Steri Techno Fab is a leading EO Gas Sterilizers manufacturer, supplier and exporter. EO Gas Sterilizes are used to sterilize products effectively. Our product has a large chamber. These Ethylene Oxide Gas sterilizers are frequently used to sterilize huge quantities of products that cannot be sanitized with steam. When gauze or non-woven materials, such as disposable gowning, are created, they must be sanitized before being used in the hospital. To kill hazardous germs and spores, these are frequently sterilized with Ethylene Oxide Gas
Description
EO Gas Sterilizer
Ethylene Oxide Sterilization, generally known as EO Gas or ETO, is a gas diffusion sterilization procedure that can be used for a variety of purposes. Sterilization of important medical devices is critical for achieving the goal of providing high-quality healthcare at a reasonable price while also ensuring a high level of infection control. The EO Gas Sterilizer is critical for achieving sterilization at low temperatures. It works with a wide range of materials, resins, and products and does not require a high temperature. Gas concentration, temperature, relative humidity, and exposure period are all factors in EO Gas Sterilization. Alkylating compounds in Ethylene Oxide prevent microorganisms from multiplying (EO). EO Gas Sterilizers are the most affordable and adaptable low temperature sterilizers on the market, with the mildest 100 percent EO sterilization cycle on the market. They’ve been trusted by healthcare facilities all over the world for over 15 years.
Advantages of EO Gas Sterilizer are
- Very low temperature
- High efficiency with the ability to kill germs, including spores that are exceedingly resistant
- Sterilization volume or chamber capacity is large
- Non corrosive to plastic, rubber and metals
The most important and time-consuming aspect of the EO Gas sterilizer cycle is aeration or degassing. As previously said, materials such as rubbers and plastics absorb the gas, as do metal devices, and the harmful gas could irritate the patients’ body tissue if applied to them! As a result, having an extra aeration stage is critical in order to eliminate any residual Ethylene Oxide gas as well as allow the absorbed gas to evaporate from the sterilized materials.
