Bysoft Cam Tutorial Jun 2026
If you import a 3D step file (.STP or .STEP), BySoft’s integrated unfolding engine automatically calculates the flat pattern based on the material thickness and bending factors (K-factor). Import the 3D model into the CAD workspace. Select the command.
Reduces cutting time by up to 30% and saves laser gas.
By following this tutorial and practicing with BySoft Cam, you'll be well on your way to becoming proficient in the software and producing high-quality images that showcase your creativity and skills.
BySoft Cam offers a range of tools and features to help you edit and enhance your images. Here are some of the most commonly used tools: bysoft cam tutorial
Use Automatic Nesting to optimize material usage.
BySoft CAM is Bystronic’s industry-leading computer-aided manufacturing software, designed specifically for their range of sheet metal processing equipment: fiber lasers, punch presses, and combination punch-laser machines (e.g., BySmart Fiber, BySprint Pro, BySun, Xpert series).
When you launch Bysoft, you will see several key panels: If you import a 3D step file (
For (punch-laser):
Where multiple parts are arranged efficiently on a raw sheet of metal to minimize scrap, and cutting paths are generated. Section 2: Step-by-Step Guide to Part Preparation
The software assigns "Lead-ins" (where the laser starts) and "Lead-outs" to ensure the part edges remain clean. Reduces cutting time by up to 30% and saves laser gas
Bystronic BySoft CAM is a comprehensive software suite designed for programming laser cutting, bending, and tube processing, with core workflows covering 2D DXF/DWG import and 3D CAD unfolding. The software streamlines production through automatic nesting, material-specific cutting technology, and simulation, with structured training available through ByAcademy. Explore the full tutorial, including 2D file conversion and 3D part unfolding, on the Bystronic YouTube channel ByAcademy Course Schedule - Bystronic
Used for thin materials where the pierce hole doesn't crater. Placing the Lead-In
The core environment where you apply technology tables, define lead-ins/lead-outs, and manage cutting paths.