Bit holder for hexagon screw bits

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Bit holder for hexagon screw bits

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13
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4

Print Profile(1)

All
X1 Carbon
P1S
P1P
X1
X1E
A1

Multi-plate with all the .4mm nozzle variants
Multi-plate with all the .4mm nozzle variants
5.2 h
4 plates
4.0(2)

Open in Bambu Studio
Boost
13
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4
2
69
54
Released

Description

Bit holder for hexagon screw bits

New version available, klick here!

 

Of course, there are already different bit holders here. The special thing about this one is that you only need very little filament to print it, and the printing is very fast because the bit holder is printed in vase mode. In addition, the bits are clamped, and can not fall out.

Printing instruction

Due to the vase mode, the extrusion width must be taken into account in the dimensions. Therefore the models are available for the standard 0.4 mm nozzle (*nz0.4*), and for a 0.6 mm nozzle (*nz0.6*). You can also print the models for nz0.6 with the standard nozzle, but then you have to set the extrusion width to 0.65 mm.

Deviating from the standard profile:

  • activate spiral vase
  • Increase Solid Layers Bottom by 1 (the bottom plate is 1.4 mm thick)
  • 0.3 mm layer height

To find out if the tolerance fits without wasting filament, I recommend printing the 2x2 version first. If the bits are too loose or too tight, you can scale in X and Y.

Tested with PETG. I would not use PLA.

Comment & Rating (4)

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Love it. Quick print, bits snap in and out. Works really well. Have added a print profile also.
(Edited)
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Print Profile
Multi-plate with all the .4mm nozzle variants
The first one I printed had no top and was amazing. when I printed the largest grid, it had a top, I didn't expect that based on the photos. I prefer the skeletal look myself, and it required a bit of cleanup for bits to fit
The designer has replied
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Hmm strange. Double check if the top layers setting is set to zero on that print where you had an issue. I checked the print profile and its correct with no top layers set but you can overwrite it. PS: I also tried adding a new plate to the profile, moving the largest matrix to that plate and it still came out correct.
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Print Profile
Multi-plate with all the .4mm nozzle variants
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License

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