Robot Force Testing

The application market of collaborative robots is very wide, and there are also large application scenarios in the consumer entertainment industry, such as robot arm dolls, coffee broaching, ice cream production, sliced noodles production, etc.

Man-machine cooperation has gradually entered the market, and technical training related to machine force sensors has gradually emerged in the education and training industry. The six-axis force sensor has a good display effect in simple applications such as compliant dragging indication, anti-collision test, precision assembly, and reproduction track.

When robot gripper holds something, it is often controlled by the motor on the gripper to adjust the inclination angle of the gripper and the motor, so as to realize the grasping of the end of gripper and the object.

Now our requirements for flexible application and rapid response of robots are gradually increasing. Dragging teaching technology is the process of manually recording the information of teaching process and completely reproducing its posture or motion trajectory after reaching the specified posture state or specific motion trajectory through the handheld robot directly.

The automotive industry has strict control over product quality. When testing small and lightweight parts, it is often accompanied by high-frequency testing. Especially for some key parts, it is required to pass tens of thousands of tests before being allowed to use.

Collaborative robots have gradually been promoted in the field of massage and physiotherapy. Its machine vision can better locate the user’s acupoints, so as to achieve accurate positioning and massage, and achieve better results.