I’m still transferring my SolidWorks knowledge into Fusion 360, and definitely getting the hang of it.
Previously, I was having troubles mating parts properly, and my confusion totally makes sense. The way Fusion 360 and SolidWorks handle these concepts are the largest difference in workflow so far.
Where SolidWorks requires each “part” to be one object, and all parts must be added to an “assembly” for positioning and mating, Fusion 360 allows all of these to happen in one file. When a part is created, however it is called a “body” and must be turned into a “component” before repositioning or aligning it with other component. I’m not sure the benefit of this, but hey, that’s how it works. After a body has been turned into components, the “joint” command is analogous to SolidWork’s “mate”. They’re a little bit more finicky in operation, too, but they work.
Here’s the latest experiment. Once again, this is almost entirely parametric. I had an idea to store all of my surface mount components in vials, and this is a pretty ideal way to stack them up. I realised about halfway through that, while designing a vial storage rack, it’s basically a spice rack. So I’m kinda reinventing the wheel a little here.
One of the problems with this, is that over time I’ll be adding to it. Next time I need to laser cut some more, am I going to be able to find the same size of container? Am I going to be able to use the same size of material? What if I want a different sized rack to fit into a particular spot? Parametric!
That means that if, say, I have containers of different sizes, I change five variables (vial_height, vial_diameter, vial_lidheight, vial_lidDiameter, and shelf_numVials) and the entire assembly magically resizes to accommodate those changes.
There are a lot of variables in this project. Fortunately, most don’t have to be touched, usually. Other important values are dimensions of the hardware I’m using, material thickness, the length of the final shelf that I want, etc.
I’m now at revision 3 - The first one I cut sagged a little more than I would have liked, so at @lukecyca’s suggestion, I designed in a back piece at a right angle to straighten everything up.
That worked, and stacking R2 on top of the first version pushes the ends out - effectively pulling it straight.
All of my files are available on GitHub here, or through Autodesk’s weird cloud platform.
Here’s an older version showing them stack:
Here’s the latest version with all the bells and whistles:
This is the one you want, if you’re planning on doing something similar.