Make a Cable management with AI — describe it, get a model
Under-desk routing, charger clips, earbud winders — small parts, big relief
Describe the Cable management you want and the model appears. Dimensions, holes and clips stay editable.
How it works
- 1
Say what you need
Sizes, holes, what it fits — the more specific you are, the closer the first version lands.
- 2
Fix it on the model
Click whatever is wrong and say a sentence, or drag it. Only the part you pointed at changes.
- 3
Export and print
Once wall thickness, overhangs and watertightness check out, export STL or 3MF and slice.
About this kind of model
- It grips too tight, or not at all.
- Make the jaw 0.5 mm narrower than the measured thickness and let the material flex. PETG or TPU beats PLA here — PLA snaps after a few flexes. If it will not go on, say "open the jaw 0.5 mm wider".
- Can I get exact dimensions?
- Yes. Every dimension takes a typed value — dragging is just the fast way in. That is what mating parts, snap-fits and hole alignment need.
- What if it does not fit when printed?
- Measure the real object first, then state those numbers — that alone gets most parts right on the first try. And leave tolerance: 0.2–0.4 mm is typical for snap-fits, depending on your printer.
- Can I reprint it at another size?
- Yes, and this is where it saves the most time: make the key dimension a parameter and a new size is one number away — the whole model recomputes itself.
- Will my slicer read the file?
- Yes. STL is universal; 3MF carries real units, so nothing arrives 1000× too small.