Cutting Conditions
F652SX
Dc
ae
Dc
Dc
Dc
ae
ae=0.25xDc ae
ae=0.02xDc ae
ae=Dc
cutting speed Vc (m/min)
feed per tooth fz(mm)
cutting speed Vc (m/min)
feed per tooth fz(mm)
cutting speed Vc (m/min)
feed per tooth fz(mm)
cutting speed Vc (m/min)
feed per tooth fz(mm)
Stainless Steel Materials
80
0.003×Dc
90
0.004×Dc
110
0.003×Dc
130
0.003×Dc
GR8-1 Ferritic 、 Martensitic
70
0.003×Dc
80
0.003×Dc
90
0.003×Dc
100
0.003×Dc
GR8-2 Austenitic
M
40
0.002×Dc
50
0.003×Dc
60
0.002×Dc
70
0.002×Dc
GR8-3 Austenitic-ferritic
Austenitic-ferritic Heat-resistant
30
0.002×Dc
40
0.003×Dc
40
0.002×Dc
50
0.002×Dc
GR8-4
Cast Iron Materials
35
0.002×Dc
40
0.002×Dc
40
0.002×Dc
45
0.002×Dc
GR15 Titanium
Nickel Materials
30
0.002×Dc
35
0.002×Dc
35
0.002×Dc
40
0.002×Dc
GR16-1 Nickel
30
0.002×Dc
35
0.002×Dc
35
0.002×Dc
40
0.002×Dc
S
GR16-2 cobalt-base alloys
30
0.002×Dc
35
0.002×Dc
35
0.002×Dc
40
0.002×Dc
GR16-3Iron-based alloy
Heat-resistant Steel Materials
30
0.002×Dc
35
0.002×Dc
35
0.002×Dc
40
0.002×Dc
GR17 Heat-resistant Steel
※ All cutting data are for reference only. Please adjust according to actual machining conditions. 1. Please work with good rigidity / high precision facilities and collet chuck. 2. Please choose proper cutting fluid. 3. The cutting data is reference value only. Please adjust it according to your real working conditions. 4. If RPM is lower than the reference value, the Feed rate (fz) and RPM should be reduced by the same proportion. 5. If vibration occurs during cutting, please reduce cutting parameter.
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