Wearable Impedance Measurement

Devices for measuring and optimizing electrode-skin impedance in EEG recordings. Ensures adequate signal quality by detecting and alerting to poor electrode contact.

A wearable sensor for continuous cuffless blood pressure monitoring. Provides oscillometric measurements for ambulatory blood pressure assessment.

Integrated measurement system continuously monitoring electrode impedance to assess electrode quality and sensor contact. Supports electrode integrity validation during medical monitoring.

Biopotential and bioimpedance sensing technology for non-invasive measurement of electrical signals and tissue impedance. Enables real-time physiological monitoring in diagnostic and wearable medical applications, supporting continuous patient assessment and clinical decision-making.

Wearable sensors for continuous patient monitoring and physiological data collection in clinical and remote care settings. Force-sensing and position-sensing technologies enable real-time measurement of vital parameters, movement, and pressure distribution. Custom-engineered flexible sensors integrate into garments and medical devices for non-invasive, long-term patient monitoring applications.

Portable oscillometric blood pressure measurement device designed for continuous wear and monitoring. Compliant with FDA, NMPA, and CE MDR regulatory requirements for clinical use.

A wearable biometrics device for monitoring and tracking various physiological parameters and health metrics. This system provides continuous measurement of user health data for personal and clinical assessment.

Single-frequency bioelectrical impedance analysis device for basic body composition measurement. Offers non-invasive assessment of body weight-related parameters using safe electrical current transmission through tissue.

Flexible electrode and transmitter combining flexible materials such as PET and TPU for processing. Supports continuous measurement of sweat and blood glucose through wearable applications.

Cooperative sensors for non-invasive biopotential and bioimpedance measurement in diagnostic and monitoring applications. These innovative sensors enable real-time physiological signal acquisition for wearables, portable diagnostics, and clinical monitoring systems. Designed for integration into medical devices requiring continuous vital sign assessment and tissue impedance analysis.

An FDA-cleared ear-wearable device that provides second-by-second measurement of blood oxygen saturation and pulse rate with high accuracy across all skin tones, both at rest and during motion. The device delivers real-time health data that is easily shareable with clinicians and sends alerts via text, app, and vibration if oxygen levels drop below specified thresholds. Designed for clinical and at-home settings, it enables continuous monitoring without the burden of traditional finger-based pulse oximeters.

A wearable electrocardiogram measurement device designed for continuous cardiac monitoring. It enables real-time transmission of patient heart rhythm data to healthcare providers for rapid detection of abnormalities and clinical decision-making.