Mihai S

Universal Spool Holder, Fully 3D Printed

by
MihaiDesigns
Follow
Follow
Remix Model
MihaiDesigns
MihaiDesigns
|
Image 8 of 16
Universal Spool Holder, Fully 3D Printed 3d model
MihaiDesigns
MihaiDesigns
|
Image 8 of 16
Universal Spool Holder, Fully 3D Printed 3d model
2D
3D
Makes
Universal Spool Holder, Fully 3D Printed 3d model
Universal Spool Holder, Fully 3D Printed 3d model
Universal Spool Holder, Fully 3D Printed 3d model
Universal Spool Holder, Fully 3D Printed 3d model
Universal Spool Holder, Fully 3D Printed 3d model
Universal Spool Holder, Fully 3D Printed 3d model
Universal Spool Holder, Fully 3D Printed 3d model
Universal Spool Holder, Fully 3D Printed 3d model
Universal Spool Holder, Fully 3D Printed 3d model
Universal Spool Holder, Fully 3D Printed 3d model
Universal Spool Holder, Fully 3D Printed - Don't cheap out on the walls, I printed 3 and 20% infill and 1 minute after this 10hr print finished it broke - 3d model
Universal Spool Holder, Fully 3D Printed 3d model
Universal Spool Holder, Fully 3D Printed 3d model
Universal Spool Holder, Fully 3D Printed 3d model
Universal Spool Holder, Fully 3D Printed 3d model
Universal Spool Holder, Fully 3D Printed - This Universal Spook holder is glorious in its simplicity- the opposite of Bambu Labs AMS. The AMS is like Old Greg- Promises all that is good, but has a downstairs mixup (AMS assist motor overload error = mangina). Thanks to the maker for a simple one piece spool holder that doesn’t require effing ball bearings and an assembly guide. - 3d model
This model is restricted by licensing terms. 

Fits ANY spool. Up to 1Kg as is (see photos), scale up for larger spools (see "Larger spools" section).

Can be printed on a Mini 3D printer. Prints in one piece, pre-oriented, zero assembly.

Option to pass the filament through a guiding hole.

Print settings 3-4 perimeters 20-30% infill Material: PLA is more rigid with less friction, while PETG is less brittle.

Larger spools Scale up depending on printer and spool size: For 2-3Kg spools (up to 300mm diameter) scale up to 128%. If it won't fit your printer, try scaling it less on the Y axis (using non-uniform scaling). Scaling Y to 125% will fit an Ender3, while keeping X and Z scaled at 128%.

I prefer storing all filament in dry boxes, but this is my next best option.

No supports required. Support free. Supportless.

Check my other projects at mihaidesigns.com.


576 Likes4.9K DownloadsDecember 12, 2021


576 Likes4.9K DownloadsDecember 12, 2021
This model is restricted by licensing terms.