Utilizing Your How To Draw Threads In Fusion 360 To Create Extra Cash

What Everyone Is Expressing About How To Draw Threads In Fusion 360 And What You Should DoBefore continuing, I should point out that Fusion 360 does have a thread tool capable of creating a number of thread forms by simply entering measurements in a dialog box. It supports a lot of thread types and it’s definitely the way to go if you’re working with standard fasteners or if a standard thread form will do. For a model to be 3D printed complete with threads, be sure to check the modeled box. The threads will have to be fairly coarse to get reasonable results on our FDM printers. Un-modeled threads merely communicate the design intent to the manufacturing team. This saves a lot of space in the design file, allows for much faster rendering, and is appropriate when the threads will be cut by a tap or die as a secondary manufacturing step. Generally, ¼-20 or larger creates functional parts without the need for post processing. For smaller screws, the threads should be customized to create a better fastener. For example, printing a semi-circular thread profile and using a 0.1 mm offset gives better thread engagement with improved wear characteristics. For all screws, it’s best to orient parts to avoid support structures touching any threads. However, to give you the best 3D printing experience, we will show you two ways of 3D modeling threads. We will start with the automatic Thread Tool, but also show you a second option and how to customize them. Lastly, we will also showcase you how to design internal threads. All you have to do now is to Select the wall of your cylinder. Fusion 360 will adjust the settings for us since we created a circle with 10 mm in diameter. For standard thread, settings are ISO Metric profile, 10.0 mm size, Designation M10x1.5, which sets the pitch of the thread to 1.5 mm, but you can edit it if you want to go finer. You can select the class, which states the tolerance class, however, most likely you will use 6 g, but you can set the nuts tighter if needed. In Week 3, we’ll turn our attention to more finishing toolpaths to break edges and create threads.