Integrated ADC for Biopotential Signals

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.

High-speed data acquisition interface with multiple connectivity options for medical sensors. Supports real-time streaming of physiological signals for monitoring and analysis.

Multi-channel high-density EEG acquisition system for real-time brain electrical activity monitoring and neurological assessment. Captures simultaneous multi-electrode signals for applications in epilepsy diagnosis, sleep disorders, brain-computer interfaces, and cognitive neuroscience research. Features high temporal resolution and noise-filtering capabilities for clinical and research environments.

A low-power, high-sensitivity portable bioelectrical signal sensing system that captures brain and muscle electrical signals with integrated software for signal processing and interpretation.

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

Hardware interface system for capturing and processing electrocorticographic signals from electrode arrays. Designed for medical-grade applications requiring reliable neural signal detection and transmission.

4-channel invasive blood pressure module for integration into patient monitoring systems. Captures and processes arterial, venous, or intracranial pressure signals with multi-channel simultaneous measurement capability. Designed as an OEM component for hospital monitors, ICU systems, and hemodynamic monitoring devices.

Specialized hardware for non-invasive acquisition of neural signals from the brain. The device features high-fidelity signal capture compatible with clinical-grade brain-computer interface applications.

Hardware components for acquiring, filtering, and analyzing physiological signals from patients in monitoring and diagnostic systems.

A pressure monitoring transducer designed for accurate blood pressure measurement in invasive monitoring applications. Converts arterial or venous pressure signals into electronic readings for clinical assessment.

Invasive blood pressure transducer for continuous hemodynamic monitoring in critical care and operating room settings. Converts arterial or venous pressure signals into electrical waveforms for real-time patient assessment during anesthesia, cardiothoracic surgery, and intensive care management. Enables accurate pressure readings essential for cardiovascular procedure guidance and patient safety.

Multi-channel physiological recorder for simultaneous acquisition and analysis of cardiac, respiratory, and neurological signals. The LEAD-7000/9000 system enables real-time monitoring and long-term recording in clinical settings, ICU environments, and diagnostic laboratories. Features include multi-parameter synchronization, digital signal processing, and compatibility with standard hospital information systems.