The realm of tattoo removal has seen a profound transformation thanks to Nd:YAG laser technology. By emitting intense light, this laser precisely targets tattoo ink particles within the skin, initiating a process that gradually fades and removes the tattoo.
Exploring the Fascinating Oxidation Process
Intriguingly, permanent makeup (PMU) often contain diverse pigments, including iron oxide. During Nd:YAG laser tattoo removal, the laser energy breaks down these pigments, releasing iron ions that can react with oxygen, resulting in an orange color change. Factors such as pigment concentration and skin type influence the extent of this color alteration.
Understanding the Influence of Factors on Color Change
The degree of color change due to oxidation varies based on several factors, including pigment composition, tattoo depth, and individual skin characteristics. While not all tattoos experience this phenomenon, it’s essential to note its potential impact, particularly for individuals with permanent makeup.
The Role of 532 nm Wavelength and Orange Pigments
In the Nd:YAG laser removal process, the 532 nm wavelength effectively targets red, orange, and yellow pigments, crucial for treating oxidized permanent makeup. However, achieving desired outcomes may require multiple sessions, contingent upon pigment type and individual skin responses.
Navigating Temporary Darkening and Treatment Objectives
Temporary darkening of the treated area may occur when using the 532 nm wavelength on orange pigments. This effect is transient and dissipates as the remaining pigment breaks down and is eliminated by the body’s immune system.
Considerations for Semi-Permanent Makeup
Permanent makeup poses unique challenges during removal due to its longevity and depth. Here at NEO, we carefully assess pigment type and individual factors to achieve optimal results without compromising surrounding skin integrity.
In conclusion, Nd:YAG laser tattoo removal offers a reliable solution for removing tattoos, including permanent makeup. NEO’s staff understands the intricacies of pigment oxidation and laser treatment parameters leading to successful outcomes while prioritizing patient safety and skin health.