HELOTM Units

UV Disinfection From Above

The first known miniaturized, high-intensity, full-spectrum pulsed Xenon UV disinfection fixture to be installed in the ceiling or on a wall. Helo fixtures provide unparalleled whole-room surface and air disinfection in any size space, along with the ability to disinfect on demand in one cycle.

Helo F1 Single Patented Light Engine
Helo Units disinfect yoga mats from above

The Helo units disinfect a whole room, delivering disinfection from above.

The units can be ordered for installation in a drop-in grid ceiling, recessed in a hard-lid ceiling, surface or wall mounted, or used as a portable, tabletop unit.

They emit broad spectrum UV light to eliminate up to 99.9% of the bacteria, viruses, and fungi in a space.1 In rooms that have been cleaned of mold, the unit will help control return growth if used routinely.2

Helo F1 Single Patented Light Engine

Helo F1

Single patented UV Light Engine with transmissive UV lens and pulsed Xenon lamp.

  • Broad Spectrum UV-C, UV-B and UV-A light to kill bacteria and viruses.1
  • Ceiling or wall mounted installation to disinfect a whole room without relocation.
  • Programmed manually or integrated into building automation systems through BACnet.
  • Single UV Light Engine with pulsed Xenon lamp for up to a 10’ x 10’ ft coverage area.
Helo F2 Dual Patented Light Engine

Helo F2

Dual patented UV Light Engine with transmissive UV lens and pulsed Xenon lamp.

  • Broad Spectrum UV-C, UV-B and UV-A light to kill bacteria and viruses.1
  • Ceiling, suspended, or wall mounted installation to disinfect a room without staff assistance.
  • Programmed manually or integrated into building automation systems through BACnet.
  • Dual UV Light Engine with pulsed Xenon lamp for up to a 12’ x 12’ ft coverage area.

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  1. Independently validated to kill up to 99.9% of E. coli, MRSA, Salmonella enterica, Norovirus, human coronavirus 229E, C. diff and C. auris
  2. Research Journal of Microbiology, 2 (1), 42-49, 2007; Mycological Research, Vol. 92, Issue 3, 1989