Material handling is the most common application of industrial robots. Our robots are also widely used in material handling applications in industries such as 3C electronics, automobiles and their parts, photovoltaic lithium batteries, and home appliances due to their high precision, high speed, rich technology, and flexible application.

1. Flexible programming enables handling applications

Our robots can handle various complex environments, such as confined spaces and high-temperature, high-humidity environments, ensuring the smooth execution of material handling tasks. They can be flexibly configured according to actual needs, and the robot's material handling application can be completed through on-site online teaching programming or remote offline simulation programming, allowing for rapid deployment of the robot in actual production.

2. Industry-specific application process packages for material handling applications

Our robots possess a deep understanding and mastery of material handling applications such as metal machining, die casting, sheet metal stamping, photovoltaic layout, and logistics palletizing. We provide industry-specific application process packages tailored to end-customer needs, simplifying the robot commissioning process and providing customers with actual production process information, thus achieving the informatization and digitalization of the production process.

3. Vision system enables flexible handling applications

The robot can be equipped with a vision camera and proprietary image processing algorithms to identify the shape, color, size and other information of objects. Vision-guided positioning and flexible grasping using a vision-plus-following system enable precise positioning and grasping, improving the adaptability and felxibility of robot handling, reducing human intervention, significantly increasing handling speed and accuracy, and lowering production costs.

4. Intelligent technologies enable intelligent material handling applications

Robots, integrating artificial intelligence technology, can continuously learn and optimize handling strategies. Based on changes in the production environment and actual needs, they automonously adjust parameters such as handling paths and speeds, improving handling efficiency and accuracy, thus achieving intelligent material handling. Furthermore, remote monitoring and maintenance of robots enhance equipment reliability and stability.

By integrating robots to automate material handling in production, robots can significantly improve production efficiency, reduce production costs, and bring significant economic benefits to enterprises. At the same time, the application of robots can significantly reduce labor costs and minimize waste of human resources.