Customizable USB container

thingiverse

The ultimate goal of this ambitious project is to develop a highly adaptable design system capable of maximizing the storage capacity of a container with predetermined dimensions by optimizing the positioning and arrangement of USB keys within it. To achieve this remarkable feat, the program will employ sophisticated algorithms to determine the most effective pattern, orientation, and spacing for the USB keys. In order to overcome any printing issues that may arise due to 3D printer inaccuracies, users can download the .scad file and adjust the variables accordingly to suit their specific printer's needs. This flexible approach ensures a seamless printing experience, allowing users to produce high-quality parts with minimal fuss. The development community is encouraged to engage in an open dialogue by commenting on desired features or reporting any bugs that may arise during the project's evolution. Your input will play a vital role in shaping the final product and ensuring its optimal performance. **Project Updates** Version 1.0: The program has successfully achieved the capability to calculate the maximum number of USB keys that can be accommodated within the container. **STL Files** The .stl file named "Coolpix S2600 battery case" has been meticulously parametrized to accommodate an impressive 2 USB keys within the protective casing used for the Nikon Coolpix S2600 camera's battery.