Electronic Skin (E-skin) Monitoring System

Wearable device designed for digital health monitoring and e-health applications with integrated biosensing capabilities. Supports continuous data collection for remote patient monitoring and telehealth solutions.

Wearable textile systems with embedded sensors for continuous vital sign monitoring and patient data collection. Developed through integration of electronic components into comfortable fabric carriers for long-term clinical monitoring applications.

Development of wearable devices for continuous medical monitoring including cardiac and long-term health surveillance. Integration of sensors, electronics, and communications for remote patient monitoring.

Textile-based system for continuous monitoring of vital signals including heart rate and muscle activity through embedded conductive fabric electrodes.

Skin contact silicone components for patient vital sign monitoring wearables including custom molded housings and electrodes.

Durable, lightweight wearable sensor designed for continuous remote patient monitoring and vital sign collection. The sensor integrates flexible electrodes for reliable signal acquisition in clinical and home-based settings, supporting long-term diagnostic data capture and real-time health status tracking.

Wearable textile system designed for home health care applications with integrated sensors for continuous patient monitoring. Provides real-time physiological data collection and transmission for remote patient management.

Electromyography sensor-integrated textiles for monitoring muscle electrical activity and motor function. These conductive fabric sensors enable non-invasive muscle activity assessment in neurological and rehabilitation medicine applications.

A wearable device for continuous health parameter monitoring including vital signs and activity tracking. The device transmits data to mobile applications for real-time health assessment.

Electronic monitoring systems for continuous vital sign measurement and patient observation in clinical settings.

Portable electrocardiogram monitoring device integrated with wireless connectivity for continuous cardiac assessment. Utilizes AI algorithms to analyze heart rhythm patterns and alert healthcare providers of abnormal findings. Suitable for long-term ambulatory cardiac monitoring.

Wearable electroencephalography sensor for monitoring brain electrical activity. Designed for clinical applications including seizure detection and neurological assessment.