The role of laminar air supply ceiling

Laminar air supply ceilings play an important role through components such as high-efficiency air disinfection filtration systems and fan power systems.
First, the fan power system inhales ambient air when working, and filters it into clean and sterile air through the high-efficiency air disinfection filtration system. Among them, the high-efficiency air disinfection filtration system adopts the leading leakage barrier technology at home and abroad, the filter pressure difference sealing technology ensures no leakage in the clean area, and the filter full-cover technology has low-pressure difference and has a super long service life. The all-aluminum alloy structure stabilizes product quality and has a short delivery cycle. The polymer damping layer air supply mesh has low resistance and uniform wind speed. The damping layer flow is assembled with aluminum alloy buckle type, which is easy to replace and maintain.
Then, the clean and sterile air is delivered to the inner area of ​​the hood in a laminar flow manner. The intermediate belt medium-speed airflow compensation device is made of a 2mm thick brushed rust-proof aluminum plate, which eliminates the traditional laminar air supply ceiling due to the obstruction of the shadowless lamp and the weakening of the airflow in the center position, which affects the laminar effect, and the imported damping laminar microporous flow supply air. At the same time, the positive pressure is maintained inside the hood to prevent dust particles and microorganisms from entering the hood.
In this way, the laminar air supply ceiling creates a clean and comfortable space environment for surgery. It can reasonably distribute the airflow in the clean room and effectively ensure the cleanliness of the room (air supply surface 100 level). Provide suitable temperature and humidity for surgery, create a fresh, clean, comfortable, low-bacteria surgical space environment, so that the patient's tissue is damaged as little as possible during surgery, and greatly reduce the infection rate, especially intracranial surgery and orthopedic joint surgery, to ensure that patients can recover faster and better after surgery.