Lasers are used in tattoo removal treatments. They produce pulses of light that pass-through skin layers to break up color pigments. The body then absorbs the colors, removing or lightening the tattoo. There are many different lasers used in laser tattoo removal treatments. The lasers have many differences and uses, leading most technicians or doctors to use more than one during laser treatments. This article will discuss some of the differences among lasers.
A commonly used laser in tattoo removal treatments is known as the Q-switched ruby laser. This is considered the best laser for removal. The wavelength in this laser is more effective for colors like black and blue that are extremely difficult to remove.
Another laser, called the Q-switched Nd-Yag laser, is most effective in removing gray, black, and dark blue color pigments. Unlike the ruby laser, this laser can also help to remove red, orange, and yellow color pigments. This laser has a frequency double that of other lasers and can reach deeper layers of skin.
A third laser is called Q-switched Alexandrite laser and removes black, blue, and green pigments. Green colors, without this laser, typically linger even after removal sessions. This laser is very expensive because of its capability of removing difficult green pigments.
Another laser known as passive lasers are typically cheaper than others. This device cannot remove the tattoo completely, as it only fades it. People are usually misled to use this device since it doesn’t actually achieve the desired results. Therefore, people should resort to other laser tools and techniques.
Lastly, the active laser breaks down the color pigments so that the immune system can absorb the ink. It helps remove tattoos permanently. This laser is unable to remove yellow or lighter blue pigments. It can, however, remove all darker colors. It gives the best results possible.
NY tattoo laser removal specialists can help get rid of your unwanted tattoos quickly and easily with today’s advanced laser technologies such as the above-mentioned Q-switched ruby laser, Q-switched Nd-Yag laser, Q-switched Alexandrite laser, and the active laser.