Robot for Harvesting Stem Vegetables
Experience the next wave of agricultural innovation from the Robotics Laboratory at the Faculty of Electrical Engineering, University of Ljubljana. We're excited to introduce our mobile robotic system, engineered specifically for the automatic harvesting of stalk vegetables.
- Advanced Technology
- The core of our solution is a crawler-based mobile platform integrated with a parallel robotic system. This technology enables selective harvesting of individual plant shoots as the robot traverses across the field. The robot is fitted with a soft gripper, carefully designed to adapt to varying dimensions and forms of the shoots, assuring an optimal harvest every time.
- Precision and Efficiency
- We use a revolutionary detection system based on data from a color and depth camera, in synergy with a laser scanner. This blend of technologies allows for precision picking, and dramatically increases the efficiency of the harvesting process.
- Real-Word Applications
- After successful laboratory testing, we're eager to validate our robotic system in real-world conditions. This season, watch our technology come to life in asparagus plantations, marking a crucial step in transforming the future of farming.
- Beyond Harvesting
- Although our mobile robotic system is designed for the precision harvesting of stalk vegetables, its adaptability offers a significant advantage for other agricultural applications, notably in weed control. With minor adjustments to the existing technology, the robot can be configured to identify and eradicate invasive weed species. The same advanced camera and laser scanning technology that allows for precision harvesting can also be used to distinguish weeds from crops, enabling the robot to precisely remove unwanted vegetation without damaging the plants.
Join us on this pioneering journey as we bring automation and precision to agricultural harvesting.
See technology in action
