The user guide for the Platform version, including how to connect and how to walk through machine setup is described here: https://winder.github.io/ugs_website/guide/platform/

Universal Gcode Sender’s website is https://winder.github.io/ugs_website/ UGS itself can be downloaded from their download page: https://winder.github.io/ugs_website/download/ Then, there is a choice of two version (Classic and Platform). If you download

Before carving, it is a good idea to check that the distances on your screen’s commands will actually correspond with the same distances that the machine will make. If not,

Clicking on the green “carve” button for the first time will prompt you to do “machine setup”: Or if you have already used the program before, it is possible to

To open Easel, you just need a webbrowser. Go to: https://easel.inventables.com You’ll see this screen (if you are already logged in, this screen may be automatically skipped): Click the “sign

The dip switch will dictate the number of microsteps. The controller supports up to 1/16 microstepping. Not using microstepping will give the highest torque (100% motor torque), but will not

Next to each potentiometer for each axis, you will find an area to place a multimeter probe (TP1, TP2 and TP3) if you connect the positive probe to such an

The controller works with a number of softwares; for instance: Universal Gcode Sender: https://winder.github.io/ugs_website/ Easel: easel.inventables.com Lightburn (for lasering): https://lightburnsoftware.com Your computer may require a driver to use the controller: If you work

Our controller has been produced from drawings from Inventables and Bart Dring, that are available under the Creative Commons Share Alike 3.0: https://workbench.grabcad.com/workbench/projects/gccWWqg7Xn5zxu1LdZaSw47oqtgERENMYrENtBVFZdqoJn#/space/gcJwpBtm1Xi6fwAxHTFBIGDQRc1Os0WlcxNAT9gWpzWs8w/folder/1220826 Except for the mainboard, where the schematics

Our GRBL CNC controller is inspired by the “x controller” from Inventables – you will find more information on their assembly page. Our controller behaves the same way and is