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Okay, thanks again for the info.
I also wonder why there needs to be a lead in and lead out when using "In control" compensation type?
There really is no need for this, in SolidCAM, you can select none and it will still generate your G-code, there only needs to be Radius of tool value for space in order to build compensation. Why is it not like this in Fusion?
I have a problem while creating small slot 3mm wide with 2mm end mill. I need to have compensation "In control" and ramp moves (spiral/helix toolpath) at the same time, but I had big problems with that and couldnt do it ultimately.
I had to change tolerance value under Passes tab to 0.4 (or 0.5mm, not sure anymore) and I've put 0.13mm lead in lead out (straight line) but still my 2 mm end mill crashed into slot contour every time, even though 0.5mm space on each side around the mill in that slot is more than enough for it to build compensation and not crash into slot contour.
This was done under 2d Contour operation, I've tried many others, both 2d and 3d operations and couldn't have both compensation turned on (In control setting) and ramp/helical toolpath for the mill.
What is the problem with this?
Fusion