A new 3D printable wire and cable spool storage system has emerged, designed by hardware hacker firstgizmo. This innovative solution caters to the needs of enthusiasts who tend to accumulate large quantities of hookup wire. Not only is the system user-friendly, but it is also compatible with the popular organizational system, Gridfinity.
The design features a slot specifically intended to capture loose wire ends, ensuring that users can maintain organization without additional hardware. Each unit can be assembled entirely from printed parts, which eliminates the need for screws or other external components. For those who prefer a more traditional assembly method, firstgizmo offers an alternative design that can be put together using M3 bolts.
Thoughtful Features Enhance Usability
Among the standout features of this storage system is a small notch that secures the loose ends of wires without requiring moving parts. This simple yet effective design choice enhances usability, making it easier to manage various lengths and types of wire.
The inclusion of STEP files further amplifies the accessibility of this project. These files allow users to modify the original designs easily, a significant advantage given the often cumbersome nature of adjusting STL files for engineering projects.
While the system presents an innovative approach to wire storage, users must re-spool their wires from old spools onto the new ones. To facilitate this process, firstgizmo has thoughtfully provided two tools: one for manual re-spooling and another that enables users to utilize a hand drill for quicker operation.
Maximizing Space Efficiency
The ability to integrate this wire spool storage system with the Gridfinity organizational framework opens up new possibilities for users seeking efficient storage solutions. In environments where space is at a premium, even small improvements in organization can lead to significant benefits.
As the demand for personalized storage solutions continues to grow, firstgizmo‘s design stands out for its practicality and foresight. By offering a customizable and easy-to-assemble option, this 3D printed system not only caters to hardware hackers but also empowers anyone looking to enhance their workspace.
Overall, this development highlights the ongoing innovation within the DIY community, revealing how technology can transform everyday challenges into creative solutions.
