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Pencil holder
par Matrix11
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A pencil holder for 5 pencils. If you rotate the crank you can push the pencils up and down in any pattern you want. Of course it works also with a slim enough pen.
The honeycomp pattern is not in the STL file! I used a modifier in PrusaSlicer, set the Infill to honeycomb and the top and bottom layers to zero. The model is fully functional without it.
**Dimensions**
Model (with baseplate)
Height (without pens): ca. 80mm
Width: ca. 60mm
Length: ca. 120mm
Holes for pencils:
min. ca. 7.7mm
max. ca. 8.8mm
(you might be able to fit pencils which are on some points thicker than 7.7mm like hexagon shaped pencils)
**Assembly**
You need:
1x Frame
1x Baseplate
1x Crank
5x Clip
1x Shaft
**Note:**If your 3D printer makes a thick elephant foot on small round objects use
the normal "Shaft" STL for printing if not use the "Shaft with edge" STL. The
edge/elephant foot is the endstop for the shaft.
1.Push the shaft through the frame an
The honeycomp pattern is not in the STL file! I used a modifier in PrusaSlicer, set the Infill to honeycomb and the top and bottom layers to zero. The model is fully functional without it.
**Dimensions**
Model (with baseplate)
Height (without pens): ca. 80mm
Width: ca. 60mm
Length: ca. 120mm
Holes for pencils:
min. ca. 7.7mm
max. ca. 8.8mm
(you might be able to fit pencils which are on some points thicker than 7.7mm like hexagon shaped pencils)
**Assembly**
You need:
1x Frame
1x Baseplate
1x Crank
5x Clip
1x Shaft
**Note:**If your 3D printer makes a thick elephant foot on small round objects use
the normal "Shaft" STL for printing if not use the "Shaft with edge" STL. The
edge/elephant foot is the endstop for the shaft.
1.Push the shaft through the frame an
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