The documentation is now ready!
furtherfabrication/resources?category=Y1200
After a bit of a hiatus I’m back working on the DIY CO2 laser cutter/engraver.
It’s just a quick one this week as I blow the dust off and get things back on track.
BTS and more info:
instagram/further_fabrication/
furtherfabrication/
The documentation is now ready!
https://furtherfabrication/resources?category=Y1200
In this episode of the DIY CO2 Laser Cutter / Engraver Build Series, I build the Z-axis lifting mechanism for the bed frame. Then drink too much coffee and decide to keep going with getting motor mounts and the timing belts on.
BTS and more info:
instagram/further_fabrication/
furtherfabrication/
Documentation for the Y-1200 Laser:
https://furtherfabrication/resources?category=Laser
If you’ve already got a copy of the documentation and would like this updated version, you can send me an email with your Order Number.
rob@furtherfabrication
One day I’ll figure out a more high-tech way to do updates, but this’ll have to do for now.
Follow me on Instagram to keep up with the latest:
https://instagram/further_fabrication/
//It should go without saying that electricity and lasers are dangerous.
None of this video should be treated as professional advice.
Documentation for the Y-1200 Laser:
https://furtherfabrication/resources?category=Y1200
Documentation for the Y-400 Laser:
https://furtherfabrication/resources?category=Y400
In this episode of the DIY CO2 Laser Cutter / Engraver Build Series we finish up all the little jobs I’ve still got left to do before I can call itplete.
https://instagram/further_fabrication/
//It should go without saying that electricity and lasers are dangerous.
None of this video should be treated as professional advice.
The documentation is now ready!
https://furtherfabrication/resources?category=Y1200
In this episode of the DIY CO2 Laser Cutter / Engraver Build Series, I get started on the electronics by getting the X and Y axis moving around. Then I draw a pretty picture.
BTS and more info:
instagram/further_fabrication/
furtherfabrication/
//It should go without saying that electricity is dangerous.
None of this video should be treated as professional advice.
The full documentation for my latest Laser builds can be found here:
https://furtherfabrication/resources?category=Laser
In this video I share my process of designing and building a co2 laser cutter using abination of ‘V’ & ‘T’ slotted aluminium profile 3d printed parts. I wanted a larger cutting area than my old K40 chinese laser cutter had, and I’m a sucker for a challenge.
FAQ:
Cost:
Total cost of the build was around NZD$3000 (US$2k)
Electronics:
AWC608 DSP controller – I purchased mine from lightobject though in hindsight i’d buy something directly out of China in the future.
Laser Tube:
Bought from Aliexpress, though you may have better options depending on your location.
Instagram:
https://instagram/further_fabrication/
Website:
furtherfabrication
Music used:
FREI – Moody
Liam.M – Medicine
Liam.M – Voyager
The documentation is now ready!
https://furtherfabrication/resources?category=Y1200
instagram/further_fabrication
In this episode of the DIY CO2 Laser Cutter / Engraver Build Series, I focus (get it?) on aligning the laser beam.
I made this a standalone episode so it’s easy to reference and if you already know how, just feel free to skip it and you won’t miss any of the actual build.
furtherfabrication
//It should go without saying that electricity and lasers are dangerous.
None of this video should be treated as professional advice.
The documentation is now ready!
https://furtherfabrication/resources?category=Y1200
We’re kicking off the first episode by taking a look at the design features of the CO2 Laser Cutter, then we jump into getting started building the frame.
BTS and more info:
instagram/further_fabrication/
furtherfabrication/
Other Rotary Setup Methods:
– Use an additional stepper driver and enable the U-axis on the Ruida 6445g using a firmware update that was released at the end of last year. However at the time of this video I was unable to get the update to function correctly. This may be because I’m a big dummy or because the firmware is still buggy. This would be the most practical method if you are able to get it working. Link to my initial info:
– The other method is to add in another stepper driver and use a switch to select which axis to drive. Link to my initial info:
DIY Laser Cutter
If you’d like to know more about building your own Laser Cutter, I’ve got a whole series on it that you can check out: