Introducing Wall-Mounted Air Disinfection Unit

Wall-mounted plasma medical sterilization units utilize a plasma electrostatic field to decompose and break down negatively charged bacteria, polarize and adsorb dust, and then combine with secondary sterilization and filtration components such as filters for further purification. They effectively eliminate and purify toxic and harmful gases and unpleasant odors in the air, allowing treated clean air to circulate rapidly and extensively, maintaining a sterile and dust-free controlled environment. Dynamic air sterilization can be performed while people are present, enabling simultaneous human-machine operation.

Applicable Locations: Medical facilities such as wards, delivery rooms, treatment rooms, oral implantation rooms, fever clinics, as well as food factories, laboratories, schools, and offices.

Plasma Air Disinfection Machine

Medical plasma air disinfectors, primarily consisting of a fan, pre-and medium-efficiency filters, a plasma module, and an activated carbon molecular filter. Indoor polluted air is circulated through various disinfection and purification modules under the action of the fan, with the pre-and medium-efficiency filters mainly filtering out large particles like hair and dust; the plasma module effectively kills various bacteria, fungi, and other pathogenic microorganisms in the air; the activated carbon molecular filter effectively removes organic gases and various odors from the air; this series of products effectively achieves disinfection effects in hospital Class II and III disinfection environments.

Plasma air sterilization technology is an air sterilization method that integrates ionization sterilization technology and electrostatic dust removal technology.

Core sterilization and disinfection component — Jiesen Ring plasma module

The module is divided into two sections. The first section utilizes the principle of high-voltage discharge, converting gas from molecular state to unstable plasma state, accompanied by intense oxidation-reduction reactions, thereby achieving sterilization and disinfection. The second section, by utilizing the principle of Coulomb force generated by charged particles in an electric field, causes dust in the air to become charged and move to the dust collection plate, thus achieving air purification.

Application Sites

ICU, supply rooms, delivery rooms, patient rooms, examination rooms, pathology rooms, laboratories, consulting rooms, infusion areas, protective isolation units, intensive care units; inspection, packaging, sterilization areas for disinfection supplies, and sterile item storage areas; oral implant rooms, hemodialysis rooms; public places with a higher risk of cross-infection due to crowded personnel.