UV-C Lighting Solutions

UV-C Lighting Solutions

Featuring both Mobile & Handheld models, the UV-C High Power Ultraviolet Disinfection System by XtraLight is designed to easily inactivate all microorganisms. These systems are highly effective against dangerous viruses including COVID-19, Salmonella, E-Coli, Polio, Strep, and many other microorganisms.


This process is 100% chemical-free leaving behind no by-products, making it a great solution for disinfecting large commercial spaces. 


The Mobile & Handheld units are engineered and manufactured in the United States.

The UVCH (Handheld)

Designed for difficult to reach places, the compact high-power design provides 99.99% effective log-reduction of microorganisms in 5 seconds or less when held 2 inches from any surface. Lightweight and easy to use.

Inactivate Viruses in Seconds

The UVCM (Mobile Unit)

Designed for disinfecting large communal-spaces, the Mobile Model is capable of disinfecting 700 sq. ft. to 99.99% log reduction in only 20 minutes. Our system includes UV Glasses, Gloves, Face Shield, Warning Sign, Dosimeter Cards, and a Portable Carrying-Case.

Safety Guidelines

  • Train personnel in using UV-C Disinfection Lighting
  • Use PPE gear and protect your eyes
  • Establish a plan for disinfecting an area
  • Avoid excessive exposure to UV-C
  • Irresponsible use can lead to eye irritation and skin redness
Safety Tips for Using Germicidal Lamps

UV-C Terminology Basics

UV Intensity (I)

Intensity or Irradiance refers to the power of the UV source, or how much light is being delivered per second. This is typically expressed in terms of mW/cm2 which is energy per square centimeter received per second. Also measured in mJ/cm2 which is energy per unit area received in a given time.


Intensity at the target depends on the source of the Ultraviolet Germicidal Irradiation (UVGI) and the distance between the source and target. Simply put, intensity decreases as distance increases.


Exposure Time (T)

The amount of time in seconds to disinfect a target area


UV Dose (Fluence)

The amount of UV irradiation absorbed by an exposed population of microbes, expressed as mJ/cm2 and stated by the formula:

UV Dose = or UV Intensity (I) x Exposure Time (T)

Log Reduction

The percentage of microorganisms inactivated by UVGI, for example:

1 - Log Reduction will reduce the pathogen by 90%

2 - Log Reduction will reduce the pathogen by 99%

3 - Log Reduction will reduce the pathogen by 99.9%

4 - Log Reduction will reduce the pathogen by 99.99%

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