LASER4DIY - Open-Source Laser Structuring for PCB Prototyping

Project description

Laser4DIY is a open-hardware machine for producing electronics boards by ablating copper with the use of a laser. It consists of several parts: a micro-chip based DPSS laser source, driver electronics for the pump laser diode, a cooling system including a 4-channel TEC-Controller, a low-profile, motorized XY table and a safety enclosure.

News

• Get the latest news on Twitter: @laser4diy
• The Prototype Fund Hardware did an interview with us (German): Mit dem Laser Platinen herstellen: der Laser4DIY

Info

• Overview
  • Overview of the PCB laser structuring machine

• Laser source (version 2)
  • Micro Chip Laser (English)
  • Microchip-Laser (German)
• Laser source (version 1, outdated)
  • Nd:YVO4 laser source (English)
  • Nd:YVO4 Laserquelle (German)
• Electronics
  • TEC (Thermo-Electric Cooling) Controller
    • TEC Controller description
    • Github Repository: https://github.com/Laser4DIY/TEC-Controller
  • Constant Current Power Source (version 2, work in progress)
    • Laser Diode Driver (English) 
    • Laserdioden-Treiber (German)
    • Github Repository: https://github.com/Laser4DIY/Laser-Driver-v2
  • Constant Current Power Source (version 1, outdated)
    • Github Repository: https://github.com/Laser4DIY/Laser-Driver
  • Circuit Diagrams:
    • GitHub Repository:  https://github.com/Laser4DIY/Laser4DIY_Electrical
• Low Profile XY Table
  • Low Profile XY Table 
  • Github Repository: https://github.com/Laser4DIY/XY-Table
• Enclosure
  • Github Repository: https://github.com/Laser4DIY/Laser4DIY_Enclosure

Build Your Own Device

• Assembly Guide: Building your own Laser4DIY device

Using Laser4DIY

• User Guide: Using Laser4DIY for Prototyping PCBs

Prototype Fund Hardware

Laser4DIY is part of the first Prototype Fund Hardware funding round.

• Projektseite auf der Webseite des Prototype Fund
• Interview des Prototype Fund mit Andreas über das Projekt

BMBF Project Funding

The German Federal Ministry of Education and Research was funding LASER4DIY as a part of the project "Open Photonik".

• Open-Source-Laserstrukturierer für die DIY-Platinenfertigung, www.photonikforschung.de, article from 2016 (German)
• Final Report (German)

Lasersafe - parametric laser experiment enclosure

• Interactive enclosure planner 
• Laser safety window materials (interactive diagram) - transmission measurements with common transparent materials
• documentation (in German): Ermittlung der Absorption, Transmission und Reflexion von transparent Materialien
• (German) Mindmap zur Risikobeurteilung
• Laser4DIY Laser-Shutter
  • Github Repository: https://github.com/Laser4DIY/Laser4DIY_LaserShutter

Contact:

• Twitter: @laser4diy
• Email: laser@fablab-muenchen.de