Tattoo removal operates by fragmenting ink pigments into tiny particles, enabling white blood cells to easily transport them through the lymphatic system and ultimately out of the body.
This process is achieved using pico-lasers with a wavelength one-thousandth the size of a nano-laser.
When these lasers are applied with the correct intensity and duration, they break down the ink pigments based on the principle of varying temperatures within the pigment's size range.
The key factors influencing the effectiveness of a tattoo removal session are the laser's energy level (intensity in simpler terms)and the fraction of the second over which the laser light is flashed for these two factors define the success rate of a particular tattoo removal session.