Smart Tool Holder Coefficient Training

By cutting the following shapes and collecting three-direction torques with a smart tool holder, you can train milling coefficients through HiNC projects.

Overview

Smart Tool Holder Coefficient Training Path Diagram

T1 End mill D10 4 flutes
T2 Drill bit, diameter unrestricted

Click to download NC code.

Note

Adjusting Machining Method

Speed and feed can be changed according to material conditions, but feed per tooth must be in multiples.
Slower spindle speed allows the smart tool holder to collect more data per unit time.
The wall thickness between the two slots in Shape I needs to be thin enough so that Shape II cutting is discontinuous per revolution.

Shape I

Shape I consists of three red slots, which are preparatory shapes, no need to collect smart tool holder data.

ae10; ap1; S1500; F600

Shape II

Shape II penetrates through the thin walls between the three red slots, need to collect smart tool holder data.

lineA: T1; ap1; S50; F20 (frt0.1)
lineB: T1; ap1; S50; F10 (frt0.05)

Shape III

Shape III is drilling, need to collect smart tool holder data.