Features and advantages of cassette pressure steam sterilizer
Features
1. Fast sterilization
The metal instrument sterilization process can be completed in as short as 5-6 minutes, which improves the turnover rate of the instrument, shortens the time that the instrument is exposed to high temperature, prolongs the service life of the instrument, and reduces maintenance costs.
This is a new philosophy: speed = save money.
2. More medical devices can be sterilized
The effective volume of a typical 18-liter cylinder furnace is about 6 liters, calculated according to a sterilization cycle of 30 minutes, and can be sterilized in one hour. According to the calculation of the sterilization cycle, 18 liters of instruments can be sterilized in one hour.
Quick Cassette Pressure Steam Sterilizer for processing instruments more than 18 liters cylinder furnace.
3. There is no need for wrapping equipment
The cartridge itself, which is the sterilization chamber, is a good delivery tool, which can prevent re-contamination before use.
4. No need to store redundant equipment
Instant off and on, safe and reliable. (Unwrapped sterilization is more reliable!)
5. The temperature and pressure change is small, and the heating time is short. It can relatively prolong the service life of the equipment.
6. Positive pressure discharges air to achieve vacuum effect (no vacuum pump required)
The basic principle of exhausting both pressurized and decompressed is the same, because the pressure and temperature inside the disinfection chamber are higher than those outside the chamber, and the cooler air is discharged outside the chamber. The evacuated sterilizer uses a vacuum pump to reduce the external pressure of the sterilizer chamber so that air can be moved from the high-pressure sterilizer chamber to the outside of the lower-pressure vacuum pump.
Equipment advantages
The quick cassette pressure steam sterilizer provided by Henan Forever Medical Co., Ltd. is to increase the internal and external pressure difference generated by increasing the pressure in the sterilization chamber. The difference is that the vacuum is used to generate a "negative pressure" lower than atmospheric pressure in the disinfection chamber, and the air is drawn out. This sterilizer, on the other hand, discharges air when a "positive pressure" higher than atmospheric pressure is generated in the sterilization chamber. Because of this, this sterilizer can truly be called "fast" and "high-efficiency" sterilization.
