I have seen this too and was hoping for the same behavior as you.

Thanks for reaching out, Chris! I would say that this issue exists regardless of the model, but the solutions may vary. A part milled from a rectangular piece of stock is one case. Cylindrical stock is another. Some parts can be held directly in a vise or chuck, others may need a fixture. Milling th...

Hello forum, When milling a not too complex part, I am thinking it would be natural to mill the top first, then flip it over and do the bottom and then be done. For this to work, the system needs to be touched off on the flipped part somewhere, but where? At this point, the unfinished stock is expos...

kreso-t wrote: ↑

Wed Aug 29, 2018 6:59 pm

FreeCAD 0.18_024.png

Overshooting the boundary is equally important here, as in face milling. Just don't overshoot into the material!

There definitely are. Not all tools are even able to plunge, like a face mill for instance. There is nothing in the center that can cut. Also of interest here is to have the cutting area overshoot the outer boundaries. Hard to explain, but imagine you were cutting this by hand. Then you would not on...

It is not a bug - just missing functionality. For now, we have to accept it. I think I have seen a feature request for that or something similar. If redefining the stock is not a good solution for you, you could create a helper object instead. In this case, just a slab with the necessary width to le...

Awesome!
Thanks for working on this!

/Chris

chrisb wrote: ↑

Wed Jun 13, 2018 5:17 pm

A steep learning curve means that you have to go only a few steps to reach a higher level .

Ha ha - good point!

Applause!

roivai wrote: ↑

Sun May 20, 2018 12:34 pm

It maybe could be done that the plunge movements above that height are simply ignored by the dressup..

Would that address the steepness issue?