Repeat the first two steps from the previous section.Sectional view of the resulting non-helical thread produced by revolving the sawtooth profile around the vertical axis. Profile used to create the revolution that will simulate a thread. Select Vertical sketch axis, and press OK. Select the sketch, then click on PartDesign Revolution. Draw a closed sketch with the required inner diameter 10 mm, outer diameter around 12.6 mm, pitch 3 mm, number of teeth 8, and total height 30 mm.When 3D printing is not needed, a simulated thread is often sufficient for visualization. Right: simple bolt with a real helical thread. Left: simple bolt with a fake, non-helical thread. This method is good for visualizing a thread-like object, but it is not useful if we need to 3D-print an actual thread. This fake thread is hard to tell apart from the real helical one by simple inspection. We can create a fake thread by using a non-helical path, for example by revolving a sawtooth profile, or by stacking discs with tapered edges. In many cases we don't need real threads, we just need a visual indication that the threads will be there. The Fasteners workbench, by shaise, includes the complete screw maker macro, together with a GUI to select the right component.
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |