Unilam

#unilam #xenon #flash #lamp #laser #waxing #hair #removal Laser Hair Removal Unilam's xenon flash lamp can be used for laser hair removal machine If you're not happy with shaving, tweezing, or waxing to remove unwanted hair, laser hair removal may be an option worth considering. Laser hair removal is one of the most commonly done cosmetic procedures in the U.S. It beams highly concentrated light into hair follicles. Pigment in the follicles absorb the light. That destroys the hair. Benefits of Laser Hair Removal Lasers are useful for removing unwanted hair from the face, leg, chin, back, arm, underarm, bikini line, and other areas. Benefits of laser hair removal include: Precision-Lasers can selectively target dark, coarse hairs while leaving the surrounding skin undamaged. Speed-Each pulse of the laser takes a fraction of a second and can treat many hairs at the same time.  The laser can treat an area approximately the size of a quarter every second.  Small areas such as the ...

  Advantage No chemicals, Mercury free - Eco friendly Fast replication rates - time reduction Instant on/off Low substrate heating UV to IR spectrum -strong energy short time surface strike electric arc lamp designed to produce extremely intense, incoherent, full-spectrum white light for a very short time Xenon flash tubes have been used to produce an intense flash of white light, some of which is absorbed by Nd:glass that produces the laser power for inertial confinement fusion. In total about 1 to 1.5% of the electrical power fed into the flash tubes is turned into useful laser light for this application. Pulsed light (PL) is a technique to decontaminate surfaces by killing microorganisms using pulses of an intense broad spectrum, rich in UV-C light. UV-C is the portion of the electromagnetic spectrum corresponding to the band between 200 and 280 nm. Pulsed light works with xenon lamps that can produce flashes several times per second. Disinfection robots use pulsed UV light. A r...

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's excimer lamp can be used in vitiligo treatment light source What is Vitiligo? Vitiligo is white spots of various sizes and shapes all over the skin. It is a typical depigmented skin disease. Vitiligo is caused by loss of melanocytes in the skin. In patients with vitiligo, this melanocyte is partially lost for various reasons,  resulting in white spots on the skin. Treatment of vitiligo is not easy. However, with early and appropriate treatment, It can prevent progression and improve significantly. one of the treatments Excimer - It uses a 308nm wavelength laser beam to  stimulate the migration and proliferation of lost melanocytes. It has the advantage of being able to irradiate strong energy  intensively only on the lesion and that it can be treated even in areas  that are difficult to reach with UV treatment. data source : https://www.cmcvincent.or.kr/page/department/B/1168/1 photo source : https://en.wikipedia.org/wiki/Vitiligo 백반증 손

  implant UV treatment process modification of the implant surface is very important to accelerate osseointegration UV Treatment/Photofunctionalization UV treatment (aka, photofunctionalization) enhances osteoconductivity of the titanium implant surface by altering the hydrophilicity of the TiO2 layer [172]. Specifically, UVA (320–400 nm) and UVC (200–280 nm) waves can increase the hydrophilicity of the titanium surface and thus enhance osteogenic cell attachment and proliferation and plasma protein adsorption ++Unilam's excimer lamp (light source) can be used in UV treatment process++ xenonflash lamp excimer lamp data source :  https://www.ncbi.nlm.nih.gov/pmc/articles/PMC6982017/ https://www.ncbi.nlm.nih.gov/pmc/articles/PMC8070594/ photo source : https://m.atadental.net/03/05.php contact us : ruthkim@unilam.co.kr or sales@unilam.co.kr

  do you know implant uv treatment precess?