Unilam

Excimer lamp  

UNILMA Light source excimer lamp application 172nm Surface modification 222nm Sterilization 308nm Vitiligo treatment

Far uv (200-225nm) Far UV-C is high-energy radiation which can directly damage DNA and key organic molecules such as proteins.  The biophysical basis for the claims that Far UV-C is ‘skin and eye safe’ is that the damaging radiation is entirely absorbed within the outer, dead, layers of skin and eye and does not reach the inner, live cells; if the radiation were to hit these cells (which happens at longer wavelengths like 254 nm or longer), they would be damaged as a result.  An increasing number of studies have been published discussing acute and chronic exposure to Far UV-C, most commonly using optically-filtered Kr-Cl excimer lamps. These studies have investigated the effects of Far UV-C radiation on mice and human tissues by measuring key chemical and physical changes known to indicate damage from UV-C exposure.  It was found that these same damage indicators were not observed under Far UV-C irradiation.  (Yamano et al., 2022, Yamano et al. , 2022; Buonanno et al...

  excimer lamp FEATURES -Mercury-Free  -High photon energy   -Single wavelength    -Low-temperature irradiation     -Instantaneous on/off

unilam . uv . lamp . excimer . 172nm . 222nm . ultra . pure . water . semiconductor . process . indusrty . light . source . system . customize . oem . contact us 172nm excimer 308nm excimer 222nm excimer 222nm excimer excimer lamp house ADVANTAGES • Induced fast and efficient process • No chemicals, Mercury Free         • Instantaneous on/off                  • Narrow bandwidth radiation        • Environmentally friendly             FEATURES • Unilam Excimer product group provides system design to suit the application.                • Unilam Excimer product group offers 172nm, 222nm, 308nm Excimer Lamp and system.   • Lamp and power supply can be modified to...

skin safe UV Q : Is far UV (200 – 225 nm) 'skin safe' A :  Far UV-C is high-energy radiation which can directly damage DNA and key organic molecules such as proteins. The biophysical basis for the claims that Far UV-C is ‘skin and eye safe’ is that the damaging radiation is entirely absorbed within the outer, dead, layers of skin and eye and does not reach the inner, live cells; if the radiation were to hit these cells (which happens at longer wavelengths like 254 nm or longer), they would be damaged as a result. An increasing number of studies have been published discussing acute and chronic exposure to Far UV-C, most commonly using optically-filtered Kr-Cl excimer lamps. These studies have investigated the effects of Far UV-C radiation on mice and human tissues by measuring key chemical and physical changes known to indicate damage from UV-C exposure. It was found that these same damage indicators were not observed under Far UV-C irradiation. ( Yamano et al., 2022 ,  Yamano ...