Get Now this device that measures oxygen levels during treatment for diabetes, sleep apnea, asthma



Get Now this device that measures oxygen levels during treatment for diabetes, sleep apnea, asthma

Pulse Oximetry Essential In Diagnosing Sleep Apnea CLICK HERE

If you have sleep apnea, a portable pulse oximeter can be very useful in monitoring your blood oxygen level (oxygen saturation) during sleep.

Use the pulse oximeter is if you suspect that you have sleep apnea. People with diabetes are at increased risk for sleep apnea and treating this will help control your diabetes. Sleep apnea causes you to stop breathing while you are sleeping, which causes oxygen deprivation. This oxygen deprivation can lead to stroke, uncontrolled diabetes, heart disease, weight gain, or even depression. Using the pulse oximeter can measure oxygen levels but should not be used to diagnose sleep apnea. Knowing the signs of sleep apnea such as fatigue and falling asleep during the day should be addressed by your physician.

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Pulse oximetry, a standard monitoring tool in respiratory care, plays a key role in diagnosing obstructive sleep apnea and other sleep disorders before oxygen desaturation contributes to comorbidities like GERD, type 2 diabetes, and cardiovascular disease.

In fact, the sleep apnea oximeter will show you how efficient is your apnea treatment.

If your oxygen levels are bellow 92%, then your treatment is not effective enough. You should maintain O2 levels above 98% when sleeping.

Sleep Apnea and Blood Oxygen Levels CLICK HERE

What causes oxygen desaturation in sleep apnea?

The oximeter, or the oxygen saturation monitor, can be a very helpful medical device for sleep apnea patients.

Sleep apnea can cause the low blood oxygen levels. In severe cases, the low oxygen levels can put pressure on your left ventricle of your heart. Your body reads this as needing to relieve pressure, by making and releasing urine.

So, you really can’t get a good night sleep at all, no matter what, with an untreated obstructive sleep apnea.

If you wake up with a pounding feeling in your chest, or wake up with irregular heart beats, it could be that you might have a severe case of sleep apnea.

The following video has a clear demonstration of oxygen desaturation  during sleep apnea, where the device used for this explanation is a finger oximeter:

What is a good oxygen level during sleep?

Oxygen saturation over 94% is considered normal. Anything bellow 92% oxygen in your blood is a sign that you have breathing problems during sleep (sleep apnea, severe snoring, COPD, asthma, etc).

However, is important to know how much time did you spend with oxygen saturation that goes bellow 92%.

There can be drops in oxygen levels that are not long enough or low enough to be called abnormal or unhealthy for your body. For example, a couple of seconds with 80% for 2 times in one night is not a reason for concern.

 If you can get a hold of a pulse oximeter which can clip to your finger.

In patients with asthmapulse oximetry complements peak flow meters in assessing the severity of asthma attacks/exacerbations and response to a treatment

To continue our exploration of diabetes and heart health during American Heart Month, I would like to introduce you to pulse oximetry, also known as “pulse ox.” In a nutshell, pulse oximetry devices measure how much oxygen is in your blood. Low oxygen saturation (hypoxemia) in blood can impede body function and harm vital tissues, resulting in shortness of breath, fatigue, confusion, and can be life threatening.

Finger pulse oximeters measure the concentration of oxygen in the blood by placing a two-sided probe over the finger. It then monitors pulsating capillaries in the fingertip. The reading should be between 96-100%. Any number below 90% is cause for concern and should certainly be addressed by a physician. A finger pulse oximeter can also read your pulse rate and heart rate.

People with diabetes are known to have circulatory problems, especially in their lower legs and arms, known as PVD or peripheral vascular disease. This is caused by fatty plaque buildup or atherosclerosis in the blood vessels. PVD is twenty times more common in diabetics than the average population.Using a pulse oximeter can help you know more about your own health in an easy and low cost way.

Enjoy the knowledge and use it to improve how you feel



Pulse oximetry is one of the parameters used for diagnosis, but it can also be a tool to monitor ongoing treatment. A case in point—a doctor with breathing problems used pulse oximetry one night to establish a baseline.
Continuous pulse oximetry allows us to see the patient’s saturation in real time. We can make changes to therapy and know almost instantly what the effect is.

It has revolutionized my specialty, anesthesia. Anesthesiologists used to have to run much higher inspired oxygen gas mixtures, and relied on the patient’s color to know that things were OK (and many times, they were not). Pulse oximetry lets us use lower a FiO2, and we know that the patient is well oxygenated. We also get a much earlier warning – we can see saturation levels dropping and institute treatment long before they are low enough to cause problems. It is one of the main reasons that anesthesia is so safe now. (I can also get a good idea that the patient’s heart rhythm and blood pressure are good, just from the pulse ox.)

