448 results found
    1. FLEXI-GROW MAX Toplight with wireless dimming and control on 4 channels

      FLEXI-GROW MAX Toplight with wireless dimming and control on 4 channels

      The Flexi-Grow MAX with its outstanding PPF reaching up to 5200 μmol/s, and 4.1 umol/J efficacy is the ideal choice for the replacement of the traditional 1000W High Pressure Sodium lamp. Similarity in the mounting and cabling options allow smooth transition from the existing HPS lighting system into LED based solution offered by Food Autonomy. Key benefits: - up to 4-channel & wireless dimming option - flexible spectrum, output and efficiency - reaches 4.5 μmol/J when dimmed to 50% - light level up to 5200 μmol/s - fewer luminaires - double the light output of an HPS - wide beam - outstanding uniformity - up to 1300W

    2. FlexSorter

      FlexSorter

      The FlexSorter is a unique selection equipment that combines transplanting and multiple class selection into one simple step. The FlexSorter extracts plants from the donor tray with our in-house developed plant grippers, assisted by a pusher pin system from below. The machine is unique since it selects plants and handles the plugs only once. The plant grippers give the plants space so that it's easy to determine the plant's quality. After selection, the FlexSorter transfers approved plants to the selected destination belts, grade by grade. The number of classifications depends on the number of destination belts and is maximized at four. Discarded plants and empty plugs are collected on a waste belt. The selected trays are all combined, class by class. Both the machine and the imaging system offer an easy-to-understand user interface with inbuilt self-diagnosis. The FlexSorter is the new generation of selection equipment, avoiding plant damage due to double handling of plants.

    3. Floating screens, more efficient oxygen input at wastewater treatment plant.

      Floating screens, more efficient oxygen input at wastewater treatment plant.

      More efficient oxygen input at Eerbeek wastewater treatment plant through floating screens Albers Alligator. The aeration process is one of the most important parts of the wastewater treatment process at Industriewater Eerbeek (IWE). During this process, aerators introduce additional oxygen into the water and set the water in motion so that the bacteria can do their job as well as possible (eat the wastewater "clean"). Albers Alligator, after a joint brainstorming session, developed a product in which the aerator tank can be divided into two compartments. The floating screen allows the sections of the basin to be aerated in different ways (bubble regulation). This allows the amount of oxygen to be better regulated and exactly where it is needed for the bacteria to do their job properly. This method of aeration ensures that less oxygen is needed overall to purify the water and drain it to the post-sedimentation tank, energy costs go down (as the blowers that blow air into the tanks use a lot of energy). The water footprint is reduced in this way and the goal of being fully circular comes another step closer. Would you also like to sit down together to see if we can reduce the oxygen consumption at your wastewater treatment plant? Then please contact us.

    4. Floor sweeper Stefix 150

      Floor sweeper Stefix 150

      The Stefix 150 is a unique sweeper with a sweeping width of 1.500 mm including 2 side-brushes. The machine was developed and designed by Steenks Service itself. The machine is unique because of its wide sweeping width combined with its capacity and simplicity. The 6 m2 dust filter makes the machine highly suitable for sweeping both dirt and fine dust. Thanks to the electric drive on the front wheel and simple operation, a capacity of 9,000 m2 per hour is achievable.

    5. FormFlex® Cultivation Gutters

      FormFlex® Cultivation Gutters

      Whatever you grow in the greenhouse, our FormFlex® growing gutters are there for any crop. Worldwide, these cultivation gutter models are the standard. But they are far from standard. Because each growing trough is fully customizable to fit your specific crop and conditions. On site, anywhere in the world We produce cultivation gutters at any length. This way, we keep the number of links to a minimum. Because we have mobile profiling machines, we profile cultivation gutters at your location. Directly in the right place, anywhere in the world.

    6. FRAVEBOT Scout

      FRAVEBOT Scout

      FRAVEBOT Scout is an autonomous greenhouse robot designed to give growers continuous insight into their crop. It performs plant health and disease detection, identifies pest pressure, and tracks fruit counting and ripeness recognition, helping growers understand both crop condition and production progress in real time. Scout is developed specifically for high-wire crops and is ready to be launched in tomato, cucumber, and pepper production. By moving through the greenhouse daily, it replaces occasional manual scouting with systematic, repeatable data collection. The robot scans the crop row by row, creating a complete and objective overview of the greenhouse rather than isolated observations. This enables earlier problem detection, more targeted crop protection, and reliable yield forecasting based on actual fruit load and development. All collected data is transferred wirelessly and made available in real time through FRAVE Cloud, where growers can view clear dashboards showing crop status, pest and disease levels, fruit counts, and ripening stages. Data can also be integrated into existing farm management systems via API connections, allowing Scout to fit seamlessly into current workflows. To operate at scale, FRAVEBOT Scout uses fully autonomous RTK-guided navigation, independently changing rows and covering up to 5 hectares per day. This enables frequent monitoring of large greenhouse areas without increasing labour demand. Equipped with industry-certified safety features, Scout is designed to work safely alongside people and greenhouse infrastructure in everyday operations. Once deployed, it becomes a permanent digital layer in the greenhouse, continuously collecting data in the background. FRAVEBOT Scout supports growers in moving from manual observations to data-driven crop management, helping achieve healthier crops, more efficient labour use, and more predictable production.