the negative pressure automatic ultrasonic cleaning and disinfecting device is a new fourth-generation fully automatic cleaning and disinfecting machine developed by our company. Vacuum technology is used to vacuum and decompress the cleaning chamber, combined with vacuum pressure and heating technology, so that the boiling point of the cleaning solution is lowered to boiling and the gas phase air is introduced to boost the boiling effect, and the articles are repeatedly washed, thereby causing dirt on the surface of the article. The attachment peeled off. It has advanced technologies such as decompression boiling cleaning, negative pressure pulsation cleaning, vacuum ultrasonic cleaning, boiling disinfection, vacuum drying and hot air drying. It has all-round, no dead angle, thorough cleaning and high quality. It is the most advanced fourth-generation cleaning, disinfecting and drying automatic automation equipment after ultrasonic cleaning, spray cleaning and vacuum boiling cleaning. Widely used in conventional instruments, laparoscopic instruments (hard endoscopes), minimally invasive instruments, dental instruments, orthopedic instruments, luminal instruments, respiratory anesthesia tubes, silicone consumables and precision instruments. It is the first equipment in the operating room, supply room and endoscope center.
Main features of the product
A variety of cleaning technologies are integrated and fully automated
Comprehensive vacuum ultrasonic cleaning, vacuum suction perfusion cleaning, negative pressure pulsation cleaning, decompression boiling cleaning, boiling sterilization, vacuum and hot air drying are integrated into one machine to easily solve the high-end cleaning, disinfection and drying problems of various instruments and endoscopes. Fully automated operation, no manual maintenance, reducing the labor intensity and safety of the staff.
Vacuum ultrasonic cleaning
Using vacuum technology combined with ultrasonic cleaning technology, it is used for deep holes, blind holes, long thin tubes and complex shapes.
No dead angle cleaning, there are currently no best cleaning methods for deep holes, blind holes, long thin tubes and complex shapes
Cleaning method.
Decompression boiling cleaning
Using decompression and vacuum boosting technology, low temperature boiling and sudden boiling effect, resulting in intense boiling and shaking to completely remove the dirt.
Negative pressure pulsation cleaning
It adopts negative pressure pulsation cleaning technology and is internationally leading.
Real 93 °C boiled disinfection and oiling
the equipment items to be cleaned are all immersed in water, and are sterilized by heating to a temperature of 93 ° C for 3-5 minutes, which fully meets the hygiene standards and meets the A0 value requirement, and is irreplaceable by thermal spray and steam sterilization.
Two drying techniques
at the same time, it has vacuum drying and hot air drying technology to ensure the drying effect and drying requirements before sterilization.
Fully automatic control program
Imported PLC programmable control, 7-inch LCD touch screen man-machine dialogue interface, 24 groups of programmable, preset 6 groups of programs can be arbitrarily selected.
Whole process work data printing and traceability
Plain paper printing cleaning, disinfecting and drying work process data, can be stored for more than 10 years, the work data interface is open, can be connected with the user system to achieve synchronous management.
Fault self-test diagnostic function
the system equipment safety self-test fault diagnosis function ensures the safe operation of the equipment and the safety of the operators.
Fully automatic and precise chemical addition
Automatically add cleaning enzymes, lubricating oils, and rust inhibitors.
No need to have a dedicated cleaning rack,
It can directly disassemble all kinds of instruments and lumens and put them into the cleaning compartment with the basket. It does not need to be plugged in, which greatly reduces the cumbersome work before cleaning and the labor intensity of the staff, and reduces the staff to be scratched in the docking. The risk of infection.