Search models, users, collections, and posts
Simple respooler
IP Report
Print Profile(1)

0.2mm layer, 4 walls, 15% infill
Designer
9.1 h
5 plates
Open in Bambu Studio
Boost
508
1430
54
23
2.2 k
508
Released
Description
A simple filament spool winder that is meant to be bolted onto a base (to save some plastic and time). For that I used some leftover 2020 vslot extrusions but you can also use a wooden board or something.
I needed this to transfer filament onto spools that are compatible with the AMS. I needed it quick and didn't want to waste time and filament on something elaborate. So here is a minimal setup to wind filament onto a new spool. I hope you find it useful :-) Please let me know what you think. Suggestions are welcome.
Variants
- Spool holder legs M8 closed
- Spool holder legs M8 open
- Spool holder legs PVC40 (can only be used for the donor spool)
Additional hardware needed
- an M8 bolt or threaded rod of 15cm
- some M8 nuts (2 or 4 depending on the variant you use)
- these fantastic spool cones by MadGutts
- piece of PTFE tube to use as a buffer (optional)
- Electric dill for winding (optional)
- tape (for attaching filament to the receiving spool)
Usage
- first mount the spools:
- put the donor spool on the PVC pipe
- put the PVC pipe onto the PVC pipe mount
- put the M8 nuts into the spool cones
- put the receiving spool on the threaded rod by tightening it between the spool cones
- put the threaded rod onto the mount
- guide the filament from the donor through the PTFE tube to the receiving spool
- ensure the filament path is straight en unconstrained
- use the tape to attach the filament to the receiving spool core
- take an electric drill and clamp it onto the M8 rod.
- Gently start winding. Avoid sudden jumps in speed.
- Manually guide the filament back and forth using the PTFE tube wind it evenly
What about spools >1kg?
Note this respooler is mainly designed for 1kg spools. For heavier spool I'd suggest stronger legs (try 6 walls, 50% infill) and for larger diameter spool you could scale the legs accordingly.
🌟 Support My 3D Creations! 🌟
License
This user content is licensed under a
Creative Commons Attribution-Share Alike

Comment & Rating (54)