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Fast and easy to use DXF to GCode converter for laser CNC

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DXF Plotter

Fast and easy to use DXF to GCode converter for laser and router CNC

Build Status Quality Gate Status

This application helps users converting DXF files to GCode with minimal settings, fully configurable GCode commands format and fast spline to arc conversion.

It targets only laser and router CNC following every lines and arcs from DXF file with optional desired depth.

⚙ Features

  • DXF support of line, arc, circle, polyline, spline
  • Customizable GCode command format
  • Saving current work to file
  • Multi selected path setting edition
  • Path offseting (Tool Compensation)
  • Pocket generation with islands capabilities
  • Multi passes with depth
  • Scale and translate paths
  • 3D path simulation of the file

Execution

Linux and Windows systems are supported.

Running from exe (Windows)

Download latest zip, extract it and run dxfplotter.exe

Running from AppImage (Linux)

Download latest AppImage and run:

chmod +x dxfplotter-*.AppImage
./dxfplotter-*.AppImage

🏗 Manual installation from source (Linux)

This project depends on Qt5, for debian like distribution following command install all dependencies:

sudo apt-get install qtbase5-dev
git submodule init
git submodule update

cmake -B build
cmake --build build -j $(nproc)

Usage example

Launch GUI

build$ ./dxfplotter

With a specified dxf file

build$ ./dxfplotter input.dxf

With a specified file and tool

build$ ./dxfplotter input.dxf -t "Mill 1mm"

Once opened, select path from left panel or from viewport and modify settings of selected path group or of single selected path.

Export with File->Export or Ctrl+E

✏ Configuration

Configuration settings are exposed in Configuration->Settings, the configuration is splitted in two:

  • general settings aiming dxf importing or default values
  • tools with settings such as radius and gcode formatting

📝 GCode format

Simple set of GCode command is used per tool:

Description Default Command Available Variables
Pre Cut M4 S {S:.3f} S
Post Cut M5
Plane Fast Move G0 X {X:.3f} Y {Y:.3f} X Y
Plane Linear Move G1 X {X:.3f} Y {Y:.3f} F {F:.3f} F X Y
Depth Fast Move G0 Z {Z:.3f} Z
Depth Linear Move G1 Z {Z:.3f} F Z
CW Arc Move G2 X {X:.3f} Y {Y:.3f} I {I:.3f} J {J:.3f} F {F:.3f} F X Y I J
CCW Arc Move G3 X {X:.3f} Y {Y:.3f} I {I:.3f} J {J:.3f} F {F:.3f} F X Y I J

They can be customized from tool Settings panel Configuration->Settings->Tools->ToolName->Gcode or from dxfplotter/config.yml file in your applications configuration folder.

Variables provided in formatting are available with {#:nf} where # is one of the supported variables and n the float precision:

Name Description
S Laser intensity
F Movement feedrate
X Movement X axis target
Y Movement Y axis target
Z Movement Z axis target
I Relative arc center absciss
J Relative arc center ordinate

Properties S and F are exposed in path settings in UI.

3D simulation view

The following controls help you to navigate into the view:

Keys Action
Middle click Rotate around view center
Middle click + Shift Translate view center
Wheel Zoom

Ctrl key can be pressed to slow down motion.

Author

👤 Tristan Porteries

🤝 Contributing

Contributions, issues and feature requests are welcome!
Feel free to check issues page.

Show your support

Give a ⭐️ if this project helped you!

📝 License

Copyright © 2020 Tristan Porteries.
This project is MIT License licensed.