
HSC strategy
It's important to use the right strategy. When programming make sure the width of cut is kept. The width of cut is usually not higher than 15 %. Regarding the depth of cut, the total length of the cutting edge can be used.
| h | f | h |
| max | z = | max |
e e
a < d/2 h < f a ≥ d/2 h = f
| e | max | z | e | max | z | ||||
| a | a | ||||||||
| h | = 2f (1− )ee |
max z d d
When changing the width of cut the cutting data needs to be adjusted. As calculatory size applies a chip thickness from approx. 0.15 –0.2 mm on basis of the usual steel types.
Example Tool
23 mm
10 ... 2 1
Machining
1000 mm
23 mm
10 ... 2 1
ae <15% ap = max
UM-4E-D20.0-W KMG405 HSC strategy
Workpiece material 16MnCr5 (1.7131) ca. 700 N/mm³
Cutting data V 550 m/min c E
| n | 8750 1/min |
| f | 0,3 mm (hmax = 0,19 mm) |
| z | |
| V | 10500 mm/min |
| f | |
| a | 22 mm |
| p | |
| a | 2,3 mm |
e Result Chip removal rate 530 cm³/min! Machining time 58 seconds! The maximum chip thickness is 0.19 mm.