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Fully automatic operation microprocessor 10” LCD color touch screen PLC control system 컬러 10인치 터치스크린과 PLC 조절 방식으로 프로그램된 사이클을 전 공정 자동 운영하는 시스템
Sterilizer Temp.: Max. 60℃
Capacity: 130L
Model: LPS-1130F
A Plasma Low-Temperature Sterilizer often referred to as a Plasma Sterilizer or Low-Temperature Hydrogen Peroxide Gas Plasma Sterilizer, is a medical device used for the sterilization of heat-sensitive and moisture-sensitive instruments and equipment in healthcare settings. This type of sterilizer employs a combination of low-temperature gas plasma and hydrogen peroxide vapor to achieve sterilization without subjecting the items to the high temperatures typically associated with autoclave sterilization.
key components and characteristics of a Plasma Low-Temperature Sterilizer
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Labtech plasma sterilizer is designed and manufactured on the basis of long years of accumulated vacuum & plasma technology with sterilizing agent hydrogen peroxide in order to sterilize medical instruments at low-temperature status without leaving toxic residue. |
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it’s more convenient to load Automatic vertical sliding door with inter lock Foot fedal door switch, automatic door stop/start sensor. |
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For durability of vacuum pump and degree, we install special absorption trap between chamber and vacuum pump in order to collect any inflow of Hydrogen peroxide and water in the process of vacuum diffusion and gas removal. It protects vacuum pump from damage and degradation |
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After sterilization, medical equipments can be used immediately. This increases the number of use per day as well as reduces user’s inventory costs and maintenance fee Speedy sterilization processes which are completed within 30-60 min. |
Structure of Plasma Low Temp Sterilizer
Sterilization Chamber: The sterilization chamber is a sealed compartment where the medical instruments and equipment to be sterilized are placed. It provides a controlled environment for the sterilization process.
Hydrogen Peroxide (H2O2): A vaporized form of hydrogen peroxide, a powerful oxidizing agent, is introduced into the chamber. Hydrogen peroxide is effective at destroying a wide range of microorganisms, including bacteria, viruses, and spores.
Plasma Generation: Plasma is created from the hydrogen peroxide vapor using various technologies, such as radiofrequency (RF) energy or microwave energy. Plasma is a highly reactive state of matter containing charged particles, and it enhances the sterilization process by further killing microorganisms on the surfaces of the instruments.
Sterilization Cycle: The sterilization cycle typically includes several phases, including preconditioning, sterilization, and aeration. During the sterilization phase, the plasma interacts with the hydrogen peroxide vapor and the contaminated surfaces of the instruments, effectively eliminating microorganisms. The duration of the cycle can vary but generally takes around 45-60 minutes.
Degassing: After the sterilization phase, the sterilizer removes any remaining hydrogen peroxide and plasma byproducts from the chamber, ensuring that the sterilized items are safe for use and free from harmful chemical residues.
Aeration: The sterilized items are allowed to aerate or off-gas in a controlled environment to ensure that any residual hydrogen peroxide dissipates.
Plasma Low-Temperature Sterilizers are favored for the sterilization of delicate and heat-sensitive medical instruments, such as endoscopes, bronchoscopes, laparoscopes, and certain electronic components. They offer several advantages, including shorter sterilization cycle times, reduced risk of equipment damage, and compatibility with a broader
