Screw driving robot is a robot specifically designed to perform screw driving tasks in manufacturing processes. They are often used in applications that require precise torque control or repetitive screw driving tasks at multiple locations, such as on assembly lines or when installing parts that use a large number of screws.

Characteristics of Screw-Driving Robots

Torque Control: Screw-driving robots are typically equipped with sensors or control systems that enable precise torque settings. This ensures that the screws are tightened securely without damaging the threads or material.

Automation: Robots can automatically tighten screws at designated points without human intervention, increasing productivity and reducing human error.

Position Detection: These robots often have sensors or cameras to detect the position of screws and components, enabling them to be precisely tightened in the correct location.

Industrial Applications: Screw-driving robots are widely used in manufacturing industries such as automotive, electronics, and machinery manufacturing, where large numbers of screws must be tightened consistently and accurately.