Unless you don't know how to code, in which case it's unusable.Ģ) When you start to need chamfers and fillets, OpenSCAD simply doesn't work and Fusion is by far the superior solution. > Then I moved to Fusion and from that point I think that I’ve found a sweet spotġ) It depends on the kind of object you want to model: for simple, geometric shapes, OpenSCAD is by far the best choice. But for complex models it can’t really hold up to the more traditional parametric modeling software (yet) I too like OpenSCAD the best and often find myself more productive in it than other pieces of software, especially for simple models. Slicers these days are actually quite good at repairing geometry but even with a moderately complex part produced by boolean operations (in my case it was often one that required subtraction of cylinders across multiple pieces of an object) I found OpenSCAD’s output to produce some bizarre issues with geometry that even the slicer could not repair very well. But there is also still not a guarantee that the output of those boolean operations is actually a manifold object. It is not at all trivial in OpenSCAD.Īnother example of OpenSCAD’s limitations is the render time for parts produced by boolean operations which this change purportedly helps a lot with. This seemingly simple operation is rather trivial to do in FreeCAD and Fusion 360. One recent example is that I was designing a part for injection molding and I needed to add a draft angle to the part. I prefer the style of OpenSCAD but I’ve found that there are certain things that the software just is either really hard to achieve or incapable of doing entirely.
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