Stroke Detection Wearable Sensor System

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.

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.

A wearable wrist-worn sensor designed to detect seizure activity in epilepsy patients and provide real-time alerts.

Wearable electrode sensors for mobile and portable medical applications. These sensors enable continuous physiological signal acquisition for remote patient monitoring and mobile health solutions.

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

A wearable sensor system designed to monitor physiological and movement parameters in patients during recovery from lumbar spinal procedures. The device collects real-time data on patient activity and rehabilitation compliance for remote clinical assessment.

A multi-sensor array utilizing non-contact technology to simultaneously monitor multiple physiological parameters during sleep without patient interference. The sensors work in conjunction with AI algorithms to provide comprehensive sleep analysis.

Complete wearable medical device solutions incorporating biomechanics, wireless connectivity, and sensor integration. Designed for continuous patient diagnostics and uninterrupted health monitoring.

Wearable biosensor technology designed for continuous patient monitoring and diagnosis. Integrates IoT and sensor technology to enable remote patient monitoring throughout the care cycle.

A clinically validated, regulatory cleared wearable sensor designed for continuous electrocardiogram monitoring. The device captures high-integrity physiologic data and is optimized for patient adherence and compliance in both clinical trials and remote patient monitoring applications.

A wearable sensor that measures oxygen saturation and provides pulse oximetry and plethysmograph readings for continuous data capture. The device is IoT cloud-enabled and designed to measure nighttime recovery and support remote patient monitoring applications.

A medical-grade remote monitoring device featuring patented sensor design that is non-invasive and imperceptible. It provides continuous non-invasive monitoring for over 28 days with AI intelligent analysis, real-time wireless data transmission, and enables efficient diagnosis of early cardiac arrhythmias anytime and anywhere.