![]() ![]() This enables the parts to have more accurate dimensions, and fit better with the other mechanical parts like the bearings, the rods and the bolts. Just a quick note here, that I printed all of them with enabled Horizontal expansion of –0.1mm in the slicing software. We just have to change the number of teeth, and all dimensions will automatically update to make the pulley the proper size. ![]() I used parametric design to make them, so if needed we can easily change their sizes. So, everything you see here can be 3D printed even on a 3D printer with smaller printing bed. My goal for the robot was most of the parts to be 3D printed. Try 3DEXPERIENCE for free with my special link: Learn more about 3DEXPERIENCE SOLIDWORKS: Ok, so let’s get back to the model and explain how I came up with this design. If you would like to know whether SOLIDWORKS and the 3DEXPERIENCE platform can work for you, check the following links below. So, big thanks to Solidworks for sponsoring educational content like this. It can be used in conjunction with Solidworks or on its own and it’s great for modeling, anywhere, anytime and on any device. There is also a separate, cloud-based 3D modeler called SOLIDWORKS xDesign, that runs inside your browser. ![]()
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March 2023
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