Two of my students @engineeringzhaw built an automation system for 4 @Prusa3D MK3s as their bachelor's thesis. This allows the print beds to be loaded and unloaded autonomously and so the printers can run throughout the night.
Preview on @PrusaSIicer 2.6: 😉
90 degrees overhang printed on my @Prusa3D Mini without support.
Sliced in Prusaslicer, then exchanged the bridge-layer with the bridge-layer generated in @FullControlXYZ (Overhang Challenge). And it works quite good...
Nonplanar printing on nonplanar printed „printbed“:
First I nonplanar printed a wavy part with PETG. Then I changed to PLA and printed nonplanar on it. So the resulting wavy part is nonplanar on both sides.
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Nonplanar printing with the @Trilab3D DeltiQ 2 and the allmighty @E3DOnline Revo #NippleNozzle. 😍
Delta printers have the big advantage, that the can move in all directions at the same speed.
Video shows actual speed.
We at @engineeringzhaw have developed a novel 4-axis 3D printing process to print massive overhangs without support material.
Video: youtu.be/7XFWwW-U-fo (switch on english subtitles)
For any further information like the research paper, please DM.
I just published a simple idea, how to overcome the 3D printing of small threads for screws and holes: prusaprinters.org/prints/74217-s…
To fix, the pin can be pushed into the hole and rotated 90° and vice versa. It uses the rippled surface of the FDM printing as "toothing".
I'm excited to announce that we've joined forces with @josefprusa and his amazing team to develop some great things. Stay tuned to find out what's in the pipeline...