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Prusa Mini+ Pi Camera IR Flexi Adapter for X Axis — zdjęcie 1
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Prusa Mini+ Pi Camera IR Flexi Adapter for X Axis

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Raspberry Pi IR Camera adapter that sits on the X Axis motor to mount a pi camera that will raise along with Z.

Ocena
4,8 / 5
Polubienia
26
Pobrania
159
Wydruki
3
Wyświetlenia
1429
Oceny
5

Aktualizacja u źródła:

Informacje o modelu

Źródło
Printables
Licencja
Creative Commons — Attribution

This is a remix from the adapter that sits on around the motor for the X axis.
I adapted this to support the flexi-arm camera adapter and the Picam IR Flexi Mount so that I can mount the Raspberry Pi Camera on the X Axis engine. 

The goal is to take advantage the Z axis height, which is where the X Axis motor sits on. This will allow the camera to keep up with the current Z height making the view of the print much clearer.

  • You can print this without supports, but bear in mind that the upper frame part will be printed as bridge, so it may topple a bit - it should not interfere with the design.
  • If you want to print with supports, you should use the support paint tool and allow supports to be printed on the model with 0.2mm Z clearance.
  • You can either use a nylon fastener to tighten the frame onto the motor.
  • …Or you can print the included fastener. It should fit both sockets, fastening the frame onto the motor.

Files included

  • I included the *.skp file (SketchUp project) in case you want to tweak this.
  • I included all the STLs required to print this, but you should visit the makers from the other original parts, as they may have updated them with improvements.
  • If you want, you can separately download the different parts from the other makers, namely:

Print instructions

  • Printed with 0.20mm QUALITY profile with 15% infill (default settings).
  • Printed without supports, but read instructions above if you want to use supports.
  • Printed with PETG @ 250º / 90º using the standard PrusaSlicer settings for Generic PETG.
  • Don't print all parts at once; print the links separately at least;

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