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DIY Arduino mini laser engraver from a DVD player

Summary of DIY Arduino mini laser engraver from a DVD player


This article details a DIY Arduino laser engraver built by the YouTube channel DIY Builder, repurposing components from an old PC DVD writer. Powered by an Arduino Nano and a 250-250mW laser module, the machine can engrave designs onto wood, MDF, plywood, and vinyl. The project includes a full parts list and programming code available on Instructables to guide builders through the construction process.

Parts used in the DIY Arduino Laser Engraver:

  • Arduino Nano
  • 250mW 650nm Laser Module
  • A4988 Motor Driver
  • IRFZ44N Mosfet
  • LM7805 Voltage Regulator
  • Laser Heatsink
  • IC Heatsink
  • 1000uF Capacitor
  • 10k & 47R Resistor
  • Male And Female Header Pin
  • Screw Terminal
  • JST 2.0 Connector
  • 2.5mm Jumper Cap
  • Shrink Tube
  • DVD Writer
  • Custom PCB Board
  • 5mm Acrylic Sheet

The YouTube channel DIY Builder has published and created a DIY Arduino laser engraver which is powered by an Arduino Nano development board and is fitted with a 200-250mW 650nm Laser Module. Check out the video below to learn more about the DIY Arduino laser engraver constructed using the innards from an old PC DVD player.

DIY Arduino mini laser engraver from a DVD player

A full list of all components has been provided enabling you to get everything ready before you start your build. Programming for the laser engraver has also been published to the Instructables website.

“Hello Guys Whatsup, In this instructable, I am making an Awesome mini laser engraver from old DVD writers. It’s an amazing machine. You can use this laser engraver machine to make any kind of design, logo, art on the surface like WOOD, MDF, PLYWOOD, VNYL Paper. It’s little difficult to make a high-resolution laser engraver from DVD writer. But I tried my best to make a pretty close one. In this instructable, I am going to show you the entire procedure of how I made this DIY Laser Engraver. So let’s get started ? I got this Laser engraver’s idea from Maggie Shah. Here’s the version of his laser engraver”

DIY laser engraver components list :

– Arduino Nano
– 250mW 650nm Laser Module
– A4988 Motor Driver
– IRFZ44N Mosfet
– LM7805 Voltage Regulator.
– Laser Heatsink
– IC Heatsink
– 1000uF Capacitor
– 10k & 47R Resistor
– Male And Female Header Pin
– Screw Terminal
– JST 2.0 Connector
– 2.5mm Jumper Cap
– Shrink Tube
– DVD Writer
– Custom PCB Board
– 5mm Acrylic Sheet

If you enjoyed this article you are sure to enjoy how to build your very own Arduino wind speed meter or anemometer project which is easy to build with basic Arduino skills.

Source: DIY Arduino mini laser engraver from a DVD player

Quick Solutions to Questions related to DIY Arduino Laser Engraver:

  • What materials can this laser engraver work on?
    You can use this machine to make designs, logos, or art on surfaces like wood, MDF, plywood, vinyl, and paper.
  • How is the laser engraver powered?
    The device is powered by an Arduino Nano development board and fitted with a 200-250mW 650nm Laser Module.
  • Where can I find the programming for this project?
    Programming for the laser engraver has been published to the Instructables website.
  • Can I build this using parts from an old computer?
    Yes, the entire procedure shows how to make this DIY laser engraver using the innards from an old PC DVD player.
  • Is it difficult to build a high-resolution version of this engraver?
    It is described as little difficult to make a high-resolution laser engraver from a DVD writer, though the builder aimed for a close approximation.
  • Who inspired the idea for this laser engraver?
    The builder got the laser engraver's idea from Maggie Shah.
  • Does the project require a custom circuit board?
    Yes, a Custom PCB Board is listed as one of the required components for the build.

About The Author

Ibrar Ayyub

I am an experienced technical writer holding a Master's degree in computer science from BZU Multan, Pakistan University. With a background spanning various industries, particularly in home automation and engineering, I have honed my skills in crafting clear and concise content. Proficient in leveraging infographics and diagrams, I strive to simplify complex concepts for readers. My strength lies in thorough research and presenting information in a structured and logical format.

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