Case Study

Home / Company / Case studies / Autonomous Asparagus Harvester

Autonomous Asparagus Harvester

Efficient and gentle handling of asparagus is essential in automated harvesting to maintain crop quality and productivity. Traditional harvesting methods can be labor-intensive and inconsistent, and transitioning to autonomous systems presents unique challenges. The integration of Broekema belted chain technology in an autonomous asparagus harvester offers a solution that enhances efficiency, ensures proper orientation, minimizes crop damage, and maintains robustness. This case study examines the deployment of Broekema belted chain systems in an autonomous asparagus harvester.

Challenges

The challenges faced included ensuring the correct orientation of asparagus during transportation through the harvesting robot, preventing damage to the delicate crop, and requiring a system that is not too heavy yet robust enough to withstand continuous use. Additionally, the technology needed to be capable of operating autonomously in diverse field conditions without compromising on efficiency or crop quality. The objective was to implement Broekema belted chain technology in an autonomous asparagus harvester to ensure gentle handling, correct orientation, minimal crop damage, and robust performance, thereby enhancing overall harvesting efficiency and productivity.

Solution

The solution involved equipping the autonomous harvester with Broekema belted chain systems designed for gentle handling and proper orientation of asparagus. The lightweight yet durable belted chains prevented damage to the delicate asparagus stalks. Advanced sensors and control systems were integrated to ensure precise orientation and handling of asparagus during transportation through the harvester. The robust design of the Broekema belts ensured continuous use in varying field conditions, enhancing efficiency and maintaining high crop quality.

Want to discuss your conveyor belt needs?