Product Categories
Multi-axis load cell
Rod end load cell
Cylindrical load cell
Pancake load cell
S type load cell
Button type load cell
Single point load cell
Digital load cell
Shear beam load cell
Planar beam load cell
Tension link load cell
Tension sensor
Through hole load cell
Weighing module
Special load cell
Rotary torque sensor
Reaction torque sensor
Amplifier and instruments
The multi-axis load cell MTA600 is a precision-engineered sensing solution designed to capture force components along three perpendicular directions (Fx, Fy, and Fz) within a single integrated unit. As a compact 3-axis force sensor, it features a rugged stainless-steel construction and a hollow flange-to-flange architecture that enhances structural rigidity while simplifying installation in space-constrained test setups. Its electrical design employs a high-resistance strain gauge bridge configuration, supporting stable signal transmission and reduced energy consumption even under continuous or dynamic loading conditions. The measurement capacity ranges from 600–3000 kg for lateral axes and 2500–10000 kg for the vertical axis, making it suitable for both medium and heavy-duty testing requirements. Each unit is individually calibrated and supplied with an in-house certificate to ensure accuracy, repeatability, and traceable performance.
Engineered as a high-precision 3D load cell, the MTA600 is widely adopted in aerospace testing, wind tunnel experiments, robotic force feedback systems, structural validation, and multi-component dynamometer applications. It enables accurate decomposition of complex interaction forces, making it an essential tool for advanced engineering analysis. The device also operates as a reliable triaxial load cell in laboratory rigs and industrial test platforms where simultaneous multi-directional force measurement is required. For specialized applications, LCS Tech provides customization options for the multi-axis force sensor MTA600, including alternative capacity ranges, dimensional modifications, and application-specific structural designs, ensuring optimal integration into diverse three-dimensional force measurement systems.