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Rack Cage Generator Mounts Your Gear Securely

Originally published on: April 20, 2026
▼ Summary

– Rackmounting equipment can improve the robustness and organization of a messy, lashed-together setup.
– CageMaker is a parametric OpenSCAD script that generates mounts for various items like network switches or audio gear.
– The tool allows for the easy creation of 3D-printed adapters to neatly organize equipment in a rack.
– A browser-based version of CageMaker is available for users to try out and start tinkering.
– The practice of rackmounting is common among makers, as similar projects have been featured before.

For hackers and makers, a disorganized collection of gear is a common frustration, undermining both reliability and workspace efficiency. Rackmounting offers a powerful solution, transforming a chaotic setup into a robust and orderly system. A tool called CageMaker provides a streamlined path to achieving this, using a parametric OpenSCAD script to design custom mounts for virtually any piece of equipment.

Imagine a small network switch buried in a nest of cables or a precarious stack of audio equipment. Instead of dealing with that mess, you can use this tool to design and 3D print adapters that securely integrate each component into a standard rack. The process turns a tangled desktop into a clean, professional installation where every device has a dedicated, secure home.

Getting started is straightforward, especially with the accessible browser-based version of the software. This approach to organization is hardly new in the maker community, where the benefits of a consolidated rack system are well understood for managing everything from servers to test gear. The ability to create precise, custom-fit hardware on demand makes professional-grade organization an achievable goal for any project.

(Source: Hackaday)

Topics

rackmounting solutions 95% 3d printing 90% openscad scripting 88% hardware organization 85% maker community 82% network switch setup 78% audio gear management 75% parametric design 73% browser-based tools 70% diy tinkering 68%