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Rely on AUVS UV Disinfection Technologies:
Wherever disinfection is a priority...
Whenever cross-contamination is a concern.
The UV Box - Because Hand Hygiene Doesn't Stop with Your Hands Anymore
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55-Second Disinfection
The KR615 Germicidal Enclosure--
FACTS:
The surface disinfection technology used in AUVS products is similar to our technology used in the air systems at the U. S. Pentagon to protect against bioterrorism.
FAQ
What is Photon Trap Technology?
ANSWER:
Dr. Wayne Clark developed the UV Photon Trap Technology for the Department of Defense to protect against anthrax spores and other biological agents in moving air. Similar technology is used in the UV Box. Working off the principle that a photon can never be at rest, the Photon Trap uses highly reflective mirrors causing the photon to bounce back-and-forth many times before escaping or being absorbed.
This process of essentially trapping the photon for about nanosecond dramatically increases the UV irradiance and the associated germicidal effect.
FACTS:
- Cell phones have been proven 10 times more contaminated than public restroom toilet seats!
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- Number of times we handle our cell phones per day: More than 2,600.
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- Number of times the average user disinfects their phone: 0.
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- Nearly every US hospital has a Hand Hygiene program to reduce Hospital Associated Infections.
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- Effective disinfection of phones - which are handled 2,617 times a day - has essentially gone unaddressed in healthcare.
FAQ
Can the UV-C used in The UV Box Damage expensive electronic equipment?
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ANSWER:
The short answer: "No". The electronics in phones and electronic devices are located inside metal, glass and plastic enclosures. The UV-C does not penetrate these enclosures. If the UV could reach the electronic circuits, the photon energy of 254 nm is too low to damage semiconductors, printed circuits, etc.
FACTS:
With 30 year's experience developing intense UV sources, AUVS Chief Technology Officer Dr. Wayne Clark is one the nation's leading experts on
UV energy for antimicrobial applications.
Dr. Clark and his team developed the UV Box to address the spread of hospital acquired infections in healthcare facilities.
FAQ
Why UV?​
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ANSWER:
The wavelengths in certain parts of the UV spectrum are such that they can efficiently break apart molecular bonds in strands of nucleic acid (DNA) in microorganisms such as bacteria, viruses and other microorganisms. Once these bonds are broken, the microorganisms cease to survive and function.
FACTS:
For Food Processing Facilities, Cafeterias and Restaurants, contamination-related closings can cost thousands to millions of dollars in revenue, lost time, decreased productivity and reputation damage.
Traditional methods of disinfecting handheld items including knives, kitchen implements, cell phones and tablets are not enough.
FAQ
What products are currently available with AUVS Inside?​
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ANSWER:
AUVS currently offers germicidal enclosures for the disinfection of mobile devices, handheld devices and instruments, face masks and many other healthcare related items. In addition, AUVS product development associates can work with potential partners to incorporate AUVS’ enhanced UV technology into existing cleaning and disinfection products to increase effectiveness and fight cross-contamination.
For more information click to contact AUVS.
FACTS:
Traditional methods of disinfecting handcuffs have been blamed for fouling and damaging locks resulting in cuffs having to be cut off of prisoners.
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This complaint had been confirmed from New York to Dublin.
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The UV Box does not damage any item that it disinfects.
FAQ
What Industries can AUVS Technology be applied to?
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ANSWER:
AUVS' patented technology can be used in any industry, institution or home where the spread of disease needs to be effectively addressesed.
FACTS:
Close living and working conditions contribute to the spread of colds, the flu and others serious illnesses among students and staff at every level of education.
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Improved hygiene and disinfection of shared and mobile items have been identified as important control factors.
