Biesse OptiPlanning is a advanced, parametric Computer-Aided Manufacturing (CAM) software solution developed by Biesse Group, a global leader in woodworking and advanced materials processing technology. Unlike basic nesting software, OptiPlanning is designed as a fully integrated CAD/CAM/MES platform specifically optimized for CNC machining centers, edgebanders, and drilling machines in the furniture, joinery, and interior fit-out industries.
Its core purpose is to bridge the gap between design and production, converting raw design data into optimized machine code with minimal waste, maximum speed, and high customization.
OptiPlanning works natively with BiesseWorks (the CAD design software). When a designer finishes a 3D model in BiesseWorks, they click "Send to Nest." There is no file conversion, no DXF cleanup, and no layer mapping. The design geometry transfers directly to OptiPlanning with material thickness, tool depth, and drilling locations intact.
For smaller shops using Rover CNC routers, bNest (a lighter version of OptiPlanning) is often included. However, upgrading to full Biesse OptiPlanning unlocks "Multi-Sheet Optimization," where the algorithm considers 50, 100, or 500 sheets simultaneously rather than one sheet at a time.
Purchasing software like Biesse Optiplanning is a capital investment. What is the Return on Investment (ROI)?
1. Material Savings (5-15%) Human nesters rarely beat a computer. A human might use 12 sheets of plywood to cut 100 cabinets. Optiplanning will often use 10 or 11 sheets. At $70+ per sheet, the software pays for itself in weeks or months, not years. biesse optiplanning software
2. Labor Efficiency A skilled programmer might take 45 minutes to nest a complex kitchen manually. Optiplanning does it in 2 minutes. That freed-up time allows your programmer to handle maintenance, inventory, or designing the next job.
3. Reduced Machine Idle Time Because Optiplanning optimizes tool paths (reducing "air cutting" where the router moves without cutting), your Biesse spindle stays in the material longer. This can increase machine throughput by 20-30% without buying a second machine.
How does it stack up against AlphaCAM, Mozaik, or Cabinet Vision?
| Feature | Biesse OptiPlanning | Generic CAM (AlphaCAM) | ERP-Native Nesting (Cab Vision) | | :--- | :--- | :--- | :--- | | Machine Integration | Native Biesse toolpath logic (5 stars) | Requires manual post editing (3 stars) | Good for cabinets only (3 stars) | | Batch Logic | Cross-order optimization (5 stars) | Single order only (2 stars) | Mixed (4 stars) | | Remnant Management | Full geometric remnant library (5 stars) | Basic rectangular (3 stars) | Varies | | Learning Curve | Steep for admin, easy for operator (4 stars) | Moderate (4 stars) | Steep (3 stars) | | Material Types | Wood, plastic, aluminum, composites | Wood & plastic | Wood only |
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Here’s a structured overview of useful features in Biesse OptiPlanning software, which is widely used for nested-based CNC optimization in woodworking, cabinet making, and panel processing.