T521M2 six-dimensional force sensor is used to measure the instant change of force on three axes (x, y, z). This product is suitable for machine arm precision control, surface grinding and polishing, machining center precision carving processing, medical equipment precision testing. This sensor has high accuracy with overload protection, built-in communication board 485, NET, CAT communication.

The T521G2 six-dimensional force sensor is used to measure immediate changes in force on three axes (x, y, z). This product is suitable for large aircraft assembly, automated assembly, vehicle crash experiments or high precision machine centers, complex surface machining and high precision medical equipment. The sensor is highly accurate and comes with eccentric load compensation.

The T521G5 six-dimensional force sensor is used to measure immediate changes in force on three axes (x, y, z). This product has large range, can be used for aircraft and ship installation test, high accuracy, strong resistance to bias load, accept custom specifications

The T521 six-dimensional force sensor is used to measure immediate changes in force on three axes (x, y, z). This product is suitable for large aircraft assembly, automated assembly, vehicle crash experiments or high precision machine centers, complex surface machining and high precision medical equipment. The sensor is highly accurate and comes with eccentric load compensation.

The R245 is a two-dimensional force sensor that measures force and instantaneous changes on 2 axes (x, y). This product has a wide range of applications such as automatic control, industrial management, medical inspection, automotive press parts and many other control and measurement systems. The sensor has high accuracy and high resistance to deflection.

The T501C multi-axis sensor is used to measure forces and instantaneous changes in three axes (x, y, z). It is ideally suited for use in robotic arms, CNC centers, complex surface machining, and high precision medical equipment. The sensor offers high accuracy and strong resistance to bias loading.

The T501C multi-axis sensor is used to measure forces and instantaneous changes in two axes (x, y). It is ideally suited for use in robotic arms, CNC centers, complex surface machining, and high precision medical equipment. The sensor offers high accuracy and strong resistance to bias loading.

The T501C multi-axis sensor is used to measure forces and instantaneous changes in two axes (x, y). It is ideally suited for use in robotic arms, CNC centers, complex surface machining, and high precision medical equipment. The sensor offers high accuracy and strong resistance to bias loading.

The T502 tri-axis sensor is used to measure force and instant on three axes (x, y, z). It is ideally suited for use in robotic arms, CNC centers, complex surface machining, and high precision medical equipment. The sensor offers high accuracy and strong resistance to bias loading.

The T502 tri-axis sensor is used to measure force and instant on three axes (x, y, z). It is ideally suited for use in robotic arms, CNC centers, complex surface machining, and high precision medical equipment. The sensor offers high accuracy and strong resistance to bias loading.

The T510 3D force sensor is used to measure forces and transient changes in three axes (x, y, z). It is ideally suited for use in robotic arms, CNC centers, complex surface machining, and high precision medical equipment. The sensor offers high accuracy and strong resistance to bias loading.

Three-dimensional force sensor for measuring force and instant on three axes (x, y, z). It is ideally suited for use in robotic arms, CNC centers, complex surface machining, and high precision medical equipment. The sensor offers high accuracy and strong resistance to bias loading