QUANTITATIVE PUPILLOMETRY
NeuroLight is an automated pupillometer that generates a flash of light and measures the photomotor reflex very accurately. It delivers the QPi score (Quantitative Pupillometry Index) to save time on pupillary examinations and make them easier to interpret and monitor.
Save time on routine examinations
Simplify and objectify pupillary assessment
Examiner-independent results
Accurate measurements under all circumstances
Follow-up between shift changes
PUPIL REACTIVITY
Quantitative Pupillometry Index
The QPi score provided by NeuroLight offers a rapid, objective assessment of patients' photomotor reflexes. On a scale of 0 to 5, this score classifies pupillary reactivity into six distinct values, enabling clear and accurate interpretation. Using a three-level colour-coding system, the QPi simplifies interpretation of results and enables reliable, objective monitoring of neurological status for everyday clinical use.
NeuroLight – Neurological monitoring and prognostication in action.
Automated Quantitative Pupillometry
Precise measurement of pupil size (miosis/mydriasis)
Quantitative measurement of the Quantitative Pupillary Light Reflex (QPi Score)
Detection of anisocoria
Visualisation of trends for early change detection
Beyond Pupil Examinations
Neurological diagnosis of critically ill patients
Monitoring after primary and secondary brain injuries
Prognosis after cardiac arrest
Non-invasive Intracranial Pressure Monitoring
Triage and Assessment Tool
Why NeuroLight?
NeuroLight is suitable for use in all Intensive Care Units and Emergency Departments
No consumables
Easy to clean between patients
Mobile with a rechargeable battery
Automatic patient data transfer to any Electronic Patient Record system
Technical Data
Clinical
Pupillary size measurement
Photomotor reflex measurement
Trend curve
Suggestion for interpretation
Ergonomics
Absolute measurements without calibration
Wireless charging station
Patient identification by barcodereading
Reusable or disposable eyecup
Standards and safety
EN60601-1 (Medical Electrical Equipment)
IEC 62471 (Infrared light)
CE 2a class marking (CE 0459)
Latex Free
Specificity
Real-time measurement
320 Lux flash of light
0,1 mm precision
Data transfer
Eyecup opaque to ambient light