Interlaced Topologically Interlocking Lattice for continuous dual-material extrusion
 
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Interlaced Topologically Interlocking Lattice for continuous dual-material extrusion  

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Mark
 Mark
(@mark-5)
New Member
Interlaced Topologically Interlocking Lattice for continuous dual-material extrusion

Does anyone know if Prusa is working on incorporating  interlocking lattice capability into Prusa Slicer?

https://ultimaker.com/learn/ultimaker-cura-5-3-stable-release-notes

I don't have a MMU, but I figured out a way to do multi material prints doing manual filament changes.  If PrusaSlicer did the interlocking lattice, I could print functionally gradient materials.  Pretty cool...

 

Veröffentlicht : 27/03/2023 5:21 pm
Diem
 Diem
(@diem)
Illustrious Member

That's the way to do it but I wouldn't trust the job to the slicer.  Like supports the structure created by slicer defaults is a fallback for when you must download someone else's design and they have not incorporated custom structures.  Ideally you will create a tailored interlock at the design stage.

You may like to review these threads:

https://forum.prusa3d.com/forum/prusaslicer/manual-multicolor/

https://forum.prusa3d.com/forum/original-prusa-i3-mk3s-mk3-how-do-i-print-this-printing-help/acting-as-my-own-mmu

Cheerio,

Veröffentlicht : 28/03/2023 11:08 am
RobertCowanDIY
(@robertcowandiy)
Active Member
RE: Interlaced Topologically Interlocking Lattice for continuous dual-material extrusion

I'm re-opening this thread because I think this is a somewhat necessary feature for the multi-head XL.  Sure, you can design everything in the model, but this makes the geometry really tricky.  I was trying to do such an interface in Solidworks and it will break a lot of your mates, change geometry, etc.  Ideally it should be determined by the layer size, nozzle, etc.  You might not know these parameters in the design phase.  I feel like doing this in the slicer is ideal.

Veröffentlicht : 27/09/2023 7:15 pm
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