
For an alternative to the finger-worn sensors typically employed when using a Nonin pulse oximeter, the company also offers a forehead pulse oximeter sensor, attached with an adhesive ring. This setup works well for both continuous monitoring and also for stress testing. The system includes the Nonin 8000R infrared sensor, a 3-foot connecting cord, 20 adhesive rings and 10 plastic caps. These IR sensors are meant to be used on individuals weighing at least 30KG (66 pounds) and is an ideal alternative when the use of a finger sensor is impractical.
The 8000R PureLight Reusable Forehead Sensor is not meant to be used with any other brand of reflectance pulse oximeters other than Nonin. It's designed to be utilized with a wide range of Nonin units, including the following models:
Lifesense...
When traditional finger clips are not an option due to trauma, poor circulation, or the need for hands-free mobility, the Nonin Forehead Reflectance Sensor - 3ft is your dependable alternative. Available at Concord Health Supply, Inc., this sensor applies directly to the forehead, providing a central monitoring site that is often faster to respond to oxygen changes than peripheral extremities. As a dedicated medical supply store online, we ensure you have access to professional-grade healthcare products that solve real-world clinical challenges. This device is particularly valuable for stress testing or continuous monitoring where motion might disrupt standard pulse oximeter sensors. By securing the sensor with the included holder and adhesive rings, you ensure consistent data collection without restricting the patient's movement. Order today.
Ideal for adult and pediatric patients (over 30 kg) who require active monitoring during exercise protocols or those with compromised peripheral blood flow.
Utilizes trusted Nonin LED technology to provide accurate measurements even in challenging low-perfusion environments, making it a standout among pulse oximeter accessories.
The 3-foot cable and adhesive attachment system keep the sensor firmly in place, resisting detachment during patient transport or rigorous activity.