Low-Temperature Sterilization:
Ethylene oxide sterilizer operate at low temperatures, making them ideal for sterilizing heat-sensitive medical devices and instruments. This characteristic allows for the preservation of the integrity and functionality of complex medical devices that might be damaged by heat.
Ethylene oxide Gas Sterilization Process:
EO sterilization is a chemical process that uses ethylene oxide gas to achieve sterility. The gas is highly effective in penetrating packaging and complex device structures, ensuring thorough Ethylene oxide sterilizer sterilization of all surfaces.
Broad Material Compatibility:
One of the significant advantages of EO sterilization is its compatibility with a wide range of materials, including plastics, polymers, and electronic components. This makes it suitable for sterilizing a diverse array of medical products, such as catheters, surgical kits, and electronic medical devices.
Effective Against Microorganisms:
Ethylene oxide is both sporicidal and microbicidal, meaning it is effective in destroying a wide range of microorganisms, including bacteria, viruses, and fungi. This ensures a high level of sterility assurance for medical devices.
Complex Sterilization Process:
The EO sterilization process involves several critical steps, including pre-conditioning, vacuum phase, gas introduction, exposure time, and aeration. Each step is carefully controlled to ensure effective sterilization while maintaining the safety and integrity of the devices.
Safety and Environmental Concerns:
While effective, EO sterilization poses certain safety and environmental risks. Ethylene oxide is a known human carcinogen, and exposure can lead to various health issues. Therefore, strict regulations and safety measures are in place to protect workers and the environment from EO emissions.
Regulatory Compliance:
EO sterilizers are highly regulated by health and safety authorities, such as the FDA and EPA, to ensure that the sterilization process is safe and effective. Manufacturers must comply with stringent guidelines to validate their sterilization processes and ensure that devices meet sterility assurance levels without compromising performance or safety.
Aeration Requirement:
After the sterilization process, items must undergo aeration to remove residual ethylene oxide gas. This step is crucial to ensure that no toxic residues remain on the sterilized items, which could pose a risk to patients.
Widespread Use in Healthcare:
Ethylene oxide sterilization is one of the most common methods used in healthcare for sterilizing medical devices. It is estimated that over 50% of all medical devices are sterilized using EO, highlighting its importance in maintaining public health and safety.
फोन:+८६१९९७५२५८६०३
इमेल:hayley@hzbocon.com
स्थानीय साइट: कोठा 1202, Caitong Zhongxin, Xiasha जिल्ला, Hangzhou शहर, Zhejiang प्रान्त, चीन
वेबसाइट: hzbocon.com zjbocon.com