RECOMMENDED CUTTING CONDITIONS

y Dry Cutting

(inch)

Work MaterialHardnessGradeBreakervc (SFM)fz (IPT)apae
PMP6120M820 (655 ─985).012 (.008─.016)
Mild SteelVP15TFMP820 (655─985).012 (.008─.016)
MP6130M720 (560─885).016 (.012─.020)
MP6120M720 (560 ─885).012 (.008─.016)
Carbon Steel,Alloy Steel180─280HBVP15TFMP720 (560─885).012 (.008─.016)
MP6130M620 (460─785).016 (.012─.020)
MP6120M460 (330 ─590).012 (.008─.016)
Carbon Steel,Alloy Steel280─350HBVP15TFMP460 (330─590).012 (.008─.016)
MP6130M360 (230─490).016 (.012─.020)
MP6120M460 (330─590).006 (.004─.008)
Alloy Tool Steel(Annealin)VP15TFMP460 (330─590).006 (.004─.008)
gMP6130M360 (230─490).010 (.008─.012)
MP6120M460 (330─590).006 (.004─.008)
Pre-hardened Steel35─45HRCVP15TFMP460 (330─590).006 (.004─.008)
MP6130M360 (230─490).010 (.008─.012)
M Austenitic Stainless SteelMP7030MM655 (490 ─820).008 (.004─.012)
Austenitic Stainless Steel> 200HBMP7030MM490 (330 ─655).008 (.004─.012)
Two-phase Stainless SteelMP7030MM460 (330 ─590).006 (.002─.010)
Ferritic and Maltensitic Stainless SteelMP7030MM655 (490 ─820).008 (.004─.012)
Ferritic and Maltensitic Stainless Steel> 200HBMP7030MM490 (330 ─655).008 (.004─.012)
Precipitation Hardening Stainless Steel< 450HBMP7030MM425 (330 ─525).006 (.002─.010)
KMC5020MK,HK720 (490 ─985).012 (.008─.016)
Gray Cast IronTensile StrengthVP15TF,VP20RTMK,HK590 (425─755).012 (.008─.016)
VP15TFMP590 (425 ─755).012 (.008─.016)
MC5020MK,HK655 (490 ─820).008 (.004─.012)
Ductile Cast IlonTensile StrengthVP15TF,VP20RTMK,HK560 (395─720).008 (.004─.012)
VP15TFMP560 (395 ─720).008 (.004─.012)
MC5020MK,HK560 (490 ─655).008 (.004─.012)
Ductile Cast IlonTensile StrengthVP15TF,VP20RTMK,HK460 (330─590).008 (.004─.012)
VP15TFMP460 (330 ─590).008 (.004─.012)
H Hardened Steel40─55HRCVP15TFMP260 (195 ─330).006 (.004─.008)≤ .118

Note1) Recommended wet cutting for good surface finishing of stainless steel. (Tool life is short compared to wet cutting.) Note2) We recommend wet cutting with internal coolant for titanium alloy and heat resistant alloy, Note3) When clamp rigidity is low and tool overhang is long, we recommended to reduce the cutting speed and the feed rate by 30%.