We remain committed to evolving hardware for enhanced user experience and software for comprehensive monitoring of fish in submerged pens. The result? A methodology where both sea lice and fish health are continuously measured. By monitoring key parameters for fish growth and welfare, we make it possible to keep an eye on developments in the depths. Therefore, we can expect an operational method where both the lice and the fish’s welfare are fully controlled.
First priority – lice control 📊
Both scientific research and field experience highlight a decrease in sea lice in submerged pens. However, biological production inherently brings unpredictability, emphasizing the crucial need for sea lice control even in the depths. We address this with precise lice counting through our camera system delivering high-quality images and efficient machine vision. With our bioscope in place, daily monitoring of sea lice becomes seamless. Hundreds of fish provide a daily basis for high accuracy for sexually mature and mobile sea lice. In addition, you will get an update on the sea lice level.Monitoring fish development🐟
Our bioscope doesn’t just monitor—it delivers precision! It ensures precise weight estimates, offering control of growth and the K-factor. This way, you can see how the fish performs in the depths of the interaction with feed and feeding. This enables you to observe how fish perform in the depths. On the OptoScale web portal, you can also track the development of wounds and maturation. In addition, you can also examine health and quality by high-quality images.Enhanced control through new solutions for submerged operations🔧
We are gearing up to launch tailored solutions specifically designed for submerged fish farming in deep operation. Ongoing updates to hardware will simplify the operation and maintenance of the bioscope. Simultaneously, new software features will introduce additional parameters for insights into fish health and welfare. OptoScale will keep innovating relentlessly to bring you the control and precision you and the fish need for thriving in submerged operations. 📈New solutions will be published here 👉 https://optoscale.no/nedsenket-drift/
