Cutting Optimization Pro 6 is a capable, affordable tool for industries that cut linear stock or rectangular sheets. It excels at ease of use, rapid optimization, and professional reporting. However, its lack of support for irregular 2D shapes and native CNC output means it is best suited for manual or semi-automated cutting environments (saw tables, panel saws, guillotine shears) rather than fully automated CNC routers or laser cutters.
For small-to-medium workshops where material cost is significant but part shapes are standard rectangles, version 6 delivers a strong return on investment—often paying for itself within the first 50 sheets of material saved.
Disclaimer: This write-up is based on the publicly available feature set as of 2026. For current pricing, system requirements, or to verify features, refer to the official distributor’s website.
At its core, this software is a math engine. Version 6 utilizes advanced optimization algorithms that handle both Guillotine cutting (straight cuts that go from one edge to the other) and Non-Guillotine cutting (nested parts). This flexibility is crucial for industries like glass and wood, where cutter constraints differ. cutting optimization pro 6
Older free tools (like Deepnest.io or CutList Optimizer) struggle with "free rotation" or irregular remnants. COP6 handles full 360-degree rotation plus the ability to prioritize edge parts for finishing.
If you are new to Cutting Optimization Pro 6, here is the typical workflow:
Step 1: Define Your Stock Launch COP6 and go to Stock Management. Enter the dimensions of your raw sheets (e.g., Width=48", Height=96", Price=$50). You can also enter multiple sizes. Cutting Optimization Pro 6 is a capable, affordable
Step 2: Build Your Part List Navigate to Part Management. Enter the name, width, height, and quantity of each component. For example: "Cabinet Side - Qty 20 - 24x30". Pro tip: Set priority levels (High/Medium/Low). High-priority parts get placed first, ensuring they always fit.
Step 3: Set Cutting Parameters Click Settings. Define:
Step 4: Run Optimization Click the green "Optimize" button. A progress bar will appear as the software runs thousands of iterations. For a standard cabinet job (200 parts), this takes roughly 5-10 seconds. Disclaimer: This write-up is based on the publicly
Step 5: Review the Solution The software displays a color-coded layout. You can zoom in to inspect tight fits. If you see inefficiency, you can adjust part priorities or sheet sizes and re-run.
Step 6: Print or Export Generate a PDF of the cutting map for the shop floor. Print labels. If your CNC supports DXF output, COP6 can export the optimized layout as a DXF file, which you can load directly into a laser cutter or CNC router.