Engravinator

An open source laser engraver platform

The Engravinator is a laser engraver designed as an open source project with all the designs, builds and instructions available for free.

Instead of being a laser engraver where you bring the piece to the engraver, we have designed the Engravinator to be an engraver that you bring to your work piece. For example, if you are building a large piece of furniture, you would clamp the Engravinator down to your work piece to engrave your maker's mark.

Currently, we are in the testing phase of the project and will update this site, our GitHub repository and our Twitter account with our progress.

Subscribe to Mailing List

* indicates required



Engravinator MK1

Awesome Features

Open Source

It's in our DNA. The entire MK1 system is Open Source and open for contributions and collaboration.

Fast and Quiet

By using quality motion components, the Engravinator moves smoothly at up to 10,000 mm/min with 10 micron resolution.

Sturdy

Extruded 2020 aluminum extrusion frame make for a ridged platform that keeps the engraver square while reducing overall weight.

Safe

The Engravinator's fully enclosed housing means that while the laser is running, your eyeballs are safe from harm.

Customizable

With the Engravinator's Open Source design and a community of makers behind it, the Engravinator is super customizable. From frame clamps to a pen plotter to a custom real-time controller, anything's possible.

Assemble Your Own

Buy

Buy the parts you need


Our bill of materials has all the parts you need to purchase to build your own Engravinator MK1.

Print

Print the parts you need


Our print list has all the parts you need to print (or have printed) to build the Engravinator MK1.

Build

Assemble the MK1


Once you've got all the parts we've got the build steps all ready for you.

Technical Specs

  • 130mm x 130mm working area
  • 345mm x 305mm x 245mm (W x D x H) overall size
  • Under 5kg total weight at full spec
  • Supports common PWM diode laser modules with a 16mm x 40mm M3 mounting pattern
  • Up to 10,000 mm/min on X and 6,000 mm/min on Y travel speed
  • 10 micron resolution (using 1/16 micro-stepping)
  • 8mm linear rods and bearings on both axis
  • Rigid 2020 aluminum extrusion frame
  • Full enclosure for maximum eye safety