is more than a nesting tool; it is a strategic layer of intelligence between your design department and your factory floor. In an era where material costs are volatile and labor is scarce, the ability to extract every square inch of use from a sheet of plywood while reducing programming labor is a competitive necessity.
+-----------------------+ | ERP / CAD-CAM Data | +-----------+-----------+ | v +-----------------------+ | Biesse OptiPlanning | | - Yield Adjustment | | - Time Simulation | +-----------+-----------+ | v +-----------------------+-----------------------+ | | v v +------------------------+ +------------------------+ | XML / CPOUT Link | | Remnant / Edge Database| +--------+---------------+ +------------------------+ | v +------------------------+ | Biesse Selco Beam Saw | +------------------------+ Technical Features & Capabilities
OptiPlanning is not a standalone island. It works best within Biesse’s "Factory of the Future" ecosystem: biesse optiplanning software
Beyond simple math, the software acts as a nervous system for the factory floor. It integrates seamlessly with ERP systems and Biesse’s proprietary machine interfaces, such as bSuite. This connectivity allows for:
To evaluate OptiPlanning for your specific workflow, request a demo with a Biesse application engineer. Bring a complex job that failed on your current software—and watch the software solve it in under 60 seconds. is more than a nesting tool; it is
A complex job that might take an hour to program manually can be optimized in OptiPlanning in under 5 minutes. Drag-and-drop functionality and batch processing allow a single operator to manage multiple CNC machines.
At its core, is a Computer-Aided Manufacturing (CAM) and nesting solution specifically engineered for Biesse’s range of CNC machining centers (such as the Rover and Arrow series). Unlike generic nesting software, OptiPlanning is built to exploit the specific mechanical capabilities of Biesse machines, including drill heads, aggregates, and the HSK spindle interface. It works best within Biesse’s "Factory of the
Even the best software fails without proper setup. Avoid these common mistakes:
A pattern that achieves near-zero waste might require dozens of manual board rotations. This reduces machine throughput. Conversely, a highly rapid, repetitive cutting sequence can result in massive offcut scrap piles. OptiPlanning allows industrial planners to alter optimization weights. Planners can bias the system toward maximum raw board utilization or maximum physical parts throughput depending on production bottlenecks.
In the high-stakes world of wood and advanced material processing, efficiency isn't just a goal—it’s a necessity. stands as a cornerstone for manufacturers looking to bridge the gap between complex design and physical production. By serving as a sophisticated optimization engine, this software transforms cutting lists into high-yield patterns, ensuring that every square inch of raw material is utilized to its maximum potential. Precision Engineering and Waste Reduction
The software utilizes a 32-bit Windows architecture that allows it to operate both directly at the saw's control PC or on separate office workstations. Multi-Criteria Optimization Algorithms