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Desk
Desk Headphone Stand
Most printed headphone stands tip over because the base is too light for the leverage of a headset sitting 250 mm up. The fix is not a bigger base — it is a base with a cavity you can weight, plus a cradle wide enough that the headband is not pinched.
Fits: Over-ear headsets up to 200 mm headband width
Make this one yours. Cadio generates it to your measurements — change the size, slot count, or angle by describing what you need.
Customize in Cadio →Key dimensions
| Height | 250 mm |
| Cradle width | 110 mm — clears most over-ear pads |
| Cradle radius | Contoured so the headband is not creased |
| Base | 120 × 110 mm with a weight cavity |
| Cable hook | Integrated on the column |
Print settings
| Material | PLA is fine — this is a low-stress part |
| Layer height | 0.2 mm, or 0.15 mm for a cleaner column |
| Walls | 3 perimeters |
| Infill | 20%, or 10% if you are filling the base with weight |
| Supports | Only under the cradle overhang |
| Orientation | Base down, column vertical |
What actually matters
- Pause the print at the top of the base cavity and drop in coins, sand, or a steel washer stack. A weighted base is the single change that stops a stand tipping.
- A wide, flat cradle preserves headband padding. Narrow hooks put all the pressure on one line and leave a permanent dent.
- Printing the column vertically makes it look better but weaker. If it will get knocked, thicken it rather than reorienting.
Questions
Will it hold a heavy gaming headset?
Yes, with the base weighted. Empty, a tall stand and a 400 g headset is marginal — add mass to the cavity.
Can I mount it under the desk instead?
That is a different part — a clamp arm rather than a stand. Generate a under-desk headphone hook instead of adapting this one.
Need it in a different size, or with more slots?
Generate your version →