Customizable cuboid mount with Velcro loops. Great for switches, power bricks, or under-desk mounting.
This customizable cuboid mount was originally designed to mount a Cisco Catalyst switch under a desk, but it can be adapted for a wide range of square or rectangular devices that need a simple, secure mounting solution. By adjusting the internal dimensions, height, and mounting geometry, it can be sized to fit network switches, power bricks, small electronics enclosures, control boxes, hubs, mini PCs, battery packs, and other box-shaped hardware.
It works well anywhere off-the-shelf mounts fall short, especially when the exact device dimensions, clearance needs, or mounting location are different from standard brackets. Whether you are organizing a desk setup, cleaning up a workshop, mounting hardware inside an enclosure, or securing electronics to a wall, shelf, rack, or underside of a surface, this design provides a flexible starting point without having to model a custom mount from scratch.
Printing Technology: FDM
Layer Height: 0.2 mm
Perimeters: 4
Infill: 10%
Infill Pattern: Gyroid
Recommended Material: PLA, PETG, ABS
Supports: No
Support Type: None
Notes:
Orient design on print bed so there are minimal overhangs.
Materials Needed:
8x #8 Wood ScrewsInstructions:
By using the customization software, you agree to our Privacy Policy, Terms of Service, Disclaimer, EULA, and Cookie Policy.
Something doesn't look right, or not sure what a setting means?
Choose a file below and open it in your slicer. For designs with several components, download every part you need. Original files use the design defaults; your customized files appear here after generation.
Original files use the font saved in the design. To choose an available font for a new result, use Font at the top of Customize. Design default keeps the saved font.
The files provided here are for personal, non-commercial use only. Redistribution, modification, or commercial use is not allowed without prior written consent from Lunar Prototypes.
Batch runs are a 3-step flow. You can revisit any step at any time.