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6000C Series
Designed with an inclusive cable, sensor, and adhesive cloth wrap, Nonin 6000C Series disposable cloth pulse oximetry sensors provide ultimate comfort for patients requiring extended SpO2 and pulse rate monitoring and secure placement. The sensor design features a stretch, tear-resistant cloth for easier placement and fit on the patient, especially for hard-to-fit patients such as infants and neonates, ensuring consistent readings by keeping the sensor in the proper position. Each 6000C Series disposable sensor features Nonin PureLight® technology and Nonin PureSAT® signal processing to provide consistent results from patient to patient and sensor to sensor, even under challenging patient conditions such as low perfusion.
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7000 Flexi-Form III Series
Disposable Microfoam Pulse Oximetry Sensors
Designed with an inclusive cable, sensor, and adhesive foam wrap, Nonin 7000 Flexi-Form® III Series sensors provide the ultimate comfort for patients requiring extended SpO2 and pulse rate monitoring and secure placement. The sensor’s soft, cushioning material is conformable to the application site. Nonin 7000 Series disposable sensors with trusted PureLight® technology, combined with Nonin PureSAT® signal processing, provide consistent results from patient to patient and sensor to sensor, even under challenging patient conditions such as low perfusion.
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8000A
Reusable Finger Clip Pulse Oximetry Sensors
Nonin 8000A clip fingertip pulse oximetry sensors are ideal for short-term monitoring and spot checks in situations where the risk of cross-contamination is low. With Nonin PureLight® sensor technology and PureSAT® signal processing technology, you can be sure you’re getting consistent results from patient to patient and sensor to sensor.
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8000J
Reusable Pulse Oximetry Sensor System
The Nonin 8000J Flex Sensor System combines the convenience and performance of a disposable sensor with the economy of a reusable sensor. The reusable flex sensor, made of durable silicone, is secured with a matching disposable FlexiWrap adhesive. This hybrid sensor system is designed for applications such as extended monitoring and sleep studies. Available in multiple configurations to fit neonates to adults.
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8000Q2
Reusable Ear Clip Pulse Oximetry Sensor
The Nonin 8000Q2 reusable ear clip sensor offers flexibility for spot check and longer-term SpO2 monitoring when digits are not the preferred application site. With Nonin PureLight® sensor technology and PureSAT® signal processing technology, you can be sure you’re getting consistent results from patient to patient and sensor to sensor.
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8000R
Reusable Reflectance Pulse Oximetry Sensor
Nonin 8000R reflectance pulse oximetry sensors provide a convenient application site on the forehead for stress testing and continuous monitoring where digits are not the preferred location. With Nonin PureLight® sensor technology and PureSAT® signal processing technology, you can be sure you’re getting consistent results from patient to patient and sensor to sensor. The product consists of the 8000R sensor, 8000H plastic applicator caps, and adhesive rings.
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8000S
Reusable Pulse Oximetry Soft Sensors
Nonin 8000S Series reusable soft sensors offer ultimate flexibility for SpO2 measurement, whether short-term spot checking or continuous monitoring. The specifically designed soft sensors offer superior patient comfort by providing an optimal distribution of pressure and three sizes to fit a variety of patient hands from children to adults.
With Nonin PureLight® sensor technology and PureSAT® signal processing, you can be sure you’re getting consistent results from patient to patient and sensor to sensor—even under challenging patient conditions such as low perfusion.
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SenSmart 8100S Series
Reusable Pulse Oximetry Sensors
SenSmart 8100S(X) Series soft sensors are designed for use in SpO2 monitoring with the SenSmart® Model X-100 Universal Oximetry System. These specially designed soft sensors offer superior patient comfort, with optimal distribution of pressure and three sizes to fit a variety of patient digits from pediatric to adult. Used with clinically proven Nonin PureSAT® pulse oximetry signal processing technology, 8100S(X) Series soft sensors provide fast, accurate, reliable readings—even under challenging patient conditions such as motion and low perfusion.
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SenSmart Multi-Sensing 8330AA
Multi-Parameter Finger Clip Sensor
Nonin Medical’s SenSmart® Multi-Sensing 8330AA sensor is a multi-parameter sensor designed and field-tested to provide fast, robust patient readings including pulse oximetry (SpO2), pulse rate, carboxyhemoglobin (COHb) and methemoglobin (MetHb). Powered by Nonin PureSAT® oximetry technology, the 8330AA sensor is able to use simultaneous SpO2, COHb, and MetHb measurements to result in the most accurate readings, regardless of patient comorbidities. That means reliable accuracy when dealing with sick patients. The SenSmart 8330AA sensor is compatible with the Nonin CO-Pilot™ and Nonin 3500SP.
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SenSmart Model 8204CA
Regional Oximetry Sensor
Dual emitter and dual detector regional oximetry sensor for use with the SenSmart® Model X-100 Universal Oximetry (rSO2 /SpO2) System. SenSmart technology offers accurate rSO2 values on all patients to help clinicians assess their patients’ true physiologic conditions. 1, 2
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SenSmart 8006 Hybrid Sensor
For use with the SenSmart X-100 Universal Oximetry System
Regional oximetry (rSO2) monitoring helps clinicians identify desaturations during critical procedures. The SenSmart® Model X-100 Universal Oximetry System provides reliable rSO2 and SpO2 measurements they can use right away.
The SenSmart® 8006 Hybrid Sensor provides reliable rSO2 readings with a reusable sensor and a disposable patient interface. It reduces cost per procedure, helping make cerebral oximetry monitoring and its benefits available to more patients.
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SenSmart Model 8003CA
Regional Oximetry Sensor
SenSmart Model 8003CA single-patient use, regional oximetry sensors use dual emitters and dual detectors to provide accurate cerebral and somatic tissue oxygen values. Along with advanced, patent-protected algorithms, these dual emitters and dual detectors create pairs of light paths through surface tissue and through the cerebral cortex, producing measurements that are proven to be the industry’s least affected by intervening tissue or surface effects.