So if the sketches are generated from volume intersections (for example), you just have to add a body delete function at the end of the tree so that only the sketches remain.
Edit: I just did a test. You have to get the sketches out one by one. Recording in DWG format brings all sketches back to the same plane.
With autocad you should be able to very easily make layers and put what you want in them.
There is also the SW calaques function, I don't know if you can put an entire view in a layer but you can always convert your view to a sketch and put that sketch in the layer of your choice!
1- In your laser cutting programming software, you need to be able to choose which sketch / outline you want to program?
2- Otherwise, under sw, why don't you make a sketch by function? And then you make a configuration by choosing which function will be removed or not. And you can do the export on different dwg.
In your file (part 1), 1st function you select only the outline to extrude it.
Then you select the sketch you want to do a material removal.
and so on...
3- or if you don't want to do any extrusion: you have your sketch sketch1
Then you make a sketch2 sketch again or you convert only the outline that interests you. (up to sketch n)
And in the mep you can hide such and such a sketch.
@Frx, it's normal that you didn't understand, I had added a dimension to your problem (depth).
If you only have a few sketches spaced out like in your example, the easiest way is to put yourself in flat view, show the sketch, hide the volume and do "save as dxf/dwg", then sort it in Autocad.
If you have a lot more and/or more difficult to select. It is better to differentiate them at the SW level. If you start from a volume provided by a client, create sketches according to Benoit's method, then for each sketch: hide the others, do an export as above and finally gather in Autocad by copy/paste with base point, each copy being made directly on the right layer.
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