Portable Handheld Nebulizer, Children Personal Care Atomization Cosmetic Phlegm Cough Artifact Coral Orange

Description

The traditional ultrasonic nebulizer, atomized particles > 10 μm, can only cover the respiratory tract on the trachea. A new generation of microporous nebulizers, atomized particles<5μm, can cover the upper respiratory tract, trachea and bronchi & alveoli, directly to the affected area.

The atomizer is to atomize the test solution. The atomizer is an important component of the atomization system, and its performance has a significant impact on the precision and chemical interference of the measurement. Therefore, it is required that the atomizer spray is stable, the droplets are fine, uniform, and the atomization efficiency is high.

Mainly used for the treatment of various upper and lower respiratory diseases, such as colds, fever, cough, asthma, sore throat, pharyngitis, rhinitis, bronchitis, pneumoconiosis and other diseases in the trachea, bronchi, alveolar, chest. Nebulized inhalation therapy is an important and effective treatment method for the treatment of respiratory diseases. The nebulizer is used to atomize the liquid into tiny particles, and the drug enters the respiratory tract and lungs by breathing inhalation, thereby achieving painlessness. For the purpose of rapid and effective treatment, please use aerosolized administration under the doctor’s advice.

Features

For a variety of purposes, it can be used as a nebulizer for physiotherapy and health care, or as a hydrating device for beauty and beauty;

Small and portable, travel with you;

One-button operation, easy and convenient;

The amount of fog is adjusted, and the degree of fog can be selected;

The atomizing film solution is better than similar products;

Safe and reliable, available for children, suitable for any family;

Automatic cleaning, anti-dry, 2nd gear;

integrated design;

Easy to assemble, one-button removal, easy to clean.

Specification

Name: Portable Micropore Atomizer

Color: Coral Orange

Battery: Use built-in lithium battery 3.7V/500mAh

Charging mode: USB 5V charging

Cup capacity: 15ml

Timing function: 15 minutes automatic shutdown

Mist cover: with external breathing mask and nozzle

Atomization amount: atomized particles<5μm, fog=”” amount=””>0.5ml/min

Product size: 10cm*4.5cm

Packing size: 13.5*12*6cm

Net weight: 97g

Gross weight: 220g

Patent No.: 201930325370.6

Standard equipment: USB charging cable + mask + bird’s beak + box

Microporous atomizer inhalation method introduction:

The microporous atomization inhalation method is to disperse the liquid in the gas phase by the cavitation of the ultrasonic wave, and turn the liquid into mist particles (aerosol).

A method of treatment that directly acts on the local part of the respiratory tract by inhalation, and the aerosol generated by the technique has a large amount of mist and a small mist (0.5 to 5 um see test report) and is uniform.

When inhaled, it can reach the alveoli and dendritic bronchus, so that the liquid can be deposited deep in the respiratory tract for health and treatment purposes.

Instructions

First: Proper use of the ultrasonic nebulizer:

The correct use of ultrasonic atomization, so that the role of the product, many people will not be properly used because even the so-called doctor is also ignorant. The use of ultrasonic atomizers is greatly reduced:

1. Because the ultrasonic atomized particles are much smaller than the air pressure type, they can actually reach the affected part of the respiratory system, even the lungs and bronchus. This is a scientific fact that does not need to be argued (those who say that the small particles of the air pressure are ignorant, deceive People, wise people can do their own experiments, which is why almost all pneumatic atomizers don’t dare to detect particles.) Disadvantages 1. Because of the large fog, the inhalation of ultrasonic atomization has strict requirements on the liquid. Not all liquids can be atomized. This is because some of the particles atomized by the liquid are not suitable for ultrasonic atomization, so it will cause fog. Small, it is possible to use a pneumatic, high-pressure compressed gas to spray large particles of liquid.

2. If the liquid contains syrup or colloidal solution, it is not suitable for ultrasonic atomization, but if there are conditions, you can buy clean filter paper for chemical experiments to filter impurities, so the effect will be good.

3. If the liquid is dissolved by using a tablet, it must be dissolved first to precipitate impurities. If some surfaces have oily impurities, use a clean paper towel to absorb it. In order to fog out, the fog will be small or even fog-free. You can carefully observe the dissolved liquid. If you use a pneumatic atomization, accidentally spray these unwanted impurities together, because you have to make a pill. They all contain starch or colloid without medicinal effect, so that they can be made into tablets. For example, most of the ingredients are added to make syrup suitable for taste. In fact, the really useful ingredients are almost all water-soluble aqueous solutions. Intravenous injection of liquid can be directly atomized. 3. The amount of ultrasonic atomization can be as little as 10~30% of injection or food.

Note: (Why the hospital will use pneumatic type, everyone understands the space environment of the hospital, and the profit of disposable catheter fittings (not suitable for disinfection, so use once))