Agro & Food Segment

1. Automation of Agricultural Machinery

• • Precision agriculture: Linear drive technologies are used in precision agriculture for precise control of seeders, fertilizer systems and harvesters. This ensures more efficient use of seeds, fertilizers and other resources, leading to higher yields and less waste.

1. • Milking robots: In dairy farming, linear drives are used in automatic milking robots, which can milk cows with minimal human intervention. This not only increases efficiency but also improves animal welfare.
     
     

2. Processing lines in the food industry

   • Packaging machines: Linear drive technology is widely used in packaging machines for accurately positioning and moving products. This is crucial for ensuring hygiene and minimizing product loss.
     
     
   • Slicing and portioning systems: In meat and fish processing plants, linear motors are used in slicing and portioning machines. They provide the precision needed to cut uniform pieces, which is essential for quality control and product consistency.
     
     

3. Greenhouses and Horticulture

   • Climate control: Linear drives play a role in the automation of climate control systems in greenhouses. This includes opening and closing ventilation shutters, adjusting awnings and controlling irrigation systems.
     
     
   • Vertical agriculture: In urban agriculture and vertical farms, linear drives are used to move and position plant systems, allowing efficient use of space and resources.

1. Precision and Reliability.

   • The precision of linear drives ensures that machines operate consistently and reliably, which is essential in industries where accuracy has a direct impact on product quality and yield.
     
     

2. Energy Efficiency

   • Modern linear drives are designed to be energy efficient, which helps reduce operating costs and reduce the carbon footprint.
     
     

3. Serviceability

   • Many linear drive systems are low-maintenance, leading to lower maintenance costs and less downtime in production processes.
     
     

4. Flexibility and Adaptability.

   • Linear drives can be easily adapted to different applications and environments, making them ideal for use in the diverse and changeable Agro & Food sector.

1. Internet of Things (IoT) and Smart Agriculture.

   • Integration of IoT technologies with linear drive systems to enable real-time monitoring and control, leading to further optimized farming practices.
     
     

2. Sustainability and Green Technologies.

   • Development of environmentally friendly linear drives that contribute to more sustainable farming and processing practices.
     
     

3. Autonomous Robots and Drones.

   • Use of advanced linear drive technology in autonomous robots and drones for tasks such as crop monitoring, weed control and precision fertilization.

The Agro & Food sector continues to evolve with increasing demands for precision, efficiency and sustainability. A&E' s linear drive technologies provide the solutions needed to meet these demands, enabling the sector to continue to grow and innovate.