Tuesday, April 7, 2015

Spo2 monitor

SpO2 Monitor - Saturation Of Peripheral Oxygen Monitor As A Critical Vital Sign

Have you ever placed your hand flat between a strong light source such as a light bulb and your eyes? If you do it now, you will see the nice red color emanating from your fingers. Indeed, the fingers consist mostly of blood, which, due to iron in hemoglobin, appears red, and is quite translucent to red and infrared light.

Welcome to SpO2Monitor.net! In this site you will find a selection of SpO2 monitor brands, models, manufacturers and suppliers. SpO2 monitors, or Saturation of Peripheral Oxygen monitors are handy devices that in mere seconds will quickly read out the saturation of oxygen content in the "peripheral" areas of the cardiovascular system, such as in fingers and toes.

You will find out about the inner workings of SpO2 monitors, finger pulse oximeter or "finger pulse ox" devices, as well as their advantages and deficiencies.

The modern optical technologies, including red light diodes, infrared light diodes, and miniature light detectors are making the technology of SpO2 monitors possible. Where previously, in hospitals, blood would have to be drawn to determine the percentage of red blood cells which have oxygen attached (saturated), today, a quick sequence of light pulses through the finger using a simple blood oxygen meter will give the oxygen saturation data in seconds, non-invasively. Oxygen saturated blood is therefore capable of transporting vital element oxygen to the periphery of the body given sufficient blod pressure, another necessary vital sign.

If you are exploring this site to find types, brands and models of SpO2 monitors that would best suit your needs in a medical center setting, in an emergency medical service, or if you are an athlete curious about your body performance in the most demanding moments, you are in the right place here. By finding out about the different types of SpO2 monitors, you will be better able to decide which one is right for you and purchase conveniently online as well.

The marketplace of these useful devices has flourished in the past decades. We will go over three distinctive types of SpO2 monitors, Finger oximeters, SpO2 probes, and oxygen saturation monitors here. By following the links below you should be better able to find the monitor that is right for you.

Finger oximeters

Fingertip pulse oximeters are the smallest and the handiest of the types of SpO2 monitors. They are used for qiuck spot checks in hospitals and emergency medical services, and are used by the athletes to monitor their body's performance in the peak moments of the game. Finger oximeters are also used by high altitude air pilots who need to stay informed on the quantity of oxygen in their blood for their body to operate normally in a low-air pressure situations at high altitudes.

You can find out more about brands and models of finger oximeters here: Fingertip Pulse Oximeter .

Saturation of peripheral oxygen probes or SpO2 probe types

SpO2 probes are used extensively in hospitals and in emergency rooms where a nurse needs to deal with multiple patients in the course of a day. Sometimes, blood oxygen monitors need to be shared amongst patients. To allow each patient to have their own probe and prevent contagion inside a hospital, individual SpO2 probes come in handy. For newborns, children and infants, specially sized pediatric pulse oximeter will be used.

Find out more about SpO2 probes and where to find them here: SpO2 Probes .

Blood oxygen monitors

In hospitals, portability is playing a secondary role to cleanliness, pathogen transport prevention, and speed of determining vital signs in a patient. This means that blood oxygen monitors are often included as a part of a package inside what is usually called a vital sign monitor. Blood oxygen monitor or pulse ox monitor device can be shared between a number of patients, or used to monitor a single patient over a period of time.

Find out more about Blood oxygen monitors for hospitals and emergency medical services here: Oxygen Monitor .

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