Sterilizer for human

Livestock infectious disease, human pathogen disinfection
Human Disinfection & Sterilization STI Personal Disinfection Machine

Disinfecting device using far-infrared ray of dry heat disinfection method

Personal disinfection equipment that increases effectiveness and reduces rejection

Dry heat disinfection method and personal disinfection equipment using far-infrared rays

A high-temperature dry sterilizer that sterilizes pathogens attached to the skin or clothes of people entering a specific place at a set temperature

Pathogen death conditions

BSL3 LAB Certification and Test Report / Academic Research

Pathogen on Animal
African Swine Fever(ASF) VIRUS	70℃, 180 seconds
Avian Influenza(AI) VIRUS	80℃, 60 seconds
Foot and Mouth Disease(FMD) VIRUS	72℃, 120 seconds / 76℃, 7 seconds

Pathogen on Human
COVID-19 VIRUS, SARS-COV-2 VIRUS	75℃, 30 seconds (over 99.999%)
INFLUENZA-A VIRUS	75℃, 30 seconds (over 99.999%)
MERS-COV : Middle East Respiratory Syndrome	75℃, 30 seconds

Differentiated disinfection methods

Division	High-temperature·Drying Method	Aerosol(chemical injection) system	Ultraviolet (UV-U, C, B, A irradiation)
Contents	Effectively killing pathogens vulnerable to high temperatures and dry environments A way that is harmless to the human body A method that allows all-weather disinfection regardless of weather or season CE Authentication Completed WHO, CDC & KDCA ban recommendations not applicable BSLC LAB Certification and Test Report (Completed)	Requires specific medications for specific pathogens Maintain effectiveness at proper temperature(15~20℃) Difficulty maintaining proper temperature in winter Disinfectant contact time (10 to 15 seconds) is absolutely less than the time required for sterilization Problems with human hazards in inhalation (such as humidifier disinfectant cases) WHO, CDC & KDCA ban recommendations applicable BSLC LAB Certification and Test Report (None)	Only the areas irradiated with light have sterilizing effect and must be irradiated for a long time for sterilization Maintain UV effect at proper temperature (40°C inside) Difficulty maintaining proper temperature in winter Hazardous problems in the human body during disinfectant(conjunctivitis, erythema, cataracts, etc.) Due to the risk of disinfectant getting into the eye, it should be sprayed mainly on the lower body (no disinfection can be performed for less than 130cm in height) WHO, CDC & KDCA ban recommendations applicable BSLC LAB Certification and Test Report (None)

Low-cost maintenance

No maintenance required,
such as periodic replacement of disinfectant or ultraviolet lamp.

User-friendly equipment

No special operations required for operation.
It is not harm to the body and can reduce user’s repulsion of disinfection.

Weather condition disinfection equipment

There is no need for human management, and it can be used all year round without weather conventions

Perfect disinfection

Viruses are very vulnerable to high temperatures and drying, so they can disinfect not only exposed areas, but also exposed areas such as clothes, nose, ears, and mouth

VPS-3P

Item	3-person sterilizer
Equipment dimensions(mm)	3,600 X 1,520 X 2,500 mm
Power rating	3phase_380V_18A_11kW
Temperature of use	Below 95℃
Number of users	3 people/1 time
Add-ons	Timer and disinfection preparation reservation system applied
Calculate the number of people available per hour	1 time: 30 seconds + entry/exit time 20 seconds = 50 seconds (3 people per cycle)1 hour : 216 people can be disinfected

VPS-10P

Item	10-person sterilizer
Equipment dimension(mm)	5,500 X 1,950 X 2,500 mm
Power rating	3phase_380V_36A_22kW
Temperature of use	Below 95℃
Number of users	10 people/1 time
Add-ons	Timer and disinfection preparation reservation system applied
Calculate the number of people available per hour	1 time: 30 seconds + entry/exit time 20 seconds = 50 seconds (10 people per cycle)1 hour : 720 people can be disinfected

VPS-M

Item	Multi-person sterilizer
Number of users	32 people/1 time
Calculate the number of people available per hour	1 time: 30 seconds + entry/exit time 20 seconds = 50 seconds (32 people per cycle)1 hour : 2,304 people can be disinfected