They can be used to create diagrams, models, and circuits.
Basic workflow 3D - Creating a part using an opensource CAD application, exporting it as an stp file and processing it using HeekSCNC and OpenSCAMĬAD programs are high precision drawing programs. Basic workflow 2D - Using Inkscape to set some text, HeeksCNC to convert it to G-code and OpenSCAM to preview it. In addition, you may wish to try these alternative tutorials which show the usage of various other programs: If anything is unclear, please refer to the Glossary. #Cad/cam for mac software
Regardless of which software toolchain you are planning to use, please read and review the above tutorials, since they cover the basics of the processes involved and introduce the relevant terminology.
or First Job - milling a first object, a coaster out of cork, after drawing it up in Carbide Create or MakerCAM, cf., Run Your Second Job. Shapeoko 3 Hello World - this gets one started w/ writing out the machine's name using pre-generated G-code - Shapeoko 2: Hello World. In order to keep things simple, we've moved most of the software information to specific sub-pages linked from the headers below. What software comes standard with each machine? Interpret the G-code to drive the stepper motors (some systems combine these last two steps). Send the G-code from your PC to the controller for your ShapeOko using a communication/control program. Check that G-code to ensure it does what you want in an efficient manner in a Previewer. 
Generate the G-Code that will drive your ShapeOko using a CAM (Computer Aided Manufacturing) program. Design the part in a CAD (Computer Aided Design) system. 
You'll go through five steps in creating a part with your ShapeOko.
1.2 Computer Aided Manufacturing (CAM) Software.1.1 Computer Aided Design (CAD) Software.
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