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A look at the updated “Manufacture” space shows that CAM can be done for milling, turning, cutting and, now, additive. Now it appears that Autodesk has decided to include 3D print job preparation in their CAM workflow.
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New “Additive” option appears in Fusion 360 Manufacturing space Aspects associated with the print job, as opposed to the 3D design itself, are specified during slicing, such as the number of copies, infill percentages, etc.
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The CAM process is essentially the same concept as 3D print slicing, where a 3D model is transformed into GCODE for execution on a 3D printer. Fusion 360 allows the user to inspect and modify toolpaths to ensure the right milling bits are used at the appropriate sequences. This is the process by which a 3D design is converted into executable code to run on, say, a CNC milling machine. One of the features it has long offered is “CAM”, or Computer Aided Manufacturing. It’s also possible to develop mechanical devices with complex moving parts and even simulate mechanical forces or automatically generate structures based on those forces. You can, for example, also create sheet metal designs. Fusion 360 CAMįusion 360 offers a design workspace in which there are plenty of tools beyond 3D modeling.
SLICER FOR FUSION 360 ALTERNATIVE FULL
The popular cloud-based subscription 3D modeling tool is chock full of features, and now they can prepare 3D print jobs - in a rudimentary manner. A look at Autodesk Fusion 360’s new additive job preparation feature Īutodesk Fusion 360 slid an interesting feature into their latest release: 3D print slicing.