ＡMX .012 (0.3) DCGT32.508M mostrado 10 ●Excelentecontrolde rebabaenprofundidades decortemuyligeras .016 .008 .004 .004 .012 .020 .040 .118 .200 .002 Avance (IPR) Pro fun did ad de co rte (P ulg ad as ) AZ7 DCGT32.508M mostrado .016（0.4） ●Excelentecontrolde rebabaenligerosavancesy profundidadesdecorte .016 .008 .004 .004 .012 .020 .040 .118 .200 .002 Avance (IPR) Pro fun did ad de co rte (P ulg ad as ) ZR DCMT32.508 mostrado .031(0.8) ●Cubreunampliorangode profundidadesdecorteen altasvelocidadesybajas condicionesdeavance .004 .004 .008 .016 .012 .020 .040 .118 .200 .002 Avance (IPR) Pro fun did ad de co rte (P ulg ad as ) QD DCMT32.508 mostrado 7 .051 (1.3) ●Proveeunmaquinadoestable conunfiloresistentelogrado porunfinohoneado .016 .008 .004 .004 .012 .020 .040 .118 .200 .002 Avance (IPR) Pro fun did ad de co rte (P ulg ad as ) AM3 .047（1.2） 6 DCGT32.508 mostrado ●Rompe-virutaparatodo propósito ●Primeraselecciónparala mayoríadelasaplicaciones ●Grancombinacióndefilovivo ycontrolderebaba .016 .008 .004 .004 .012 .020 .040 .118 .200 .002 Avance (IPR) Pro fun did ad de co rte (P ulg ad as ) CL .189 (4.8) DCGT32.508M mostrado 17 ●Geometríadoblemente positiva ●Filovivoybajapresiónde corte ●Ampliorangodecontrolde rebaba .016 .008 .004 .004 .012 .020 .040 .118 .200 .002 Avance (IPR) Pro fun did ad de co rte (P ulg ad as ) 1L .264 (6.7) DCGT32.508 mostrado 16 ●Diseñodoblementepositivo conbajapresióndecorte ●Filodecorteresistentey excelentefuncionamientoen combinaciónconQM3 .004 .008 .016 .004 .012 .020 .040 .118 .200 .002 Avance (IPR) Pro fun did ad de co rte (P ulg ad as )
Nombre Geometría de Rompe-viruta Característica Rango de control rebaba FG .059 (1.5) TPGH221 mostrado 17 ●Exclusivamentediseñado paraeltorneadointerior ●Evacuaciónderebabashacia atrásenprofundidadesde corteligeras ●Filosdecortevivosconalto ángulodeataque .016 .008 .004 .004 .012 .020 .040 .118 .200 .002 Avance (IPR) Pro fun did ad de co rte (P ulg ad as ) AF1 CCGT32.508 mostrado 5 .031(0.8) ●Producenotablecalidadde superficieensemi-acabados deaceros .016 .008 .004 .004 .012 .020 .040 .118 .200 .002 Avance (IPR) Pro fun did ad de co rte (P ulg ad as ) AM5 .035 (0.9) CPGH21.508 mostrado 6 ●Rompe-virutasparatorneado interior ●ProveeunbuenDesempeño enelcorteycontrolde rebaba .004 .004 .008 .016 .012 .020 .040 .118 .200 .002 Avance (IPR) Pro fun did ad de co rte (P ulg ad as )
.12
.08
.04
.02
.02 .04 .08 .12
Avance (IPR)
Profundidad de corte (pulgadas)
CL
ZR
AM3AZ7
AMX
.12
.08
.04
.02
.02 .04 .08 .12
Avance (IPR)
Profundidad de corte (pulgadas)
AT/S/UHG/U/U1
F05・F1
KHG/K
Rompe-virutas moldeados
Rompe-virutas rectificados
