PrimaNova® Neurointensive Monitoring System
Innovation in pursuit of precision and care
Introducing the latest breakthrough in neuromonitoring. Designed to revolutionize patient care with unparalleled accuracy and real-time insights.
PrimaNova® Neurointensive Monitoring System
Product Features
The PrimaNova® Neurointensive system revolutionizes the critical care monitoring experience for patients and healthcare providers. Our catheter kit comes in various configurations catering to different clinical needs, allowing precise intracranial pressure and intracranial temperature measurements, and compatibility with EVD systems.
PrimaNova® Neurointensive Catheter Kit
Superior Accuracy and Reliability
ICP accuracy ≤ 1mmHg
Temperature accuracy ± 0.1oC (within 25.0oC – 45.0oC)
Intuitive zeroing with the click of a button in atmospheric air
Wireless Data Transmission
Secure and reliable continuous monitoring ≥7 days
Facilitate patient care and transfer
User-centric Features
Easy zeroing process with the click of a button
Flexible catheter improving caregiving experience
PrimaNova® Neurointensive Monitor
User-centric and Intuitive Layout
12.1” touchscreen interface with customizable layout
Real-time wireless data transmission and visualization
Multimodal Data at Your Fingertips
Empowering prompt decision making and proactive care
Waveform analysis, data annotation, retrospective trend analysis
Catering to Patient Care Workflows
Customisable data annotation and alert thresholds
≥4-hour battery life for continuous monitoring across patient journey
Investigational device, pending approval for clinical use in human patients.
Clincal & Market Needs
Intracranial pressure (ICP) is the pressure exerted by tissue and fluids within the skull. In cases of stroke, traumatic brain injury (TBI) and hydrocephalus, dysregulation in ICP is associated with damage to the brain and nervous system. ICP monitoring has been correlated with better patient outcome, and is a key clinical parameter in patient care. However, there are opportunities to improve on current monitoring practices.
1
Performance Issues
Accuracy & reliability concerns
2
Usability Issues
Wired products suboptimal, associated with clinical risks
3
Limited Insights
Value of ICP not fully extrapolated for patient care