For babies, it’s use in prematurity assures that babies are oxygenated enough, but not too much (too much oxygen can lead to retinopathy). Other than that, and babies with congenital heart disease, it’s not as vital for their care.

Pulse oximetry is also used in ventilated patients to make sure the FiO2 on the vent is adequate. It allows easier ventilator management, because we can see the effect of a vent change almost instantly.

The pulse oximeter is also a good indicator of perfusion, so it can be useful if problems with blood flow to a limb are suspected.

Pulse oximeters measure the amount of haemoglobin saturation, which is a useful measurement of oxygen concentration in the blood. They are useful in various situations where a patient might not be getting enough oxygen, and pulse oximeters are useful for monitoring this. However, most people do not need them at home and there aren’t that many where it would be useful to have one that I can think of.
Over 90 oxygen level is good. Under 90 of concern. Take a few deep breaths – remeasure. Low oxygen levels may cause confusion and or a lack of energy.

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Fingertip pulse oximeter


Pulse oximeter fingertip reading of SpO2 (monitoring your oxygen saturation level), perfusion index value display and pulse rate.

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Pulse oximetry is a noninvasive method for monitoring a person’s oxygen saturation (SO2). Its reading of SpO2 (peripheral oxygen saturation) is not always identical to the reading of SaO2 (arterial oxygen saturation) from arterial blood analysis, but the two are correlated well enough that the safe, convenient, noninvasive, inexpensive pulse oximetry method is valuable for measuring oxygen saturation.

About the product

  • NEWLY UPGRADED – with major improvements made to the previous pulse oximeter model.
  • ACCURATE AND RELIABLE – Accurately determine your SpO2 (blood oxygen saturation levels), Fast SpO2 readings, pulse measurements and display it conveniently on a large digital LED display.
  • SPORT/HEALTH ENTHUSIASTS – Suitable for sports enthusiasts like mountain climbers, skiers, bikers or anyone interested in measuring their SpO2 and pulse rate.
  • SUITABLE FOR ALL AGES – Accommodates wide range of finger sizes – children to adult.

What is a Pulse Oximeter?

A pulse oximeter  indirectly measures the oxygen saturation of a patient’s blood (as opposed to measuring oxygen saturation directly through a blood sample) and changes in blood volume in the skin, producing a photoplethysmograph.. This portable, battery-operated pulse oximeter also displays the heart rate.

Why is pulse oximetry so important?

Once a patient starts losing oxygen, a doctor has less than three minutes to prevent risk of brain damage, heart failure and death.

A healthy body should never fall below 95% oxygen saturation, and oximeters can detect changes as small as 1%. Before oximeters were invented, experienced clinicians would only notice signs of hypoxia (oxygen starvation) when patients became cynaosed – literally their skin began turning blue, with oxygen saturation damagingly low at 85%.

Who need pulse oximeter?

1.People who have heart disease,hypertension,diabetes,especially the elderly
2.Pregnant woman
3.People who have respiratory diseases,especially those with long-term snoring
4.Frequent business travelers and travel enthusiasts
5.People who often work overtime
6.People who often go to the gym
7.Mountaineering enthusiasts,outdoor adventure enthusiasts
8.White-collar workers or people who work in closed environment

Product Description

Item Name:  365 DaysX24 Hours Care Pregnant Fingertip Pulse Oximeter

Fingertip Pulse Oximeter is a portable non-invasive, spot-check, oxygen saturation of arterial hemoglobin (SpO2) and pulse rate of adult and pediatric patient at home, and hospital (including clinical use in internist/surgery, Anesthesia, intensive care etc). It is not for continuously monitoring.

  • 365 DaysX24 Hours Care Pregnant Fingertip Pulse Oximeter Features:

1.Easy to use
2.Low power consumption
3.Integrated with SpO2 probe and processing display module
4.SpO2 value display
5.Pulse rate value display, bar graph display
6.Pulse waveform display
7.The display mode can be changed
8.With measured data overruns limits and low-voltage alarm function,the limit value is adjusted automatically
9.Low-voltage icon appears before working abnormally which is due to low-voltage,and with alarm function

10.When the device is under the state of measuring,it will automatically power off if the finger falls out of probe.

365 DaysX24 Hours Care Pregnant Fingertip Pulse Oximeter Specification:

.OLED display,Active area 0.96 inch,128 x 64 pixels
.SpO2 measurement Range : 70~99%.
.Accuracy : ±2% on the range of 70~99%, Unspecified below 70%.
.Resolution : ±1%.
.Pulse measurement Range : 30~240 BPM.
.Accuracy : ±1BPM or ±1% (larger one).
.Power consumption : <30mA.
.Operation temperature : 5~40C.

