What is the disinfection effect of the bed unit disinfection machine?

What is the disinfection effect of the bed unit disinfection machine? Bed unit (mattress, bedding, pillow) disinfection is an important part of hospital disinfection, but it is also a weak point that is easily overlooked. The traditional method is ultraviolet light or sun exposure, which not only requires a lot of work for nursing staff, but also because this method only acts on the illuminated part of the surface of the object, the disinfection effect is not ideal. For a long time, the lack of simple and effective methods for bed unit disinfection has affected the control of nosocomial infections. In order to reduce cross-infection in the hospital ward, improve and improve the hospitalization conditions of the patients, and provide a good medical environment for the patients, in view of the current status of disinfection of bedding in the hospital, it is recommended to use the '' brand bed unit ozone disinfection machine to thoroughly disinfect the bedding in the hospital . The disinfection principle of the brand bed unit ozone disinfection machine: First, the air in the bed unit (the bed unit is sealed in a disinfection bed cover or a disinfection bag) is drawn out through an air pump to form an approximate vacuum (to reach full contact between the ozone and the bed unit); then the stainless steel enamel ozone The tube generates ozone gas, and the ozone gas is charged into the bed unit through an air pump for disinfection. After the disinfection is completed, the remaining ozone gas in the bed unit is extracted by the air pump, and the oxygen is analyzed and reduced by the ozone analysis device. After the disinfection is completed, the following disinfection effects can be achieved: 1. Residual amount of sterilization factor: 30 minutes after the end of the operation procedure, the residual amount of ozone in the bed unit is ≤0.16mg/m³. 2. In the quantitative test of the carrier, the logarithm of killing various microorganisms in each test is ≥3, and the number of microorganisms in the control group is within the specified range. 3. When simulating the field test, the logarithmic value of killing the test microorganisms in each test is ≥3, and the number of microorganisms in the control group is within the specified range. 4. In the field test, the average logarithm of killing natural bacteria on the disinfected object is ≥3. For details, please click on the official website: http://