Robotic arms play multiple roles in automated production lines, including material handling and transport, assembly and integration, processing and machining assistance, inspection and quality control, as well as coordination and collaboration, making them integral components for achieving automation in production lines.

• Material Handling and Transport: Robotic arms are used to handle and transport various types of materials and workpieces, including raw materials, finished products, and semi-finished products. They can move materials from one location to another, enabling automated material handling and conveying.

• Assembly and Integration: Robotic arms with precise control and positioning capabilities are employed for assembling and integrating parts or components, completing complex assembly tasks. They accurately position parts to designated locations and perform precise assembly operations, enhancing assembly efficiency and quality.

• Processing and Machining Assistance: Robotic arms can be equipped with various tools and attachments, such as grippers, grinding wheels, drills, etc., for processing and machining assistance operations. They can execute various machining tasks such as grinding, drilling, threading, etc., realizing automated machining processes.

• Inspection and Quality Control: Robotic arms can be equipped with sensors and vision systems for product inspection and quality control. They detect defects, dimensional deviations, and other issues on product surfaces, providing real-time feedback and adjustments to ensure product quality meets requirements.

• Coordination and Collaboration: Robotic arms can coordinate and collaborate with other automation equipment and systems, achieving automated control and management of various processes on the production line. They work in conjunction with conveyors, vision systems, PLC control systems, etc., realizing intelligence and integration of the production process.