Material handling robots are a type of robot widely used for tasks such as acquiring, handling, transporting, and depalletizing packaged items. They are high-tech electromechanical products that integrate disciplines such as mechanics, electronics, information, intelligent technology, and computer science.
Material handling robots have great potential in addressing labor shortages, improving labor productivity, reducing production costs, minimizing manual labor, and improving the production environment. With a wide variety of gripper types, material handling robots can be widely used in industries such as feed, fertilizer, petrochemicals, beverages, food, pharmaceuticals, beer, and daily chemicals.
Key features of handling robots:
1. Small footprint. This facilitates the layout of production lines in the customer's factory and allows for a larger warehouse area. The handling robot can be effectively used even in narrow spaces.
2. Simple structure and few parts. Therefore, the failure rate of parts is low, the performance is reliable, maintenance is simple, and few spare parts need to be in stock.
3. Low energy consumption. The power consumption of a typical material handling robot is around 26KW , which greatly reduces the operating costs for customers.
4. High adaptability. When the size, volume, shape, or pallet dimensions of a customer's product change, only minor modifications need to be made on the touchscreen, without affecting the customer's normal production. In contrast, changes to traditional palletizers are quite cumbersome or even impossible.
5. All controls can be operated on the control cabinet screen, making operation very simple.
6. Only the starting point and placement point need to be identified, and the teaching method is simple and easy to understand.
