Unik 6 cubic ethylene oxide sterilization cabinet

Unik 6 cubic ethylene oxide sterilization cabinet

• Core working principle: pulsating vacuum technology
  This is the key difference between it and traditional gravity sterilizers. The equipment uses a vacuum pump to evacuate more than 99.9% of the cold air inside the sterilization chamber multiple times (usually 3-9 times). Due to the fact that air is a poor conductor of heat, its residue can form a "cold spot" that hinders steam penetration and leads to sterilization. Pulsating vacuum technology solves the problem of air barrier inside porous or structurally complex objects (such as surgical instruments, dressings, endoscopes), ensuring that steam can evenly contact all surfaces to be sterilized and achieve reliable sterilization.
• Core sterilization medium: saturated steam
  The pulsating vacuum sterilizer uses saturated steam as the sterilization medium. Under vacuum assistance, high temperature (usually 121 ℃ -134 ℃) and high-pressure saturated steam can quickly penetrate objects, and through the release of a large amount of latent heat during condensation, it destroys the protein structure of microorganisms and inactivates them. The saturation (dryness) of steam is crucial. Insufficient dryness (high humidity) can form a water film, hindering steam from contacting microorganisms and affecting sterilization effectiveness.
• Core Performance Guarantee: Accurate Temperature and Pressure Control and Program Intelligence

• Unik 6 cubic ethylene oxide sterilization cabinet

• precise controlThe equipment is equipped with high-precision temperature and pressure sensors, which monitor and feedback parameters in real time to ensure temperature uniformity (temperature difference between any two points is usually less than ± 1 ℃) and pressure stability in the sterilization chamber. This is the guarantee for achieving precise sterilization.

• Program intelligenceModern pulsating vacuum sterilizers support multiple preset programs (such as instrument, dressing, liquid sterilization) and can automatically adjust the pulsation frequency, temperature, and time according to the load type. Some equipment also has BD testing function, which is used to regularly verify the air removal ability of the sterilization chamber.

• Core Structure and Safety Compliance

• structureUsually, corrosion-resistant and high-temperature resistant SUS304/316 stainless steel inner tanks are used, equipped with core components such as vacuum pumps, steam generators, and control systems.

• Safety and ComplianceThe equipment needs to pass international certifications such as CE, FDA, ISO 17665, etc. Built in safety features such as overpressure and overtemperature protection, and the ability to record and trace detailed parameters of each sterilization process, meeting strict regulatory requirements in industries such as healthcare and pharmaceuticals.