Raspberry Pi Camera V2/V3 Mount – Ender 3/CR-10 3D Printer Model

Author: @
License: CC BY-NC
File formats: STEP,STL
Download type: zip
Size:130.4KB

The file 'Raspberry Pi Camera V2/V3 Mount – Ender 3/CR-10 3D Printer Model' is (STEP,STL) file type, size is 130.4KB.

Summary

This print is a camera mount for the raspberry pi camera module v2 and v3. This print was designed to work on almost every ender 3 model and CR10 model.

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COMBATIBILITY:

Tested: Ender 3, Ender 3 V2, Ender 3 V2 Neo, Ender 3 S1, Ender 3 S1 Plus, Ender 3 S1 Pro, CR-10 SE

Not tested but should work: Ender 3 Max Neo, Ender 3 Neo, CR-10. CR-10 M4

NOT COMBATIBLE

Any Ender 5 model, Any Ender 3 V3 model

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BILL OF MATERAILS

  • raspi_cam_arm.STL
  • raspi_cam_mount.STL
  • doubleaxismount_raspi_cam.STL
  • Back.STL
  • Front.STL
  • (1) M3x20mm screw
  • (1) M3x16mm screw

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INSTRUCTIONS

  1. Print out the 3 files(raspi cam arm, mount, and double axis mount). You will also need to print out the "front.stl" and "back.stl" from this link: https://www.thingiverse.com/thing:3294512/files.
  2. Unscrew the 2 roller screws(if you look image #5, I circled them in red)
  3. feed the 2 screws in the 2 holes on the raspi_cam_mount and put it back on the z-roller plate(as seen in image #6). Make sure that the raspi_cam_mount is oriented where the arrow located above one on the screw holes is pointing up.
  4. Next I would assemble the arm before putting it on the raspi_cam_mount. First screw the raspi camera housing(back and front stl) to the double axis mount using a 20mm m3 screw.(Picture #7 & #8 shows how I did it).Then screw the double axis mount into the raspi_cam_arm using a 16mm M3 screw. Lastly I would feed the raspi cable through the cable management slots on top the raspi cam arm(as seem in picture #1) and put the raspi camera in its housing.
  5. After the arm is fully setup you should now slide it into the raspi_cam_mount.

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NOTES

  • If you are have tolerance issue with the arm sliding onto the mount you may want to use a sandpaper and/or deburr tool.
  • If you are using a raspi cam V3, you will need to do some modification to the housing, this includes making the camera hole bigger, as well as cutting some
  • If you have any questions, comments or concerns about the print please message me

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doubleaxismount_raspi_cam.STEP 61.4KB
doubleaxismount_raspi_cam.STL 30.4KB
raspi_cam_arm.STEP 259.2KB
raspi_cam_arm.STL 143.1KB
raspi_cam_mount.STEP 95.6KB
raspi_cam_mount.STL 38.9KB