Sleep tracking sensor

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.

A sensor module for capturing respiratory data during sleep studies. Can be integrated into modular diagnostic systems for polysomnography and polygraphy.

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 intelligent bed system equipped with advanced sensor technology for non-intrusive sleep monitoring and health data collection. The device can be placed under a mattress to continuously monitor sleep patterns and vital signs with over 90% accuracy compared to gold-standard polysomnography equipment. It provides long-term stable sleep data while maintaining user comfort and supports remote algorithm upgrades.

Wearable sensor detecting patient body position during sleep for positional sleep apnea assessment. Records supine versus non-supine time correlation with apneic events. Guides positional therapy interventions.

An integrated sleep monitoring platform utilizing artificial intelligence and contactless sensor technology to analyze sleep posture and patterns. The system provides personalized sleep care recommendations based on collected data without requiring wired connections or patient discomfort.

Sensor solutions for medical monitoring and diagnostic applications. Designed for integration into point-of-care and clinical measurement devices.

Medical-grade optical and sensor components for non-invasive vital sign monitoring applications. Integrates high-performance LEDs, lasers, and mixed-signal analog ICs to enable continuous measurement of physiological parameters including heart rate, oxygen saturation, and perfusion. Designed for clinical-grade wearable and bedside monitoring devices.

A configurable diagnostic platform allowing users to customize sensor combinations for different sleep and respiratory monitoring applications. Designed as a scalable system adaptable to clinical needs.