BIS Compatible Sensor

Electroencephalogram sensor for non-invasive measurement of brain electrical activity in neurological monitoring. Utilized in sleep studies, seizure detection, and anesthesia monitoring.

Real-time anesthesia depth monitoring system that measures brain electrical activity via EEG sensors to guide anesthetic administration during surgery. Helps prevent awareness during anesthesia and optimize drug dosing. Integrates wireless sensor technology with clinical decision support for perioperative use.

Electroencephalogram sensor for brain electrical activity monitoring in clinical and research settings.

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

A biosignal sensor for electroencephalography that measures brain electrical activity. Manufactured by biosignalsplux for neurology research and brain activity monitoring applications.

Wireless electrocardiogram sensor module for integration into MRI-compatible monitoring systems. Provides reliable cardiac rhythm detection during magnetic resonance imaging procedures.

A bispectral index (BIS) and EEG signal simulator for testing brain electrical activity monitoring devices used in anesthesia and neurology applications.

A non-invasive brain monitoring system that measures and interprets brain wave activity related to anesthetic effects. The technology enhances clinician's patient-targeted approaches during anesthesia induction, maintenance, and emergence.

Patient monitoring cable system for depth of anesthesia assessment and neurological monitoring during surgery.

Non-invasive brain activity monitor that measures anesthesia depth during surgical procedures using EEG sensors. Provides real-time monitoring to optimize anesthetic dosing and reduce awareness risks. Features wireless connectivity and integrated data storage for continuous patient monitoring in operating room environments.

A clinical monitoring instrument for real-time assessment of brain function during perioperative periods. Integrates advanced signal processing to measure anesthetic depth and optimize patient safety during surgical and diagnostic procedures.

An electroencephalography-based monitoring platform for assessing anesthetic depth in patients undergoing general anesthesia. Provides continuous quantitative measurement of cerebral electrical activity to guide anesthetic management.