EMG/NIRS Wearable device

Dual-Mode Wearable System for Simultaneous Muscle Activity and Tissue Oxygenation Monitoring A compact research platform combining Electromyography (EMG) and Near-Infrared Spectroscopy (NIRS) for advanced physiological assessment.

Dual-Mode Wearable System for Simultaneous Muscle Activity and Tissue Oxygenation Monitoring

Dual Technology
Wearable Device
EMG + NIRS
Wireless Monitoring

Discover the NR Sign Difference

NIRS Products

EMG/NIRS Wearable device

Two Technologies One Wearable Platform

The EMG/NIRS Wearable Device combines electromyography (EMG) and Near-Infrared Spectroscopy (NIRS) into a single compact platform, enabling simultaneous monitoring of muscle activation and tissue oxygenation.

Angled view of the EMG and NIRS wearable device

EMG/NIRS Wearable Device used with real-time monitoring software

This integrated approach provides researchers and clinicians with a comprehensive view of neuromuscular performance during rehabilitation, sports science, biomechanics, and clinical investigations.

Features

Integrated EMG & NIRS Analysis Integrated EMG & NIRS Analysis

Simultaneous acquisition of electrical muscle activity and tissue oxygenation enables deeper physiological insights than either technology alone. The synchronized measurements support advanced studies of muscle performance, fatigue, circulation, and rehabilitation. Simultaneous acquisition of electrical muscle activity and tissue oxygenation enables deeper physiological insights than either technology alone. The synchronized measurements support advanced studies of muscle performance, fatigue, circulation, and rehabilitation.

Feature List

Simultaneous EMG and NIRS recording
Synchronized physiological measurements
High measurement accuracy
Non-invasive monitoring
Research-grade performance

Simultaneous EMG and NIRS recording
Synchronized physiological measurements
High measurement accuracy
Non-invasive monitoring
Research-grade performance

EMG and NIRS monitoring during a physiological assessment

Designed for Comfortable Continuous Monitoring Designed for Comfortable Continuous Monitoring

Lightweight construction, wireless connectivity, and rechargeable battery technology allow the device to be worn comfortably during movement, rehabilitation sessions, laboratory experiments, and long-term physiological monitoring. Lightweight construction, wireless connectivity, and rechargeable battery technology allow the device to be worn comfortably during movement, rehabilitation sessions, laboratory experiments, and long-term physiological monitoring.

Highlights

Compact wearable design
Lightweight enclosure
Wireless communication
Rechargeable battery
Comfortable long-duration use

Compact wearable design
Lightweight enclosure
Wireless communication
Comfortable long-duration use

EMG and NIRS wearable device used during comfortable continuous monitoring

Powerful Data Visualization and Analysis Powerful Data Visualization and Analysis

Dedicated software enables real-time monitoring, synchronized EMG and NIRS visualization, signal processing, and export of recorded data for further analysis using clinical and research platforms. Dedicated software enables real-time monitoring, synchronized EMG and NIRS visualization, signal processing, and export of recorded data for further analysis using clinical and research platforms.

Features