![]() An easy way to test for this is by checking the model’s volume.Some programs to look into are Netfabb and Meshmixer by Autodesk.Ĥ) All three-dimensional geometry must consist of closed volumes. Any two-dimensional geometry cannot be processed by the machine’s software or interpreted by the 3D printer.ģ) One way to check your geometry accuracy is viewing your STL file in an STL viewer. ![]() The average build time for parts is around 1 hour per every inch built in the Z-axis.ġ) Three-Dimensional geometry used for 3D printing can be generated in any 3D modeling application.Ĭommon applications are Autodesk’s 3ds Max, AutoCAD, Revit, Fusion 360 and Rhino from McNeel.Ģ) All geometry to be 3D printed must be in three-dimensions. The size of the build chamber depends on the model of the 3D Systems printer that you are using.ģD Systems’ machines range from 8” long (X-axis) by 10” wide (Y-axis) by 8” deep (Z-axis) with the ProJet 460 and 15” long (X-axis) by 10” wide (Y-axis) by 8” deep (Z-axis) with the ProJet 660. The program can also scale, rotate, position, and even mirror parts inside the build chamber. ![]() The 3DPrint software can tell you if a model has reversed faces and show you a 2D view of each layer that will be printed. 3DPrint is where you import your various types of files including (.stl. ![]() The 3D Systems printer comes with proprietary software called 3DPrint. That means that other things used in rendering such as lights, special effects, cameras, etc are ignored. In the 3D printing world, the main focus is printing geometry with color. ![]()
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