A typical CNC workflow consists of three steps:

Within each of these, you have a lot of freedom to choose which applications you want to make use of in your own preferred workflow. You can select the ones you are most comfortable, or fit your sort of work better: For example, if your work is oriented toward signage and artwork, you'd prefer V ectric over Fusion360, because Fusion shines for engineering users who want to m achine engineering type parts. If you run a Laser, you'd prefer Lightburn over t he others as it focusses on Laser only.

CAD consists of applications you can use to create or modify 2D Drawings or 3D m odels, to use as input files for your CAM application:

TIP: Some CAM application also include CAD functionality, so you may see some applications listed and both sections.

Examples include:

• Fusion 360 ( Recommended) (2D and 3D)
• Sketchup MAKE 2017 Free (Recommended) (2D and 3D)
• Vectric Aspire/Cut2D/VCarve (Re commended) (2D and 3D)
• QCAD / LibreCAD (2D)
• Inkscape (2D)
• Rhino and VisualCAD
• Adobe Illustrator (2D)
• and many more

In most cases you export your drawings as CAM compatible files, for example

• DXF (2D)
• SVG (2D)
• STL (3D)

For more details, refer to Troubleshooting CAD files for help with file formats, and cleaning up files to make them ready for CAM.

CAM software converts CAD drawings/models to machine-readable GCODE that can be sent to your CNC Controller:

Examples include:

• Ope nBuilds® CAM (Recommended) (2D CAM)
• Vectric Aspire/Cut2D/VCarve (Recommended) (2D and 3D)
• Fusion 360 (Recommended) (2D and 3D CAM)
• LightBurn (Laser specific CAM)
• Rhino CAM and VisualCAM
• SketchuCAM for Ske tchUp (2D CAM)
• svg2gcode Perfect for Pen Plotters
• Kiri:moto (3D CAM)
• FlatCAM (PCB Milling)

For more details, refer to CAM Applications for help confi guring your CAM application with the correct Post Processor, etc

CONTROL software is tasked with streaming GCODE to your machine controller. It a lso handles all the other aspects of Machine interfacing, like Jogging, Digital read-outs, Alarm/Error handling, Serial Logging, Troubleshooting, etc

Examples include:

• OpenBuilds® CONTROL (Recommended) - Focused on keeping the learning curve to the minimum, helps you get started with the minimum of prior knowledge, yet sti ll really powerful and feature packed with support for Probing, Macros, Machine Profiles, a 3D Gcode Viewer, Mobile Jog Widget, Surfacing Wizard and many more f eatures. For more information refer to OpenB uilds CONTROL - Introduction
• Universal GCODE Sende r Platform 2 - Suitable for slower computers

For example, OpenBuilds® CONTROL: