Measuring Catheters and Equipment from RAUMEDIC Multi-Modal Neuromonitoring Equipment
RAUMEDIC NEUROVENT measuring catheters are used in the field of neurosurgery. During invasive neurosurgical procedures the catheters are used to provide precise and reliable measurements of Intracranial Pressure (ICP), Intracranial Temperature (ICT), and Oxygen Partial Pressure (ptiO2) in tissue.
Complementing the catheters, RAUMEDIC offers additional equipment for multi-modal neuromonitoring: devices and accessories.
Application in Neurosurgery Parameters that can be measured with NEUROVENT catheters
Extensive Product Portfolio
RAUMEDIC’s neurosurgery product range includes neuromonitoring catheters, a wide array of accessories as well as devices and dataloggers.
Measuring Catheters
RAUMED microchip precision catheters are used for the measurement of intracranial pressure (ICP) in the parenchyma and ventricles in the brain. Depending on the catheter design, a temperature (ICT) or oxygen partial pressure measurement (ptiO2) can also be carried out.
Devices & Datalogger
In neurocritical or neurointensive care, the monitoring of vital functions plays a central role. Our DATALOGGER devices for monitoring vital functions make it possible to display and store real-time data of ICP, ICT, and ptiO2 measurements.
Accessories
RAUMEDIC offers a wide range of accessories for neurocritical care. From specialized BOLT KITs to a Zero-Point Simulator or battery-powered pressure display for patient transport, our products ensure precise and safe monitoring. Additionally, our cables and adapters connect to patient monitors, guaranteeing accurate data transfer.
Brochure Advanced Neuromonitoring Solutions
The microchip catheter program for diagnostic applications in neurosurgery clinics and practices.
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FAQ
Multimodal neuromonitoring combines various tools to assess brain function in real time, offering a more complete view of a patient's neurological health than unimodal neuromonitoring. By simultaneously observing different aspects of brain activity, it helps detect changes early and guides precise treatments.
In critical care, like neurointensive units, multimodal neuromonitoring can contribute to better outcomes for patients with severe neurological conditions. Multimodal neuromonitoring equipment aids in making informed decisions, preventing further brain injury, and fine-tuning treatments for individual needs. Its goal is optimizing care and predicting outcomes in critical neurological cases.
RAUMDEIC devices provide accurate and stable measuring quality resulting in appropriate therapy decisions.
If the parameters change, they are safely, quickly and accurately displayed on the patient monitor.