Application in palletizing

In terms of palletizing in various factories, highly automated robots are widely used. Manual palletizing work is intensive and labor-consuming. Employees not only need to bear huge pressure, but also work efficiently. Low. The handling robot can carry out efficient classification and handling according to the characteristics of the objects to be transported and the places where the objects are classified, while keeping their shape and the properties of the objects unchanged, so that the packing equipment can complete hundreds of pieces per hour. palletizing tasks. It plays an important role in unloading and unloading materials on the production line and handling containers.

Application in assembly

 In industrial production, the assembly of parts is a huge amount of work and requires a lot of labor. The former human assembly has been gradually replaced by industrial robots due to high error rates and low efficiency. . The research and development of assembly robots combines a variety of technologies, including communication technology, automatic control, optical principles, microelectronics technology, etc. R&D personnel write appropriate programs based on the assembly process and apply them to specific assembly work. The biggest features of assembly robots are high installation accuracy, flexibility and durability. Because the assembly work is complex and delicate, we choose assembly robots to install electronic parts and fine automotive components.

Application in welding​

Welding robots are mainly responsible for welding work. Different industrial types have different industrial needs, so common welding robots include spot welding robots, arc welding robots, laser robots, etc. The automobile manufacturing industry is the industry where welding robots are most widely used. It has advantages that manual welding cannot match in terms of welding difficulty, welding quantity, and welding quality. 

Application in detection

Robots have multi-dimensional additional functions. It can replace the work of staff in special positions, such as detection in high-risk areas such as nuclear contaminated areas, toxic areas, nuclear contaminated areas, and high-risk unknown areas. There are also places that humans cannot reach specifically, such as the detection of diseased parts of patients, the detection of industrial defects, and the detection of life at earthquake relief sites. 

Applied to machine tools

The application of industrial robots in the field of machine tools continues to expand, providing strong support for the intelligent upgrade of the manufacturing industry

Loading and unloading application: The most typical application of industrial robots on machine tools is single machine loading and unloading, which is more accurate, rapid and safe than manual, especially for large quantities and short processing time parts processing.

Composed of flexible production line: robot and multiple machine tools composed of flexible production line, to achieve the rapid conversion of workpiece processes, improve production efficiency, to meet diversified production needs.

Joint processing process: robots are not only used for loading and unloading, but also replace manual punching, bending and other processing processes to improve product quality and production efficiency.

Independent processing: Robots equipped with special claws or cutting tools can independently complete cutting, grinding, polishing and other processes, or even directly used as machine tools.