CARBIDE

RECOMMENDED CUTTING CONDITIONS

ySide milling

Work MaterialCarbon s Alloy ste AISI 105 AISI P20teel, Cast i el(─30HRC 0, AISI 35, etc.ron, )Alloy stee Pre-hard AISI H13 AISI P21l, Tool ste ened steel , AISI W1─ etc.el, 10,Austenitic Titanium AISI 304, Ti─6Al─stainless alloy AISI 306, 4V etc.steel,Hardene AISI H13d steel(45─ etc.55HRC)Heat resi Inconel7stant alloy 18 etc.
DCRevolutionTablefeedRevolutionTablefeedRevolutionTablefeedRevolutionTablefeedRevolutionTablefeed
(mm)(min-1)(mm/min)(IPM)(min-1)(mm/min)(IPM)(min-1)(mm/min)(IPM)(min-1)(mm/min)(IPM)(min-1)(mm/min)(IPM)
5380036014.2320029011.425001505.925001505.91900502.0
6320036014.2270029011.421001606.321001606.31600602.4
8240045017.7200036014.216001606.316001606.31200702.8
10190045017.7160036014.213001807.113001807.11000753.0
12160040015.7130032012.611001807.111001807.1800803.1
16120036014.2100029011.48001606.38001606.3600803.1
20100034013.480027010.66001505.96001505.9500803.1
Depth of cut5DC DC

DC:Dia. Note 1) When cutting austenitic stainless steel, the use of water-soluble cutting fluid is especially effective. Note 2) If the depth of cut is smaller than this table, feed rate can be increased. Note 3) If the rigidity of the machine or the work material installation is very low, or chattering is generated, please reduce the revolution and the feed rate proportionately.

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