Modular Space-Saving Can Dispenser Organizer

Printing Guide: Choose the perfect profile for you! I designed this project to be as versatile as possible, creating 8 print profiles to suit your printer and your needs. The profiles are primarily divided by the height of the dispenser: A1 Mini Version (Height 180mm): Ideal for smaller build plates. Standard Version (Height 255mm): For all printers with a build plate larger than 180x180mm. Once you have chosen the height, select the width based on the cans you need to organize (can measurements are approximate): Small Container (Width 42mm): for cans Ø 65mm x H 35mm (e.g., small 80g tuna). Medium Container (Width 47mm): for cans Ø 73mm x H 37mm (e.g., standard/large 120g tuna). Large Container (Width 78mm): for cans Ø 66mm x H 72mm (e.g., small cans of corn or lentils). Extra Large Container (Width 116mm): for cans Ø 73mm x H 109mm (e.g., large cans of corn or lentils). Please note: All can measurements are approximate. You can slightly adapt the project to your cans using the scale tool in Bambu Studio, but I recommend not overdoing it so you don't compromise the slope and the internal sliding. If you don't know how to do this or need a specific size, feel free to write to me in the comments and I will be happy to help!   Project Description  Organize your kitchen with style! This gravity can dispenser is the perfect solution to keep your pantry or kitchen cabinets tidy. The clean and minimalist design fits into any environment, allowing you to place multiple modules side by side to create a truly customized storage station. Make the most of your shelf height, keep track of your stock at a glance, and never let anything expire at the back of the cabinet again. Very easy to print and a super functional result!   Tips for best results For maximum quality, strength, and an optimal aesthetic finish, it is recommended to use the materials indicated in the Bill of Materials section. The suggested filaments and components have been tested to ensure full compatibility with the project and optimal printing performance.