The Clean Touch™ revolutionizes payment terminal sterilization and disinfection automatically with our UV-C LED and motion-sensing technology.
The UV-C Protected™ Clean Touch ™ device kills off bacteria and viruses on payment terminals and other “key pad” devices automatically using the latest UV-C LED technology.
Clean Touch will turn ON to sanitize the surface after every use. Clean Touch will automatically turn OFF after the the cleansing cycle completes or when motion is detected.
Clean Touch™ Destroys at the DNA & RNA Level
- Clean Touch™ LED technology works by directly targeting the DNA and RNA molecules of bacteria, viruses, and molds.
- When the DNA and RNA of these pathogens are exposed to 270 nanometer UV-C radiation, a chemical change occurs in the nucleic acids resulting in a corruption in the genetic code.
- Once its genetic code has been corrupted, the pathogen is no longer able to replicate itself, quickly resulting in the death and elimination of viral and bacterial colonies.
- This rearrangement results in an altered genetic code that inactivates the pathogen. This alteration is called dimerization.
Ultraviolet (UV) light emitting diodes (LEDs) are an emerging technology for surface disinfection. UV LEDs emitting UV-C irradiation have proven effective in inactivating bacterial, viral and protozoan pathogen surrogates and have been demonstrated for point-of-use disinfection (Chatterley and Linden, 2010, Bowker et al., 2011, Lui et al., 2016).
UV-C LEDs have enormous potential since they are smaller, lighter, and less fragile than traditional mercury vapor lamps (Vilhunen, 2010). Additionally, they are mercury-free and provide the capability to be turned on and off instantaneously.
Considerable research has evaluated UV-C LEDs at various wavelengths for pathogen inactivation.
UV-C LED Keypad & Surface UV Disinfectant
- Clean Touch™ LED technology works by directly targeting the DNA and RNA molecules of bacteria, viruses, and molds.
- When the DNA and RNA of these pathogens are exposed to 270 nanometer UV-C radiation, a chemical change occurs in the nucleic acids resulting in a corruption in the genetic code.
- Once its genetic code has been corrupted, the pathogen is no longer able to replicate itself, quickly resulting in the death and elimination of viral and bacterial colonies.
- This rearrangement results in an altered genetic code that inactivates the pathogen. This alteration is called dimerization.