Hollowing parts
In previous chapters, we covered how to import and edit existing designs made up of solid and mesh bodies. We also utilized shape optimization and automated modeling to have Fusion 360 generate lightweight design alternatives. Then, we simulated those geometries to see whether the generated models can withstand the operating loads. During all these activities, our main objective was to create models that can be 3D printed.
We can use 3D printing to manufacture end-use parts, as well as quickly create prototypes before mass production using other manufacturing methods. Regardless of why we choose 3D printing as our method of manufacturing, we all want to produce our physical models quickly and efficiently.
As outlined in Chapter 2, there are multiple 3D printing technologies available. Each 3D printing technology has unique design requirements to produce physical models efficiently. When you are printing parts that do not require structural strength, hollowing...
