Zebralight SC700d flashlight cone diffuser

prusaprinters

<p>This is a remix of Sev's excellent Zebralight SC700 bezel <a href="https://www.printables.com/model/107172-zebralight-sc700-protector">protector</a>. Couldn't find any diffusers on the market designed specifically for the SC700d so went ahead and designed this very simple one using Sev's bezel protector as a base via Tinkercad.&nbsp;</p><p>I'd advise printing in PETG only. Maybe there's a different higher temp resistant filament I'm unware of, but PETG is the best I had on hand. Haven't tested using the light in any of the high modes so not sure if the diffuser would warp or not, but it works perfectly with the medium or lower modes on the SC700d.&nbsp;</p><p>&nbsp;</p><p><strong>Printing:</strong></p><p>Two versions available, <strong>friction fit</strong> and <strong>snap on</strong>. The latter will “snap on” to the first rung of the light heatsink per Sev's original bezel protector design, though it is a tight fit and a little tricky to snap on. However it's very secure and won't knock off easily. The friction fit version is simpler, I removed that inner snap on lip so it's a simple slide on/off affair. It's very tight and won't slide off on its own, however I could see it loosening up over time with repeated usage.</p><p><strong>The example in the photos is printed at 0.2mm layer height, 3 perimeters, support on build plate only, honeycomb support pattern</strong>, <strong>50% x/y separation between and object and its support, 1 (light) top interface layer.</strong> The supports popped off no problem with the settings listed. Printing slower is likely better.&nbsp;</p><p>Print the ring/bezel portion <i>without</i> cooling fan for strength and flexibility, but the cone portion likely needs cooling. The upper part of the cone didn't print well for me without cooling in my test prints.&nbsp;</p>