Nozzle view cam adjustable mount for Raspberry Pi Camera (Circular and Square)
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Preliminary estimate for PETG
€1.14 – €1.39 net (excluding VAT)
For file: pi_cam_mount_0.25mm_PETG_MINI_1h21m.gcode
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Average indicative estimate: €1.26 excluding VAT (range midpoint).
- Weight reported by the author
- 15 g
- Print time reported by the author
- 1.35 hr
- Source material
- PET
- Estimate material
- PETG
- Estimate printer
- Bambu Lab P1S - 0.4 nozzle
- Estimate process
- 0.20mm Standard
Indicative estimate for the selected file only, based on the author’s weight and print time. File variants are not added together. The final price is calculated after file analysis.
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adjustable rpi camera holder with adjustable nozzle view + X cable strain relief.
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- 3 / 5
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Updated at source:
Model information
- Source
- Printables
- Category
- Other Printer Parts & Upgrades
- License
- Creative Commons — Attribution — Noncommercial — Share Alike
UPDATE: just made a new version with other adjustments. Now the cam is a little more in a back position than before.
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Hi all, I couldn't find a proper Pi camera mount with a real nozzle view so i made one by myself. In details this is a Raspberry Pi Camera mount with adjustable nozzle view along 3 axis, with X cable strain relief and motor cover.
I used a 5MP 1080p Pi cam with 160° FoV lens (OV5XXX module from AliEx) for a full bed view but i've made a different front cover to fit other 2 pi cameras (one is the one with v1.3 on the back of the module).
Also, the design is fully modular: camera holder and the bracket are detachable from the Z motor cover so it's easier do to remixes.
It's originally designed for Prusa Mini but i think it can fit any NEMA 17 motor, maybe you'll have to do some adjustments.
What you need:
- for the camera's case:
- Pi camera (obv): i used a OV5647 module with 160 ° FoV lens (10€ from AliEx);
- 4x 2.5x6 screws;
- 2x zip ties;
- for the mount and bracket:
- 1x M3x6 screw;
- 1x M3x2 screw.
Print instruction:
-Printed in PETG; (PLA not recommended since the cam can be very near to the source of heat… i haven't tested it)
-4 perimeters;
-infill 20%
-0.25mm layer height. (i've printed also with 0.15mm and the bracket is a lot more smooth but same functionality as the previous so your choice…)
- REQUIRED: intelligent supports on the “pi_cam_support” stl (see photo below)
Instructions:
- assembly the Pi camera case with 4x 2.5x6 screws;
- place the mount on the Z motor and secure it (and the X axis cable strain relief) with zip ties;
- place the bracket (M3x6);
- insert the pi camera;
- adjustate the view;
- moving the axes with hands, be sure the camera doesn't impact against the hotend (and the ZX brace if you have one), then do a homing a make sure that there are no impacts.
- (adjustate the view;)
- secure with M3x2 screw.