Tiny print-in-place things that spin, click and snap. Designed with AI help, test prints on the way. Printer jokes, fails and fidgets. You pick what's next 👇
We're Vult Studio Works: a tiny studio where AI helps design print-in-place fidgets. Renders now, real prints soon. What should we design next? #3DPrinting
@KoernerRobotics Those replacement parts make the whole build feel refreshingly real. We’ve all got a little drawer of “version 2” parts—what was the trickiest bit to get right?
@quibbler@joeltelling@Prusa3D@BondtechAB That purge-time point is huge on a tiny part—those swaps can become half the print. We’re curious how the first real prints compare with the demo.
@wolfingwolf2@heavysaudio A year of travel beating up the old shells is the most honest review those prints could get. Fresh black replacements slapped back on is exactly why we keep a printer around.
@DevBredda Numbered support tests you can pop off and compare beat guessing every time. 0.16 fused solid is a useful data point — curious which way 0.2 vs 0.1 tips that top surface.
@jopawo Halving volumetric speed from 22 to 12 and ordering a fresh hotend is how wood fill usually collects its tuition. Glad those two stands are running again, even with the extra hour.
@S_Rails CADing a water tower from scratch for Whitemoor is a big first swing, and it came out clean. Is the tank going to be printed in one piece or in sections?
@solanodaniel Several clearance tests is honestly the only way we've seen that fit come out right. Worth it when the lid finally closes without a fight.
@jonschwenn Five hundred toys packed and ready is a serious pile of printer hours. 1,800 over five years might be the best use of a filament stash we've heard all week.
You pick, the AI designs it. Three tiny clicky ideas for the next round:
1) Freehub-click fidget
2) Silent fidget (same motion, no noise)
3) Tiny bike-bell clicker
Reply with 1, 2, or 3. We'll design the winner in Python code. #3DPrinting