Cerebral Oxygenation Monitor

A monitoring device for non-invasive measurement of cerebral blood oxygen levels, designed to provide continuous assessment of brain tissue oxygenation in clinical and surgical environments.

A non-invasive monitoring device designed to measure brain blood oxygen levels. The device is applied across multiple clinical departments including cardiology ICU, anesthesiology, emergency medicine, neonatal care, neurosurgery, neurology, and orthopedics. It provides continuous monitoring capability for patients in intensive care, neonatal, and home monitoring settings.

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.

Clinical device designed to assess cerebral injury severity and support early diagnosis of cerebral infarction. Provides auxiliary assessment capability for brain death determination through continuous oxygen saturation monitoring.

Advanced monitoring device displaying multiple respiratory and oxygen parameters simultaneously. Provides continuous tracking of patient oxygenation status with data recording capabilities for clinical documentation.

Pulse oximetry monitoring device measuring blood oxygen saturation levels in neonatal and pediatric patients. Delivers continuous non-invasive assessment of oxygen status to support clinical decision-making in respiratory care.

Cerebral function monitoring device for continuous assessment of brain electrical activity. Primarily utilized in neonatal intensive care and perioperative monitoring.

Multi-parameter patient monitoring system for intraoperative use. Continuously displays vital signs including heart rate, blood pressure, oxygen saturation, and temperature.

Device measuring end-tidal carbon dioxide levels to assess ventilation adequacy and airway placement. Provides real-time respiratory monitoring during anesthesia.

Monitoring device that measures and displays oxygen concentration levels in medical gas delivery systems. Ensures patient safety by maintaining appropriate FiO2 levels during respiratory therapy.

Multi-parameter monitor for continuous patient vital sign assessment including heart rate, blood pressure, oxygen saturation, and temperature. Essential component of anesthesia workstations.

A non-invasive monitoring device integrated with hyperbaric chambers to measure oxygen pressure through the skin. This measurement tool allows clinicians to assess tissue oxygenation levels and monitor therapeutic response during hyperbaric oxygen therapy.