For thick plate cutting, ensure the lead-in length is long enough so the initial pierce blow-out doesn't damage the final part geometry. Section 4: The Nesting Process (ByNest)
: Allow the software to rotate parts by 90°, 45°, or 180° to find the tightest fit.
Marco imported the 3D file directly into the BySoft CAM interface. Instead of manually calculating bend allowances, he used the . With a few clicks, the complex 3D shape flattened into a perfect 2D geometry, accounting for the exact material thickness and K-factors of the shop's steel stock. Step 2: Cleaning the Lines
The software supports nesting on rectangular sheets, circular blanks, L-shaped remnants, and even irregular stock. This intelligent approach ensures you get the maximum number of parts per sheet with the most efficient cutting path.
CAD files often contain open contours or overlapping lines that confuse the machine. This step is crucial for preventing collisions.
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.
The laser beam cannot start cutting directly on the part profile because the initial pierce creates an oversized hole.
In the Part Editor , you can add serial information via text data fields or create markings/engravings for easier assembly later.
: Enable this assistant to create sequences that minimize parts protruding from the sheet, preventing cutting head collisions.
Convert 3D CAD files into flat 2D parts using the "unfold surface" command, choosing a reference face and calculating thickness.