KHG DCET32.508 mostrado .040 (1.0) 14 ●Excelentecontrolderebaba encortesdeacabado ●Paramaquinadodealta precisión * Tolerancia de precisión en el radio : ±.0004" .016 .008 .004 .004 .012 .020 .040 .118 .200 .002 Avance (IPR) Pro fun did ad de co rte (P ulg ad as ) K TPGHP7308 mostrado .040 (1.0) 15 ●Inmejorablecontrolde rebabaenaplicacionesde acabado ●Filosvivosconaltoángulo deataque.004.008.016 .004 .004 .008 .016 .012 .020 .040 .118 .200 .002 Avance (IPR) Pro fun did ad de co rte (P ulg ad as ) UHG .043 (1.1) R DCET32.504M mostrado ●Filodecortepositivo ●Cubreampliorango decondicionesdecorte * Tolerancia de precisión en el radio : ±.0004" .004 .008 .016 .004 .012 .020 .040 .118 .200 .002 Avance (IPR) Pro fun did ad de co rte (P ulg ad as ) U/U1 DCGT32.508 mostrado R .063 (1.6) ●Filodecortevivoque previeneelendurecimiento delapiezadetrabajo .016 .008 .004 .004 .012 .020 .040 .118 .200 .002 Avance (IPR) Pro fun did ad de co rte (P ulg ad as ) S DCGT320.508 mostrado 15 .040 (1.0) ●Rompe-virutaestandar rectificadoconamplia coberturadecondicionesde corte ●Filosdecortevivocon excelentecontrolderebaba .016 .008 .004 .004 .012 .020 .040 .118 .200 .002 Avance (IPR) Pro fun did ad de co rte (P ulg ad as ) AT 15 .040 (1.0) R DCGT32.508 mostrado ●Excelenteresistenciaa laadhesiónyestabilidad dimensional ●Lamejorselecciónpara piezasdetrabajopequeñas ymaquinadodeaceros .016 .008 .004 .004 .012 .020 .040 .118 .200 .002 Avance (IPR) Pro fun did ad de co rte (P ulg ad as ) FM .028 (0.7) DCGT32.508 mostrado ●Rompe-virutarectificadoen todalaperiferiadelfilo .016 .008 .004 .004 .012 .020 .040 .118 .200 .002 Avance (IPR) Pro fun did ad de co rte (P ulg ad as )
Nombre Geometría de Rompe-viruta Característica Rango de control rebaba F05 TPGP5208 mostrado 3° .051 (1.3) ●Exclusivamentediseñado paratorneadointerior ●Descargaderebabashacia atrás ●Excelenteelecciónpara maquinarbarrenosciegos
Descarga de rebaba hacia atrás
.016 .008 .004 .004 .012 .020 .040 .118 .200 .002 Avance (IPR) Pro fun did ad de co rte (P ulg ad as ) F1 TPGP2208 mostrado .071 (1.8) 3° .016 .008 .004 .004 .012 .020 .040 .118 .200 .002 Avance (IPR) Pro fun did ad de co rte (P ulg ad as ) B1 TCGP5208 mostrado .024 (0.6) 10° .006 (0.15) ●Corteestableentorneado interiorgraciasasuresistente filovivo .016 .008 .004 .004 .012 .020 .040 .118 .200 .002 Avance (IPR) Pro fun did ad de co rte (P ulg ad as ) B2 TPGP7308 mostrado .040 (1.0) 10° .006 (0.15) .016 .008 .004 .004 .012 .020 .040 .118 .200 .002 Avance (IPR) Pro fun did ad de co rte (P ulg ad as ) B3 TPGP6308 mostrado .051 (1.3) 10° .016 .008 .004 .004 .012 .020 .040 .118 .200 .002 Avance (IPR) Pro fun did ad de co rte (P ulg ad as ) A CPGP0308 mostrado .040 (1.0) 14° .006 (0.15) ●Filodecorteresistentey buencontrolderebaba ●Rompe-virutaparatorneado interiorymaquinadogeneral .004 .004 .008 .016 .012 .020 .040 .118 .200 .002 Avance (IPR) Pro fun did ad de co rte (P ulg ad as ) A1 A A1 CPGP8308 mostrado .031 (0.8) 14° .006 (0.15) A2 ERGP52Y shown .031 (0.8) 20° ●Controlderebabaa bajosavancesybajas profundidadesdecorte ●Filodecortevivodebidoa sugranángulodeataque .004 .008 .016 .004 .012 .020 .040 .118 .200 .002 Avance (IPR) Pro fun did ad de co rte (P ulg ad as )
