CODE


SEKN 42 AFSN .500 .500 20° .125 -

SEKN

Z3FZ2 Z5

ZENIT CODE


SNHX 11023 .433 .433 0° .091 .173

SNHX 11027 .433 .433 0° .106 .173

SNHX 12032 .500 .500 0° .126 .197

SNHX 12045 .500 .500 0° .177 .197

SNHX 12054 .500 .500 0° .213 .197

SNHX 12070 .500 .500 0° .276 .197

SNHX

Z3FZ2 Z6PZ5

Z3FZ2 Z6PZ5

Z3FZ2 Z6PZ5

Z3FZ2 Z6PZ5

Z3FZ2 Z6PZ5

Z3FZ2 Z6PZ5

Z3FZ2Z1 Z5

Z2


177

SPEXZENIT CODE


SPEX 0703 APTN .313 .313 11° .125 .110

SPEX 0903 APTN .375 .375 11° .125 .134

SPEX 12T3 APTN .500 .500 11° .156 .150

Z3FZ2 Z6PZ5

SPKNZENIT CODE


SPKN 42 EDSR .500 .500 11° .125 - Z3FZ2 Z5

SPKRZENIT CODE


SPKR 42 EDSR .500 .500 11° .125 - Z3FZ2 Z6P

SPLTZENIT CODE


SPLT 432 .500 .500 11° .187 .217 Z3FZ2 Z5

Z3FZ2 Z5

Z3FZ2 Z5

SPLXZENIT CODE


SPLX 43 ADS .500 .500 11° .187 .217

SPLX 432 .500 .500 11° .187 .217

Z3FZ2 Z6PZ5

Z3FZ2 Z6PZ5

MILLING INSERTS

178

MILLING INSERTS

ZENIT CODE


SXMT 12T308 .520 .520 19° .156 .161

SXMT

Z2 Z6PZ5

ZENIT CODE


TPKN 32 PDSR .375 .630 11° .125 -

TPKN 43 PDSR .500 .866 11° .187 -

TPKN

Z3FZ2 Z5

Z3FZ2

ZENIT CODE


WCMX 1.18.52 .219 .138 7° .094 .102

WCMX 2.1.52 .250 .157 7° .094 .114

WCMX 2.522 .313 .201 7° .125 .138

WCMX 32.52 .375 .240 7° .156 .154

WCMX 433 .500 .319 7° .187 .177

WCMX

Z2 Z6P

Z2 Z6P

Z2 Z6P

Z2 Z6P

Z2 Z6P

WPMWZENIT CODE


WPMW 05X315 .309 .197 11° .138 .154

WPMW 06X415 .375 .236 11° .165 .169

WPMW 080615 .500 .315 11° .250 .217

Z2 Z5

Z2 Z5

Z2 Z5


179

XDHWZENIT CODE


XDHW 040105 .157 .157 15° .063 .075

XDHW 040110 .157 .157 15° .063 .075

XDHW 060205 .256 .272 15° .094 .114

XDHW 060210 .256 .272 15° .094 .114

XDHW 10T310 .394 .417 15° .156 .157

XDHW 10T315 .394 .417 15° .156 .157

Z3FZ2 Z4 Z5

ZRZENIT CODE

Ø L α S D1 AVAILABLE QUALITIES

ZR 08 .315 .276 - .094 .098

ZR 10 .394 .335 - .102 .118

ZR 12 .472 .394 - .118 .138

ZR 16 .630 .472 - .157 .157

ZR 20 .787 .591 - .197 .197

Z4 Z5

Z4 Z5

Z4 Z5

Z4 Z5

Z4 Z5

Z3FZ2 Z4 Z5

Z3F Z4 Z5

Z3F Z4 Z5

Z3F Z4 Z5

Z3F Z4 Z5

XPHTZENIT CODE


XPHT 160408 .375 .630 11° .187 .173

XPHT 160412 .375 .630 11° .187 .173

ZKX

Z2 Z6P

MILLING INSERTS

180

MILLING INSERTS

MILLING GRADESThis is a tough grade, its substrate has a high content of cobalt without cubical carbides. The

nanostructural coating applied by PVD method allows cutting conditions with high mechanical stress

of cutting edge. This grade is suitable for milling of materials groups P,M,S and it is applicable also

for K. It is an excellent grade for unstable cutting conditions with low up to medium cutting speed.

This grade has a substrate without cubical carbides with a multi-layered nanostructural coating with

high content of Al applied by PVD method. This superlative grade combines good wear resistance

and good operational reliability. It is a general purpose grade for all groups of works material. This

grade is perfect for less favourable cutting conditions with medium cutting speed.

This grade has a substrate with high content of cubical carbides with a multi-layered nanostructural

coating with high content of Al, applied by PVD method. This grade is suitable for milling of materials

groups P,M, conditionally for K. It is an exceptional grade for medium up to high feed and for

medium up to high cutting speed with steady cutting conditions.

This grade has a substrate without cubical carbides with a triple layer of coating applied by CVD

method. This grade is suitable for milling of materials groups P,K, conditionally for M. It is an

outstanding grade for medium chip cross section at medium cutting speed without cooling and for

good cutting conditions.

This grade has a substrate with low content of cobalt and with Al2O3 applied by CVD method.

This grade is suitable for milling of materials group K, and in some conditions it could be used also

for materials group P. It is an important grade for medium chip cross section with steady cutting

conditions.

This grade has a high content of cubical carbides and it is applicable for milling of materials group

P. This grade is suitable for medium and higher feed and medium cutting speed with steady cutting

conditions.

It is a submicron grade without cubical carbides and with low content of cobalt. This general-

purpose grade is suitable for all groups of material except P. It is applicable for small up to medium

chip cross section with steady cutting conditions.

