: Users can run "what-if" scenarios to compare different cutting strategies before physical production begins. Statistics and Reporting
The software generates production statistics, allowing managers to track machine performance and identify bottlenecks.
: Automatically generates customizable labels with barcodes for part tracking throughout the manufacturing process. Version Levels
In the modern woodworking industry, precision, speed, and waste reduction are the cornerstones of profitability. As manufacturing environments become more complex, the need for intelligent, automated cutting optimization software has never been higher. , a global leader in technology for processing wood, glass, and stone, offers OptiPlanning (often referred to as B_OPTI) — a comprehensive, powerful optimization solution designed to maximize production efficiency, minimize material waste, and streamline the entire cutting process. biesse optiplanning software full
Machine-specific limits (e.g., maximum book height or gripper configurations) Step 3: Optimization Execution
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The software transforms raw material dimensions and parts lists into highly efficient cutting instructions. Advanced Optimization Algorithms : Users can run "what-if" scenarios to compare
While basic optimization tools exist, the "full" or professional version of OptiPlanning (such as OptiPlanning Professional ) offers advanced capabilities that handle complex, high-volume manufacturing scenarios. 1. Advanced Optimization Algorithms
The primary driver for using OptiPlanning is the reduction of scrap material. The software routinely achieves yield rates upward of 85% to 90%, saving thousands of dollars annually in raw sheet goods like MDF, plywood, and particleboard. Reduced Labor and Machine Wear
is a cutting optimization software designed specifically for panel-processing machines. It acts as the brain behind the saw or CNC, calculating the most efficient way to cut parts from a panel to minimize waste and reduce production time. Machine-specific limits (e
Calculates highly accurate run-times for the panel saw based on feed speeds, blade changes, and material thickness.
Essential for high-end cabinetry, it locks the orientation of wood grain across doors and drawer fronts.
Faster calculation and optimized cutting mean more parts per hour 1.2.1.
Tracks precise sheet counts, dimensions, material types, thicknesses, and costs.