Acuva Technologies debuts in India
Unveils groundbreaking Acuva SOLARIX portable UV-LED disinfection device which disinfects 99.5% of bacteria and viruses from non-porous surfaces in 5 seconds
cityairnews
Mar 22, 2021 08:30
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New Delhi: Acuva Systems India Private Limited, a wholly-owned subsidiary of Acuva Technologies Inc., a global leader in UVC-LED disinfection technologies, debuts in India with the launch of a revolutionary UV-LED surface disinfection product – the Acuva SOLARIX handheld disinfecting wand.This UV light sanitizer device mitigates the threat of SARS-CoV-2 by inactivating the virus on common, high-touch surfaces.
The SOLARIX is a powerful, portable UV disinfecting wand that inactivates bacteria and viruses using UV-C energy, effectively disrupting their RNA rendering them unable to infect or reproduce. This highly effective and chemical-free UV light sanitizer conveniently fits into your pocket and is perfect for disinfecting potentially infectious high-touch surfaces like grocery carts, door knobs, keys, wallets, cell phones, laptops etc.
In recognition of the occasion, Mr. Manoj Singh, CEO & President, Acuva Technologies, said “We are very happy to debut in the Indian Market with our Acuva SOLARIX wand – a timely innovation that can help save lives. It is the first of a series of new innovations being developed by Acuva in response to the global pandemic and is a UV-LED based portable disinfection device that is rechargeable as well as fits in your pocket. India is a strategic market for us and we have already established a manufacturing partnership there in Gurugram, Haryana which confirms our commitment to “Make in India, Make for the World.”
My personal ordeal with COVID-19 last year gave me time to think about others facing this ruthless virus. We decided to join the fight against COVID-19 by doing what we do best. We applied the same key principles used in our signature UV-LED water disinfection system designs towards the creation of new products to help mitigate the spread of the virus on surfaces,” he further added.
