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MOKEYLASER: A DIY LASER ENGRAVER THAT YOU CAN EASILY BUILD

Summary of MOKEYLASER: A DIY LASER ENGRAVER THAT YOU CAN EASILY BUILD


Mark aka Mokey built MokeyLaser, a DIY X-Y laser engraver using Fusion 360 models, 2040 aluminum extrusion framing, an Arduino+CNC shield running GRBL, and a Sainsmart FL55 5.5W laser module. The project includes full F360 source and a bill of materials (~$400). Planned upgrades: a modern 32-bit controller, a more powerful laser, and air assist to improve cutting. Sources and files are on the mokeylaser GitHub, and a build video is available.

Parts used in the MokeyLaser:

  • 2040 aluminum extrusions
  • Sainsmart FL55 5.5W laser module
  • Arduino (with CNC shield)
  • CNC shield
  • GRBL firmware
  • Fusion 360 source files (mokeylaser GitHub)
  • Linear motion components for X-Y bot (rails, belts, pulleys as typical for 2040 builds)
  • Fasteners and brackets for extrusion assembly
  • Power supply appropriate for laser and electronics
  • Miscellaneous wiring and connectors
[Mark aka Mokey] borrowed his friend’s open-frame laser engraver for a while, and found it somewhat lacking in features and a bit too pricey for what it was. Naturally, he thought he could do better (video, embedded below.) After a spot of modelling in Fusion 360, and some online shopping at the usual places, he had all the parts needed to construct an X-Y bot, and we reckon it looks like a pretty good starting point. [Mark] had a Sainsmart FL55 5.5W laser module kicking around, so that was dropped into the build, together with the usual Arduino plus CNC shield combo running GRBL.

[Mark] has provided the full F360 source (see the mokeylaser GitHub) and a comprehensive bill-of-materials, weighing in at about $400, and based upon the usual 2040 aluminium extrusions. This makes MokeyLaser a reasonable starting point for further development. Future plans include upgrading the controller to something a bit more modern (and 32-bits) as well as a more powerful laser (we do hope he’s got some proper laser glasses!) and adding air assist. In our experience, air assist will definitely improve matters, clearing out the smoke from the beam path and increasing the penetration of the laser significantly. We think there is no need for more optical power (and greater risk) for this application. [Mark] says in the video that he’s working on an additional build video, so maybe come by later and check that out?

Obviously, MokeyLaser is by no means the only such beast we’ve featured, here’s the engravinator for starters. For even more minimalism, we covered a build with some smart optics doing all the work. But what if you don’t happen to have a 5W laser module “lying around” then perhaps try a more natural heat source instead?

Source: MOKEYLASER: A DIY LASER ENGRAVER THAT YOU CAN EASILY BUILD

Quick Solutions to Questions related to MokeyLaser:

  • What did Mark use for the frame of MokeyLaser?
    He based the frame on 2040 aluminum extrusions.
  • Which laser module was used in the build?
    He used a Sainsmart FL55 5.5W laser module.
  • What controller hardware and firmware does MokeyLaser use?
    An Arduino with a CNC shield running GRBL.
  • How much does the bill of materials for MokeyLaser cost approximately?
    The bill of materials is about $400.
  • Where can I find the Fusion 360 source files and BOM?
    The full Fusion 360 source and bill of materials are on the mokeylaser GitHub.
  • What upgrades does Mark plan for MokeyLaser?
    He plans to upgrade to a more modern 32-bit controller, use a more powerful laser, and add air assist.
  • Why is air assist recommended for the build?
    Air assist clears smoke from the beam path and increases laser penetration, improving cutting performance.
  • Is MokeyLaser intended as a final product or a starting point?
    It is presented as a reasonable starting point for further development.

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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