![]() The tools have gotten to the point where its just fine for enough of the time. Why bother creating a slicer that can create arc g-code when so few printers support it? However we don't have any printers that accept Arc g-code. We also have a chicken and egg problem, in that the main advantage right now (because most CAD engines have greatly improved their STL generators) of STEP over STL is the ability to describe curves as real curves. Who knows if any of the CAD engines bothered implementing the new mesh format. Not one of the many solid geometry formats that already had the features they desired. ![]() in Microsoft's infinite wisdom, they decided that the solution to a terrible mesh format was a new mesh format. ![]() 3MF standard, but there is no requirement that you actually use it, an STL is still a totally valid thing to put in your. There was a new mesh format created as part of the. STL stands for Standard Triangle (or tessellation) Language. 3MF can also contain almost any file, such as DXF (yes, for laser cutting), as its really just a standard format for an XML file that describes what is in the said in Best file format for 3d Print?: AMF, but as far as I am aware they are all using STL within those formats. 3MF which was supposed to "fix" the issues of STL, however its (mostly used as) just a container format and Microsoft's slicing engine that they launched at the same time still just uses STL. However I'm not aware of a slicing engine that you can currently get that uses STEP. The most widely used, non-proprietary (sort-of) format for CAD is STEP. STL is an ancient format with many serious limitations. But that only comes with the printer and the printer is very expensive. There is at least 1 proprietary slicing engine that is actually doing it natively inside a real CAD engine. All the FDM slicing engines you can currently get use STL.
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