Those who require additional oxygen therapy should select the appropriate oxygen concentrator. This book provides a complete perspective that will help you make informed judgements. This page will describe different kinds of portable oxygen concentrator, their essential characteristics, flow rate, portability, noise levels, and other vital elements. Choosing the correct medical equipment involves fully grasping your requirements and lifestyle. This article will assist you in selecting a long-lasting and effective product that will benefit your life at home or on the go.
What is an Oxygen Concentrator?
An oxygen concentrator machine is a medical device that delivers oxygen to individuals with respiratory problems. It has become common to restore low blood oxygen levels. It is only sometimes sold over the counter. A doctor must conduct a comprehensive medical evaluation before prescribing it. Doctors teach patients how to use concentrators efficiently while travelling and at home.
Oxygen Concentrator Requirements
The first thing to consider is how much oxygen you need. Your doctor will establish a flow rate in LPM to maintain oxygen saturation levels. Select the appropriate portable oxygen concentrator on rent or cylinder based on your unique needs, as flow rates differ.
Noise Level
The noise level of a mini portable oxygen concentrator can be an issue for some people, especially if they intend to use it in public or in peaceful settings. Some concentrators are noisier than others, so check the decibel level before purchasing. Portable oxygen cylinders create little noise because they include no mechanical pieces.
Portability
Another critical component is portability. Do you require lightweight and oxygen concentrator suppliers? Or are you primarily using it at home? Portable oxygen cylinders are usually smaller and lighter than concentrators, making them easier to transport. Concentrators, on the other hand, are more adaptable and can offer an uninterrupted flow of oxygen, whereas cylinders have a limited capacity and must be replaced.
Battery Life
Long-term use of an oxygen source requires consideration of battery life. Most portable oxygen concentrator rentals use rechargeable batteries. However, battery life varies significantly between models. Portable oxygen cylinders have limited capacity and need to be replenished when running low on oxygen.
Chronic Diseases that Require Oxygen Therapy
Some chronic diseases needing the use of an oxygen concentrator for an extended period are:
- Cystic fibrosis: This potentially dangerous condition is handed down to you. This rare sickness harms both the digestive and respiratory systems, affecting the cells responsible for mucus, sweat, and digestive secretions. Fluids become thicker and stickier, blocking ducts, tubes, and channels of the sick individual.
- Sleep Apnea: Sleep apnea is characterized by intermittent interruptions and onset of breathing during sleep. Treatment options include CPAP, weight loss, and exercise. Again, some people will need oxygen therapy.
- Chronic Obstructive Pulmonary Disease (COPD): Oxygen concentrators can effectively treat COPD, affecting approximately 16 million people. COPD causes pulmonary disease where oxygen absorption is disturbed. Shortness of breath if oxygen concentrator is used. Help can be provided.
How do Oxygen Concentrators Work?
Oxygen concentrators use ambient air to deliver high levels of oxygen to those who need it· Here is a step-by-step explanation of how it works:
- Air intake: The concentrator absorbs ambient air, consisting of 21% oxygen, 78% nitrogen and 1%· of other gases.
- Filtration: Incoming air is filtered to remove dust, pollen, and other contaminants.
- Compression: The concentrator’s compressor then compresses the filtered air to prepare it for separation.
- Gas Separation: The compressed air flows through a sieve bed containing zeolite, a substance that preferentially adsorbs nitrogen under pressure. Pressure swing adsorption (PSA) separates oxygen from nitrogen and other gases.
- Oxygen Collection: The oxygen that is not absorbed by the zeolite goes through and is collected in a reservoir.
- Delivery: The concentrated oxygen is subsequently given to the user via nasal cannula or mask· Typically, the oxygen given is 90-95% pure.
- Release nitrogen: The concentrator periodically releases the adsorbed nitrogen back into the atmosphere, preparing for the next cycle.
Oxygen concentrators deliver a constant flow of oxygen without the need for tanks, making them convenient for home and travel. They treat COPD, severe asthma, and other respiratory illnesses that require supplemental oxygen.
Conclusion
Choosing an appropriate oxygen concentrator is crucial for maintaining excellent health and quality of life, especially for those with chronic respiratory disorders. This overview covers the latest models, their features, and characteristics as portability, capacity, and ease of use. As technology advances, selecting reliable equipment gets more challenging. Arihant Healthcare provides trustworthy advise and high-quality medical equipment. Arihant Healthcare delivers excellent customer service and offers a diverse range of high-performance oxygen concentrators to meet your medical demands and improve your overall health and wellness.
FAQ’s
Q1. What is the average range for an oxygen concentrator?
Ans : Oxygen concentrators filter room air to remove dust, germs, and other pollutants. They compress the air and administer it to patients at a higher pressure using a nasal cannula or oxygen mask. Pressure ranges from 0·5 to 5 litres of oxygen per minute.
Q2. How long can an oxygen concentrator operate continuously?
Ans : Oxygen concentrators are designed to operate continuously for up to 24 hours. However, they occasionally experience problems with heating up and then abruptly stopping. As a result, after 7-8 hours of continuous use, the concentrator should be left to rest for 20-30 minutes.
Q3. Which oxygen concentrator is FDA-approved?
Ans : The 5L Oxygen Concentrator is FDA-approved and designed for people with respiratory problems who require supplemental oxygen. The nasal mucosa carries large amounts of oxygen to the patient.