Biesse Optiplanning Software [new]

Biesse OptiPlanning — Product report (summary)

Purpose

• OptiPlanning (also marketed as B_OPTI / Biesse Opti) is nesting/optimization software for panel cutting that minimises material waste, cutting time and production costs by computing cutting patterns from a parts list and available panels.

Key capabilities

• Automatic optimization of cutting patterns (minimise material, time, cost).
• Import of cutting lists from ERP, furniture design or management systems.
• Manual editor to modify one or more cutting patterns while preserving/recalculating optimized solutions.
• Management of panels, remnants and warehouse stock (features vary by edition).
• Calculation of real timings and cost per cutting phase.
• Integration with machine supervision and Biesse lines for direct transmission of processed cutting patterns.
• Support for small and large production batches; algorithms tuned for reliability on varied batch sizes.
• Discharge/output pile management (priority rules based on dimensions or piece descriptions).
• User-friendly UI and typical Biesse service/support (training, field engineers, teleservice).

Editions / feature tiers (typical)

• Easy / Standard / Professional LW / Professional HP (feature availability differs; higher tiers add automated warehouse inventory, advanced algorithms, larger-capacity optimizations and tighter machine integration).
• Basic: panels and limited manual remnants management.
• Higher tiers: automatic stock management, full panels/remains warehouse, advanced optimization parameters and higher-performance algorithms.

Technical & operational notes

• Runs on Windows; installation and use assume trained personnel and adherence to manufacturer-specified PC configuration and restrictions (manufacturer documentation forbids arbitrary OS changes or installing unapproved software on connected PCs).
• Provides extensive user manual and operator instructions (interface, tables, warnings, job-order/document workflow, parameter files, and reporting).
• Includes import/export, reports and functions for reserving/updating panels from the database.
• Manual edits trigger verification and reprocessing to update reports and keep optimization integrity.

Integrations & workflow

• Feeds from CAD/furniture-design systems and ERP reduce manual data entry.
• Can transmit optimized cutting patterns to Biesse machines and line supervisors; often paired with other Biesse software (B_NEST, B_SOLID, SmartConnection) in Industry 4.0 workflows.
• Typical workflow: import parts list → set materials/parameters/warehouse → compute optimizations → review/edit patterns → transmit to machine → track discharge piles and costs.

Benefits

• Reduced material waste and scrap.
• Shorter sectioning times and lower machine operating cost per part.
• Improved production scheduling and traceability when integrated with ERP and machine supervision.
• Scalable across small shops to large factories depending on edition.

Limitations & considerations

• Licensing and edition choice materially affect functionality (automatic stock, advanced algorithms).
• Best results require accurate panel/inventory data and correct parameterization (saw kerf, grain direction, priorities).
• Manufacturer documentation warns against installing unapproved software on the PC connected to machines and expects trained operators.
• Integration with non-Biesse equipment may require additional configuration or middleware.

Sources consulted

• Biesse product pages and software catalog (B_OPTI / Biesse software overview).
• Biesse OptiPlanning user manual and product brochure (detailed feature list, UI and workflow descriptions).

If you’d like, I can:

• Produce a 1–2 page technical spec comparing the OptiPlanning editions (Easy / Standard / Professional) with recommended edition for your production scale, or
• Draft an implementation checklist (hardware/OS requirements, data/import mapping, operator training, integration steps).

Optiplanning is a sophisticated production planning and cutting optimization software designed specifically for panel-processing operations. Developed entirely by Biesse (primarily associated with its

line of beam saws), it calculates the most efficient cutting patterns to minimize material waste, execution times, and overall production costs. Core Functionality Cutting List Optimization

: Based on a list of pieces to be produced and available stock panels, the software generates optimized cutting layouts. Material Minimization

: Uses advanced algorithms to maximize panel yield, significantly reducing scrap and offcuts. Cost Calculation

: Evaluates total production costs by balancing material usage against the processing time required on the machine. Graphic Interface biesse optiplanning software

: Provides a user-friendly environment with a graphic editor that allows for manual modifications of optimized patterns. Key Technical Features Flexible Integration

: Automatically imports cutting lists from external design software (like furniture design programs) and ERP/MRP management systems via standard interfaces such as CSV or ASCII. Material & Remnant Management

: Features automatic panel and remnant (offcut) management, ensuring that reusable scraps are tracked and prioritized for future jobs. Customizable Parameters

: Includes over 400 parameters to tune the optimization engine for different production needs, such as grain direction, piece priority, and edge allowances. Labeling & Traceability

: Supports the generation of barcodes and labels for part identification throughout the manufacturing process. Scalability : Offers different versions, such as Optiplanning Professional

, which includes higher-tier algorithms for large batches and advanced warehouse integration. Operational Workflow

: Manually enter the cutting list or import data from external software. Optimization

: The engine processes the data to create a cutting pattern that balances yield and machine speed. Simulation

: Users can run "what-if" simulations to compare different cutting strategies before committing to production.

