AirPhysio vs The Breather Comparison Guide
Airway physiotherapy is concerned with ventilation problems and the physiologic functions of the respiratory system. It aims to strengthen the airways by stretching or manipulation. The objective is to widen airways, avoid congestion, and increase breathing.
I will compare two things that I wish were available while my parents needed them. Both drugs are intended to aid in treating respiratory and airway conditions. They are the AirPhysio OPED (Oscillating Positive Expiratory Pressure device) and The Breather, which aim to increase ventilation and overall quality of life.
What Exactly is AirPhysio?
AirPhysio, short for Air Physiotherapy, developed an OPEP or Oscillatory Positive Expiratory Pressure system that assists and utilizes a natural technique for mucous clearing, lung expansion, and secretion management.
They developed the technology to alleviate the effects of Bronchiectasis, Cystic Fibrosis, COPD, and Asthma in a more straightforward, drug-free manner. These factors impair the body’s capacity to rid the lungs of polluted mucous. According to a report, asthma decreased lung ability by 5 to 25ml per year and can shorten your existence.
The platform utilizes OPEP and stimulation to aid in the loosening of mucus within the airways, allowing for smoother secretion. Several of the tasks that the system assists in include the following:
- Promotes respiratory protection by reducing the risk of developing new infections
- Removes an increased amount of contaminants and irritants
- Contributes to the reduction in mucus production during infection
- Assists in promoting the use of other areas of the lung
- Contributes to the maintenance of normal lung function and the clearance of airways
- COPD Certification
What exactly is The Breather?
The Breather is a gadget that acts as a respiratory trainer or breathing exerciser by increasing ventilation to the lungs. When lung power rises, oxygen delivery to the lungs and other organs strengthens. It is a non-drug treatment used to manage COPD, congestive heart failure, dysphagia, and neuromuscular disease.
Not only can the Breather aid in the treatment of these disorders, but athletes from all disciplines use it to improve their breathing and feel that the system allows exercises more efficiently.
How Does AirPhysio Work?
AirPhysio improves ventilation spontaneously by using oscillating positive expiratory pressure, or OPEP. You place the AirPhysio mouthpiece in your mouth and exhale. AirPhysio induces healthy energy in the lungs when you exhale. Positive pressure dislodges mucus from the airway walls, causing you to cough it out spontaneously. Consequently, you will be able to relax naturally and with more clarity and ease.
If you have difficulty breathing, that could be due to mucus in the airway. Mucus may get trapped in your airway, rendering breathing more difficult. AirPhysio asserts that it will dislodge this mucus without the need for a decongestant. You get all of the advantages of a decongestant in the airway – without having to take any medication.
According to the official website, doctors also prescribe AirPhysio for respiratory problems. The website is replete with guidelines by pulmonary physicians, pulmonologists, and those who advocate for the use of AirPhysio in the treatment of asthma, bronchiectasis, emphysema, persistent bronchitis, COPD, and atelectasis, among other diseases.
How Does The Breather Work?
The Breather is a system that simulates resistance breathing, activating and strengthening both the inspiratory and expiratory respiratory muscles. The system features customizable resistance levels through easy-to-read dials, allowing you to fine-tune the device to your specifications. The inhale settings range from 1 to 6, with 1 being the simplest and 6 being the most difficult, while the exhale settings range from 1 to 5, with 1 being the easiest and 5 being the most difficult. These dials individually switch to achieve the desired effect.
Utilizing the system encourages diaphragmatic breathing, which has been shown in studies to reduce discomfort and increase the general quality of life and sense of well-being. Additionally, it increases circulation through the vocal cords, reduces shortness of breath, increases oxygen-rich blood supply to the lungs during exercise and regeneration, and enhances the capacity to couch and clear the airway.
The Breather’s mechanism of action renders it beneficial for various diseases, including COPD, stroke, diabetes, cardiac attack, Parkinson’s disease, multiple sclerosis, and dysphagia.
The Breather vs. AirPhysio – How Do They Differ?
Although both the Air Physio OPEP and the Breather are intended to enhance ventilation in individuals with some disorders that impair natural lung function, many healthier individuals utilize each system for preserving their current state of clear, simple breathing.
They may have some distinctions, and the accompanying analogy should shed some light on those distinctions, allowing you to choose which is better for you.
The Breather strengthens the pulmonary muscles, including the diaphragm, intercostal and abdominal muscles. The goal is to reintroduce normal, healthy breathing and alleviate or eliminate breathlessness. It uses resistive muscle therapy (RMT) to assist in strengthening the respiratory muscle system.
The AirPhysio OPEP system contains an oscillating steel ball that generates vibration in the chest cavity, which helps release mucus from pulmonary passages and aids in lung expansion. The mucus rises from the lungs to the stomach, and the patient coughs, automatically expelling or swallowing the mucus.
AirPhysio – Pros and Cons
The Breather – Pros and Cons
I hope this analogy proves helpful if you’re still forced to choose between AirPhysio and The Breather. Both brands, in my view, perform admirably. The Breather helps you fight for your profits (RMT). It strengthens your peripheral respiratory muscles, allowing you to breathe naturally once again. The AirPhysio OPEP gadget employs a clever idea to promote airway clearance inside the lungs. It does so by oscillating to produce friction that draws mucus up to the mouth, where your normal reflex to cough takes over.