What are the performance characteristics of gas compression atomizers?

1) High-efficiency oil-free piston compressor of gas compression atomizer, no cooling water is needed during atomization, daily maintenance-free, simpler and more convenient operation; the original drug is atomized, no dilution is required, and the clinical effect is good; there is almost no drug residue Volume and high drug utilization;
　　
2) It is more convenient to operate and use. The product is equipped with a 2 meter trachea, which has large room for movement and can be used for sitting and lying. The atomizing component is lightweight and easy to wear and hold;
　　
3) Atomization uses the original medicine atomization, the amount of inhalation inhaled in the relative treatment time is appropriate, it is not easy to cause the mucosa of the inner wall of the trachea to swell, causing tracheal blockage, the atomized particles are superfine, and it is not easy to collide and combine. , And can enter the bronchus, lungs and other organs, clinical effect is excellent, especially suitable for the treatment of lower respiratory tract diseases;
　　
4) The pure mechanical product of gas compression atomizer has extremely low failure rate and low maintenance cost; long service life, generally 5-10 years of normal use.
　　
Nebulization inhalation therapy is one of the commonly used methods for the treatment of respiratory diseases at present. It uses different atomizers to use the principle of gas jet to impact liquid into tiny particles, suspend in the airflow, enter the respiratory tract, and perform local humidification;

At the same time, the atomized liquid of the gas compression atomizer can also be added with dissolved mucus agent (such as α-chymotrypsin, sputum easy to clean, must be equal), bronchodilators (such as isoproterenol, adrenocortical hormone, Aminophylline, etc.), antibiotics (gentamicin, erythromycin, etc.) to achieve local treatment purposes such as anti-inflammatory, antispasmodic, expectorant, etc., thereby reducing the toxic and side effects of systemic administration

The size of the droplets of the gas compression atomizer during inhalation determines its settlement in the respiratory tract. The droplets are 1 to 5 μm in diameter and deposited in the bronchiole and alveoli; 5 to 20 μm in diameter and deposited in the bronchi; 20 to 40 μm are deposited in the nose, pharynx, larynx and upper trachea. Therefore, clinically, according to the different respiratory diseases treated, different nebulizers are used. The diameter of the droplets generally required for clinical use is preferably 1 to 5 μm.