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Steinmetz solids do not have flat surfaces. For printing you have to use supports. or best is printing SLS. more about Steinmetz solids: https://en.wikipedia.org/wiki/Steinmetz_solid
Firstly, print the icosahedron (Ball.stl) Secondly, print the Steinmetz solid (Cage.stl), pause the print at 70% Finish printing the Steinmetz solid
I designed these in fusion 360 and they are really fun to do! I believe you can do this with any regular polygon with an even number of sides (for example: squares, regular hexagons, octagons, etc.) The square rolls like a cylinder both…
The solid is easily assimilable by simply taking the three pieces and connecting them. If ur 3d printers tolerances ain't great, I would suggest gluing them together. Printer: Ender 3 v2 Supports: None Profile: Standard 0.2mm Prusaslicer.…
Can be printed on SLA machines without any supports On FDM printers it is recommended to support at least the bottom quarter to ensure bed adhesion.
Vorsicht: Spielende Zahlen ist eine Sammlung von Lernmaterial für Unterricht und Selbststudium. Nach und nach wir zu den meisten Drucken auch noch ein fOrscherblAtt beigefügt, das den individuellen Lernweg begleiten soll.
Was learning 3D modelling on fusion 360 and took inspiration from Maker's muse (https://www.youtube.com/results?search_query=maker%27s+muse I would highly recommend his CAD for newbies playlist if you are interested in 3D modelling) and…
A simple instance of the classic Bicylinder Steinmetz Solid , which rolls smoothly in two directions. You can print the model in the given orientation with 0% infill and few supports.
A Steinmetz solid is the solid body obtained as the intersection of two or three cylinders of equal radius at right angles. In this case 2 cylinders 10 percent infill 0.15 layer height supports: no raft: don't care
