Triaxial Load Cell 5kN 3kN 2kN 1kN 500N 3-Axis Force Sensor

The LCM07 Triaxial Load Cell is a high-performance, precision-engineered sensor built from robust stainless steel, specifically designed for accurate three-dimensional force measurement. It incorporates an advanced flange-to-flange structure, offering a stable and secure mounting solution that simplifies installation across various systems and platforms. With rated capacities ranging from 50kg to 1000kg, the LCM07 is highly versatile, capable of measuring both tension and compression forces, which makes it suitable for a broad spectrum of demanding industrial, scientific, and automation tasks.

What sets the LCM07 multi-axis sensor apart is its ability to deliver simultaneous force readings along the Fx, Fy, and Fz axes, ensuring real-time multidirectional load analysis without requiring complex data post-processing. The sensor supports multiple output formats—including -5-5V, 0-10V, 4–20mA, as well as digital outputs like RS485 and RS232. These signals can be processed using external converters or amplifiers, offering seamless integration into PLCs, DAQs, or custom monitoring systems. This adaptability ensures that the LCM07 functions flawlessly in environments that demand high-resolution, low-latency data acquisition.

With its durable construction, signal flexibility, and broad capacity range, the LCM07 3D load cell is ideal for numerous advanced force measurement applications. Whether for automated systems, human-machine interaction, or structural component testing, the LCM07 consistently delivers accurate, stable, and repeatable performance.

Typical Applications of the LCM07 3-Axis Load Cell:

1. Robotic End-Effector Force Control
In the realm of robotics, especially with collaborative robots (cobots) and automated arms, the LCM07 plays a crucial role by providing precise force feedback at the end-effector. This enables delicate object manipulation, improved safety, and adaptive grasping in tasks like assembly, inspection, and material handling. The compact flange design fits seamlessly into robotic joints without adding excessive bulk.

2. Rehabilitation Robotics
In biomedical engineering and physical therapy, the LCM07 supports rehabilitation exoskeletons and assistive robotic systems by monitoring the forces exerted by or on a patient. Accurate multi-axis force data helps therapists assess progress and calibrate resistance levels for individualized rehabilitation programs. Its stainless steel construction is ideal for clean, clinical environments where hygiene and precision are equally important.

3. Material and Structural Testing
The LCM07 three-component load cell is well-suited for multi-directional stress analysis in material research and structural testing applications. Engineers use it to evaluate how materials or components behave under real-world, multi-axis loading scenarios. Its ability to capture forces along all three axes simultaneously allows for comprehensive data collection in labs performing fatigue, tensile, or compressive tests.

4. Joystick and Control Stick Evaluation
For industries like aviation, heavy equipment, or simulation training, force feedback analysis in control sticks or joysticks is essential. The LCM07 3-axis sensor measures user-applied forces across all directions, enabling designers to optimize sensitivity, ergonomics, and safety thresholds. This is particularly valuable for improving interface design and user experience in mission-critical environments.

5. Anti-Collision Systems in Automation
In automated production lines, ensuring safety is paramount. The LCM07 can be installed in moving machinery or fixtures to detect unwanted contact or external force changes, acting as a real-time collision detection system. When abnormal force is detected in any direction, it can trigger alerts or shut down equipment to prevent damage or injury, greatly enhancing operational safety.

In summary, the LCM07 multi-axis load cell offers a robust, adaptable, and precise force measurement solution for a diverse range of industries and applications. Its compact size, wide capacity options, and compatibility with both analog and digital systems make it an invaluable tool for engineers, researchers, and automation specialists. For projects with unique needs, custom configurations are also available, ensuring a tailored fit for even the most specialized force measurement challenges.