![]() ![]() STL into a software environment and set it up for 3D-printing. STL you need to prepare it for 3D-printing. STL alone is just the shape - and that shape is hollow on the inside. Whether your file is a simple cylinder or a complex imaginary space vehicle, the. STL file is simply the shape of the object, its outline, its contours. STL into the 3D-printer and it 'just works' - the. STL alone is not the 'end all' to the process. (The list of Maya-compatible data import formats alone is mind-numbing! And you can see why the world of Computer Science is such a budding field: getting all these things to 'talk to each other' requires real expertise.)īut the. STL - this is the "de facto" standard for getting virtual 3D objects to physical 3D printers. These are programs in which you can import/export 3D files and programs that to varying degrees are able to design (manipulate, animate, explode) 3D objects.ĭue to this complexity of program-specific files and various file formats, the one file format you should be concerned with is. There are also many different types of open-source and proprietary program-specific files: for Maya, Blender, ZBrush, SketchUp, Cinema 4D, Houdini, etc. ![]() ![]() There are many different types of file formats for 3D objects: AMF, VRML, OBJ, X3D, PLY, STL, and more. ![]()
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