You can still use S3D with MMU2. You just have to use a post-processor for your tower: https://github.com/spegelius/filaswitch

These is easily achieved in other slicers (Cura, Slic3r) by using mesh modifiers that can be placed at specific parts of the model and various settings can then be adjusted. This is probably the best way to do this unless there ends up being a way to do specific vertex selection on the model itself.

dkightley wrote: ↑

Fri Jan 18, 2019 12:10 pm

And I cannot see there being any realistic possibility of there being anything more as print head assemblies and printer slides/carriages vary so much it would be impracticable to cater for all the permutations.

Works in Cura. You provide the dimensions of the print head assembly.

This is actually getting to be more and more important to me myself as for same amount of infill/strength I'm getting WAAAAAAAAAAAY faster prints as due to gyroid having the smooth curve the head can move waaaaaaaaaaay faster then with for e.g. hexagon This actually doesn't make sense to me. Curves...

No. Ignored feature request.
viewtopic.php?f=23&t=9119&p=38376#p38376

That sounds like a great plan. Contact support so they can help each customer individually, instead of providing the information/tutorial so all users can have the information.

I've had good success with Loctite 401 for bonding PLA. Still it looks like there is a new adhesive that might take the cake for bonding PLA called 3DGloop. Here it is tested against cyanoacrylate and epoxy and the 3DGloop won handily. In fact the PLA failed before the adhesive failed: 3DGloop is d...

The best glue will always be by solvent welding. Buy paint stripper that is/contains methylene chloride (dichloromethane). It will solvent weld both PLA and PETG.

Sounds like you might benefit from filaswitch (https://github.com/spegelius/filaswitch). It does nice prime towers for multimaterial prints and can be linked directly from S3D. At least you would get away from using two different towers.

I'm just curious why kind of system you can possibly have that has 100 nm linear resolution.