The key properties of a tattoo laser are the wavelength (nm), pulse duration (picosecond), and peak power. The wavelength determines the color of the laser light and how well the laser light is absorbed by the tattoo ink. To effectively treat tattoos in all colors, multiple colors of laser light are required Our Spectra Picotech Laser has various wavelengths of 1064 NM, 755 NM, 650 NM, 585 NM, and 532 NM specifically to treat all colors of tattoos. All ink colors such as black, green, blue, yellow, red can be treated. During the absorption of laser light by the tattoo ink, the light energy is converted into heat.

The material from which the ink is composed expands due to the heat. When a large amount of light energy is directed at the tattoo ink in a very short time, the material no longer has a chance to expand. The heating occurs so rapidly that this material will explode and disintegrate. During this process, a temporary white discoloration of the epidermis occurs due to the burning. We call this laser snow, and it disappears within 15 to 30 minutes. The fragmented tiny ink particles, which have been finely broken down, are much more easily cleared by the body (lymph nodes). After the tattoo removal treatment, slight redness and swelling occur. To expedite this process, you may cool your skin. Throughout the entire treatment process, it is important to protect the skin from UV radiation: use a good cream with a minimum SPF 30 protection factor. Also, consider having your tattoo removed with the Spectra Picotech Laser for optimal results.