Friction hinges are widely used in industrial robots due to their ability to provide controlled and precise rotational movement. Here are some of the applications of friction hinges in industrial robots:
- Robot Arms: Friction hinges are used in the joints of robot arms to provide precise movement and control. The hinges are designed to provide the required resistance to movement while being able to withstand the repeated and continuous motion of the robot arm.
- Grippers: Friction hinges are used in robot grippers to control the opening and closing of the gripper fingers. The hinges provide precise and smooth movement while maintaining the required force to hold the object securely.
- Positioning Systems: Friction hinges are used in robot positioning systems to control the movement and orientation of the workpiece. The hinges provide controlled and precise movement while maintaining the required force to keep the workpiece in position.
- Inspection Systems: Friction hinges are used in robot inspection systems such as cameras and sensors to control the movement and orientation of the inspection tools. The hinges provide smooth and precise movement while being able to withstand the repeated use of the inspection system.
- Welding Systems: Friction hinges are used in robot welding systems to control the movement and orientation of the welding torch. The hinges provide precise movement while maintaining the required force to ensure a quality weld.
In summary, friction hinges are widely used in industrial robots for various applications that require controlled and precise rotational movement. The hinges are designed to withstand the repeated use and continuous motion of the robot while providing the required resistance to movement.