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Tips to buy stationary oxygen concentrators

The oxygen molecules in the air are separated from the nitrogen molecules in-home oxygen concentrators, resulting in a concentrated gas that is 90–95 percent pure oxygen. Normally, 79 percent of the air we breathe is nitrogen and 21% is oxygen. Home oxygen concentrators reverse this ratio, producing a gas that is practically pure oxygen for medicinal reasons.

Using a molecular sieve, the air is filtered to remove any particles or germs, resulting in a pure final flow of concentrated oxygen. These filters should be replaced every two years on average, however, some don’t need to be changed at all.

If you want to buy a home oxygen concentrator but aren’t sure which one is ideal for you, this blog will help you. Home oxygen concentrators are crucial healthcare devices, so selecting the best one from the start can ensure years of trouble-free use.

Now let us look at the tips to buy a stationary oxygen concentrator below.

Tips to buy a stationary oxygen concentrator

Let’s have a look at the major aspects to consider before buying any home oxygen concentrators.

  1. Power Consumption

Like any other household item, home oxygen concentrators are powered by a standard wall outlet. The quantity of energy they consume, on the other hand, varies significantly between devices. Due to manufacturing variances, certain devices with similar features have differing average energy consumptions.

Others consume more oxygen because their oxygen liter fluxes are higher. While it may seem logical to choose a concentrator with the lowest average power consumption, your oxygen needs, as determined by your doctor, may necessitate a device with higher power consumption. Some models also contain a place for consumer-grade batteries, which is useful in the event when the power goes out.

  1. Liter Flow

As previously said, the liter flow capacity of your home oxygen concentrator is extremely vital to consider. The majority of people who use oxygen at home are only given 2 liters. Many people, on the other hand, need larger liter flow rates.

If 2 liters of oxygen keeps you comfortable when you’re sitting or lying in bed, but you start to feel short of breath when you move around, you might want to consider investing in a concentrator with the ability to increase the oxygen flow if necessary. If this is occurring to you, don’t forget to make an appointment with your physician.

Philips Everflo, Nidek Nuvo Lite and Oxymed Mini are some of the best 5 liter home oxygen concentrator machines.

Oxymed 10, Nidek 10 and Devilbiss 10 are some of the best 10 liter oxygen concentrator machines.

  1. Easily Transportable

Even if you believe you’ll never need to move your oxygen concentrator, you will. Some concentrators for residential use are small and portable. Others include wheels, making it easier to move the concentrator across the floor.

This is a crucial characteristic, especially in an emergency. If you need to move your home concentrator quickly, ensure that your oxygen concentrator is lightweight and portable.

  1. Weight

As they are built to work harder, home oxygen concentrators tend to be heavier. There are, however, various possibilities for lighter home concentrators, one of which weighs only 9 pounds. The disadvantage of lighter home oxygen concentrators is that their oxygen output capacity is usually smaller.

In this situation, the 9-pound concentrator can deliver up to 2 liters per minute. For the most part, this is sufficient, but not for all. In any case, if you simply require 2 liters or less oxygen, the lighter concentrators make sense because you won’t be using high-liter flows.

  1. Noise Level

Home oxygen concentrators operate by drawing in ambient air and filtering out the oxygen; which can lead to a noisy process. If you’re sensitive to noises while sleeping, a concentrator with a lower noise level can be a good option for you.

For reference, a decibel level of 40 dB is the same as bird sounds or the atmosphere of a typical library. A close conversation or a running air conditioner, on the other hand, is equivalent to 60 decibels.

To sum up, in order to buy a home oxygen concentrator you must begin by determining the liter flow that your doctor has ordered and focus your search on concentrators that will match your oxygen requirements. Then, among the concentrators that are within your budget and financing capabilities, sort by size and energy consumption, as well as other criteria.

At last, after you’ve found a concentrator you like, start the process of validating your prescription and insurance coverage, as well as requesting pricing information so you can compare prices. We hope that you would find the blog useful and stay tuned with us to know more.

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