How does the 3-micron mesh achieve the ultimate refinement of drug particles?

The core competitiveness of the handheld pocket vibrating mesh nebulizer lies in its built-in precision 3-micron mesh structure. This seemingly simple design actually embodies the countless efforts and wisdom of engineers. Through the deep integration of precision machining and material science, the mesh is carefully carved to a pore size of only 3 microns, which is much smaller than the mesh pore size of traditional nebulizers, achieving the ultimate segmentation of drug particles.

During the atomization process, the drug solution is first initially atomized into tiny droplets by physical methods such as high-pressure airflow or ultrasound. Subsequently, when these droplets pass through the 3-micron mesh, they will undergo a more refined screening and crushing process. Due to the extremely small mesh aperture, only those tiny particles that meet specific size requirements can pass smoothly, while larger particles will be intercepted and continue to be crushed until the required particle size requirements are reached. This process ensures that the particle size of the drug particles is more uniform, and most particles can be controlled below 3 microns, achieving true ultra-fine atomization.

The application of 3-micron mesh technology provides strong support for precision medicine. Traditional nebulizers often cannot refine drug particles to a small enough degree due to the large mesh aperture, resulting in some drug particles unable to penetrate into the bronchioles and alveolar areas of the lungs, thus affecting the treatment effect. The handheld pocket-type vibration mesh nebulizer successfully solves this problem with its ultra-fine mesh design. Ultrafine drug particles can easily penetrate the respiratory tract and reach the lesion site, achieving more accurate and efficient treatment. This not only improves the treatment effect, but also reduces the residue and waste of drugs in the respiratory tract, and reduces the potential risk of adverse reactions.

In addition to technological breakthroughs, the handheld pocket-type vibration mesh nebulizer has also won the favor of the market for its wide range of medication adaptability. It breaks the limitations of traditional nebulizers on drug types and supports atomization of almost all types of drugs. From common cough and phlegm, anti-inflammatory and antiasthmatic drugs to special therapeutic drugs for specific diseases such as asthma and COPD, RJ-101A can easily cope with them. This feature provides patients with more flexible and diverse treatment options and promotes the personalization and professionalization of medical care.

While pursuing efficient treatment, the handheld pocket vibration net nebulizer has not neglected the importance of user experience. Its compact handheld design allows patients to enjoy the convenience of nebulization treatment anytime and anywhere. At the same time, the use of advanced silent technology ensures low noise interference during operation, creating a quiet and comfortable treatment environment for patients. Whether resting at home or traveling, patients can easily use this nebulizer for treatment without worrying about the trouble caused by noise.