Hi all
You may have noticed that the name of this discussion group has been changed from Fusion 360 SIG to Design SIG. Here is some of the logic that was discussed between Travis and some others in the group.
We’ve covered a number of basic topics for learning how to use Fusion 360. More backup can be found on Youtube, and in the Help section of AutoDesk. In particular, the Self Paced Learning section has a number of tutorials and videos that cover specific functionality.
Fusion 360 is only one of a number of software packages that members use in design of projects. We were introduced to FreeCAD by @DougL. Julia Cornuelle teaches a class on Sketch-up for SDFWA, and I’m hoping we can involve her talents as a skilled educator to expand the Design SIG.
For other various digital processes like CNC, Laser, and 3D Printing we use other packages like V-carve, Aspire, Lightburn, and various other slicers and extensions. We are hoping that by broadening and integrating our discussions, lessons, and demos, we can be more useful to more members and expand the group.
For this upcoming Monday evening, let’s plan to get together and spend at least part of the time talking as a group about what we would like to see the SIG grow into, and what we can gain from it. Your input is requested so that we can best tailor future SIG agendas.
If time permits, I will run through a relatively simple parametric design of an angled vacuum fitting that can be customised to fit different hoses etc. I developed this design to 3D print fittings that would allow me to use my shop vac to collect dust from a few of the tools in my little home shop - belt and orbital sander, table saw.
During the latest lockdown, I bought a 3D resin printer and used it to make parts that were designed in Fusion 360. Unfortunately, there doesn’t seem to be a Fusion 360 post processor for resin printing, so I exported STL files and used the Chitubox slicer to add supports and slice the designs. If time permits I can briefly demo this.
Also, I picked up a small 3018 CNC “engraver”. It’s pretty small and weak, but it is useful for making small items and particularly for learning to use Fusion 360 to generate the G-code. The process and principles are the same as for other CNC routers, and I’m finding that Fusion 360 actually has some fairly sophisticated functions for routing designs. In a future SIG, I’ll share some of these features if there is an interest.
See you on Monday!