UR manufacturers believe that practical application scenarios are an important component of new technology applications. The more scenarios used, the wider the application and the greater the expected future space. However, if a technology is born without practical application scenarios, it cannot be integrated into people's daily lives and production manufacturing, which will have a fatal impact on its subsequent development.

UR manufacturers believe that the application characteristics of UR robots are very obvious, mainly to replace manual operations in dangerous scenarios or to replace high-intensity, repetitive movements. If the work scenario meets the above two characteristics, the robotic arm technology of UR robots can be applied. The application scenarios of UR are mostly in manufacturing and heavy industry, such as metal processing, polishing, assembly, palletizing, rubber and plastic, spraying, automatic welding, etc.

1. Metal processing and polishing

UR manufacturers believe that metal processing mainly involves processing raw materials such as copper, iron, and aluminum into items and components. Can replace manual forging, rolling, wire drawing, impact extrusion, bending, shearing and other processes; The UR robot drives the end pneumatic sanding machine to automatically replace sandpaper of different particle sizes, and perform rough grinding, fine grinding, and polishing on the workpiece. The UR manufacturer believes that the UR robot automatically removes and replaces sandpaper of different particle sizes, with two workstations, one for polishing and one for loading and unloading workpieces. Grinding and polishing work is always carried out in a water-based environment, mainly used for blade grinding and polishing in aviation, navigation, and nuclear power plants. Compared with manual polishing, UR robots have the characteristics of short processing time, high contour accuracy, small surface roughness, and good processing consistency, and can adapt to heavy loads and harsh working environments.

2. Assembly of application programs

UR manufacturers believe that UR robot assembly generally refers to automotive assembly. On an automated production line, car assembly is divided into a series of programs. Engineers set up various plans to coordinate with workers to meet the installation requirements of components such as car doors, front covers, tires, etc.

3. Stacking and handling

UR manufacturers believe that due to the large supply of goods in the fast-moving consumer goods manufacturing industry and the rapid increase in labor costs, equipping packaging lines with automatic palletizing equipment can improve production efficiency and reduce production costs. System features: The system is safe and stable, ensuring palletizing speed, preventing damage to the appearance of packaging boxes, ensuring accurate positioning, and smooth palletizing. UR manufacturers believe that UR robots are computer-controlled and have functions such as mobility, automatic navigation, multi-sensor control, and network interaction. It can be widely applied to flexible handling and transmission in various industries, as well as automated warehouses, flexible processing systems, and flexible assembly systems.

4. Rubber and plastic

UR manufacturers believe that in tire tread production, there are many cutting stations, which are dry, repetitive, and dangerous. Therefore, it is hoped that a computer system can be designed to replace manual cutting and improve production efficiency. The one shift work system can be increased from UR robots to two to three shifts, which reduces production costs in the long run.