There are currently many manufacturers of pulse oximeters worldwide today with each claiming to manufacture the best. The many products on the market have made it continuously difficult for buyers to choose the right product. This is so especially if one does not know what to look for in the device. This article provides useful information about the features of CMS pulse oximeters one should look for when buying.
Many reasons are available for having ad using a pulse oximetry gadget. The immediacy by which blood oxygen levels and heart rates can be checked is one among the many reasons. It is vital to check these two values especially during workout sessions or when flying. The gadgets are important in flying because variations in altitude and air pressure may cause abnormal brain activities in some individuals. Estimation of the level of efficiency of CPAP therapy is possible through the use of these devices. Sleep apnea patients are advised to wear then when retiring to bed.
Checking for recording capability in a device should be the first thing. Devices with recording capability keep a record of values measured over time. Comparisons can therefore be done over a given time frame. An analysis of the recordings should tell when at night apnea activities occur. This is possible because, during apnea activities, oxygen levels in blood drop and heart rates increase.
Another factor to check is the accuracy of the device. Normally most devices allow a certain level of error in their readings. The error margin is normally highest in the low-end devices hence one should make the choice carefully. The margin should not exceed two percent. To determine the level of accuracy, one may have the heart rate and blood O2 saturation measured through other means and then the values compared to those of an oximeter.
One should also check for the kind of display the device uses and the details displayed. Low-end devices normally use the ordinary LED display and only display the two parameters the gadget is meant for without additional information. Better devices use better displays and also display pulse waveform, battery level indicator, menus, pulse meter, and perfusion index value in addition to the two parameters.
Setting of threshold heart rate and O2 saturation percentage values should be possible in the device chosen. All devices that allow setting of threshold values also have alarm systems. The alarms alert the user when the values rise or fall below the threshold. This way, serious conditions can be avoided by taking preventive measures. Low battery levels are also revealed by the alarms.
Like all electronics, oximeters should also have reasonable warranty periods. The normal warranty period is two years. If the warranty is less than two years, it is advisable to seek other options especially if the product costs high. This helps to avoid loses due to the mistakes of the manufacturer.
Oximeters that use rechargeable lithium ion batteries should not have been on the shelves for over a year at the time of purchase. This is because too much discharging in these kinds of batteries damages them. Choosing a product that can use both rechargeable and alkaline batteries is an added advantage.
Many reasons are available for having ad using a pulse oximetry gadget. The immediacy by which blood oxygen levels and heart rates can be checked is one among the many reasons. It is vital to check these two values especially during workout sessions or when flying. The gadgets are important in flying because variations in altitude and air pressure may cause abnormal brain activities in some individuals. Estimation of the level of efficiency of CPAP therapy is possible through the use of these devices. Sleep apnea patients are advised to wear then when retiring to bed.
Checking for recording capability in a device should be the first thing. Devices with recording capability keep a record of values measured over time. Comparisons can therefore be done over a given time frame. An analysis of the recordings should tell when at night apnea activities occur. This is possible because, during apnea activities, oxygen levels in blood drop and heart rates increase.
Another factor to check is the accuracy of the device. Normally most devices allow a certain level of error in their readings. The error margin is normally highest in the low-end devices hence one should make the choice carefully. The margin should not exceed two percent. To determine the level of accuracy, one may have the heart rate and blood O2 saturation measured through other means and then the values compared to those of an oximeter.
One should also check for the kind of display the device uses and the details displayed. Low-end devices normally use the ordinary LED display and only display the two parameters the gadget is meant for without additional information. Better devices use better displays and also display pulse waveform, battery level indicator, menus, pulse meter, and perfusion index value in addition to the two parameters.
Setting of threshold heart rate and O2 saturation percentage values should be possible in the device chosen. All devices that allow setting of threshold values also have alarm systems. The alarms alert the user when the values rise or fall below the threshold. This way, serious conditions can be avoided by taking preventive measures. Low battery levels are also revealed by the alarms.
Like all electronics, oximeters should also have reasonable warranty periods. The normal warranty period is two years. If the warranty is less than two years, it is advisable to seek other options especially if the product costs high. This helps to avoid loses due to the mistakes of the manufacturer.
Oximeters that use rechargeable lithium ion batteries should not have been on the shelves for over a year at the time of purchase. This is because too much discharging in these kinds of batteries damages them. Choosing a product that can use both rechargeable and alkaline batteries is an added advantage.
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