Lit Thinking Launches Visium: A Light Which Continuously Eliminates Viruses and Pathogens from Indoor Air

Lit Thinking announced the launch of Visium, a human-safe, far-UVC device that makes indoor spaces safer and healthier. RSE Ventures in Manhattan is the first office in the country to incorporate Visium technology, inactivating up to 99.9% of airborne pathogens in the areas where the devices are installed. Lit Thinking’s flagship product harnesses the power of human-safe far-UVC light to transform buildings by inactivating bacteria, viruses, and pathogens inside of indoor spaces where the technology is deployed.

Lit Thinking's launch of Visium represents a pivotal moment in the realm of indoor air quality and surface sanitization. Far-UVC technology has long been recognized for its germicidal properties, but Lit Thinking has taken it multiple steps further. Visium continuously harnesses the power of far-UVC light to deactivate airborne pathogens, including viruses like COVID-19, while remaining completely safe for human exposure. With a post-pandemic workforce rapidly returning to in-office routines, the importance of creating healthy indoor environments has never been clearer.

As the world faces ongoing challenges related to infectious diseases and indoor air quality, Visium offers a transformative solution that prioritizes safety, cleanliness, and peace of mind for individuals and businesses alike. With Visium, Lit Thinking is leading the charge towards a healthier and safer future for indoor spaces everywhere. Lit Thinking’s Visium 1 Diffused Optics model has achieved UL2998 ZERO OZONE certification. This is an important achievement for a continuously operating far-UVC device and demonstrates our strong commitment to health, safety, and regulatory compliance. The far-UVC technology provides efficient environmental pathogen inactivation, with minimum ozone emission. Independent testing by UL confirms Visium 1 Diffused Optics device produces less than 5ppb of ozone, even less than the ozone level in fresh outside air.