hello do you have any pictures or plan from your system ? i am very interrested , i have maslow mark II 3d but my corner dont have precision
Hi Romain,
some pictures are already in the Posts above. Here are some newer pictures.
The building process itself actually was the “Plan” I have some CAD drawings/sketches from the beginning but i don’t think that they are helpful and not up to date - if you need more information just describe what you need 
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And some pictures of some builds
Small one 
for a Microscope of a friend
a play-kitchen for my Daughter
and some big letters
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This is a tremendous build! Nicely done!
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The quality of the cut finish for your microscope project - while still on the table (!) - is something to be proud of. Your have your machine very well dialed in Well done.
Hi TheGasse, we’re trying exactly the same that you did, we have built a new table for the maslow and now we are trying to convert it to an xy machine, could you share how did you alter the code?
Thanks! Great job!
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I would love to see more pictures
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For a standard XY setup, could you use GRBL and stepper motors instead of DC motors?
sure, but that wouldn’t be a maslow. Just a normal CNC (which has advantages and
disadvantages)
David Lang
Yes of course. I didn’t mean to suggest something unpalatable, I just figured that really that’s what this machine is. Just a normal CNC - not a Maslow. It’s kind of like a Maslow, but it doesn’t have two key Maslow aspects, ie DC motors with encoders and non-XY kinematics. I guess it’s not what the OP asked, but in terms of getting it working with the least effort I would have thought changing the motors would be easier than writing a new kinematic engine for the Maslow firmware(s).
I wonder whether a ‘converter board’ could be made that drives a stepper motor but takes normal DC motor control signals as it’s input and returns encoder positions…
Yes of course. I didn’t mean to suggest something unpalatable, I just figured
that really that’s what this machine is. Just a normal CNC - not a Maslow.
It’s kind of like a Maslow, but it doesn’t have two key Maslow aspects, ie DC
motors with encoders and non-XY kinematics. I guess it’s not what the OP
asked, but in terms of getting it working with the least effort I would have
thought changing the motors would be easier than writing a new kinematic
engine for the Maslow firmware(s).
if you are just doing a normal CNC machine, then use grbl, which supports
steppers.
I wonder whether a ‘converter board’ could be made that drives a stepper motor but takes normal DC motor control signals as it’s input and returns encoder positions…
not really, it would be far simpler to just drive the steppers directly.
David Lang
You can buy a 3d printer board that will do xyz with stepper drivers built in. Bigtreetech (BTT) skr turbo 1.4 (with TMC 2209 silent step drivers) might be an option for you for ~$50. It takes a binary firmware file on sd card and will flash itself on boot and you can run grbl or marlin for xy cnc use. Lots of options there.
Hola, veo tu trabajo y es impresionante, estoy trabajando en el diseño de una sierra vertical para corte de melamina y creo que las guias sbr son mi mejor opcion, podrias compartirme de que numero son las que usate, sbr20?. Fracias si lees mi pregunta,
Hello,
Thanks 
i am also quite Happy with the construction.
I Used TBS25 Supported Rails with 2,5m length, with SBR25LUU Sliders.
Best regards from Germany
Florian