A robotic arm is a type of robotic device that can be operated in place of a human to perform physical tasks in different environments. It usually consists of several joints and arm segments with a human-like arm structure. A robotic arm controls its own motion and moves objects from one position to another based on a pre-defined program or sensor input. It has a wide range of applications in fields such as manufacturing, conveying, handling and precision assembly.
The use of robotic arms in automated production lines is becoming increasingly popular due to their accuracy, stability and efficiency. The customizable nature of robotic arms makes them adaptable to different working environments and needs. In addition, working environments with robotic arms are safer for operators, eliminating many of the risks associated with human operation, which is why robotic arms are widely used in the manufacturing industry.
With the continuous development of artificial intelligence and machine learning technology, robotic arm technology has a broader application prospect in many different fields. For example, robotic arms can assist healthcare workers in the medical field to realize surgical operations, and can also play a role in the field of exploration to assist in the completion of exploration, excavation and other work. In addition, along with the continuous development of intelligent manufacturing, precision processing, personalized customization will also become a hot spot for the application of robotic arms. It can be seen that the robotic arm as a modern intelligent manufacturing important carrier, and has a broad application prospects.