Refrigerator Beer / Pop Can Holder / Dispenser

thingiverse

This Cooler Can Holder holds up to ten 330ml beverage containers. To place the cans, you position them at the front edge and top shelf; they roll toward the back, drop to the bottom, and then reorient themselves toward the front for optimal chilling. When restocking your supply, simply insert new cans from the top without rearranging the existing inventory. This space-efficient design makes it ideal for small beverage coolers where space is limited. The Holder takes full advantage of available shelf space, utilizing both the back wall and a rear wall mount to keep drinks organized and within easy reach. Positioning the holder in the middle shelf adds an additional benefit – stabilizing any stacked bottles nearby by acting as a useful "bookend." By strategically using this device, you can effectively optimize storage without wasting any precious area. Please note that while originally designed for use with small bar fridges, it's now possible to adapt the Holder for larger or deeper coolers. You will need to print an updated rear wall with slots specifically designed for backstop usage instead of standard shelves. Print "Can Holder Walls Rear Backstop x2.stl" to make these necessary adjustments. Regarding assembly requirements, this Can Holder comes in individual parts that must be put together manually – it consists of fourteen distinct components overall. Two illustrative files are available, namely Pan_Holder_Built_with_cans.stl and Can_Holder_Built.stl; however they're meant for display purposes only rather than production. **Important Settings** In preparation for printing: • **Raft**: Use No rafts at all. • **Supports**: Print with no supports whatsoever. • **Infill**: Select the option that creates solid structures inside printed objects. Additionally, ensure you read "Print Settings Notes" located within this project for optimal results. For a seamless assembly process consider adjusting infill to your preference; if you need a lighter setup then consider lowering solid layers while still opting not use hollow settings instead