Robots perform various tasks making human beings’ work easier:
They can go through uncomfortable and dangerous physical conditions; operate even in places where there is limited or no air; do boring repetitive tasks; carry heavy and sharp-edged objects.
Each robot consists of separate robotic joints, these joints make the robot to act similarly to human beings due to their relative movements. The connection of these joints helps the robot to move materials, tools, and devices during their performance of a variety of tasks.
High sampling frequency, fast response speed;High and low temperature compensation, good temperature characteristic;
Small size, thin thickness, high torsional rigidity and strong overload resistance;
Various communication methods;
XJCSENSOR robot joint torque sensor adopts the principle of resistance strain type, which has the advantages of large torsional stiffness, fast response speed, high precision, good high and low temperature characteristics, high signal-to-noise ratio, and small size.
The sensor inside with a mechanical anti-overload design, which has strong anti-overload capability. It can be built-in with an integrated amplifier. The output signal has a variety forms for selection. It is an ideal choice for collaborative robots, medical rehabilitation robots and power-assisted exoskeletons.
Sensor is an electronic module on intelligent robot. XJCSENSOR’s joint torque sensor is widely used in the joint of intelligent robot. It can be installed near the clamp and suction cup of the robot arm to help the robot avoid obstacles, assist in detecting the fact that the gripped object is falling during the movement, or can be installed on the walking robot, the cooperative robot, and the locking screw machine. And the joints of the surgical robot, the sensor grabs its force displacement, and the real-time monitoring data enables the control system to collaborate. The sensor is the core component used to detect the working state of the industrial intelligent robot itself. A device or device that senses a specified object to be measured and can be converted into a usable output signal according to a certain law.
Every sensor on the body of an intelligent robot is critical, and intelligent robots must have strict requirements on the sensor. The accuracy, reliability and stability of the sensor are all related to whether the intelligent robot can operate stably. For these performances, XJC sensor has mature solutions and technologies.