UL TNGG3304M mostrado 20 .157(4.0) ●Insertonegativoconrompe-virutaspositivo ●Reducevibraciónmejorando micro-acabado ●magníficaventajaencostopor filorespectoainsertospositivos .016 .008 .004 .004 .012 .020 .040 .118 .200 .002 Avance (IPR) Pro fun did ad de co rte (P ulg ad as ) ZF1 CNMG432 mostrado ●Seobtienenpequeñas rebabasespiralesencortes deacabado .016 .008 .004 .004 .012 .020 .040 .118 .200 .002 Avance (IPR) Pro fun did ad de co rte (P ulg ad as ) WM CNMG431 mostrado ●Notablecontroldereababas enRangosdeavancesbajos .016 .008 .004 .004 .012 .020 .040 .118 .200 .002 Avance (IPR) Pro fun did ad de co rte (P ulg ad as ) ZW1 CNMG432 mostrado .005 (0.13) ●Rompe-virutasversátilcon notablecontrolderebabas dentrodeunampliorango .016 .008 .004 .004 .012 .020 .040 .118 .200 .002 Avance (IPR) Pro fun did ad de co rte (P ulg ad as ) ZP CNMG432 mostrado ●Angulodeataquedoble-positivoyfilovivo ●bajapresióndecorteaun cuandose .004 .004 .008 .016 .012 .020 .040 .118 .200 .002 Avance (IPR) Pro fun did ad de co rte (P ulg ad as ) Z5 CNMG432 mostrado .008 (0.2) ●Insertomuyresistente ●Disponibleparagrandes cargasencorteinterrumpido ●Diseñadoparamaquinar corteinterrumpidopesado .004 .008 .016 .004 .012 .020 .040 .118 .200 .002 Avance (IPR) Pro fun did ad de co rte (P ulg ad as ) WV CNMG432 mostrado .008 (0.2) ●Ofreceventajastalescomo filodecorteresistentey controlderebaba .016 .008 .004 .004 .012 .020 .040 .118 .200 .002 Avance (IPR) Pro fun did ad de co rte (P ulg ad as ) G CNMG432 mostrado .008 (0.2) ●Rompe-virutasresistente endesbasteyexcepcional estabilidad .016 .008 .004 .004 .012 .020 .040 .118 .200 .002 Avance (IPR) Pro fun did ad de co rte (P ulg ad as )
Nombre Geometría de Rompe-viruta Característica Rango de control rebaba DA TNGG3304 mostrado .098 (2.5) 15° ●Excelentecontrolderebaba yfilodecortevivo .016 .008 .004 .004 .012 .020 .040 .118 .200 .002 Avance (IPR) Pro fun did ad de co rte (P ulg ad as ) D1 TNEG3308 mostrado .098 (2.5) .002 (0.05) 15° .016 .008 .004 .004 .012 .020 .040 .118 .200 .002 Avance (IPR) Pro fun did ad de co rte (P ulg ad as ) N1 .059 (1.5) 14° TNGG3308 mostrado ●Diseñodoblemente-positivo ygranángulodeataque ●Excelentecontrolderebaba .004 .004 .008 .016 .012 .020 .040 .118 .200 .002 Avance (IPR) Pro fun did ad de co rte (P ulg ad as ) U2 TNGG3308 mostrado .091 (2.3) R ●Rebabasreducidasy compactasdebidoasu diseñoaltamentepositivo .016 .008 .004 .004 .012 .020 .040 .118 .200 .002 Avance (IPR) Pro fun did ad de co rte (P ulg ad as ) B TNGG331 mostrado .008 (0.2) .059 (1.5) 14° ●Rompe-virutapara maquinadoengeneral conexcelentetenacidady Controlderebaba .016 .008 .004 .004 .012 .020 .040 .118 .200 .002 Avance (IPR) Pro fun did ad de co rte (P ulg ad as ) C TNGG3308 mostrado .087 (2.2) 14° .008 (0.2) .016 .008 .004 .004 .012 .020 .040 .118 .200 .002 Avance (IPR) Pro fun did ad de co rte (P ulg ad as )
■
Rompe-virutas rectificado para insertos negativos
.12 .08 .04 .02 .02 .04 .08 .12 Avance (IPR)
Profundidad de corte (pulgadas)
UL ZP WM ZF1 .12 .08 .04 .02 .02 .04 .08 .12 Avance (IPR)
Profundidad de corte (pulgadas)
D1 U2
DA
