CARBIDE

RECOMMENDED CUTTING CONDITIONS

Work MaterialAlloy steel, T Pre-hardene AISI H13, AI AISI P21 etcool steel, d steel SI W1─10, .Hardened st AISI H13 etceel(45─55H .RC)Hardened st AISI D2 etc.eel(55─62HRC)
DCRevolutionTablefeedDepth of cutRevolutionTablefeedDepth of cutRevolutionTablefeedDepth of cut
(mm)(min-1)(mm/min)(IPM)(mm)(min-1)(mm/min)(IPM)(mm)(min-1)(mm/min)(IPM)(mm)
0.540000100039.40.0154000096037.80.0153000060023.60.01
140000200078.70.0632000160063.00.061600055021.70.05
1.5400003000118.10.1232000190074.80.081060050019.70.08
2300003000118.10.1824000190074.80.10810040015.70.1
2.5240002600102.40.2519000160063.00.13640035013.80.13
320000230090.60.3016000140055.10.15540030011.80.15
415000200078.70.4012000120047.20.2040002409.40.2
512000160063.00.50900090035.40.2532001907.50.2
610000140055.10.60700070027.60.3027001606.30.2
Depth of cutforefer to the lis r depth of cut.C t aboveDCfor dee refer to the lis pth of cut.t above

DC : Dia. Note 1) When slotting, reduce the revolutions by 50 - 70% and the feed rate by 40 - 60%. Note 2) For austenitic stainless steel, titanium and heat-resistant alloys, VFMHV is recommended. Note 3) The irregular helix flute end mill has a large effect on controlling vibration when compared to standard end mills. However, if the rigidity of the machine or the work material installation is very low, then vibration can occur. In this case, please reduce the revolution and feed rate proportionately, or set a lower depth of cut.

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