First, Manufacturing

High-precision force sensors play an important role in the manufacturing industry. In the production line, high-precision force sensors can be used to measure and control the torque, pressure and tension of various processing equipment and other parameters to ensure product quality and production stability. For example, in metal processing and machining, high-precision force sensors can detect the cutting force of the cutting tool, so as to optimize the cutting parameters and improve processing efficiency and tool life.

Second, the automotive industry

High-precision force sensors in the automotive industry are also widely used. In the automotive manufacturing process, high-precision force sensors can be used to detect and control the system force, torque and position and other parameters to ensure the safety and performance of the car. For example, in the brake system, high-precision force sensors can detect the strength of the brake pedal, so as to control the braking torque of the brake system and improve the braking performance and safety of the automobile.

Third, aerospace

High-precision force sensors are also widely used in the aerospace field. Due to the aerospace field on the product precision and safety requirements are extremely high, so need to use miniature load cell to detect and control a variety of parameters. For example, in the aircraft landing gear retraction system, high-precision force sensors can detect the landing gear retraction force and position, so as to control the landing gear retraction speed and position, to ensure the safety and comfort of the aircraft.

Fourth, biomedical engineering

High-precision force sensors in the field of biomedical engineering also has a wide range of applications. In medical equipment, high-precision force sensors can be used to detect and control a variety of physiological parameters, such as blood pressure, ECG signals. Through the application of high-precision force sensors, the physiological state and health of patients can be more accurately monitored, providing doctors with more accurate and reliable diagnosis basis.

Fifth,  Robotics

With the continuous development of robotics technology, the application of high-precision force measurement sensors in the field of robotics is also increasingly widespread. In the process of robot operation, subminiature load button can be used to detect and control the robot's force, torque and position and other parameters, thereby improving the robot's operational accuracy and stability. For example, in robot assembly systems, high-precision force sensors can be used to detect and control the robot's gripping force and position, thus improving the accuracy and efficiency of assembly.