The Uvio Light
the most effective way to disinfect shared surfaces and meet today’s workplace safety challenges.
Download the UVIO brochure
Workplace Safety Today Requires Virus Protection
Employees need the peace of mind to know that their workplace is safe
The Viral Threat In The Office is Real
Evidence proves that shared surfaces cause harmful pathogen transmission
Current Prevention Strategies are Ineffective
Research shows that cleaning crews can miss up to half the surface area
The Cost of an Ineffective Virus Prevention Plan
disruption from viral outbreaks and potential liability can be very costly
The Uvio Light focuses on the most vulnerable surfaces in the organization, the shared workstations.
UVC Light Kills Viruses
Ultraviolet-C light has been used to kill viruses for over a hundred years
The Need for a Multilayered Virus Mitigation Plan
Guidelines from the CDC, FDA and EPA require a multilayer approach to reduce transmission
The Uvio Programmable App
An encrypted Wi-Fi app, set up one time, activates all Uvio lights in the organization
Dual Safety System
Heat and proximity sensors with auto shut-down to prevent any direct UVC contact
Frequently Asked Questions
Yes. According to the CDC and confirmed by the World Health Organization, US Department of Homeland Security, and The National Institute of Health and documented in the New England Journal of Medicine, any infected employee can cough or exhale and release droplets of infected fluid on surfaces, which can live and infect others for 3 days or longer. “A person can become infected by touching a surface where these droplets land before touching their eyes, mouth, or nose.”
Clinical evidence shows that high-touch surfaces play a significant role in pathogen transmission. Dr. Charles Gerba of the University of Arizona, generally regarded as the nation’s leading expert on Environmental Biology, demonstrated how quickly germs travel through an office environment when just one person comes to work sick. In his 2012 study, a single infected person using a shared keyboard spread the infection to over 50% of keyboards in an 80-person department within 4 hours.
To address this issue, most companies today manually disinfect all common areas and shared work environments daily. However, an Ohio State University research study demonstrated that cleaning crews can miss up to 50% of the surface area.
Many companies will place disinfecting wipes on the desks for the employees to wipe down prior to starting their day, though this is also unreliable. First, employees may simply forget as the muscle memory of sitting down with a cup of coffee and getting right to work returns. They also often neglect to disinfect the monitor, which is touched when adjusted. Additionally, the keyboard is difficult to properly sanitize with wipes or a cloth.
But the biggest problem with wipes is that it is easy to just spread the germs across the desk if not done correctly. Disinfection, as detailed on the instruction labels, calls for applying the disinfectant and leaving it wet and untouched for anywhere from 4 to 10-minutes, depending on the brand. This is very rarely done. The typical 15-second swish could actually do more harm than good.
Clearly, a virus mitigation strategy that relies solely on manual cleaning or employees wiping down the desk themselves is likely ineffective.
Because of the unreliability of manual cleaning and the demand for a safe workplace, organizations are supplementing their virus mitigation strategy with UVC disinfection lights to kill any virus or harmful microorganism that can be transmitted to other employees.
This multilayered approach ensures that whatever pathogen is not “killed” by one method (for example, manual surface cleaning) is inactivated by another (UVC).
All guidelines from the CDC, FDA and EPA to businesses for virus prevention explain that no one single tactic is 100% effective and that a multilayered approach is required to provide the safeguards to prevent the risk of infection spreading throughout the organization.
UV or ultraviolet light is part of the electromagnetic spectrum, which includes radio waves at one end and gamma rays at the other.
The energy produced by the sun is electromagnetic radiation with many different wavelengths. Only a small portion of these wavelengths are visible to the human eye. These visible wavelengths are seen as colors of the rainbow depending on the wavelength. Red has the longest visible wavelength and violet has the shortest visible wavelength. Waves longer than those seen as red, are called infrared. Waves shorter than violet are called ultraviolet, as in “beyond violet”. Ultraviolet light comes in different lengths too.
The wavelength of light is defined as the distance between two identical point of the light wave, for example, one crest to the next. They are measured in nanometers, which is one billionth of a meter.
The wavelength of UV light ranges from 10nm to 400nm and is classified into 3 sub-bands: UV-A (315-400 nm), which are blacklights, UV-B (280 – 315nm), which is the light that tans the human skin and, if overexposed, causes sunburn, and UV-C (100-280nm), which is a known virus killer.