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A stationary oxygen concentrator is a medical device used to provide oxygen therapy to patients with respiratory failure or other diseases where an additional supply of oxygen is required. The main function of the device is to extract oxygen from the air and supply it in the form of a concentrated stream to the patient's respiratory system through an oxygen mask, nasal or other delivery method.
The main components of an oxygen concentrator include a compressor, an air purifier and air conditioning unit, a membrane or iron adsorber, filters to purify oxygen from contaminants and moisture, an electronic control unit, and device status indicators.
These devices can be stationary or portable. Reliable stationary oxygen concentrators are usually used at home or in medical facilities, while portable ones are designed to be carried by the patient within the home or even when traveling.
The overall goal of using a concentrator is to provide the patient with the necessary oxygen levels to facilitate breathing, maintain blood saturation, and improve overall health.
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Technology of a stationary oxygen concentrator and workflow.
It is a complex medical device used to generate and deliver concentrated oxygen to the airways of patients with respiratory diseases.
The main components of an oxygen concentrator include:
- Compressor. This is a device that compresses air and directs it to the oxygen purification and concentration system.
- Filters for air purification. Filters remove harmful elements from the air to protect the concentrator from dust and other contaminants.
- Cleaning and air conditioning agent. Used to purify and remove moisture from the air before it passes through the oxygen concentration process.
- Adsorber. This is the main component that separates oxygen from other gases in the air. Through the adsorption process, oxygen is retained and other gases are removed.
- Electronic control unit. This unit controls the operation of the concentrator, regulates the flow of oxygen, and provides information about the status of the device.
- Device status indicators. These indicators show the status of the concentrator's operating parameters.
The operation of an oxygen concentrator consists of the following steps:
- A compressor compresses the air, which then passes through filters for purification.
- The purified air is fed into the air conditioning unit, where it is dehumidified.
- The air passes through an adsorber, where oxygen is separated from other gases.
- Concentrated oxygen is delivered to the patient through an oxygen mask or other delivery device.
Stationary constant flow concentrators are indispensable for patients who need supplemental oxygen to help them breathe easier and improve their health.
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Types of concentrators.
The main types of stationary oxygen concentrators:
- Nasal. They deliver oxygen through tubes that are inserted into the nostrils. They are one of the most common types of concentrators because they provide effective oxygen supply without the need for a mask.
- With masks. Oxygen is delivered through special masks that cover the patient's mouth and nose. They are used when nasal masks are not suitable for the patient or when a higher concentration of oxygen is needed.
- Pulsatile. They deliver oxygen in the form of short pulses that coincide with the patient's inhalation. They are great for people who do not have serious respiratory problems, those who do not need a constant flow of oxygen.
- Combined. Combine several methods of oxygen delivery, taking all the advantages of different types of devices to meet the different needs of patients.
- Streaming. Create a steady flow of oxygen. They are often used for patients with high oxygen requirements who require it on a continuous basis.
A diverse selection of stationary oxygen devices allows you to find the optimal device, because each of them has its own characteristics and can be selected according to the needs of the patient and the recommendations of medical professionals.
Medical stationary oxygen concentrators for different types of respiratory therapy
Who is suitable for stationary oxygen concentrators?
They help in the fight against various respiratory problems:
- Chronic obstructive pulmonary disease. They are able to accumulate enough oxygen for patients with COPD, solving the issue of oxygen deficiency and making breathing easier.
- Pulmonary fibrosis. This is a disease in which the lung tissue becomes hard, which leads to a decrease in the level of oxygen in the blood. However, this device helps to keep it at a sufficient level.
- Obstructive sleep apnea syndrome. People with this condition may experience sleep apnea, which leads to insufficient oxygen supply to the body. Thanks to the concentrators, it is possible to artificially maintain the optimal level of oxygen in the body during sleep.
- Chronic heart failure. Patients with heart failure often suffer from a decrease in blood oxygen saturation. Concentrators saturate the cardiovascular system with oxygen, reducing the burden on the heart and alleviating all symptoms.
- Pulmonary emphysema. This disease is characterized by damage to the lung tissue, resulting in a lack of oxygen. However, this device is able to compensate for its deficiency.
High-powered stationary concentrators are important support devices for patients with various respiratory diseases, helping to supply the amount of oxygen the body needs.
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What are the benefits of a stationary oxygen concentrator?
They have several significant advantages in the context of respiratory therapy:
- Constant oxygen supply. They are able to constantly provide the right amount of oxygen, even in conditions where it is necessary for a long time.
- Possibility of use at home. Patients can use them at home, which provides them with comfort and convenience.
- Effective removal of harmful elements from the air. They are able to remove harmful gases and contaminants from the air, which is an extremely useful option because patients need pure oxygen without impurities.
- Availability of different operating modes. Some models have different operating modes that allow you to customize the oxygen flow to meet the needs of each individual patient.
- Cost minimization. Compared to other methods of providing oxygen, such as cylinders or liquid oxygen, the use of concentrators significantly reduces cash costs in terms of additional expenditures for consumables.
Stationary oxygen concentrators with adjustable settings and an efficient and convenient means of generating oxygen significantly improve the quality of life of patients with various respiratory diseases.
