Beam and panel saw optimization software improving yield, throughput and future flexibility

Machine-independent optimization software, that works for more than 40 years with all major panel saw and beam saw machines, helping panel-cutting companies to get more value from their current and future machine park.

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ARDIS® provides advanced cutting optimization software used by woodworking companies to improve panel cutting performance and reduce material waste.

Machine-independent. Woodworking-specific. Built to grow with your production.

Used by woodworking manufacturers operating panel saw and beam saw machines across multiple brands.
This page is for you if …
  • Your cutting patterns are not optimal and material utilization could be improved.
  • You are investing in a new panel saw or beam saw (and the vendor proposes their own software).
  • Your production environment includes multiple panel saw machines or nesting machines running different software.
  • You want cutting optimization software that works across your entire machine park.


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What the right optimization software should improve

Optimization software should do more than calculate better cutting patterns. It should help you get more out of your current setup, reduce unnecessary manual work and support the way your production really runs.

  • Material utilization

Advanced panel cutting optimization software should generate efficient cutting patterns that maximize board yield and reduce material waste.

  • Production throughput

The optimizer should generate optimized saw programs and cutting sequences that allow panel saw and beam saw machines to run at maximum efficiency with minimal operator intervention.

  • Production flexibility

Modern saw optimization software should work across different machine brands and allow woodworking companies to keep their production environment efficient as their machine park evolves.

  • Long-term scalability

The right cutting optimization software should support future growth, allowing companies to add panel saws, beam saws, robotic saws, CNC machines or automated storage systems without changing their software infrastructure.



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Basic optimization is often enough when…

  • avoiding obvious material waste is sufficient, rather than maximizing material yield
  • acceptable cutting patterns are sufficient for your operations
  • your order mix is relatively stable and easy to process
  • operators can handle exceptions manually without significantly affecting throughput


Download the optimization checklist  ›

A broader optimization approach becomes more relevant when…

  • throughput and production flow matter just as much as material yield
  • your saw operations become a bottleneck that impacts downstream production
  • your production environment includes multiple machines such as panel saws, beam saws or nesting machines
  • your machine park includes equipment from different machine brands


Book a personalized optimization check  ›

Why ARDIS® delivers what you need

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Independent from machine vendors

Choose cutting optimization software that fits your production strategy, not just the machine you happen to buy today. ARDIS® works across panel saws, beam saws and nesting CNC machines, helping you keep full control over your software environment.

Built for real production performance

ARDIS® improves material yield, throughput and execution stability by generating optimized cutting patterns and saw programs that allow machines to run efficiently on the shop floor. 

One approach across brands and future changes

Avoid software fragmentation and keep flexibility across your machine park and production environment.

Woodworking-specific and future-proof

ARDIS® is designed for woodworking production realities, including grain direction, labeling, stack rules, material mixes and evolving production workflows.

Frequently Asked Questions (FAQ) ——

1. What does beam saw optimization software actually improve?

Beam saw optimization software improves cutting efficiency, material utilization and production throughput. It generates optimized cutting patterns and machine programs that allow panel saw and beam saw machines to run more efficiently while reducing manual preparation and operator corrections.

2. How can optimization software increase panel saw throughput?

Optimization software increases panel saw throughput by generating efficient cutting patterns and optimized saw programs. By organizing cutting sequences and reducing manual interventions, the software allows panel saw machines to process more panels or stacks per hour.

3. How can I improve material yield on my panel saw or nesting machine?

Material yield can be improved by using cutting optimization software that calculates more efficient cutting patterns. The software analyzes part dimensions, panel sizes and production constraints to reduce waste and maximize the use of each panel.

4. Can one software system work with machines from different manufacturers?

Yes. Independent cutting optimization software can generate machine programs for panel saw, beam saw and nesting CNC machines from different manufacturers. This allows companies to use one optimization platform across their entire machine park instead of relying on vendor-specific software.

5. Can optimization software automatically import production data or part lists?

Yes. Modern cutting optimization software can automatically import production data such as part lists, orders or material specifications from ERP, CAD/CAM or other production systems. This reduces manual data entry and ensures that optimization is based on accurate production information.

6. Can optimization software automatically generate saw and CNC programs?

Yes. Optimization software can automatically generate machine-ready cutting programs based on optimized cutting patterns. These programs are then sent directly to panel saw or nesting machines, reducing manual preparation and ensuring consistent execution.

7. Is machine vendor software enough for a woodworking manufacturer?

Machine vendor software can be sufficient for simple environments with one machine. However, many woodworking manufacturers eventually need independent cutting optimization software that works across different machines and supports more complex production workflows.

8. What should I review before choosing optimization software with a new saw?

Before choosing optimization software for a new panel saw or beam saw machine, review how the system handles cutting patterns, machine integration, data import and future production changes. Independent optimization software often provides more flexibility as machine parks evolve.

Why manufacturers trust ARDIS®
  • 40+ years in woodworking production environments
  • Trusted across leading machine brands
  • Software approach that can grow across machine generations and changing production setups
  • Experience with both stand-alone optimization and broader production environments
  • Clients all over the world