: Use Repair Geometry → Find Gaps → Close Open Contours . For laser cutting, ensure all cut paths are continuous.
It intelligently assigns internal cuts (holes) to be processed before the external perimeter. Manual Tooling and Customization
Did you verify the cutting sequence using the built-in simulation?
(now often referred to as BySoft or BySoft CAM within the Bystronic ecosystem) is the proprietary CAD/CAM software used to program Bystronic laser cutting, plasma, and waterjet machines. Whether you are using an older Bysoft 7 or the newer BySoft 7 (or transitioning to BySoft Cell), mastering the core workflow is essential for efficient sheet metal cutting. bysoft cam tutorial
This tutorial covers importing geometry, configuring cutting technologies, organizing nesting plans, and generating machine-ready CNC code. Step 1: File Import and Unfolding Geometry
: BySoft CAM operates on a feature-based and process-aware workflow. It doesn’t just convert DXF/DWG to toolpaths—it understands material thickness, grain direction, thermal distortion, and machine-specific constraints.
Unnecessary travel paths (dead movement) that increase cycle times. Generating G-Code (NC Programming) : Use Repair Geometry → Find Gaps → Close Open Contours
Use Process Simulator in BySoft CAM to step through each operation visually.
Select your exact material grade (e.g., Mild Steel, Stainless Steel, Aluminum) and thickness from the drop-down database.
High; tutorials emphasize a simple, mouse-click-driven workflow. Practicality Manual Tooling and Customization Did you verify the
Open BySoft CAM and navigate to the or Machine Configuration tab.
For bending operations, BySoft CAM automatically calculates the bend sequence, backgauge positions, and tool planning. This reduces setup time by automating the detection of bending steps, backgauge positions, and even tool settings for the press brake.
Always place lead-ins on a flat edge or a non-critical geometric point.