Applications

Permanent Painless Depilation:

For all skin types and hair types, including light, fine, and thin hair.

Skin Rejuvenation & Whitening:

Restores youthful skin and evens out skin tone for a brighter, more radiant complexion.

Tattoo Removal:

Effectively removes tattoos, including stubborn colors such as black, blue, red, and brown.

Eyebrow, Eyeliner, and Mole Removal:

Safe and effective removal of unwanted facial tattoos and skin lesions.

Freckle & Age Spot Removal:

Reduces the appearance of pigmentation, age spots, and freckles, leaving skin clear and smooth.

Diode laser 

Diode laser hair removal technology is based on the selective dynamics of light and heat. The laser goes through the skin surface to reach the root of hair follicles; light can be absorbed and converted into heat damaged hair follicle tissue, so that hair loss regeneration without injury surrounding tissue. Slight pain, easy operation, the safe, technology for permanent hair removal now.

It is performed using gold standard 808nm diode laser technology, with energy penetrates deep into the dermis with high average power and a rapid 10 pulse-per-second repetition rate to heat the hair shaft and hair follicle, rather than destroy the oxygen organization around hair follicle.

Meanwhile, contacting surface cooling technology applied on the Sapphire Dual-Chill Tip can eliminate the heat effect attributed to optical energy, greatly improving both the treatment performance and safety.

1064 & 532nm Q-Switched Working Theory

The special wavelength of YAG laser can penetrate skin of human body according to the theory and practice of "selective laser decomposing", the instrument uses the laser-wave to break Chromatophore into pieces which can be naturally absorbed by the body. So that it achieves the purpose of de-freckling.
The Q-switched Nd:YAG laser radiates the light with a specific wavelength in high peak energy pulse; hence the light penetrates the tissue only for an ultra-short nanosecond. The light is absorbed by the pigment tissue and results in an instantaneous blast, that is Light blasting principle. The pigment particles are shattered into fragments, parts of them will be bounced out of the skin and other parts will be split into tiny particles that can be engulfed by phagocytes and then metabolized by the lymphatic system.
The 1064nm wavelength will shatters and removes the black and blue pigments while the 523nm wavelength will shatters and removes red, pink, purple and brown pigments of the tattoo or other pigmentations without damaging the normal tissue.