We offer an extensive range of innovative and reliable conveying and product handling systems designed to move products seamlessly through the production line. Our solutions are engineered to optimize efficiency, ensuring that every stage of the process is streamlined and that your operations run smoothly, from start to finish.
In fruit and vegetable production operations, the picking and harvesting process accounts for about 40% of the entire operation. The traditional manual picking method is highly labor-intensive and is affected by weather and sunlight restrictions. It not only has low efficiency but also impacts the quality of work, with no guarantee of consistent results. Additionally, the safety hazards during the picking process cannot be ignored. The emergence of unmanned picking robots addresses the current challenges in fruit picking by automating the harvest process. These robots can adapt to environmental changes, ensure work efficiency, and meet the needs of the developing fruit industry.
Based on deep learning and large-scale image training, it can accurately identify comprehensive information such as fruit and vegetable categories, locations, and confidence levels in pictures.
From forward and inverse kinematics, kinematics to dynamics, from joint coordinate system to Cartesian coordinate system.
Force feedback control combined with visual recognition enables precise grasping of objects.
A fully autonomous agricultural transport vehicle, equipped with proprietary core technology, is capable of performing a range of functions, including handling heavy objects in the field and efficiently transporting agricultural products. This advanced vehicle enhances productivity by automating the transportation process, ensuring timely and safe delivery of goods from the field to their destination, while reducing the need for manual labor and improving overall operational efficiency.
Equipped with Shengheng intelligent control system, binocular vision is combined with RTK navigation to intelligently plan driving routes and achieve fully automated operations.
Front-mounted ultrasonic obstacle avoidance accurately senses obstacles ahead and assists the emergency stop button to achieve safe and reliable motion control.
Intelligent display of driving route and operating status enables two-hand control and one-button operation.
The 3D manipulator is an automated device that can imitate human arm movements and has high flexibility and adaptability. This solution aims to design a 3D manipulator with high precision, fast response and strong load capacity to meet the needs of complex industrial application scenarios. The manipulator will achieve excellent performance through optimized mechanical structure design, electrical control system design and software algorithm design.
Based on deep learning and large-scale image training, it can accurately identify comprehensive information such as fruit and vegetable categories, locations, and confidence levels in pictures.
From forward and inverse kinematics, kinematics to dynamics, from joint coordinate system to Cartesian coordinate system.
Force feedback control combined with visual recognition enables precise grasping of objects.
We specialize in designing and manufacturing customized machines tailored to your specific industrial automation needs. Our innovative solutions are crafted to enhance efficiency, precision, and productivity in your operations.
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