Suitable for people as bleow:

1.People who have heart disease,hypertension,diabetes,especially the elderly
2.Pregnant woman
3.People who have respiratory diseases,especially those with long-term snoring
4.Frequent business travelers and travel enthusiasts
5.People who often work overtime
6.People who often go to the gym
7.Mountaineering enthusiasts,outdoor adventure enthusiasts
8.White-collar workers or people who work in closed environment

Pulse Rate 

Range : 30-254 BPM
Resolution : ±1bpm
Accuracy : ±2bpm
Operating Temperature : 0’C-50’C
Storage Temperature : -10’C – 60’C
Operating Humidity : 15%RH – 95%RH

Storage Humidity : 10%RH – 95%RH

Self-adjusting finger clamp plus simple one-button design allows for easy operation. Small portable size makes it easy to handle and carry. Helpful for athletes and pilots to obtain quick and accurate oxygen saturation readings.

Customer satisfaction guaranteed! We Offer 100% Money Back Guarantee:

If you’re not happy with it, ship it back and we will refund your money.

Our product is the solution for you,that fingertip pulse oximeter because: 
• Finger pulse oximeter is useful for sports enthusiasts like mountain climbers,skiers,bikers, people who often work overtime, interested in measuring their SpO2 and pulse rate.
• Monitoring your oxygen saturation level will help you to adjust your oxygen flow at home, during exercise or social activities
• Normal pulse rate values for adults 60-80 beats per/minute. Oxygen saturation should remain at 90%.

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Fingertip pulse oximeter help you monitoring a oxygen saturation (SO2) and GIVE YOU THESE benefits

– Super easy to use and Cost effective
– Pulse finger oximeter measured data overruns limits
– Extremely fast results SpO2 determine blood oxygen saturation levels and heart rate values
– Pulse rate value display, bar graph display

We stand by our product and customer satisfaction Provide 100% and if you is not happy with our product name, just return it Within 120 days and we Asked QUESTIONS.

This is the most affordable solution for determine blood oxygen saturation levels and heart rate values. Get the benefit: determine blood oxygen saturation levels; heart rate values and if you BUY TODAY, YOU CAN SAVE 50%!

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In its most common (transmissive) application mode, a sensor device is placed on a thin part of the patient’s body, usually a finger or earlobe. The device passes two wavelengths of light through the body part to a photodetector. It measures the changing absorbance at each of the wavelenghts, allowing it to determine the  absorbances due to the pulsing arterial blood alone, excluding venous blood, skin, bone, muscle, fat, and (in most cases) nail polish.

Less commonly, reflectance pulse oximetry is used as an alternative to transmissive pulse oximetery described above. This method does not require a thin section of the person’s body and is therefore well suited to a universal application such as the feet, forehead, and chest, but it also has some limitations. Vasodilation and pooling of venous blood in the head due to compromised venous return to the heart can cause a combination of arterial and venous pulsations in the forehead region and lead to spurious SpO2 results.

A blood-oxygen monitor displays the percentage of blood that is loaded with oxygen. More specifically, it measures what percentage of hemoglobin, the protein in blood that carries oxygen, is loaded. For a patient breathing room air at or near sea level, an estimate of arterial pO2 can be made from the blood-oxygen monitor saturation peripheral oxygen (SpO2) reading.

Absorption of light at these wavelengths differs significantly between blood loaded with oxygen and blood lacking oxygen. Oxygenated hemoglobin absorbs more infrared light and allows more red light to pass through. Deoxygenated hemoglobin allows more infrared light to pass through and absorbs more red light.

In contrast, blood gas levels must otherwise be determined in a laboratory on a drawn blood sample. Pulse oximetry is useful in any setting where a patient’s oxygenation is unstable, including intensive care, operating, recovery, emergency and hospital ward settings, pilots in unpressurized aircraft, for assessment of any patient’s oxygenation, and determining the effectiveness of or need for supplemental oxygen. Although a pulse oximeter is used to monitor oxygenation, it cannot determine the metabolism of oxygen, or the amount of oxygen being used by a patient.

Because of their simplicity of use and the ability to provide continuous and immediate oxygen saturation values, pulse oximeters are of critical importance in emergency and are also very useful for patients with respiratory or cardiac problems, or for diagnosis of some sleep disordees such as apnea and hypopnea.

Portable pulse oximeters are also useful for mountain climbers and athletes whose oxygen levels may decrease at high altitudes or with exercise. Some portable pulse oximeters employ software that charts a patient’s blood oxygen and pulse, serving as a reminder to check blood oxygen levels.


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