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Screwdriver with space for 4+1 bits or 4+2

IMG_5118.jpeg Screwdriver with space for 4+1 bits or 4+2
IMG_5111.jpeg Screwdriver with space for 4+1 bits or 4+2
IMG_5114.jpeg Screwdriver with space for 4+1 bits or 4+2
IMG_5113.jpeg Screwdriver with space for 4+1 bits or 4+2
IMG_5112.jpeg Screwdriver with space for 4+1 bits or 4+2
IMG_5115.jpeg Screwdriver with space for 4+1 bits or 4+2
Inlett Schraubenzieher groß 4 Bit.stl Screwdriver with space for 4+1 bits or 4+2
Schraubenzieher groß 4 Bit.stl Screwdriver with space for 4+1 bits or 4+2
Schraubenzieher groß 4 Bit Rillen.stl Screwdriver with space for 4+1 bits or 4+2
Schraubenzieher 4+2 Inlett.stl Screwdriver with space for 4+1 bits or 4+2
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  • Inlett Schraubenzieher groß 4 Bit.stl
  • Schraubenzieher 4+2 Griff.stl
  • Schraubenzieher 4+2 Inlett.stl
  • Schraubenzieher groß 4 Bit Rillen.stl
  • Schraubenzieher groß 4 Bit.stl

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Publication date 2024-02-25 at 14:55
Design number 1811651
Haase0815

Haase0815

3D printer file info

3D model description

Screwdriver with space for 4 bits in the handle + 1 in the holder

For a better grip there is also a version with grooves.

Additionally required:

1x bit holder

8x or 9 magnet 5x3mm

4 to 6 bits (25mm)

Tap the bit holder in with a hammer with feeling.

The bit holder will then hold by itself.

Press the four magnets into the thread with a little force or a suitable pair of pliers. (However, it is much easier with a soldering iron to melt them in)

Place the 4 magnets in the bar so that the opposite magnets attract each other.

When three of the four magnets have been placed and pressed in as far as they will go, put some super glue in the hole that is still free and then press in the fourth.

The glue should then spread evenly behind the magnets and dry.

For better use of the thread, open and close it a few times piece by piece after printing.

3D printing settings

Infill 90%

Best filament used for tooling.

I used PLA Tough for testing.

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