Everyone talks about precision.
But when forces act in every direction at once, precision means sensing them all — without loss.
At AL.Robot, we focus on the core: capturing six degrees of freedom with minimal crosstalk and drift.
Through structural optimization, calibrated strain mapping, and axis-to-axis balance,
we build sensors that measure forces and torques consistently, under any load.
Accuracy in every axis — not just one.
Key Features
Our 6-axis force/torque sensors are designed to capture forces and torques in every direction with exceptional precision.
Each feature reflects our commitment to multi-axis accuracy, stable performance, and seamless integration into advanced robotic systems.
High Reliability & Precision
Delivers accurate force/torque data across six axes with minimal drift and error.
Ensures consistent feedback for advanced robotic applications.
Compact & Lightweight
Slim, high-strength structure designed for collaborative and humanoid robots.
Reduces payload burden without sacrificing durability.
Crosstalk Elimination
Minimizes interference between axes for pure multi-axis measurement.
Provides reliable data essential for precision control.
High Overload Stability
Withstands loads beyond rated capacity without structural failure.
Ensures long-term durability in demanding environments.
Built-in Temperature Compensation
Integrated compensation maintains accuracy even under temperature changes.
Guarantees stable sensing in diverse working conditions.
Multi-Protocol Communication
Supports various communication interfaces for seamless system integration.
Enhances flexibility and compatibility across platforms.
Technical Specs
Delivers multi-axis accuracy performance optimized for precise robotic control.
Accuracy Performance
- Linearity ±1.0% F.S.
- Hysteresis ±1.0% F.S.
- Crosstalk ±1.0% F.S.
- Repeatability ±1.0% F.S.
Sensor Specification
Ensures durability and stability under diverse mechanical loads.
| Category | Specification | Rated | Remarks |
|---|---|---|---|
| Rated Torque | Fx, Fy, Fz | N | |
| Tx, Ty, Tz | Nm | ||
| Static overload | N | ||
| Fx, Fy, Fz | % FS | ||
| Tx, Ty, Tz | Nm | ||
| Resolution | Fx, Fy, Fz | N | |
| Tx, Ty, Tz | Nm |
- The specifications above represent key models.
- We offer a full range from 10Nm to 1000Nm for various applications.
- For The Full Product Lineup →
Operational Specifications
Provides reliable performance across electrical, communication, and environmental conditions.
| Category | Item | Specification | Remarks |
|---|---|---|---|
| ELECTRICAL | Bandwidth | 1 KHz | |
| Typical Noise | |||
| Rated Output / Output Range | DC ±5V | ||
| Power / Excitation | DC 24V ±15% (20.4–27.6 VDC) |
||
| Connection | |||
| MECHANICAL | Safe Overload | 150 | |
| Material | |||
| IP Rating | |||
| TEMPERATURE | Operating Temperature | -10 ~ 50℃ | |
| Compensated Temperature | |||
| Temperature Shift Zero / Effect | ±0.01 (Effect) | ||
| Temperature Shift Span / Effect | ±0.01 (Effect) | ||
| ETC | Current Consumption | Up to 150mA | |
| Serial Communication | CAN, RS485 | ||
| Speed Measurement |
- Items indicated can be customized according to customer requirements.
What Makes a Smart Robotics Partner?
AL.Robot brings together precision engineering and real-world applicability — a trusted combination for advanced robotic systems.
Why AL.Robot?
Discover the reasons as to what makes AL.Robot sensors unique from the competition.
Contact Us
Have a question or need a quote? Get in touch — we’re here to help.