Portable AmpRipper 3000 7800mA LiPo Project Case

prusaprinters

<p>Just a little USB battery bank I drew up and 3D printed. The enclosure is designed to fit three 18350 lithium-ion cells (WIRED IN PARALLEL) and an AmpRipper 3000 v1.0 from Kickstart Design (Link below).</p><p>Assembly is very easy. First, plug the battery pack into the Ampripper and insert the USB-C port into the Enclosure-main component until the clips snap into the board's mounting holes. Then friction fit the Enclosure-top component on.</p><p>AmpRipper 3000 v1.0: <a href="https://www.kickstart-design.com/our-products/p/amp-ripper-3000">https://www.kickstart-design.com/our-products/p/amp-ripper-3000</a></p><h3>&nbsp;</h3><h3>Print Settings</h3><p><strong>Printer Brand: </strong>Formlabs</p><p><strong>Printer: &nbsp;</strong>Formlabs Form 2</p><p><strong>Rafts: </strong>Doesn't Matter</p><p><strong>Supports: &nbsp;</strong>No</p><p><strong>Resolution: </strong>Any Resolution Is Fine</p><p><strong>Infill: </strong>100% Recommended</p><p><strong>Filament/Resin: </strong>Any Filament Is Fine Any material is fine, but I do recommend something with a little flex (so the clips don't break)</p><p><strong>Notes: &nbsp;</strong>The design is suitable for both FDM and SLA 3D printing, and shouldn't require any support if printed directly on the bed.</p><p>&nbsp;</p><h3><strong>CAD &amp; Rendering Tools Used</strong></h3><p>I used Fusion 360 to design the enclosure. I did have to reverse engineer the battery pack, but fortunately, KSD provides the 3D files for the AmpRipper, so I just popped it into my Fusion file and designed around it.</p><p>To generate the 3D renderings, I again used Fusion 360's built-in renderer. Love that about Fusion. Lastly, I touched the renders up in Photoshop and added a fun gradient background.</p>