WellAir announces the launch of the Defend NV 400, a U.S. FDA-cleared class II medical device that is 99.9% effective at inactivating airborne pathogens such as SARS-CoV-2 proxy virus (MS2 Bacteriophage) and MRSA, bacteria, and fungi. It also purifies the air of particulate matter, volatile organic compounds, gases, and odors.
“COVID-19 has focused more attention on indoor air quality and has elevated the importance of safer indoor environments by reducing the risk of exposure to airborne pathogens. This is exactly what the new Defend NV 400 is designed to do,” says WellAir President and CEO Todd M. Pope. “This portable device expands our product portfolio, delivering powerful air cleaning in multiple device sizes. This product launch continues to demonstrate our passion for improving the quality of the air and surfaces each of us interacts with daily.”
The Defend NV 400 features WellAir’s NanoStrike technology—a method of air disinfection developed by a team of scientists and engineers, which bursts airborne pathogen cells, inactivating them to help ensure they are no longer a threat of infection. According to WellAir officials, NanoStrike’s effectiveness lies in its ability to inactivate nanosized pathogens on contact. The Defend NV 400’s four-stage pathogen inactivation and filtration process also utilizes medical-grade filters from Camfil in order to capture bacterial debris, fine and large particles, VOCs, gases, odors, and impurities.
The Defend NV 400 is suited for healthcare settings but is effective in a wide array of indoor environments, such as schools and offices.
“Improving indoor air quality is essential to the health and well-being of individuals as well as our communities,” says Regina Benjamin, MD, chair of the WellAir Medical Advisory Board. “Indoor spaces are typically two to five times more polluted than outdoor spaces, which is especially concerning since we spend much of our time indoors. The Medical Advisory Board and I look forward to collaborating with WellAir to bring awareness and help find solutions to this public health challenge.”
