CARBIDE

RECOMMENDED CUTTING CONDITIONS

y High depth cut conditions

WorkMaterialCarbo Alloy S AISI 1 AISI Pn Stee teel ( 050, A 20l, Cast Iron, ─30HRC) ISI No 35 B,Alloy Pre-h AISI Hsteel, T ardene 13, AIool st d stee SI W1eel, l -10, AISI P21Harde AISI Hned S 13teel (45─55HRC)Harde AISI Dned S 2teel (55─62HRC)
DCREBHTA2LURevolutionTablefeed Depth of cutWidth of cutRevolutionTablefeedDepth of cutWidth of cutRevolutionTable feedDepth of cutWidth of cutRevolutionTablefeedDepth of cut Width of cut
(mm)(mm)(mm)(min-1) (mm/min)ap(mm) (IPM)ae(mm)(min-1)(mm/min)(IPM)ap(mm)ae(mm)(min-1) (mm/min) (IPM)ap(mm)ae(mm)(min-1)(mm/min)(IPM)ap(mm)ae(mm)
10.20.9°6400006500255.9 0.030.45330004600181.10.0220.45270003700145.70.0180.4520000160063.00.010.45
10.20.9°10240002700106.3 0.0150.4520000190074.80.010.4516000150059.10.0080.451200070027.60.0060.45
10.20.9°1516000120047.2 0.0130.451400070027.60.0080.451200050019.70.0070.451000040015.70.0030.45
10.20.9°2014000100039.4 0.010.451200060023.60.0060.451000040015.70.0050.45900030011.80.0020.45
10.20.9°25950061024.0 0.0080.45800044017.30.0050.45600032012.60.0040.4548001606.30.0020.45
10.20.9°30490032012.6 0.0070.4541002208.70.0040.4530001606.30.0030.452500803.10.0020.45
10.20.9°35400026010.2 0.0060.4534001907.50.0030.4530001606.30.0030.452000702.80.0010.45
10.20.9°4035001807.1 0.0050.4529001305.10.0030.452000903.50.0030.451700502.00.0010.45
10.20.9°4529001505.9 0.0040.4524001003.90.0020.452000903.50.0020.451400401.60.0010.45
10.20.9°5029001104.3 0.0030.452400803.10.0020.452000602.40.0020.451400301.20.0010.45
1.50.30.9°10270005700224.4 0.050.65220004000157.50.0350.65180003000118.10.030.6514000140055.10.0140.65
1.50.30.9°15220003200126.0 0.030.6518000230090.60.0250.6515000170066.90.0180.6511000100039.40.0090.65
1.50.30.9°2016000140055.1 0.020.6514000120047.20.0160.6513000100039.40.0120.65900070027.60.0070.65
1.50.30.9°301300090035.4 0.010.651100070027.60.0080.651000060023.60.0060.65750040015.70.0040.65
1.50.30.9°4045002309.1 0.0080.6537001606.30.0070.6530001204.70.0050.652300702.80.0030.65
1.50.30.9°5037001907.5 0.0070.6530001305.10.0060.6530001204.70.0040.651900602.40.0020.65
20.50.4°15200007000275.6 0.050.75170005000196.90.040.75130003200126.00.030.7510000180070.90.0160.75
20.50.4°20200003600141.7 0.040.75170002600102.40.030.7513000180070.90.0250.751000090035.40.0120.75
20.50.4°2516000180070.9 0.030.7514000140055.10.0250.7512000110043.30.020.75900072028.30.010.75
20.50.4°3016000140055.1 0.0250.7514000120047.20.020.751200090035.40.0160.75900065025.60.0080.75
20.50.4°3513000110043.3 0.020.751100080031.50.0180.751000070027.60.0140.75700050019.70.0070.75
20.50.4°4013000100039.4 0.020.751100070027.60.0150.751000060023.60.0120.75700040015.70.0060.75
20.50.9°20200003600141.7 0.040.75170002600102.40.030.7513000180070.90.0250.751000090035.40.0120.75
20.50.9°2516000180070.9 0.030.7514000140055.10.0250.7512000110043.30.020.75900072028.30.010.75
20.50.9°3016000140055.1 0.0250.7514000120047.20.020.751200090035.40.0160.75900065025.60.0080.75
20.50.9°3513000110043.3 0.020.751100080031.50.0180.751000070027.60.0140.75700050019.70.0070.75
20.50.9°4013000100039.4 0.020.751100070027.60.0150.751000060023.60.0120.75700040015.70.0060.75
20.50.9°45800050019.7 0.0160.75680036014.20.0120.7552002509.80.010.7540001204.70.0050.75
20.50.9°50800050019.7 0.0160.75680036014.20.0120.7552002509.80.010.7540001204.70.0050.75
20.50.9°5541002309.1 0.0120.7535001706.70.0090.7527001204.70.0080.752000602.40.0040.75
20.50.9°6041002309.1 0.0120.7535001706.70.0090.7527001204.70.0080.752000602.40.0040.75
30.80.9°20130007200283.5 0.191110005100200.80.15187004000157.50.1116500180070.90.061
30.80.9°25130007200283.5 0.191110005100200.80.15187004000157.50.1116500180070.90.061
30.80.9°30130005700224.4 0.121110004000157.50.09187003000118.10.0716500140055.10.041
30.80.9°40110003600141.7 0.08191002600102.40.0617400200078.70.0515500100039.40.0251
30.80.9°5080002600102.4 0.0716600180070.90.0515800150059.10.041460080031.50.021
30.80.9°607800248097.6 0.0616600174068.50.0515000125049.20.041390061024.00.021
Depth of cutae

Note 1) If the depth of cut is shallow, the revolution and feed rate can be increased. Note 2) Air blow or oil mist is recommended for good chip evacuation. Note 3) For profile machining such as molds, machining conditions may differ considerably depending on the work material geometry, machining methods and depth of cut. Reduce the feed rate especially when machining the corner sections of a work material. of the machine or the work material installation is poor, then vibration can occur. In this case, please reduce the revolution and feed