Nine Sensor System MC-1000

A high-precision sensor array integrated into wearable robotics that continuously collects and analyzes movement data for accurate robotic control. The system enables real-time feedback and monitoring of user mobility and physical performance.

Camera-free motion capture textile system that captures movement and joint kinematics in real-time for gait analysis and rehabilitation assessment.

Flexible electrodes with integrated motion detection capability for activity monitoring and patient movement assessment. Supports multimodal health data collection in wearable systems.

Wireless inertial sensors integrated into the MOKA system for capturing body movement data during gait and posture analysis. These sensors enable detailed kinematic measurements in clinical and sports settings without laboratory constraints.

A contactless patient monitoring system that uses radar-based sensor technology to continuously measure vital signs and activity through clothing and bedding. The device mounts on ceilings or walls and detects micro-movements from heartbeats, tracks respiratory rate, sleep patterns, position changes, and occupancy. Data is transmitted to a centralized dashboard for real-time monitoring and analysis without requiring wearables, cameras, or physical contact with patients.

A compact wireless EMG system designed for electromyographic assessment and motion analysis applications. It provides wireless signal acquisition with fixed delay and impedance checking capabilities.

A wireless EMG and inertial measurement system for motion analysis and electromyographic assessment in clinical, research, and sports applications.

A telecare sensor system designed to detect emergencies and monitor activity for safe independent living.

A wearable medical device developed for patient monitoring and motion sensing applications. The device combines elegant industrial design with pragmatic clinical functionality to address specific patient needs.

An electronic detection system integrated into wearable protective devices that identifies falling motion and triggers rapid response mechanisms. Provides real-time monitoring for fall prevention applications.

Inertial measurement unit sensors for biomechanics research and motion analysis applications. Compatible with EMG systems for comprehensive musculoskeletal assessment across gait, ergonomics, and rehabilitation studies.

Wireless electromyography sensors for assessing muscle function and motor control during human motion analysis. Equipped with inductive charging technology and integrated impedance measurement capabilities.