Reman's disinfecting robots in various fields

2025-02-26

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The Riman spray disinfection robot uses reagents that comply with the requirements of 11.2.1.5 in the "Technical Specification for Disinfection in Medical Institutions" WS/T367.

External isolation
Chlorous acid (HCIO) has strong oxidation ability. After contacting with microorganisms, it can quickly destroy the cell membrane of harmful microorganisms and destroy the virus protein long nAil adsorbed on the surface of the cell membrane, such as the cell membrane protein components of E. coli, Staphylococcus aureus, Mycobacterium tuberculosis, Vibrio cholerae, Salmonella typhimurium bacteriophages, etc., so that they can fall off and no longer be infectious.

Internal extermination
Chlorous acid has a strong oxidizing property, which can cause the amino acids in the enzymes and proteins of microorganisms to be oxidized and decomposed and lose their activity, leading to metabolic dysfunction and death.
After reacting with microorganisms and organic matter, the hypochlorite molecule can immediately be reduced to water.

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All UV sterilization robot in the Raiman series use "Philips" UV lamp tubes. Research conducted by Philips and the National Emerging Infectious Diseases Laboratory at Boston University shows that Philips UV-C UV light source (200-280 nanometers) can effectively inactivate the new coronavirus, with a high inactivation rate of 99.9999% for COVID-2019.

Seconds	0.8	2	3	4	5	6	9	120
Wet virus	517	170	53	13	13	2	ND	NT
Wet virus control	2150	2100	2167	2267	1450	1700	1550	NT
Percent reduction	75.9	91.9	97.6	99.4	99.1	99.9	>99.9	N/A
Dry virus	85	39	8	1	ND	ND	ND	ND
Dry virus control	513	523	503	563	613	550	563	420
Percent reduction	83.4	92.5	98.4	99.8	>99.9	>99.9	>99.9	>99.9

Table 1. Reduction in viral titer(PFU/ml) at diferent irradiation times. PFU/ml plaque-forming units per milliliter, ND not detected, NT not tested, N/A not applicable.

Figure 1. Reduction in infectivity of COVID-19 afer exposure to UV-C irradiation. Te virus was exposed to UV-C as dried droplets(A) or wet droplets(B).Each set of data (dry samples and wet samples) shows a decrease of the remaining infectivity as a function of time, normalized to

1.Blue lines indicate single exponential decay functions while red lines indicaate double exponential decay functions.

The application scenarios of ultraviolet disinfection robots are extensive, from the wards and operating rooms of hospitals to the classrooms and libraries of schools, from the meeting rooms and rest areas of offices to the waiting halls and carriages of public transportation, they can play the advantages of efficient disinfection and provide customized disinfection solutions for different environments.