Compact Multi-Axis Force Sensor 200N 100N 50N 3-Axis Load Cell

The LCM11 Miniature Triaxial Load Cell is a precision-engineered multi-axis force sensor designed for 3D force measurement in compact environments. What sets the LCM11 apart is its ultra-small footprint of just 32x32mm and an overall height of only 20mm, making it ideal for tight-space applications in both research and industry. Constructed from red anodized aluminum, it offers lightweight durability while maintaining structural integrity during both static and dynamic force testing.

This compact 3D load cell is available in rated capacities of 50N, 100N, and 200N, supporting a wide range of light-force measurement requirements. The LCM11 simultaneously measures forces in three mutually perpendicular axes—Fx, Fy, and Fz—without requiring complex mathematical computation or signal post-processing. This direct, real-time measurement capability greatly simplifies integration and data interpretation.

Each sensing axis is built with an independent Wheatstone full bridge circuit featuring a resistance of 1000 ohms. This higher resistance not only delivers stable and precise readings but also significantly reduces power consumption compared to traditional 350-ohm transducers, making it an excellent choice for battery-powered or energy-sensitive systems.

The LCM11 supports bidirectional force sensing in all three axes, allowing for accurate measurement in both tension and compression. Depending on the configuration, the load cell can provide positive output in compression and negative in tension, or vice versa, providing flexible setup options for diverse testing conditions.

7 Key Applications of the LCM11 Compact Multi-axis Force Sensor

1. Robotic End-Effector Force Feedback
In precision robotics, especially in collaborative robots (cobots) and micro-assembly tasks, the LCM11 is ideal for integrating at the end-effector. It allows the system to detect and respond to contact forces in real time, improving control, safety, and performance in automated manipulation tasks.

2. Collision Detection in Automation
The LCM11 three-dimensional force detection sensor can be embedded into robotic joints or machine fixtures to serve as a collision sensor. It helps detect unexpected contact from any direction and can trigger an emergency stop, making it valuable in automated environments where machine safety and human collaboration are critical.

3. Joystick and Control Stick Force Assessment
Model LCM11 plays a key role in evaluating the mechanical and ergonomic performance of joysticks and control sticks. It captures user-applied forces across three dimensions, supporting testing for aviation controls, gaming devices, and industrial equipment with enhanced accuracy.

4. Haptic Feedback Systems
In applications like virtual reality (VR), teleoperation, and medical simulation, haptic devices require realistic force response. The LCM11 enables these systems to deliver precise tactile feedback, enhancing user experience and interactivity in virtual environments or remote handling equipment.

5. Structural Load Analysis
In material testing and microstructure research, the LCM11 3-axis sensor can be used to measure multi-axis loading conditions on small components. Its high sensitivity and compact design make it ideal for analyzing stress distribution in advanced materials, 3D printed parts, or delicate assemblies.

6. Medical Rehabilitation Robotics
The LCM11 supports rehabilitation systems by monitoring the forces exerted by or on patients during therapy. In exoskeletons or robotic assistive devices, it ensures safe and personalized recovery, helping clinicians fine-tune therapy based on measurable interaction data.

7. Dental and Surgical Simulators
For training and simulation in dentistry or minimally invasive surgery, the LCM11 three-component load cell provides force feedback to replicate the tactile sensation of real procedures. It enables realistic simulations by capturing subtle forces applied during drilling, probing, or cutting tasks.

Thanks to its compact size, low energy usage, and high accuracy, the LCM11 triaxial force sensor is particularly suited for demanding applications that require real-time multi-directional force feedback. For unique requirements or non-standard installations, customization services are available to tailor the sensor to specific OEM or research needs. In summary, the LCM11 miniature 3-axis load cell combines exceptional compactness, energy efficiency, and precision force measurement across three axes. Whether you're working in robotics, medical simulation, structural testing, or VR systems, this sensor delivers reliable and direct multi-dimensional feedback. Its flexibility, ease of integration, and custom options make it a valuable tool for engineers, developers, and researchers seeking accurate and space-saving force sensing solutions.