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Miniature 3-axis force sensor 50N 100N 200N

3-Axis Load Cell

Miniature 3-axis force sensor 50N 100N 200N

The miniature 3-axis load cell LCM11 is designed for precision and versatility, highlighted by its exceptionally compact size. With a footprint of only 32x32mm and a low height of 20mm, the LCM11 is ideal for applications where space is limited yet high-performance force measurement is essential. Constructed from red anodized aluminum, the LCM11 combines lightweight properties with robust strength. Available in rated capacities of 50N, 100N, and 200N, it accommodates a range of force measurement needs.

    miniature 3d force sensor

    This triaxial force sensor measures forces in the Fx, Fy, and Fz axes simultaneously, ensuring accurate data without the need for complex mathematical corrections. Each axis is equipped with a Wheatstone full bridge circuit featuring 1000-ohm resistance, which enhances energy efficiency by consuming less power compared to traditional 350-ohm transducers. This feature makes the LCM11 a practical choice for applications requiring extended operation on limited power sources.

    The LCM11 3D load cell supports force measurement in both tension and compression, delivering a positive output in compression and a negative output in traction, or the reverse, depending on the setup. This capability makes the load cell adaptable to a wide variety of measurement scenarios and testing protocols.

    The LCM11 multi-axis load cell is especially suited for industrial and scientific applications, including anti-collision monitoring for ensuring safety in automated systems, rehabilitation robotics where precise force control aids patient recovery, and automotive and medical research for testing and development of cutting-edge technologies. For OEM applications and tasks that demand custom specifications, a tailored service is available to modify the LCM11 to fit unique requirements. This customized approach ensures that clients can integrate the sensor seamlessly into their projects, achieving accurate and reliable force measurements across specialized and general applications alike.

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