What does the Lizion 6-axis sensor measure in therapy robots?

It measures force and torque across all six degrees of freedom (Fx, Fy, Fz, Mx, My, Mz), enabling precise motion monitoring and patient feedback detection.

How does the sensor improve patient safety?

By detecting excessive resistance or unintended motion, the sensor helps the robot respond in real-time to protect the user from strain or discomfort.

Can this sensor be integrated into soft robotic therapy systems?

Yes. The sensor's compact size and high sensitivity make it ideal for soft robotics and compliant actuation scenarios.

Is this sensor suitable for commercial rehabilitation robots?

Yes. It supports standard communication interfaces and offers robust performance for clinical-grade rehabilitation robots.

6-Axis Force Sensor for Rehabilitation Robots

Modern rehabilitation robots require more than just mechanical motion—they need intelligent sensing to adapt to each patient’s body and response. The Lizion Future 6-axis force sensor enables safe, precise, and real-time interaction between robots and humans in clinical rehabilitation systems.

Why 6-Axis Force Sensing Matters in Rehabilitation Robotics

Detect resistance or discomfort during assisted motion
Respond instantly to unintentional movements or tremors
Enable controlled force feedback in soft-tissue recovery programs
Improve repeatability and tracking of rehab progress

According to a clinical study on robotic rehabilitation, force feedback is a key enabler for personalized, adaptive motion therapy.

Application Diagram

Lizion Future 6-axis force sensor in rehabilitation robot application diagram

Key Benefits of Lizion Future 6-Axis Force Sensor

Real-time detection of force and torque across 6 axes
High sensitivity to subtle human input and micro motion
Ultra-compact design for limited-space robotic joints
Easy to integrate with closed-loop control systems
Durable MEMS-based structure with minimal drift

Compatible Robot Types

Upper-limb and lower-limb rehabilitation systems
Gait correction and lower-body exoskeletons
Stroke recovery and muscle re-education robots
Sensor-augmented assistive collaborative robots