Ethylene Oxide Gas Sterilizer SQ H80

Ethylene oxide sterilization technology is the most commonly used low-temperature sterilization technology. Many materials and instruments are sensitive to moisture and high temperatures. Among the four major low-temperature sterilization technologies, ethylene oxide is precisely the best low-temperature sterilization method. Other technologies such as low-temperature plasma sterilization, glutaraldehyde sterilization, and low-temperature formaldehyde steam sterilization each have their own applicable fields. The main application objects of the ethylene oxide sterilization method are various medical supplies and instruments, disposable daily necessities, disposable diagnosis and treatment supplies, plastic and paper products, etc.

Ethylene oxide sterilization is a currently known effective gas sterilization method. It has advantages such as a broad bactericidal spectrum, strong penetrability, no damage to items, no environmental pollution, reliable chemical and biological detection methods, and easy storage of sterilized items. It is an essential low-temperature sterilization equipment for hospitals.

Technical Advantages
【Control System】One-button start to finish, the whole process is completed automatically.
【Humidity Sensor】Built-in humidity sensor to automatically detect the humidity inside the chamber.
【Pressure Sensor】Built-in pressure sensor to automatically detect the pressure inside the chamber.
【Printer】Adopts a micro-printer to print out various data during the entire sterilization process, which can be stored for a long time.
【Display Status】Displays the operating status, temperature, humidity, pressure, sterilization time, residual gas treatment time, number of times, and the temperature of the steam generator.

Working Principle

The Sanqiang ethylene oxide sterilization cabinet mainly utilizes the fact that ethylene oxide gas can generate huge energy when decomposed under certain conditions in the sterilization chamber. It can destroy the internal structure of bacteria, thereby causing damage to the bacteria and achieving the sterilization effect.

Scope of Application

Uterine cavity mirrors, laparoscopes, laryngoscopes, probes, rigid endoscopes, flexible endoscopes, ophthalmic lenses, fiber optic cables, intracranial pressure sensors, cryotherapy probes, prostate resectoscopes, esophageal dilators, electrocautery instruments, defibrillator motors, laser heads, metal products, glass products, silicone products, rubber products, human implants, etc.