The modeling tools are fairly straightforward: You’ll use Extrude, Revolve, Fillet, and Mirror to create this 3D Makey.Ĥ. All closed areas will appear in clear orange, which means they can be used for 3D functions.ģ. This will facilitate more accurate scaling. Before importing your vector file, create a sketch and draw a line measuring the length you would like your drawing to be. Here, I used a vector drawing of our beloved Makey.Ģ.
Fusion 360 can insert an SVG drawing as a sketch from a selected plane. Turn a Vector Drawing into a Wooden Bas-reliefġ. Don’t despair! Mesh modeling is on the 2016 improvement schedule, but until then, it might be tricky to mill your favorite Thingiverse designs. While tools to convert mesh into solids do exist in the software, they won’t work with large or complex files. While you can easily import a large selection of 3D files directly into the Fusion 360 workspace, it is currently very difficult to use embedded mesh volumes, such as STL or OBJ with the CAM module. Here is a simple exercise showing how I turned a vector drawing into a wooden bas-relief. Overall, Fusion 360 gives a great “design to manufacturing” experience. Satisfied with the simulation of the generated toolpaths? Then just send it to post-processing in a format your CNC machine will recognize. From there, you’ll need to make some choices, from the height and tolerance of each pass, to the use of tabs - which keep your model in place until you manually saw it out, rather than it being carved loose and compromising its position while underway. If your tool isn’t on the list, you can create a profile in the tool library to add it. For each of these operations, the proper tool ( bull nose mill, ball end mill, chamfer mill, etc. Next, apply a different type of successive milling operation (pocket clearing, parallel, 2D contour, etc.) to clear the excess material. Let’s review the CAM module, which can export toolpaths in a variety of formats, to prepare complex designs for CNC milling.įirst create a Setup, where you select the type of milling you wish to do (Fusion 360 also supports turning), specify the stock’s dimensions, and place the bit’s starting point. I like this feature, and even wonder now how I lived without it, especially when I work with a team. The biggest difference is using A360, Autodesk’s cloud platform which houses and shares your designs. If you want to learn Fusion 360 and are coming from a 3D-modeling environment such as Inventor, Pro-Engineer, Catia, or Solid Edge, the switch shouldn’t be too painful.
And you can even use it to aid in fabrication processes like CNC milling with its computer-aided manufacturing (CAM) module. It is light and intuitive while integrating computer-assisted design (CAD) modules such as free-form modeling, rendering, assembly, and physical simulation.
#Autodesk fusion 360 stl software
Autodesk’s Fusion 360 has become one of the go-to software options for makers that offers both of these elements. Numerous programs exist that let you design digital models, and others convert those models into commands for your specific machine, allowing it to produce physical builds. Software is a key piece of digital fabrication. On the cover: NASA’s JPL is using VR tech to create the next Mars rover. Don’t have a subscription yet? Get one today. Read articles from the magazine right here on Make. Subscribe to the premier DIY magazine todayĬommunity access, print, and digital Magazine, and more Skill builder, project tutorials, and more On Maker Campus facilitated by makers but for everyone Get hands-on with kits, books, and more from the Maker Shed
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