ICM DELICA Cerebral Autoregulation Monitoring System

A continuous monitoring system for cardiopulmonary bypass procedures that displays up to 22 vital patient parameters in real-time on a single integrated interface. The system combines cerebral oximetry, blood gases, and hemodynamic and metabolic parameters to support goal-directed therapy and clinical decision-making. It features optical fluorescence technology, modular connectivity with flow sensors and external data management systems, customizable visual layouts with multiple case profiles, and user-defined threshold alerts.

A non-invasive medical device for monitoring cerebral blood oxygen saturation in the human body. The device features real-time accurate monitoring data, compact and portable design, simple and quick operation interface, high sensitivity, and multi-parameter monitoring capabilities. It is applicable for use in ICU, emergency, anesthesia, cardiac surgery, internal medicine, neurology, pediatrics, and hyperbaric oxygen departments.

A non-invasive monitoring device for cerebral blood oxygen saturation. It provides real-time and accurate monitoring data with a compact and portable design and simplified operation interface. It is used for non-invasive continuous monitoring of cerebral, limb, and peripheral blood oxygen saturation, as well as early detection of patient cerebral and limb hypoxia and ischemia.

Non-invasive continuous monitoring device for cerebral blood oxygen saturation (rSO2) levels. Enables real-time detection of cerebral hypoxia and ischemia, with compact portable design and simple operation interface. Supports early identification of oxygen insufficiency and assessment of treatment efficacy across ICU, anesthesia, cardiac surgery, and neurocritical care settings.

A CE certified medical device system for monitoring cerebral oximetry. The product line was presented at the Euro Anaesthesia 2023 conference, demonstrating its use in anesthesia and intensive care applications for real-time cerebral oxygen monitoring.

A non-invasive brain monitoring system using BIS technology to measure and interpret brain wave activity related to the effects of anesthetic agents. It enhances the clinician's patient-targeted induction, maintenance, and emergence approach during anesthesia. The technology provides adjunctive monitoring support during anesthetic procedures.

A comprehensive system for monitoring cerebral function during anesthesia and sedation. The system processes electroencephalographic signals to provide quantitative assessment of brain activity and anesthetic depth in perioperative settings.

A system for continuous monitoring of neurophysiological parameters and brain electrical activity. Used in clinical settings for functional brain disease diagnosis and patient assessment.

A non-invasive monitoring device for measuring cerebral blood oxygen levels. The system is designed for real-time monitoring and analysis of brain oxygenation status in clinical settings.

Integrated diagnostic system for assessing cerebrovascular and aortic function parameters. Supports comprehensive vascular disease monitoring and cardiovascular health evaluation.

Specialized diagnostic device for real-time monitoring and assessment of brain tissue oxygen saturation in neurosurgical and critical care patients.

A non-invasive, real-time, continuous monitoring device that measures local cerebral tissue oxygen saturation (rSO2), directly reflecting the dynamic balance between oxygen supply and consumption in local brain tissue. The device has high sensitivity and is minimally affected by fluctuations in temperature, blood pressure, and pulse. It provides multi-parameter monitoring to support clinical decision-making and holds multiple patent certificates.