Subminiature M3 Threaded Tension Compression Load Cell 10kg

The LCM100-10kg is a miniature threaded inline load cell designed for precise tension and compression force measurement in applications where installation space is extremely limited. Featuring an ultra-compact diameter of only 9.5 mm and an overall height of 12.2 mm, this sensor provides reliable force measurement while occupying minimal space within the mechanical system. Its M3 threaded studs on both ends allow for simple and flexible mounting, making it easy to install directly into compact mechanisms and inline load paths. The threaded configuration also helps simplify mechanical integration where conventional load cells may be too large or difficult to accommodate.

As a miniature rod end force sensor, the LCM100-10kg is designed to measure force directly along the applied load axis. It can accurately detect both tensile and compressive forces, making it suitable for applications that require bidirectional force monitoring, feedback, or control. With a weight of approximately 12 g including a 3-meter cable, it is also a lightweight force cell that minimizes additional mass and mechanical loading, which is particularly important for moving mechanisms, miniature actuators, and robotic systems.

The LCM100-10kg serves as a subminiature tension compression load cell for precision equipment requiring force measurement within highly constrained spaces. Its exceptionally small footprint makes it suitable for surgical robotics, miniature linear actuators, compact processing equipment, automated machinery, and other space-sensitive applications. By integrating directly into the force transmission path, it can provide real-time force feedback without significantly increasing the overall dimensions of the system.

Combining ultra-small dimensions, low weight, threaded rod-end mounting, and robust construction, the LCM100-10kg is a versatile subminiature force sensor for demanding compact applications. It offers an effective solution for engineers seeking accurate inline force measurement where conventional load cells cannot provide the required combination of size, weight, and performance.