Key Features & Benefits of Multi-Axis Load Cells
Multi-Direction Sensing
Measures forces and torques across multiple axes (Fx, Fy, Fz and Mx, My, Mz), giving you a full load vector from a single sensor.Compact Integration
Reduces the need for multiple single-axis devices, simplifying mechanical design and system wiring.Low Crosstalk Design
Engineered flexures and internal compensation minimize interference between axes, maintaining accurate isolation of loads.Customizable Configurations
Options for capacity, mounting geometry, connectors, and materials to suit application constraints and environmental demands.High Precision & Stability
Uses metal foil strain gauge technology to deliver accurate, repeatable readings even under dynamic conditions.Reduced Assembly Error
Fewer sensors means less alignment error and better consistency in multi-axis measurements.Broad Application Range
Suitable for robotics, aerospace, biomechanical testing, motion control systems, and any application requiring vector load feedback.
Typical Applications of the Multi-Axis Load Cells
| Sensor | Application |
|---|---|
| QMA150 | Ideal for measuring simultaneous torque and thrust in compact mechanisms, the QMA150 is used in drilling equipment, robotic actuators, surgical devices, and precision test rigs requiring dual-axis force feedback. |
| QMA154 | Ideal for robotics, haptics, medical devices, biomechanics research, aerospace testing, and industrial automation, the QMA154 6-DoF Force/Torque Sensor measures forces and torques across six axes for precise multi-axis load monitoring and control. |
| QMA147 | Ideal for robotics, motion control, assembly feedback, and test systems, the QMA147 3-Axis Sensor simultaneously captures forces in X, Y, and Z directions for enhanced multi-axis measurement and control. |
| QMA145 | Ideal for embedded and robotics applications needing digital output, the QMA145 3-Axis Sensor with SPI Interface captures forces in X, Y, and Z axes while delivering direct SPI-formatted data for streamlined system integration. |
| QMA122 | Ideal for embedded and robotics systems requiring digital interfaces, the QMA145 3-Axis Sensor (SPI interface) detects forces in X, Y, and Z while delivering real-time, SPI-formatted data for efficient integration. |
| QMA101 | Ideal for ergonomic testing, handle grip force measurement, haptics, and biomechanical feedback, the QMA101 Bi-Axial Handle Load Cell measures force across two axes to quantify grip and shear loads in a single compact sensor. |
| QMA141 | Ideal for harsh and high-temperature environments, the QMA141 Custom High-Temp Tri-Axial Load Cell senses forces in X, Y, and Z axes while maintaining accuracy under elevated thermal conditions. |
| QMA148 | Designed for compact multi-axis measurement in compact systems, the QMA148 3-Axis Load Cell captures forces in X, Y, and Z simultaneously — perfect for robotics, test benches, multi-axis feedback systems, and embedded instrumentation. |
Ordering & Configuration Tips
If you would like to learn more about these products, please contact us.
Reviews
There are no reviews yet.