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Sanitize all the surfaces in your life.
Protected by USA patent number 10,994,037


VitaLight™ UVC Technology

Unlike competitors which use toxic chemicals or mercury infused UV-lights, VitaLight™ uses innovative optimal wavelength UVC LED technology that is human-safe and environmentally-friendly.

The VitaLight Difference

Type of LightWavelengthReduction %Disinfection TimeContains MercuryGlass BulbEmits Toxic OzoneEmits Odor & Heat
UVC LED 270Up to 99.9%15 seconds or moreNoNoNoNo
Traditional UVC Lamps 180~254Up to 99.9%5 minutes or moreYesYesVariesYes

According to the EPA, the optimum wavelength to effectively inactivate microorganisms is in the range of 250 to 270nm

According to the EPA, the optimum wavelength to effectively inactivate microorganisms is in the range of 250 to 270nm*

Eliminates up to 99.9% of COVID-19 Virus (SARS-CoV-2)*

Before and After
Using VitaLight™ UVC Sanitizer in a 3rd party laboratory.

Testing was performed at the CUBRC’s CDC-permitted Biosafety Level 3 facility located at the University of Buffalo. All work was performed in accordance with external regulatory requirements and following approved internal safety and technical protocols. 

Up to 99.9% reduction of COVID-19 Virus (SARS-CoV-2)*

According to the CDC, causes COVID-19 which includes symptoms like fever, cough, shortness of breath, fatigue, etc.

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> 99.9% Reduction of Staph

According to the CDC, causes Staph Infections including Pneumonia, Sepsis, Bacteremia, Endocarditis (infection of the heart valves), and Osteomyelitis (bone infection).

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> 99.9% Reduction of E. Coli

According to the CDC, causes diarrhea, urinary tract infections, respiratory illness, pneumonia, and other illnesses.

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Critical Things to Know About Surface Sanitization

Only certain types of UV lights are actually able to eliminate pathogens within a reasonable amount of time (UVC).

UV wavelengths less than 250 or higher than 270 of lights are not as effective.*

Regular glass or plastic lenses do not transmit the wavelengths that are effective. It must be special types of glass that allow transmission (must use special quartz glass).

More light concentrated at the proper beam angle create more intensity (UVC dose) to become more effective and reduce the time necessary to sanitize.

Pathogen inactivation only occurs directly on the surface that the light touches for the recommended period of time.

Don't Risk Your Health with Inferior Systems

Competitor Comparison

VitaLight™ GoWand™ is up to 100x more powerful than its competitor’s UVC Dose**

Testing DistanceUVC Dose (cm/mj2)Strength Level
Cleanlite0.5".003Less than 1%

The VitaLight Difference

Sanitizing pathogens with UVC light uses proven and tested scientific processes. In this process, there are critically important elements to ensure removing these difficult pathogens is complete:

Exposure Time

Different light systems require different exposure times to eliminate pathogens on surfaces. VitaLight™ strives for the shortest effective time to allow you to move on quickly with your daily activities and feel confident.

Type of Lighting

There are different types of light that have varying levels of effectiveness. UV light by itself is not highly effective, UVC light have a proven, tested track record. LED UVC light is one of the strongest of the systems.

Strength of the Light

Strength of the system is dependent on the specific wavelength and number of lights used. VitaLight uses the most optimum combination without any side effects to deal with.

Special Transition Materials

UV and UVC light does not pass through surfaces such as plastic and standard glass materials. If there is a common surface over the lights, the effective wavelength of light to eliminate the pathogens does not get through.

Distance from the Surface

The combination of materials, type and strength of lights lead to the necessary distance from the surface to eliminate the pathogens. Stronger, more effective systems reduce the distance and time necessary.

Side Effects

Fluorescent lights tend to be fragile and when broken may have a toxic mercury inside. In addition, when fluorescent light systems heat-up they may emit ozone gas and leave a pungent smell on surface and in the air.