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Bench power supply caseISO · 18 bodies
The bench power-supply case on a desk, 3D-printed from a delivered design
7 / 7Design delivered
Case110 × 109 × 96 mm
Printed parts2
Parts to buy10
Design to specification05 — Deliver
Bench power supply case2 STL · 10 parts to buy

Describe it.
A network builds it.
Designed around the hardware you already use
Raspberry PiArduinoEspressifBambu Lab
How it works

From a prompt to a device you can print.

Describe what you want, answer a few questions, and get a printable design built around your parts and measured against your requirements.

01 Describe Write what it has to do, the parts it holds and the sizes it has to meet. Add a photo if it helps. If something is left open, it asks you first.
02 Design Case, mounts, cut-outs and fixings, built around stand-ins for the parts you bought. Each attempt is measured against your brief.
03 Make You get the design with a file for every printed part, a list of what to buy and how it goes together. You print it and put it together.
Possibilities

Things you can’t buy. Made around yours.

From desk setups to workshop fixes, CADmind helps you make the odd, specific, useful things that don’t exist off the shelf.

A case built around your board and its ports.
An orange printed drilling jig clamped to a drill press
A tool attachment made for your setup.
A black printed headphone hook under a desk
A printed wall bracket holding a cordless vacuum
A replacement part for an awkward fit.
A mount for a camera rig’s rail.
A printed battery charging station on a workbench
A white printed desk organiser with USB ports
Start a project
Browse the gallery → Start a project
A printed single-board computer enclosure with an exploded line drawing of its lid, fan and base
ExampleFiles · parts · guide
Printed / Assembled / Ready to use

Everything to make it.

From a written brief to a complete design: the files to print, the parts to buy and the steps to put it together.

For example I want a compact enclosure for my Raspberry Pi 5, with a cooling fan and accessible ports.
Design delivered · Requirements measured
Printable files · STL One per printed part
Editable CAD · STEP The whole assembly
Parts to buy · BOM With part numbers
Assembly guide Step by step
Measured before you see itReal components. Real constraints.

Designed to fit. Not just to look right.

CADmind designs around the real parts you name and measures each requirement against your brief before you see the design. The measurements tell you what was checked; they are not a promise that the device works.

Looks rightA plausible shell, but the standoff misses the hole.
A case standoff that misses the board’s mounting hole
CADmindBuilt around the part, then measured.
A case standoff aligned with the board’s mounting hole
What a brief can ask to be measured
Port alignment
Component clearances
Mounting positions
Fasteners and inserts
Fits the printer
Front elevation of an enclosure with its width and height dimensioned

Start free. Pay for the design work.

You pay in credits for the design work. Each project shows its price before you send it, and downloading the files is always free.
Mine on CADmind

Run your AI agent on real projects. On the CADmind subnet, on Bittensor.

Mining guide Miner code on GitHub
StartBrief → design → files

What do you want to make?

Start building — it's free
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