"Cut2G" - GMFC Cut File to G-Code Conversion Software
This little program converts cut files generated by GMFC foam cutting software into g-code files for use with CNC controllers.
Update Dec 2012: Somewhere in the past few years, Mach3 changed the character is recognised as comments in G-code files (from “//” to “%”), despite the documentation saying otherwise. I've finally got around to updating the code accordingly.
Can I have a copy ?
Sure you can. It's free for personal use. All I require is that you don't provide copies to others (send them to this site instead). Here it is…
No installation is required, other than simply putting the executable into a convenient folder on your computer. It will quite happily run on the desktop.
Use the “browse” buttons to first select the input cut file (you create this in GMFC by using the “cut to file” option when panel cutting), and the output g-code file. You can choose to either create a .tap file or .nc file - the only difference is the filename extension, the file contents are identical.
In normal use, you don't really need to worry about changing any of these options. Descriptions of the various settings:
- Units: sets the g-code file to either use inches or millimetres. Note that “cut2g” doesn't scale any of the data in the cut file.
- Path Control Mode: sets the g-code file to use either Exact Stop or Control Velocity modes. Google this if you don't know the difference.
- Feed Rate Mode: again, Google will tell you the difference better than I could :)
- Comments in Output File: The g-code file produced by “cut2g” will include comments to make it easier for you to understand what the various commands do. However some g-code interpreters seem to have difficulties with the comment characters (giving “invalid character” type errors), so turn off comments here if you encounter this.
- Wire Heat Control: The wire heat control data from GMFC is converted to PWM spindle speed data in the g-code file. Turn it off with this option if you don't want or need this information.
- Axes Naming: This allows to choose between two axes naming conventions. Both assume the left hand axes on your cutter are X and Y, however the option lets you select whether the right-hand axes are A and B, or Z and A.