: The final data is transferred via a network or disk to the machine's control PC (e.g., a Selco beam saw) for execution. WOOD TEC PEDIA Further Exploration Review the b_opti software overview

directly on the Biesse website for the latest updates on their optimization technology. Consult the detailed OptiPlanning Professional technical sheet

from Wood Tec Pedia for a deep dive into specific algorithm types and parameter settings. Access a legacy Selco Optiplanning technical manual

via Scribd to understand the software's foundational operating requisites and interface setup. into Optiplanning, or do you need help setting up machine parameters for a particular Biesse model? b_opti - Biesse Biesse OptiPlanning — Product report (summary) Purpose

Automatic import of the cutting list generated by the software for the design of furniture items and/or ERP management systems. selco optiplanning - WOOD TEC PEDIA

Biesse OptiPlanning a specialized software solution designed to optimize cutting patterns for panel-processing machinery . Developed by

, it serves as a bridge between design and production, focusing on reducing material waste and streamlining the sectioning phase for both small and large-scale furniture manufacturing. Core Functionality

The software calculates the most efficient way to arrange pieces on available panels to minimize three key factors: material consumption cutting times overall production costs

. It uses high-reliability calculation algorithms that leverage modern multiprocessor hardware to run multiple simulations simultaneously without slowing down production. Key Features Intelligent Inventory Management

: Tracks available panels and remains (offcuts), automatically updating stock levels through CSV or XML imports. Seamless Integration : Connects directly with Biesse's machining software

and general management systems to eliminate manual data entry errors. Multi-Material Lists

: Allows users to enter various materials on a single page, including specific machining requirements for individual pieces. Customizable Labeling

: Automatically generates and prints labels with custom layouts to track parts through subsequent manufacturing stages. Manual Editor

: Provides the flexibility to modify optimized cutting patterns manually if specific floor-level adjustments are needed. Software Versions

offers four distinct tiers to match different production volumes:

: Basic optimization for low volumes and single-machine setups.

: Adds material cost calculation and edge/laminate management. Professional LW OptiPlanning (also marketed as B_OPTI / Biesse Opti)

: Features automatic warehouse management and advanced cost reporting. Professional HP

: The highest tier, optimized for high-volume production and complex algorithm processing. integrates specifically with Biesse's Rover Biesse OptiPlanning Software Overview | PDF - Scribd

OptiPlanning is Biesse's proprietary software specifically developed for optimizing cutting patterns . It is primarily used with Biesse's Selco beam saws

(such as the SK 4 and SK 3) to minimize material waste, reduce production costs, and shorten sectioning times. Key Features and Functionality Database Management

: Includes dedicated areas for managing materials, panels, edgebanding strips, and laminate stocks. Advanced Optimization

: Utilizes algorithms to generate the most efficient cutting layouts, considering available material formats and "off-cuts" from previous jobs. Reporting and Printing

: Features a comprehensive reporting system for printing panel stocks, worklists, summary data, and detailed job reports. Integration

: Seamlessly communicates with Biesse machines, allowing for direct remote software updates and precise machine stoppage predictions. Visual Interface

: Uses a toolbar-driven system with color-coded warning icons to guide operators through the database and setup processes. Primary Modules Materials Database

: Tracks raw panel stock and manages "drops" (usable leftover material). Cutting Lists

: Handles the input of dimensions and quantities for the pieces to be produced. Optimization Parameters

: Allows users to customize the logic for how panels are nested or cut to balance speed versus waste reduction. For detailed operational instructions, you can access the Biesse OptiPlanning Manual or explore related bSuite integrated solutions for broader woodworking software applications. integrating OptiPlanning with specific Biesse machine models like the Selco SK 4 Biesse Optiplanning Manual | PDF | File Format - Scribd

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The Optiplanning Workflow

To understand the software, it helps to visualize the steps an operator takes:

1. Import: The user imports the list of parts (usually from a cut list or CAD software).
2. Assignment: The user assigns materials and thicknesses to the parts. The software groups parts by common material.
3. Nesting: The user clicks "Nest." The software calculates the arrangement on the sheet sizes available in the virtual warehouse.
4. Editing/Verification: The operator can manually tweak the layout if necessary (e.g., moving a part slightly to ensure a clamp doesn't hit it).
5. Output: The software generates the machine code and creates a Nesting Map (a visual drawing for the operator to follow).
6. Labeling: It drives label printers to apply labels to the parts as they are unloaded.

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Key Features of Biesse OptiPlanning

• Grain Management: Users can toggle "Directional Constraint" on or off. For solid wood veneers or brushed metal, where grain direction must run vertically on a cabinet door, OptiPlanning aligns parts while still maximizing density. For interior parts where grain doesn't matter, it frees the parts to rotate 360 degrees.
• Skin Management: For laminated panels (melamine, thermofoil), the software allows you to map defects or "skins." If a sheet has a scratch on the left edge, OptiPlanning will avoid placing a highly visible part in that zone.
• Remnant/Residual Management: OptiPlanning tracks offcuts. After cutting a sheet, the software can measure (via integrated scanner) or manually define the remnant shape. That remnant is saved to the inventory database for future jobs. Six months later, when a small job arrives, OptiPlanning will automatically pull that remnant before cutting a full new sheet.
• Biesse Sync Integration: When paired with Biesse Sync (the ERP/MES layer), OptiPlanning becomes fully automated. A sales order entered in the morning triggers barcode generation, nesting, and machine G-code production without human intervention by lunch.

3. Multi-Machine & Postprocessor Support

• Outputs machine code (CNC) for Biesse Rover, Skipper, Uniteam, etc.
• Includes postprocessors for drilling, grooving, routing, and vertical/horizontal aggregates.
• Supports offline programming – no machine downtime.