Thingiverse
Ultimate Lock-Down Filament Roller
von RichardO82
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I was tired of filament spool rollers that:
* make squeeky noises,
* don't fit ANY size of spool (...under 10Kg),
* require different sized parts for different spool sizes,
* the spool can fall off of or fall over on,
* get dragged on and move around.
...So I built this locked down spool roller. There is a couple of acryllic tubes on skateboard bearings, similar to other rollers. The addition of a threaded rod spinning on a bearing mounted to a z-axis enables locking in place a spool of any size. Pro-Tip: Lock the spool lose enough so that it spins flat on the rollers. With the spool locked in place, there is no way it can fall over. There are holes to bolt the assembly to the table, so it's not going anywhere.
3D Printed Parts:
- 1X : Top (no support)
- 1X : Bottom (use support)
- 1X : End (use support)
- 1X : Lock (use support)
- 1X : Buffer Tube (no support)
- 2X: Cones (no support - print flat with channels on b
* make squeeky noises,
* don't fit ANY size of spool (...under 10Kg),
* require different sized parts for different spool sizes,
* the spool can fall off of or fall over on,
* get dragged on and move around.
...So I built this locked down spool roller. There is a couple of acryllic tubes on skateboard bearings, similar to other rollers. The addition of a threaded rod spinning on a bearing mounted to a z-axis enables locking in place a spool of any size. Pro-Tip: Lock the spool lose enough so that it spins flat on the rollers. With the spool locked in place, there is no way it can fall over. There are holes to bolt the assembly to the table, so it's not going anywhere.
3D Printed Parts:
- 1X : Top (no support)
- 1X : Bottom (use support)
- 1X : End (use support)
- 1X : Lock (use support)
- 1X : Buffer Tube (no support)
- 2X: Cones (no support - print flat with channels on b
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