How to control pollution in laminar flow operating rooms? We need to further understand the situation of pollution. Only in this way can our laminar flow operating rooms operate better. We all know that laminar flow operating rooms need maintenance, but do you know why maintenance in laminar flow operating rooms is so important?

The air pressure in laminar flow operating rooms varies depending on the cleanliness requirements of different areas, such as operating rooms, preparation rooms, anesthesia rooms, and surrounding clean areas. Different laminar flow operating rooms have different air cleanliness standards. For example, the US Federal Standard 1000 is the number of dust particles ≥ 0.5 μ m per cubic foot of air, ≤ 1000 particles, or ≤ 35 particles per liter of air. The standard for a 10000 laminar flow operating room is a dust particle count of ≥ 0.5 μ m per cubic foot of air ≤ 10000 or ≤ 350 per liter of air. And so on.

To prevent outdoor pollution from invading indoors. This is the main way to control pollution in clean rooms, mainly involving methods of air purification treatment, indoor pressure, etc. Quickly eliminate indoor pollution that should occur, which mainly involves the organization of indoor airflow and is also the key to demonstrating the function of a clean room. Controlling pollution sources and reducing the amount of pollution mainly involves the installation and management of equipment that causes pollution, as well as the purification of people and objects entering the clean room. The former mostly belongs to process issues.

How to control pollution in laminar flow operating rooms is closely related to various aspects of daily use. Each step actually has an impact on laminar flow operating rooms. Manual edge grinding is carried out according to customer requirements for laminar flow operating room processing, and not for any laminar flow operating room products. Manual edge grinding is time-consuming and labor-intensive, so most processing is done by machines.