Product Description:
ND Yag Laser Tattoo Removal Machine based on Yag laser technology, Sincoheren's FDA-approved ND Yag laser tattoo removal machine is able to remove tattoos and melanin quickly and efficiently.
The ND YAG(Neodymium-Doped Yttrium Aluminum Garnet) laser produces a wavelength of 1064 nm, which is considered very versatile. The laser light is passed over the tattooed skin, microscopically shattering the pigment into tiny particles which are more easily processed and eliminated by the body.
Selective Photothermal Action Theory
According to the biological characteristics of different tissues, select a specific wavelength laser that the target tissue can selectively absorb but not the surrounding tissue, and the pulse width is shorter than or equal to the thermal relaxation time of the target tissue (the time required for the temperature to drop to half), When the energy density is greater than the threshold required for target tissue damage, it can ensure the most effective treatment of the diseased target tissue while causing minimal damage to surrounding normal tissue.
What is a Q-switched ND Yag laser machine?
After the Nd: YAG laser adopts Q-switched technology, its peak power is increased, and it has the characteristics of high intensity and low energy. After the 1064nm laser passes through a KTP crystal, it obtains a frequency-doubling effect and generates a 532nm laser.
The wavelength of 1064nm can be well absorbed by melanin, selectively causing some small particles that absorb heat energy (tattoo ink, melanin, etc.) to be suddenly heated and damaged without damaging the surrounding tissue. For deep blue and melanin lesions, Such as brown nevus, nevus of Ohta, bad tattoos, and eyebrow tattooing are very effective. However, it has poor efficacy on epidermal pigmented diseases.
The wavelength of 532nm can be strongly absorbed by red and brown pigments and is harmful to superficial pigments. It works well on diseases such as café-au-lait spots, age spots, sun spots, and freckles.
Depending on the wavelength, the indications are different:
1064nm penetrates deeply and is mainly used to treat pigmented skin lesions in the dermis, such as chloasma, brown-green nevus, nevus of Ohta, etc. At the same time, it is most commonly used to wash blue and black tattoos and eyebrow tattoos. The immediate response to the 1064nm treatment was local needle-like bleeding (except for chloasma, which can only be scanned with a large light spot and low energy).
532nm has shallow penetration and is mainly used to treat pigmented skin lesions in the epidermis, such as freckles, age spots, sun spots, seborrheic keratosis, café-au-lait spots, and lentigo-like nevus. It can also wash red and brown tattoos. The immediate reaction of the 532nm treatment is that the skin just turns white.
