Miniature 2-Axis Force Sensor Fx/Fy Biaxial Load Cell

The Miniature Biaxial Load Cell LCM2A is a compact and high-precision solution developed for applications requiring reliable two-dimensional force measurement. As a miniature 2-axis force sensor, it is capable of detecting forces along the Fx and Fy directions simultaneously, making it suitable for applications where accurate multi-directional force monitoring is essential.

With eight available measuring ranges from 10N to 1kN, including 10N, 20N, 50N, 100N, 200N, 300N, 500N, and 1000N, the LCM2A provides flexible options for different testing and control requirements. Each measuring axis can handle both tensile and compressive loads, allowing the sensor to accurately capture pushing and pulling forces in two directions. The output signal from each channel is a proportional mV/V signal, offering excellent linearity between the applied force and electrical output. When combined with a suitable amplifier or signal converter, standard outputs such as 0-5V, 0-10V, and 4-20mA can be easily achieved.

Designed with flange mounting structures on both ends, this small 2d load cell features a practical installation design for easy integration into mechanical systems. One flange can be fixed to the equipment structure, while the opposite flange serves as the force input interface. This configuration improves mounting stability and simplifies the sensor installation process, especially in compact systems where available space is limited.

The LCM2A is widely used in robotic systems, precision assembly equipment, automated manufacturing lines, force feedback devices, and laboratory testing systems. Its compact size, bidirectional measurement capability, and dependable performance make it an ideal choice for applications requiring accurate force detection within a restricted installation area.

To meet different project requirements, the LCM2A miniature biaxial force sensor can be customized with modified dimensions, capacity ranges, cable configurations, and other specifications. This flexibility allows the sensor to be adapted for specialized applications, including industrial automation, biomechanical studies, and advanced research equipment where precise two-axis force measurement is required.