Reliable Performance
Delivers accurate measurements for diverse skin pigmentations and even for patients with low perfusion3
Exclusive Features
Nonin PureSAT® technology captures SpO2 and pulse rate measurements quickly and accurately1
Lasting Value
Provides up to 6,000 spot checks on two AAA batteries and includes a 4-year warranty
PureSAT® Technology
Exclusive, patented Nonin technology uses intelligent pulse-by-pulse filtering to provide accurate measurements for all skin pigmentations and patients with low perfusion1,3,4
Easy to Read
Clinician-facing, bright LED allows SpO2 and pulse rate readings from any angle, in all lighting conditions, day or night
Pulse Quality Indicator
Three-color pulse quality indicator LED provides quick assessment of patient pulse quality
Wide Fit Range
Fits pediatric to adult patients; accommodates fingers, thumbs, or toes from 8 mm to 25.4 mm (0.3 to 1.0 in.)
Automatic On/Off
Power turns on when applied and off when removed
Long Battery Life
Provides up to 6,000 spot checks on (2) AAA batteries
Durable Construction
Withstands a minimum of 50 drops and exceeds IP32 water ingress testing requirements
Portable and Compact
Weighs less than two ounces and can be taken anywhere
Accessories
Includes lanyard and two AAA batteries; optional carrying case and retractable lanyard available
Onyx Vantage Keeps Working
in Extreme Conditions
Onyx Vantage is tough enough to withstand a minimum of 50 drops, is rugged enough to be used in the most demanding situations.
Nonin PureSAT® Technology
for Reliable Measurements
The Nonin Onyx® Vantage 9590 fingertip pulse oximeter provides fast, accurate, cost-effective spot checking of oxygen saturation and pulse rate in pediatric to adult patients.1 PureSAT automatically adjusts to each patient's condition to provide fast and reliable readings even under demanding conditions.1,2
Accurate and Inclusive
Pulse Oximetry
Many unregulated pulse oximeters deliver unreliable readings for people with dark skin or low perfusion.3,5 Since 1986, Nonin has been committed to developing accurate, trusted fingertip oximeters for a diverse range of skin tones.6