I usually sand down the centering ring bottom side and then use superglue to prevent it from rotating when tightening reflector/bezel. I also put a tiny-tiny bit of grease on the top edge/lip of centering ring where reflector will sit so that it could slide more easily when I tighten everything up
Hi fellas. I got into a rather large machining job which I had to prioritize and haven’t had time for anything else. I see the light at the end of the tunnel though and will be able to get back to my fun/hobby projects soon. I will update when I cut some of these these from black acetal.
shrick, I’d recommend using acetal (delrin) if you make them manually. It’s doable but not the easiest project for a novice and it will probably take more effort than it’s worth. As for the tiny end mills, you can use a 1/32” 2fl which shouldn’t give you any trouble in acetal. In the square pocket, machine a relief past the corners in one axis to provide clearance, at least the radius of the cutter in length.
I just notice this thread, but Hoop doesn’t seem to online very often. I would like to order a few pieces of XP-G2 size to new Convoy C8 XM-L2 reflector, is this offer still going on?
would such an XP2XM-Adapter be possible? Outer diameter of XM-Footprint and inner Diameter of the XP-Footprint so they could fit the original centering adapters. I often swap XM-L2 against XP-L or XP-G2. At the moment i make these by hand with a file from an XP-centering adapter …
I would buy like 20-30 of those if I could get some. It frustrates me to no end that I can’t get an XM centering ring just with an XP internal dimension. It seems soo simple and yet no one has them and the fasttech ones suck, have already tried them.
Well, technically, it could, except that the plastic used for 3D printing is made to melt at a low-ish temp, and these LEDs create quite a bit of heat when run hard. Of course, the solution is to not run your LED very hard. :_(
What about a higher temperature filament, such as nylon? I know my printer can reach the +235°C temps required to print with the material. Does the LED reach temperatures this high?