AirLight
Ultra Silent portable industy-grade air purifier. Eliminating 99,999% of airborne viruses and bacteria.
AirLight
Ultra Silent portable industy-grade air purifier. Eliminating 99,999% of airborne viruses and bacteria.
Ultra silent
and mobile
AirLight utilizes an advanced array of high-precision air sensors which control a three-layer UVC light air filtering system to provide safe and clean air.
The F9 filter prefilters up to 95% of ePM10 and up to 80% of ePM1 particles and extends the HEPA filter lifespan.
The H13 HEPA filter captures viruses, bacteria, and tiny microorganisms inside the filter's internal surface.
The UVC Light breaks down the DNA and RNA of pathogens and thereby inactivates them.
High precision
air quality
sensors
Advanced air quality sensors provide real-time room air quality data and adjust the fan operation speed.
Industry grade
filters
Special design long-lasting filters that resist UVC radiation. Up to 10x the size of competitive products. AirLight has undergone extensive testing, proving 99.999% elimination of bacteria and 99.9999% elimination of viruses.
Ultra silent
operation
With a unique designed sound barrier that captures the vibration of the inlet airflow combined with an ultra silent fan motor, the AirLight operates at 300 m3 airflow per hour at only 38dB.
It allows the purification of air up to 1400 m3/h flow* at the level of industrial air purifiers, but does not create noise.
*AirLight QUIET MAX
UVC
Disinfection
AirLight incorporates very powerful UVC lamps to eliminate microorganisms trapped in the HEPA filter.
UVC light will break the molecular bonds within microorganismal DNA, producing thymine dimers. This process destroys them, renders them harmless, and prohibits their growth and reproduction. When the DNA is damaged, the organism cannot reproduce or cause infections.
Documents
1. AirLight Product Presentation ENG
2. AirLight Technical Specification
3. Certificate of Antimicrobial Efficacy
4. Validation report of antimicrobial efficacy
5. Case study of antimicrobial efficacy of three different disinfection procedures