The Miniature 3-Axis Load Cell LCM11 is designed for applications where space is limited but accurate force measurement is critical. With an extremely compact footprint of just 32 x 32 mm and a total height of only 20 mm, the LCM11 offers outstanding performance without compromising installation flexibility. Constructed from durable red anodized aluminum, this triaxial sensor is available in rated capacities of 50 N, 100 N, and 200 N, making it versatile enough to address a wide range of low-capacity measurement requirements. The sensor measures forces along three mutually perpendicular axes (Fx, Fy, Fz) simultaneously, eliminating the need for complex mathematical conversions or signal manipulation. Each axis is equipped with a Wheatstone full bridge circuit featuring 1000-ohm resistance, which not only ensures precision and stability but also consumes significantly less power than traditional 350-ohm designs. This efficiency makes it highly suitable for modern systems that demand both accuracy and energy savings.

Engineered for both tension and compression measurement, the LCM11 compact triaxial force sensor delivers reliable results with a straightforward signal interpretation: compression can be configured as positive output while traction yields negative output, or the reverse, depending on user preference. This adaptability makes the LCM11 ideal for a variety of industrial and research environments. Common applications include anti-collision monitoring systems, rehabilitation robotics, automotive component testing, and advanced medical research, where multi-directional force sensing is crucial for data integrity. For OEMs and customers with unique requirements, the LCM11 3D load cell can also be customized to meet specific measurement tasks, offering tailored solutions that align with specialized projects. Combining compact design, low power consumption, and multi-axis capability, the LCM11 stands out as a dependable choice for engineers and researchers seeking high performance in a miniature package.