Z3F

Z2

Z1

Z4

Z6P

Z5

ZKX

CUT-OFF INSERTS

182

CUT-OFF INSERTS

ZENIT CODE

S α K AVAILABLE QUALITIES

GFL 2 .079 7° 8°

GFL 3 .122 7° 8°

GFL 4 .161 7° 8°

GFN 2 .079 7° 0°

GFN 3 .122 7° 0°

GFN 4 .161 7° 0°

GFN 5 .201 7° 0°

GFR 2 .079 7° 8°

GFR 3 .122 7° 8°

GFR 4 .161 7° 8°

GFL-GFN-GFR

Z7Z6P

ZENIT CODE


GTFG 3L .122 7° -

GTFG 3R .122 7° -

GTFG 4L .161 7° -

GTFG 4R .161 7° -

GTFG 5L .201 7° -

GTFG 5R .201 7° -

GTFG

Z7

Z7

Z7

Z7

Z7

Z7

Z7Z6P

Z7Z6P

Z7Z6P

Z7Z6P

Z7Z6P

Z7Z6P

Z7Z6P

Z7Z6P

Z7Z6P

CUT-OFF INSERTSCUT-OFF INSERTS

183

GTL-GTN-GTRZENIT CODE


GTL 2 .087 7° 8°

GTL 3 .122 7° 8°

GTL 4 .161 7° 8°

GTN 2 .087 7° 0°

GTN 3 .122 7° 0°

GTN 4 .161 7° 0°

GTN 5 .201 7° 0°

GTN 6 .252 7° 0°

GTN 8 .315 7° 0°

GTN 9 .378 7° 0°

GTR 2 .087 7° 8°

GTR 3 .122 7° 8°

GTR 4 .161 7° 8°

Z7

TSL-TSN-TSR-TSXZENIT CODE

S H L Z K AVAILABLE QUALITIES

TSL 2 .083 .150 .354 .059 8°

TSL 3 .122 .230 .551 .079 8°

TSL 4 .161 .230 .551 .118 8°

TSL 5 .201 .230 .551 .157 8°

TSN 2 .083 .150 .354 .059 0°

TSN 3 .122 .230 .551 .079 0°

TSN 4 .161 .230 .551 .118 0°

TSN 5 .201 .230 .551 .157 0°

TSN 6 .240 .230 .551 .197 0°

TSR 2 .083 .150 .354 .059 8°

TSR 3 .122 .230 .551 .079 8°

TSR 4 .161 .230 .551 .118 8°

TSR 5 .201 .230 .551 .157 8°

TSX 3 .122 .230 .551 .079 0°

Z7

Z7

Z7

Z7

Z7

Z7

Z7

Z7

Z7

Z7

Z7

Z7

Z7

Z7

Z7

Z7

Z7

Z7 Z11

Z7 Z11

Z7 Z11

Z7 Z11

Z7

Z7 Z11

Z7

Z7

Z7 Z11

CUT-OFF INSERTS

184

CUT-OFF INSERTS

CUT-OFF GRADES This grade has a functional gradient substrate and a low content of cobalt with a unique dual coating

obtained from the combination of CVD and PVD methods and a main layer TiN and Al2O3. It is an

excellent grade for materials group P and K and in some conditions it could be used also for

materials group M. This grade is suitable for good continuous and conditionally also moderate

interrupted cut with high cutting speed.

This grade has a submicron substrate without cubical carbide. The coating is a thin CVD with a

main layer of TiN. It is an outstanding grade for materials group P and M, it is applicable also for

group K and conditionally for S. This grade is suitable for unfavourable cutting conditions and

interrupted cut with lower up to medium cutting speed.

This grade has a submicron substrate type H and a nanostructural coating applied by PVD method.

It combines good wear resistance and good operational reliability. It is a general purpose grade for

materials group M,S,P and K. This grade is suitable for less favourable cutting conditions with

medium cutting speed.

Z7

Z6P

Z11

CUT-OFF INSERTSCUT-OFF INSERTS

185

TECHNICAL DATA

BHNMATERIALS

125

150

CARBON STEEL 170

175

UNALLOYED STEEL 275

200

HEAT TREATED STEEL 325

180

200

ALLOYED STEEL 225


.002-.020 .002-.020 .002-.020

VC (sfm)

1164-607 836-410 574-295

1082-459 754-328 525-213

984-410 672-295 492-197

951-443 672-312 508-246

886-344 574-262 459-197

853-377 590-262 459-213

672-246 426-180 312-121

574-246 394-197 312-148

656-295 459-246 361-180

525-246 344-148 262-115

P

BHNMATERIALS

200

STAINLESS STEEL 330

180

AUSTENITIC STEEL 330

200

FERRITIC STEEL 330


.002-.020 .002-.020

VC (sfm)

541-246 426-164

426-197 328-131

607-295 459-180

426-197 312-148

492-230 394-148

410-180 328-131

M

BHNMATERIALS

130

MALLEABLE CAST IRON 230

160

NODULAR CAST IRON 250


.002-.020 .002-.020

VC (sfm)

1115-558 722-361

820-377 492-279

853-377 525-279

672-328 426-213

K

BHNMATERIALS

200

HEAT RESISTANT SUPER ALLOYS 280

400

TITANIUM ALLOYS 950


002-.012 002-.012

VC (sfm)

230-125 131-98

164-95 98-66

656-312

230-125

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INSERTS - Zenit Tools - Zenit Tools Inserts.pdf · snmg 152 cnmg.14 143 cnmg.f 144 cnmm.81 145...

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Transcript of INSERTS - Zenit Tools - Zenit Tools Inserts.pdf · snmg 152 cnmg.14 143 cnmg.f 144 cnmm.81 145...