Use Automatic Nesting to optimize material usage.
You have one part programmed. Now you need 50 of them.
Start with the core fundamentals: master the interface, use batch import to load your files, let the software automate your cutting and bending parameters, and always run the simulation before outputting code. As you grow comfortable, explore advanced features like the 3D Viewer for complex assemblies, True Shape nesting for maximum yield, and ERP integration for total shop floor control. bysoft cam tutorial
Always place lead-ins on a flat edge or a non-critical geometric point.
The minimum skeleton bridge width required to keep the sheet stable. (Rule of thumb: equal to material thickness for thin sheets, slightly more for thick plates). Use Automatic Nesting to optimize material usage
Clean up the geometry: Remove unnecessary lines, text, or layers that are not needed for cutting. 3. Creating a Cutting Program (Laser/Waterjet)
and managing lead-ins/lead-outs was crystal clear. If you've ever felt intimidated by the CAM interface, this video/guide makes it feel intuitive. A must-watch before you hit the shop floor." Option 3: The "Technical Deep Dive" (Critical/Detailed) Start with the core fundamentals: master the interface,
Watch these walkthroughs to see the 2D and 3D conversion processes in action:
Understanding the tools available for learning BySoft CAM is just as important as understanding the software itself.