Oxygen Concentrators are often referred to as oxygen machines, oxygen generators, or O2 concentrators. Regardless of the name, they provide a cost-effective way for oxygen therapy patients to supplement their oxygen needs without the need of bulkly, heavy oxygen tanks. Unlike tanks, oxygen concentrators do not run out of oxygen. A personal oxygen concentrator pulls-in regular room air, filters out some of the other gases present and delivers concentrated, medical-grade oxygen.
Quick links to oxygen concentrator compaison charts and studies.
- Comparison Charts reviews 8 and 10 liter home concentrators.
- Studies provides medical studies on the efficacy of oxygen devices.
Since medical grade oxygen devices are regulated by the federal government, a prescription by a licensed physican is required in order to purchase any medical oxygen concentrator for sale. A non-medical oxygen concentrator is often referred to as an oxygen bar and is most often used for "recreational" oxygen. These types of oxygen machines do not require a prescription from a doctor. The SeQual Regalia is an example of an non medical oxygen concentrator.
Types of Concentrators: Portable vs. Home
The two types: a Portable Oxygen Concentrator and a Stationary Oxygen Concentrator. A stationary or home concentrator usually features built-in wheels to move from room to room and is powered by AC current (plugging it into the wall). They are able to operate continuously 24/7 and produce higher liter-per-minute flows of oxygen than their portable counterparts.
A portable concentrator is smaller, ligthweight and runs off of a battery rather than just AC current. Portable concentrators can also operate from AC current and in-fact, they charge their batteries from household AC current. Portable oxygen machines also come with a DC power cord to operate in your car or RV. The DC power cord allows you to use the concentrator while in a vehicle, conserving your battery power for when their is no external power source.
How Oxygen Concentrators Work: Continuous Flow vs Pulse Flow
A O2 concentrator filters air from its surroundings, compresses it and then dispenses it in a continuous flow or a pulse flow. A continuous flow concentrator continually delivers a concentrated flow of oxygen to the patient. Continuous flow oxygen is measured in liters-per-minute (LPM). All home concentrators provide continuous flow oxygen. Only a few portable concentrators can provide continuous flow and these oxygen machines are slightly larger than the "carry type" travel concentrators that accompany the patient in a backpack or handbag. The continuous flow portable concentrators usually have built-on wheels or a cart for easy transport.
A pulse flow concentrator is usually assoicated with the "carry type" oxygen machines. A pulse flow concentrator delivers concentrated bursts, or pulses of oxygen, every time you inhale. These pulse doses of oxygen are measured in what is called a bolus output. Pulse flow O2 concentrators are usually smaller in size and weight less than 10 pounds.
Challenges for Oxygen TherapyThere is always a demand for a lighter, smaller, quieter oxygen machines. The problem is that the quieter the concentrator, the bigger it usually is. The smaller concentrators typically aren't capable of continuous flow at all and they are louder than bigger concentrators. The reason being that the compressor has to work harder if it is a smaller. If the patient needs a liter-per-minute flow of 6 or more, there are only a few machines capable of this and they are bigger and louder than 5 liter oxygen concentrators. Another consideration is the aesthetics of the concentrator. Since a stationary concentrator is designed for the home, many customers have come to regard it as a piece of furniture, rather than just a tool for providing oxygen. The Caire Companion 5 was designed to be more aesthetically pleasing than some other competing models.
Using an Oxygen Concentrator Video
For use of a concentrator there’s a couple of different models of concentrators out there but they basically all have the same parts. What you want to locate on the parts of the concentrator are the liter flow valve which is just the amount of oxygen.
The oxygen tubing connector which can also be connected to a humidifier, we don’t use humidifiers because they have a tendency to accumulate bacteria. The off/on switch, the reset button and either on the back or the side of the concentrator is a foam filter. The foam filter needs to be taken off and washed once a week. You can wash it with dish soap and water and let it air dry, then replace it.
Plug your concentrator in remembering to store it away from a heat source. When you turn it on, the concentrator will have an audible beep which indicates that it is working correctly. Turn the liter flow down.
Attach your oxygen tubing with either the nasal cannula or the mask. Turn the machine on, adjust the liter flow rate. There’s a small ball in the gauge that you line up with the corresponding number. For low liter flows often you cannot feel the oxygen coming out of the nasal cannula so you can check to make sure that you have adequate oxygen by placing the end of the cannula into a glass of water.
Then you can apply the cannula or the mask and then document the administration of oxygen in the medical administration record.