Description:
Pulse Oximeter Series (FRO-200 FRO-201 FRO-202 FRO-203 FRO-204 FRO-100 FRO-101 FRO-102 FRO-103 FRO-104)
Developed by Shenzhen Narig Bio-Medical Technology Co. Ltd., the Pulse Oximeter series provides comprehensive, non-invasive technology for monitoring vital health information. Primarily designed to assess the oxygen saturation levels (SpO2) in your blood, these devices are essential for keeping tabs on your overall respiratory health.
Featuring advanced technology for accurate readings, the Pulse Oximeter series offers immediate feedback on your oxygen levels and heart rate. The easy-to-read digital display on the devices show real-time SpO2 levels and pulse rates, making it possible for users to quickly respond to significant changes.
Benefits of Pulse Oximeters :
1. Non-invasive: These devices simply need to be clipped onto a fingertip to provide readings, requiring no painful pricks or injections.
2. Quick and Accurate: Pulse Oximeters deliver prompt results, allowing you to monitor changes in oxygen levels and heart rate in real-time.
3. Portable: Their compact size makes these devices highly portable, meaning they can accompany you wherever you go and provide on-the-spot readings.
4. Easy to Use: With a simple interface and clear digital displays, these devices can be conveniently used by anyone at home, not just by healthcare professionals.
In summary, the Pulse Oximeter series from Shenzhen Narig Bio-Medical Technology Co. Ltd is an excellent tool for anyone wishing to monitor their respiratory health on a regular basis. Whether for personal use or within a medical facility, these devices offer a reliable solution for tracking vital health indicators.
How It Works:
Overview of the Pulse Oximeter
Pulse Oximeters, specifically the FRO-200, FRO-201, FRO-202, FRO-203, FRO-204, FRO-100, FRO-101, FRO-102, FRO-103, and FRO-104 models, are critical devices in the realm of vital sign monitoring. These non-invasive devices utilize sophisticated technology to accurately measure blood oxygen saturation and pulse rate.
Understanding the Mechanism of Pulse Oximeters
Pulse Oximeters provide a window into the patient's physiological status using light absorption to measure oxygenation levels. Simply put, Pulse Oximeters emit light of two different wavelengths - one red and one infrared - through a probe attached to a patient's finger, toe, earlobe, or nose.
Oxygen saturation (SpO2) is then calculated based on differential absorption of these wavelengths.
Detecting Oxygen Saturation and Pulse Rate
Oxygen-rich blood absorbs more infrared light, while blood low in oxygen absorbs more red light. By comparing these two light wavelengths, the Pulse Oximeter calculates an accurate indication of the patient's oxygen saturation as a percentage. At the same time, the device assesses pulse rate based on the frequency of light absorption oscillations, which are in sync with the patient's heartbeat.
Usage of Pulse Oximeters
These devices are imperative assessment tools used across all medical fields, including but not limited to emergency medicine, anaesthesia, pulmonology, and cardiology. They are excellent for tracking disease states that affect
oxygenation, monitoring patients during and after surgery, for titrating oxygen therapy in hospitalized patients and early detection of life-threatening conditions like hypoxaemia and hypoxia.
In conclusion, the Pulse Oximeter is an indispensable, versatile, and non-invasive medical device essential for accurate real-time monitoring of both oxygen saturation and pulse rate, aiding clinicians in the swift assessment and provision of necessary medical interventions. The FRO series is renowned for its accuracy, consistency, and reliability in vital sign monitoring.