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https://www.feellife.com/mesh-nebulizer-for-home-travel-air-kids-yellow

Winter is a period of a high incidence of respiratory diseases, and babies start to get sick. In order to save children from hospitalization and reduce the chance of cross-infection in the hospital, most parents will choose to buy a nebulizer to atomize their children at home. But buying an nebulizer is really not a simple task. Facing the mixed nebulizer market, parents can't help but wonder: What is the difference between an expensive nebulizer and a cheap nebulizer?

I. From the engineering principles of various medical nebulizers
First of all, we put aside the clinical application, from the engineering principles of various nebulizers. We will provide you with answers to three types of medical nebulisers currently on the market, ultrasonic nebulizers, compression nebulizers (jet nebulizers), and mesh nebulizer.
1. The ultrasonic nebulizer uses piezoelectric conductive wafers as transducers to generate megahertz-level high-frequency oscillations and break up the liquid medicine into numerous small drug mist particles with a particle size of 1-10μm. The high temperature during the shaking process can easily change the activity of protein drugs and has now been eliminated.
2. The compressed nebulizer uses compressed gas to impact the atomized medicine or suspension to form atomized particles (usually 3-8μm in diameter). It is noisy, large, and must be plugged in for use. Due to site restrictions, the nebulizers in hospitals are basically of this type.
3. The mesh nebulizer is a circuit-driven metal mesh that oscillates at a high speed. The liquid medicine is quickly sieved and shaken through the tiny meshes on the mesh to form countless atomized particles with a particle size of 1~5μm.
At the same time of vibration, no additional heat and airflow is generated, which is more stable and uniform than the compressed output particles.

II. High-quality treatment of fogging using medical nebuliser
Speaking of this, you will wonder why the atomized particle diameter should be listed and explained, isn't it all the same?
Here we have to talk about what is a high-quality therapeutic aerosol:
In the micron aerodynamics of atomization, droplets larger than 10μm tend to adhere to the inner wall of the upper airway such as the nasal cavity and oral cavity, while atomized particles of 5 to 10μm are deposited on the inner wall of the bronchus in the first 6 segments, only 1 to 5μm aerosolized particles will eventually reach the end bronchus and alveoli.
That is to say, atomized particles of 1 to 5μm are effective high-quality aerosol particles, and if the particles are too large, they will not enter the lower respiratory tract and will not have a therapeutic effect.
Let’s take the Feellife Aerogo portable mesh nebulizer as an example to see how these 1 to 5μm atomized particles are magically produced! Then let’s take a look at the comparison of the clinical effects of the three nebulizers:
1. Feellife Aerogo portable mesh nebulizer has a much higher medical efficiency and utilization rate than a compressed nebulizer.
In healthy subjects, the lung deposition of Feellife Aerogo portable mesh nebulizer is as much as three times that of compressed nebulizer.
2. The average inhalation of the drug is high.
Feellife Aerogo portable mesh nebulizer delivers an average inhaled dose of drugs up to two or three times that of the compressed nebulizer.
3. It does not affect the temperature of the atomized medicine.
The ultrasonic atomized medicine rose by 20 degrees Celsius during the operation, while the medicine in the mesh nebulizer did not have a significant temperature change. We should evaluate the quality and difference of nebulizer from the diameter of the effective atomized particles and the type of nebulizer, not the price.
Feellife Aerogo portable mesh nebulizer atomized particles are fine and uniform. The atomized particle size is 1 to 5 microns, and the 2.5-micron particles account for about 80%, reaching the level of medical grade. You can use it for colds, fevers, and lung infections, you deserve it!