What are the main applications of industrial manipulator?

The application scenarios of robotic arms are mostly in manufacturing industry, with heavy industry attributes, such as metal processing, polishing, assembly, machine tool loading and unloading, palletizing/handling, rubber/plastic, sorting and so on.

Metal processing is the processing of copper, iron, aluminum and other raw materials into articles, parts and components. It can complete forging, rolling, wire drawing, impact extrusion, bending and shearing instead of manual work.

Polishing: Robot-driven pneumatic grinding machine at the end automatically replaces sandpaper with different granularity, and carries out rough grinding, fine grinding and polishing on the workpiece. The robot automatically removes and replaces sandpaper with different granularity, and has two stations, one for grinding and the other for loading and unloading workpieces. Grinding and polishing operations are always carried out in a water-based environment.

Assembly, the mechanical arm assembly here generally refers to automobile assembly. On the automatic production line, automobile assembly is divided into processes, and engineers set up various processes to cooperate with workers to meet the installation of doors, front covers, tires and other components.

The feeding of machine tools is mainly aimed at the problem of difficult feeding in production, such as textile machine tools. The material itself is big and heavy, and manual operation will inevitably require many people to cooperate with it. The mechanical arm is used for feeding and discharging, with fixed procedures and actions, and only needs to feed and discharge.

Due to the large supply of goods in manufacturing or FMCG industries and the rapid increase of labor costs, automatic palletizing equipment on the packaging assembly line can improve production efficiency and reduce production costs. System features: the system is safe and stable, ensuring the stacking speed, ensuring the appearance of the packing box is not damaged, ensuring the accurate position and stable stacking.

Rubber/plastic

In the production of tire skin, there are many blanking stations, which are boring and repetitive, and have certain dangers. Therefore, it is hoped that a computer system can be designed to replace manual work to improve production efficiency, increase the working system of one shift from robots to two or three shifts, and reduce production costs in the long run.