Printed Circular Cable Winder with Sliding Crank Cap

Nov 08, 2026 Last reply: 20 hours ago 4 Replies
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Coiling a long cable the usual way means wrapping it by hand, elbow loops or fumbling with velcro ties, and it never comes out tidy. This printed circular winder takes that chore and makes it quick and easy: lay the cable in, slide a handle, crank, done. It feels like a much more repeatable approach than hand coiling.



The build is made from multi-part plastic components. There is an outer circular housing, an internal spool, and a sliding top cap that doubles as a crank handle. A purple cover snaps onto the main body, and a fake cable design on the outside is a nice cosmetic touch. In use, the midpoint of a black USB-C cable goes across the central opening, sliding the handle inward secures it, and rotating the handle clockwise coils the cable inside the housing. A latch slides open to release the cable again.



Two details stand out to me. First, the maker explained the winding feels smooth because the traction area is minimized, which seems like a considered design choice rather than luck. Second, the whole thing can be taken apart by pressing out the center locking piece, so the parts separate cleanly.



There is one known weakness. The cap reportedly broke easily when someone tried to remove it, and the maker has said the design will be made stronger based on that feedback. There is also an open question around origins: the maker had no idea whether the design was inspired by anything. Whether it echoes old earbud cases or not, the result looks like a genuinely useful desk accessory.


The sliding top cap working as the crank handle seems like the smartest call here. In my view, one motion secures the cable and starts the coil, and the handle locks in rather than clipping off, so there is no loose piece to misplace between uses.

Has the maker said anything about a bigger version? I would love to know if a model for power cords is on the table, since those always end up in the worst tangles in a drawer.

Yes, the maker said they would consider modeling a version for power cords. Nothing is confirmed yet, but it sounds like the idea is at least being weighed rather than dismissed outright.

A concrete tweak for a revised print: thicken the cap area specifically. The reported breakage happened when removing the cap, so reinforcing just that part would target the actual failure point without redesigning the housing or the spool.

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