Immunology

Daylight Medical, manufacturer and provider of innovative medical products, is pleased to announce its rollout of SKY 6Xi, disinfection technology for mobile devices. SKY 6Xi uses high intensity (254 nanometer wavelength) ultraviolet light in the "C" spectrum (UVC) at close proximity to thoroughly disinfect a mobile device. The unique power of SKY reduces the risk that Hospital-acquired infections (HAIs) are transmitted to patients while improving safety for healthcare workers.

The prevalence of HAIs remains a serious problem for caregivers. The Centers for Disease Control (CDC) reports that one in 25 patients in U.S. hospitals acquires a HAI as part of his or her care, and reflects only modest progress in controlling pathogens in medical facilities.

With the increased prevalence of mobile devices in healthcare, there is a need for hospitals to address the pathogens that can live or be transported on them. Whether hospitals provide mobile devices or staffs bring their own device (BYOD), they are vectors of contamination requiring careful disinfection to be used safely in the healthcare setting. SKY 6Xi provides safe, effective disinfection of phones and tablet PCs in seconds, protecting patients and healthcare staff from harmful pathogens that can be transmitted from these high-touch surfaces.

"SKY was designed with the busy healthcare provider in mind. It's easy to use and can thoroughly disinfect a mobile device within 30 seconds, phones within 10 seconds. SKY can be used in any area of the hospital and takes the guesswork out of whether or not a device is contaminated," says Rick Dayton, President of Daylight Medical. "This is important when you consider the risk of transmission from mobile devices, not only to patients, but also to hospital staff."

SKY was designed to address harmful pathogens such as MRSA, VRE, MDR-gram negatives, Norovirus and C. diff spores using high intensity UVC to penetrate the cells of pathogens, viruses, bacteria and spores. SKY breaks the DNA strand of the pathogen at the point responsible for cell replication, rendering the organism inactive and achieving a 3 to 6 log reduction (99.9% to 99.9999%).