Design sprint for Polyfyge 2.0

Week 33 Participants:

Design Principles

We are aiming for a mini centrifuge

Avoid having as much floating components as possible. Solution:
- Mount as much components as possible in the PCB:
  - Microcontroller board, Power Sitch, Power connection, Screen and Digital encoder
Make the architecture design and placement of the components manufacturing agonostic(as much as possible).
- This means that people should be able to fabricate the casing with a 3D printer, laser cutter, vacuum forming etc.

Add a mechanical switch for the led to ensure safety
Part of the rotor should be visible (transparent).
Use a teensy or similar solution that holds an SD card to store data about product usage, like cycles, etc.
The PCB should be accessible via easy disassembly steps, ideally one step.
Electronic connections should be robust and standard:
PCB must facilitate ease of soldering.
The electronics should be easily testable without having to assemble the whole product.
Make the motor mount robust

Make a preliminary PCB CAD module focused on architecture and component placement.
Rationale: We want to print the PCB prototype, or laser cut it to se how it fits the requirements above.
Make CAD design focused on fast printability.
Print it and test it with new PCB CAD prototype.