Continuous Flow Portable Oxygen Concentrator

What is Continuous Flow Portable Oxygen Concentrator?

A portable oxygen concentrator refers to a device that is widely used to provide oxygen therapy to patients who require a higher level of oxygen concentration than ambient air.

These medical devices consist of an alarm indicator, a knob to adjust the flow rate, and an oxygen outlet for the nasal cannula.

They work by separating nitrogen and oxygen from the air in the environment and offering pure oxygen to the patient. These concentrators are compact and lightweight in nature, unlike traditionally used stationary concentrators.

They can often be used to deliver oxygen to people using pulse dosing and continuous flow modes of delivery.

Portable continuous oxygen concentrator rental

Global Continuous Flow Portable Oxygen Concentrator Market Trends:

The rental market is primarily driven by the increasing prevalence of respiratory disorders, such as asthma and chronic obstructive lung diseases.

Since oxygen concentrators can be easily and conveniently transported, they are gaining widespread preference throughout the healthcare industry. This is further supported by the growing geriatric population and rapid technological advances in the miniaturization of oxygen concentrators.

The rental market is also driven by the rapid outbreak of the pandemic globally.

Home oxygen concentrator rental

Patients who have an oxygen concentration of less than 90 percent should receive oxygen therapy to prevent further deterioration of health.

In addition, patients already suffering from lung disorders require these medical devices to maintain an adequate concentration of oxygen.

This, coupled with the increasing demand for portable oxygen sources in intensive care units, is driving market growth.

Some of the other factors contributing to the growth of the rental market include the launch of a Continuous Flow Portable Oxygen Concentrator with longer battery life and miniaturized technologies, extensive research and development activities, and continued developments in healthcare infrastructure.

How to increase oxygen level?

With an increase in the number of critically ill patients with respiratory problems, the demand for oxygen supplies has only increased.

While a large part of the population seeks breathing equipment, there are also a significant number of infected people who are treated at home, breathing with the help of oxygen concentrators and other means of oxygen.

But what is an oxygen concentrator and how does it work? Here is everything you need to know.

What is a Continuous Flow Portable Oxygen Concentrator?

What is an Continuous Flow Portable Oxygen Concentrator and how does it work?

A respiratory disease not only infects the respiratory tract, but also has high oxygen saturation levels.

With oxygen deprivation and increased lung infections in patients, oxygen concentrators and cylinders are invaluable.

The air around us consists of approximately 80% nitrogen and 20% oxygen.

Oxygen concentrators are devices that help concentrate oxygen from ambient air by removing nitrogen and delivering pure oxygen to people whose blood oxygen (SpO2) level readings drop below 90%.

Ideal oxygen levels should be between 94 and 99%.

Types of oxygen concentrators

Different types of oxygen concentrators.

There are two types of oxygen concentrators available on the market, namely continuous flow and pulsed dose.

While a continuous flow oxygen concentrator provides the same flow of oxygen in one minute until it is turned off, the pulse dose identifies the patient’s breathing pattern and emits oxygen when it detects inhalation.

Therefore, oxygen dispensed by pulse units cannot be measured in the same way as continuous flow oxygen concentrators, as they do not produce constant oxygen for one minute.

How does a portable oxygen concentrator work

When can Portable Oxygen Concentrator be used and for whom?

In addition to respiratory complications, oxygen therapy can be used for a number of reasons.
As for patients with respiratory problems, people were recently warned about certain precautions when using external oxygen.

For those people who have an oxygen saturation of 92 or 94, there is no need to take in high oxygen just to maintain your saturation.

It will not be of any benefit. If your saturation is above 95, you do not need to take oxygen. If it is less than 94, you need close monitoring, but you may not need oxygen yet because oxygen is still sufficient in the blood if the patient is healthy.

With that said, people whose blood oxygen levels drop below 90% can begin to organize oxygen concentrators on their own and can begin therapy at home.

However, it is important to note that only patients with mild or moderate symptoms, who have an oxygen saturation level between 90-94, should be dependent on an oxygen concentrator and can use it at home.

Anyone whose SpO2 level falls below 80-85 may need a higher flow of oxygen or may have to resort to an oxygen level.

Difference between oxygen concentrator and oxygen cylinder

How do oxygen concentrators and oxygen cylinders compare?

Oxygen concentrators are portable and easier alternatives to oxygen cylinders.

However, they can only provide 5-10 liters of oxygen per minute, which may not be enough for seriously ill patients.

Only people with mild and moderate symptoms are advised to use oxygen concentrators.

That being said, oxygen concentrators can be easily transported from place to place and don’t need to be refilled every time. You only need one power source to draw in ambient air.

How to choose oxygen concentrator?

What to consider when buying an oxygen concentrator?

Oxygen concentrators draw in atmospheric air and purify it of nitrogen and other gases, providing pure oxygen to patients suffering from low oxygen levels.

That said, oxygen concentrators require a continuous electrical supply of 100 W to 600 W. Unlike oxygen cylinders, they dispense oxygen until manually turned off.

According to reports, 1 liter of oxygen can raise a patient’s lung capacity to 24%, while 2 liters can increase it to 28% and so on. However, it can be regulated as needed.

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