In the sawmill industry, log measurement is a critical step that affects the efficiency of the entire production process and the value of the final product. Often, advancements in measurement technology bring challenges related to compatibility and investment needs. Finnos has solved this challenge with a unified measurement geometry, which opens the door to versatile development without equipment upgrades.
Measurement geometry refers to the scanner's physical structure and the angles from which measurement data is collected. When all scanners supplied by Finno have identical measurement geometry, numerous benefits arise:
One concrete example of Finn's way of thinking is Neuro CT. This AI-based technology would not be easily implementable without a unified measurement architecture.
Because every Fusion and Optimizer bulk scanner is based on the same measurement geometry, Neuro CT can be activated as a software upgrade, regardless of the device's year of delivery. This brings significant cost savings and extends the investment lifecycle.
A unified measurement geometry also enables seamless information flow between different systems. Measurement results are comparable throughout the entire process, whether it's log receiving, optimization, or post-analysis of lumber. This provides reliable data for both management and operators to support better decisions.
Finnos' solutions are based on the idea that customers should not have to reinvest to get the latest technology. A unified measurement geometry enables development that follows the customer for years.
The uniform measurement geometry of Finnos is not just a technical detail—it's a strategic choice that brings continuity, scalability, and cost-effectiveness to the system. This allows customers to benefit from continuous technological development without expensive equipment upgrades.
One measurement, many possibilities.
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