How To Draw Threads In Fusion 360 Features

Why How To Draw Threads In Fusion 360 Is Better/worse Than (alternative)The whole object recalculates from the new design. This move probably isn't about recovering back marginal costs. The pricing model limits newer features like generative design to paid users, which is expected, because they need to hire engineers to build new features and maintain existing product. So they're limiting that functionality to paid customers. In the bike analogy, it would be something like buying accessories for your bike. With software, practically everything is a sort of NRE- it's a fixed cost, no matter how many copies you make. I learned enough of OpenScad to create simple models but if I need something complex , I used Fusion 360. I knew that it would cost $60 a month to me at some point. Will need to evaluate if it is worth that much to me. While it's not pleasant to get something for free and then have to pay for it, it's not the first time it's happened and won't be the last. For hobby 3d printing (realistically that's 90% of why hobbyists are interested in CAD now, right?) I would recommend to learn both. OpenScad is very very fast to learn and nothing beats it for simple geometric one off models that you can write down in a few minutes. The following is useful if you want to include standard fixings, or slight variations of such, in to your designs. I have noticed a few posts recently on Facebook about drawing threads for nuts and bolts and the like. The easiest or best methods, to use for nuts and bolts and other threaded fixings, are not obvious from just looking at the Fusion 360 menus. Material matters - finish threads for plastic containers. Glass may have different cross section profiles - search β€œβ€GPI” or β€œSPI” finish” for more details. When you get into lug closures or roll-on finishes, they may also be different. If you try to mate a plastic-threaded container with a glass-threaded fitting or vice versa without accounting for this, you may have a bad time. Click on the β€œextrude” tool , and then fill in the form . To give you the best example, we 3D printed our threads. It is a powder-based Additive Manufacturing method which gives you an amazing level of details, perfect for 3D printing threads.