![]() You can get around this by creating a fake fixture that's 0.75" shorter than the real one, or I could redo the simulator model so the origin is in the C-axis platen plane. In my case I currently have the origin along the B-axis so it's 0.75" above the C-axis platen surface. ![]() That, and looking at Mastercam 20 itself, led to the realization that THERE ARE TWO DIFFERENT SIMULATION PROGRAMS AVAILABLE!!?! Now it turns out this matters as the older one just takes your stack of workpiece and fixture and finds whatever is the bottom of that and mates it with your model origin. ![]() The main challenge was figuring out how to position the workpiece properly so considerable YouTube watching was performed on company time. We have finally been getting to grips with five axis simulations using a custom machine model I build of our VM-3 and TRT-160. ![]()
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