Medical-Grade Nebulization Device
Days of Closed-door Research and Development
Times Analysis and Testing
Patents
The vplus atomization principle is to use the medical atomization mechanism. After the high-frequency vibration of AiMesh, pressure is generated to squeeze the liquid medicine through the microporous screen to form an aerosol for human inhalation.
Medical atomization uses a nebulizer to atomize the liquid medicine into fine mist and deliver it directly to the lungs for the treatment of respiratory diseases, ensuring effective absorption of the drug, relieving symptoms, and improving lung function. This method is particularly effective for patients who have difficulty using inhalers.
The particle size can be adjustedto the drug parameters to ensureoptimum preventive or therapeuticeffect
Rust-free because of good acid and corrosion resistance
The exclusive Vplus patent allows for precise dosing and dosing while maintaining the finest atomization
The material is bio-elastic and does not crack easilyunder vibration
The micropores are characterized by a plurality of annularly arranged micropores in the convex region of the central outwardly curved section. Through core technology, these micropores are combined and fixed in the curved section to form a hexagonal honeycomb structure, Medical grade assurance of high resistance to rupture and durable construction.
AiMesh adopts high polymer diaphragm to ensure high drug delivery passability and not easy to rust.
Ordinary atomizing modules are mainly arranged in matrix and triangular arrangement, and the micro-holes are either presented as a straight line, a triangle, or a square. As a result, the microporous holes are easily broken after cracking, which affects the drug delivery and the drug molecules' low passability.
Ordinary atomization modules use steel/metal sheets, resulting in atomization efficiency and easy to rust.
Hexagonal structures allow for denser molecular packing due to six neighboring molecules in dose contact, resulting in stronger intermolecular interactions and enhanced stability.
In hexagonal structures, closer proximity between neighboring molecules strengthens van der VVaals forces and electrostatic interactions, enhancing structural stability.
Hexagonal structures generally possess lower ground state energies, promoting molecular stability at energy minima. Conversely, triangular and square structures may exhibit higher ground state energies, making them more vulnerable to external disturbances.
