6 Axis Force Sensor for Polishing Robots
Polishing and grinding robots operate in highly dynamic environments, often working on irregular or non-uniform surfaces. To maintain consistent surface quality, these systems require real-time feedback on both applied force and torque. Traditional sensors are either too bulky, lack overload protection, or fail to provide the multi-axis feedback needed in industrial surface processing.
Challenges in Robotic Polishing
- Maintaining stable force during contact with curved or complex surfaces
- Preventing damage from overload or sudden force shifts
- Integrating sensors into tight, compact tool heads
- Capturing fast-changing force and torque signals during high-speed polishing
Our Solution: Lizion 6 Axis Force Sensor
Lizion Future offers a compact, MEMS-based 6 Axis Force Sensor specifically optimized for polishing applications:
- Full 6 DoF sensing: Measures XYZ forces and rotational torques in real time
- Ultra-thin form factor: Only 6.5 mm thick, ideal for robotic wrists or end-effectors
- High overload protection: Withstands ≥600% of rated load, enabling safer operation
- MEMS-enhanced accuracy: Integrated architecture reduces noise and cost
- Fast response time: Suitable for high-frequency control feedback loops
Key Specifications
| Feature | Specification |
|---|---|
| Size | Φ42 mm × 6.5 mm |
| Force Range | ±200 N (X/Y/Z) |
| Torque Range | ±5 Nm (Mx/My/Mz) |
| Resolution | 0.2% FS |
| Overload Capacity | ≥600% FS |
| Output | Digital / CAN / Analog (custom options) |
Application Diagram
Take the Next Step
If you're developing next-generation polishing systems and require precise force control in compact spaces, our 6 Axis Force Sensor is the right fit.