The Small Multi-Axis Load Cell LCM09 is a precision-engineered force transducer that combines compact design with high versatility, making it an excellent solution for demanding measurement environments. With a footprint of just 40 x 40 mm and a low profile of only 20 mm, the LCM09 is designed for installations where space is limited but multi-directional force measurement is required. This model is available in a variety of capacities including 5 kg, 10 kg, 20 kg, 50 kg, and 100 kg, and can be manufactured from either lightweight aluminum or durable stainless steel depending on the selected force range. Capable of measuring forces along three mutually perpendicular axes (Fx, Fy, Fz) simultaneously, the LCM09 compact 3-axis force sensor eliminates the need for complex mathematical calculations, simplifying data acquisition and improving efficiency. Each axis utilizes a Wheatstone full bridge circuit with 1000-ohm resistance, which consumes less power compared to traditional 350-ohm bridges, making the sensor highly suitable for modern low-power systems without compromising accuracy.

Supporting both tension and compression in all three axes, the LCM09 3D force sensor ensures reliable measurement with flexible signal interpretation. Compression can be configured as positive output and traction as negative, or vice versa, depending on user requirements. This flexibility, combined with its compact size and robust construction, makes the LCM09 ideal for a wide range of applications including anti-collision monitoring, rehabilitation robotics, automotive testing, and medical research, where precise multi-axis force measurement is essential. For customers with specialized needs, the LCM09 miniature triaxial load cell can also be customized to fit specific OEM applications or unique design requirements. By offering a balance of small footprint, efficient power consumption, and multi-axis capability, the LCM09 stands out as a trusted solution for engineers, researchers, and system integrators seeking accuracy and adaptability in one compact package.