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Motorized microscope with HQ camera for Raspberry Pi and Python HTML interface

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Creation quality: 5.0/5 (2 votes)
Evaluation of members on the printability, utility, level of detail, etc.

  • 4k views
  • 2 likes
  • 17 downloads

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3D design format
STL Folder details Close
  • 30mm neopixel LED Ring compatible c-mount lens.stl
  • Raspberry Pi HQ Camera support compatible with CN3018 parts.stl
  • raspberry pi support for aluminium 2020 section.stl

Learn more about the formats

Publication date 2020-11-03 at 16:30
Design number 222078

3D printer file info

3D model description

Motorized microscope project made from recycled CNC components and the new HQ camera for Raspberry Pi.

The HTML command interface was developed in Python. It is accessible from the local network and allows you to zoom and control the NeoPixels LED lighting.

###Components

Recycled components of a CNC 3018 used for the stand :

  • x2 aluminium profiles 2020 (square section 20x20mm) with a length of approx. 220mm

  • x2 aluminium profiles 2020 (square section 20x20mm) with a length of approx. 350mm

  • x4 brackets 30mm

  • T-nuts for aluminium profile 2020

  • x2 rods ø10mm length 400mm mini

  • x2 linear guides ø10mm

  • x4 holders for rod ø10mm

  • x1 Nema engine deck

  • x1 T8 screw of length 350mm minimum

  • x1 direct screw transmission element

  • x1 flexible coupling ø8mm

Selection of components for 3D and CNC printers that can be used in the DIY field.

Tutorial with Python source code

Motorized microscope project made from recycled elements from a CNC and the new HQ camera for Raspberry Pi.

The HTML command interface was developed in Python. It is accessible from the local network and allows you to zoom and control the NeoPixels LED lighting.

Components

Recycled components from a CNC 3018 used for the stand:

  • x2 aluminum profiles 2020 (square section 20x20mm) of length 220mm approximately

  • x2 2020 aluminum profiles (square section 20x20mm) approximately 350mm long

  • x4 30mm brackets

  • T-nuts for aluminum profile 2020

  • x2 rods ø10mm length 400mm mini

  • x2 linear guides ø10mm

  • x4 supports for rod ø10mm

  • x1 Nema motor board

  • x1 T8 screw of minimum length 350mm

  • x1 direct screw transmission element

  • x1 flexible connection ø8mm

Selection of components](https://diyprojects.io/components-diy-3d-printer-profiles-tnut-nema-17-a4899/) for 3D printers and CNCs that can be used in DIY.

HTML interface source code in Python and full tutorial

3D printing settings

PLA

Filling rate 20%.

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