顶部图片

Product Categories

3-Axis Load Cell 50kg 30kg 20kg 10kg 3D Force Sensor
 3-Axis Load Cell 50kg 30kg 20kg 10kg 3D Force Sensor  3-Axis Load Cell 50kg 30kg 20kg 10kg 3D Force Sensor

The LCMR Multi-Axis Load Cell is a precision-engineered triaxial load cell designed to measure forces simultaneously along the X, Y, and Z directions. Compact yet highly accurate, this 3-axis sensor enables precise three-dimensional force measurement in both tension and compression. Available in rated capacities of 10kg, 20kg, 30kg, and 50kg, the LCMR combines compact design with outstanding mechanical strength. The 10kg and 20kg variants feature lightweight aluminum construction for enhanced sensitivity, while the 30kg and 50kg models use robust stainless steel to ensure stability and durability under higher load conditions.

Each axis within the LCMR 3D load cell incorporates a complete Wheatstone bridge configuration, ensuring high signal integrity and excellent repeatability. The sensor outputs stable mV/V analog signals directly, eliminating the need for complex compensation or calibration adjustments. When connected to a compatible signal conditioner or amplifier, the LCMR can deliver standard output options such as 0–5V, 0–10V, or 4–20mA, facilitating easy integration into various control or data acquisition systems. Its low cross-talk and minimal hysteresis make it ideal for precise, multidirectional force analysis.

Engineered for demanding industrial and research applications, the LCMR multi-axis load cell is widely used in robotics, material testing systems, precision assembly, and laboratory experiments that require accurate vector force monitoring. It provides engineers and developers with a reliable tool for detailed force distribution analysis in compact or dynamic setups. In addition, LCS Tech Co., Limited offers tailored customization services—covering load ranges, dimensions, and output configurations—allowing customers to optimize the triaxial load cell for their specific three-dimensional force measurement requirements.

This browser does not support PDFs. Please download the PDF to view it: Download PDF.