To accommodate various industrial machines, the software supports multiple layout structures:
Ideal for rectangular materials such as plywood, sheet metal, glass panels, plastic sheets, and textiles.
Once you master the basics, try these advanced strategies to push utilization past 95%:
Using the software is straightforward. Here's a step-by-step guide: cutting optimization pro 6
Handles linear materials like bars, pipes, tubes, bars, and profiles.
I’m not familiar with a specific software called — it’s possible you meant a version of Cutting Optimization Pro (often by OptiCut or similar 2D/1D nesting software).
Total efficiency percentage (e.g., 94.5% material utilization). Total cost of materials used. Exact cutting sequence for the workshop floor. Step 5: Export and Print I’m not familiar with a specific software called
: Enter the dimensions of the raw materials you already have (sheets, bars, or pipes).
Version 6 introduced a completely redesigned interface and several major functional updates to enhance the user experience: Unified Project Files:
For optimizing sheet goods (plywood, MDF). Glass Cutters: To minimize waste on expensive glass sheets. Metal Fabricators: For 1D tube and 2D sheet metal cutting. Construction Contractors: To optimize structural materials. Conclusion Exact cutting sequence for the workshop floor
For , enter the Length, Width, Quantity, Material Type, and Cost.
Zooming in and out of layouts is now done directly with the mouse wheel, making it much more convenient to inspect details.
The interface allows for zooming in and out using the mouse wheel, hiding or showing specific table columns, and attaching pictures to products or components for easier identification. 2. How to Use Cutting Optimization Pro 6