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Created a new replacement dust adapter for my circular saw that replaces the original one. The original didn’t fit my Nilfisk Multi II 30 shop vac. Now I don’t need to fiddle with the adapter I first made.
Sharing if someone has the same combination: https://makerworld.com/en/models/996710
How did you do the layer lines?
I tried to print one of these things once, with the layer lines perpendicular to the central axis. So just a tube standing straight up on the print bed. It didn't work at all. The shop vac was inserted in one end and the other end into the machine. However this meant the interface in between was completely unsupported. With the hose hanging on one end, as soon as I moved the machine around in use, the thing snapped off across a layer line. I tried a couple more times with thicker walls, higher temps and more infill, but the layer to layer bond just wasn't strong enough. I tried ABS and PETG, the PETG held up best but still broke within a couple of hours of use.
So I ended up ordering an injection molded part, probably glass reinforced nylon or something like that and have been using that ever since. Still bugs me, because it seemed like a perfect time for the 3D printer to shine.
**Edit: ** Found it. https://hackaday.com/2020/09/23/reforming-3d-prints-with-salt-and-heat/
There is an article out there somewhere in the ether where someone printed with 100% infill, then put the print in a glass container and packed it with salt that they had pulverized with a coffee grinder into a powder and re-melted / fused it. Their intent was for making clear parts since they were using transparent filament, but it should be great for increasing the adhesion of the layers as well. Ideally, it would become more of a monolithic plastic part than a bunch of layers.