With the continuous advancement of technology and the expansion of application fields, the application of robotic arms in metal processing, medical and chemical fields will become more extensive. In the future, robotic arms will become more intelligent and flexible, able to adapt to more types of metal materials, medical equipment and chemical raw materials to meet more complex and sophisticated production needs.

In the field of metal processing, the application of robotic arms is very extensive. It can assist workers in completing complex tasks such as cutting, drilling, polishing, etc., improve production efficiency, and reduce the risks of manual operations. At the same time, the precise control and operation of robotic arms can also improve the precision and quality of metal processing, meeting the needs of various high-precision and high-quality metal products.

In the medical field, the application of robotic arms is also becoming more widespread. For example, in the operating room, robotic arms can assist doctors in minimally invasive surgery, improve the accuracy and efficiency of surgery. In addition, robotic arms can also be used in rehabilitation therapy, medical device manufacturing and other fields to provide more efficient and accurate services for the medical industry.

In the chemical field, robotic arms can be used for automated production lines of chemical products manufacturing. Through precise control and operation, robotic arms can achieve operations such as mixing, stirring, and conveying of chemical raw materials, improving production efficiency and quality. At the same time, robotic arms can also be used for the maintenance and inspection of chemical equipment, improving the safety and stability of chemical production.

It can assist workers in completing complex tasks such as cutting, drilling, polishing, etc., improve production efficiency, and reduce the risks of manual operations.