Force sensors from SUCH serve as fundamental transducers for converting mechanical loads—whether tension, compression, or impact—into measurable electrical signals. These devices are critical components in industrial automation, material testing, and research. SUCH utilizes advanced sensing technologies, primarily based on the strain-gauge principle, where mechanical deformations in the sensor's elastic body are captured by a Wheatstone bridge circuit. This configuration ensures a linear and proportional output, providing stable, high-precision data.

For specialized dynamic applications, such as high-frequency impact monitoring, the portfolio includes piezoelectric sensors, which utilize the piezoelectric effect to generate electric charges proportional to applied forces, offering rapid response times and exceptional sensitivity. The mechanical designs are highly diverse, featuring configurations such as ring-type, flat-plate, S-type, and ultra-compact miniature units. This structural variety allows for integration into constrained mechanical assemblies while maintaining rigorous accuracy. With output sensitivities typically ranging from 1.0 to 2.0 mV/V and broad operating temperature ranges (typically -20°C to +80°C), SUCH force sensors provide the consistent measurement reliability required for both static load monitoring and complex dynamic force analysis.