Ergo Healthtech
XONE+ Duo Pack
XONE+ Duo Pack
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| Technology | 222nm Far-UVC |
| UV Source | KrCl mini-excimer tube |
| Efficacy |
Reduces >99.9% of pathogens*; Effective against 15+ common strains |
| Power | 3W |
| Voltage | 3.7V |
| Battery | 5335mAh |
| Wavelength | 222nm |
| UV Intensity | 2400uW/cm² |
| Weight | 200g |
| Dimensions | 79 x 88 x 27 mm |
XONE+: Advanced 222nm Far-UVC Surface & Air Sanitizer
Next-Generation Hygiene Technology for Occupied Spaces
Elevate your daily hygiene routine with the XONE+, featuring cutting-edge 222nm Far-UVC technology. Unlike traditional UV light, this specific wavelength is engineered to sanitize effectively while being designed for use around people.
At the heart of the XONE+ is a premium Krypton Chloride (KrCl) mini-excimer tube. This powerful component emits Far-UVC light that penetrates the outer layers of microorganisms, effectively sanitizing surfaces and reducing airborne contaminants.
Why Choose XONE+?
-
Advanced Sanitization:
Scientifically proven to reduce common household bacteria and viruses* on surfaces in seconds. -
Occupied-Space Safe:
Designed with a specific 222nm wavelength that does not penetrate human skin or eyes, allowing for continuous use in homes, offices, planes, and every indoor retail environment. -
Superior to Ventilation:
Research indicates that Far-UVC technology can deliver significantly higher equivalent Air Changes per Hour (ACH) than traditional fresh air exchange, providing continuous environmental hygiene that standard ventilation cannot match. -
Award-Winning Design:
Winner of the Gold BetterFuture Design Award in the Technology and Personal Use categories.
Disclaimer: Efficacy data based on third-party laboratory testing of the UV module against surrogate pathogens. 222nm Far-UVC technology is scientifically proven to reduce viral loads on surfaces. This product is a consumer electronic sanitizer and is not a medical device. It is not intended to diagnose, treat, cure, or prevent any disease. ACH performance data is based on theoretical modeling and independent research of Far-UVC technology in controlled environments; actual results may vary based on room configuration and device placement.
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