If you make an exact 20mm by 20mm hole for an aluminum profile, there's a big chance that it just won't fit after the print.
Nothing in reality fits as perfectly as what you design in CAD. stp files, which you can add to your project.ģD-printed objects tend to shrink after they are printed. You can model them yourself, but usually it's possible to find them in the GrabCAD Library.įor Fusion 360 you want. When designing 3D-printed parts to connect real-life objects, you'll want to reference these objects in CAD. I just watched a couple of them and started playing around with the tool (which is free for personal use). You can easily find a ton of 'get started with' tutorials for Fusion 360 on YouTube - I can't point to one that was the most helpful. In this project I had to figure out how to combine multiple parts together, and there was just no way around trying a serious tool - I went with Fusion 360 just because I had heard about it previously.
The code-based approach is great for parametric designs or art projects (like FabFungus), while SolveSpace is awesome for quick sketches. Up to this point, all my designs for 3D-printed objects were either made in code (using my own tools, of course: Modeler and hiccup-sdf) or using SolveSpace.
