OZOCLAVE works on the principle of ozone plasma based on low-temperature sterilization. It helps to sterilize heat and moisture sensitive medical devices.
Sterilize Heat and Moisture Sensitive Medical Devices
with our OZOCLAVE – Plasma Sterilizer
OZOCLAVE is affordable, easy to use steriliser for infection protection and sterilization of small instruments. OZOCLAVE helps you to sterilize and disinfect laboratory tools, personal items and personal protective equipment. The OZOCLAVE utilizes anti-microbial properties of ozone to kill 99.7% of 650 types of pathogenic organisms in less than 15 minutes at ambient temperature.
Ozone sterilization is a process based on the ozone injection in a sterilization chamber at an ambient temperature. Ozone sterilization is safe and fast, and also an economical alternative to low-temperature sterilization. Faraday Ozone makes no claims and offers no guarantees of any kind that OZOCLAVE cycle(s) will eliminate 100% of all contaminants under all possible circumstances.
An ozone sterilizer is able to harness the unique powers of ozone by producing it inside the sterilizer from the ambient air, by applying electrical energy to combine O2 with O to form O3. This capability is well-suited for sterilizing delicate medical devices, like endoscopes, that cannot withstand the high heat and humidity of standard steam autoclaving. Approved by the FDA in 2003 as a new sterilization process for low-temperature sterilization, its microbial efficacy has been proven with a variety of microorganisms, including the most resistant Geobacillus stearothermophilus, (which is often the bacterium of choice for biological indicators).
Plasma sterilization cycles are generally faster compared to other low-temperature sterilization methods like ethylene oxide (EtO)
Plasma sterilization is highly effective in eliminating a wide range of microorganisms, including bacteria, viruses, fungi, and spores.
Plasma sterilization processes have lower toxicity compared to some other chemical sterilization methods, enhancing safety for both patients and healthcare workers.
Many plasma sterilizers are equipped with monitoring and documentation systems that provide detailed information on the sterilization process, ensuring quality control
They offer flexibility in terms of the types of items that can be sterilized, making them suitable for a variety of healthcare and research applications.
The process leaves minimal residue, and any residue left behind is typically non-toxic and easily removed during aeration, ensuring that sterilized items are safe for use.
|230 V AC, 50 Hz, 18 Watts
|Ozone – Corona Discharge
|Dimension (L x W x H)
|513 x 403 x 502 mm