Impedance Measurement Systems

Integrated measurement system optimized for dry electrode compatibility with high input impedance and low leakage current. Reduces electrode-related artifacts in electrophysiological signal acquisition.

Wearable impedance measurement device for continuous physiological monitoring and diagnostics. Uses disposable flexible electrodes to measure bioelectrical impedance for applications including body composition analysis, fluid status assessment, and cardiac monitoring. ISO 13485 certified with FDA and IEC 60601 compliance.

Two-channel measurement system for galvanic skin response and skin electric activity assessment. Enables evaluation of brain hemisphere asymmetry and work synchronization in diagnostic protocols.

Configurable EEG measurement platform designed to meet specific application requirements of hospitals and research institutes. The system combines ultra-small hardware design with customizable software analytics for specialized clinical applications.

Advanced system for acquisition and measurement of bioelectrical signals from peripheral nerves and cardiac tissue. Supports clinical diagnostics and biomedical research applications.

Integrated measurement systems for biomedical signal acquisition and analysis in medical research and device development. Supports physiological monitoring and medical device validation applications.

Smart and E-Textile systems for measuring various vital parameters including ECG, EMG, and EEG. These systems are classified as medical device classes 1 and 2a/2b and are produced by Born as integrated sensor and electrode solutions.

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.

A bioimpedance measurement feedback device that uses six electrodes on the forehead, hands, and feet to create 22 channels for detecting physiological status information. The system analyzes health status through bioimpedance measurement technology and timed current analysis methods, providing comprehensive health risk assessments.

Analog front-end with high input impedance specification for non-invasive biopotential measurements. Features continuous electrode impedance measurement for sensor quality monitoring.

A compact, wireless EEG measurement device designed for portability and ease of use in clinical and home monitoring environments. The device utilizes low-power consumption technology while maintaining high-reliability signal acquisition.