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Picosecond Laser Tattoo Removal
Picosecond Laser Tattoo Removal
Laser tattoo removal has become the most common form of cosmetic treatment.picosecond laser tattoo removal machine It removes unwanted tattoo ink and melanin, the pigment that causes dark spots on skin, without scarring or causing discomfort.
Picosecond laser tattoo removal is one of the latest laser technologies that uses a trillionth of a second pulse to break up and disintegrate tattoo ink particles.picosecond laser tattoo removal machine It is much faster than Q-Switched Nd:YAG lasers and is more effective at removing pigmentation from the skin.
Peak power (energy) & Pulse duration are the two specifications that matter when it comes to tattoo removal with a laser machine, and you would never operate a machine at maximum power and pulse duration while treating any type of skin or tattoo as this would cause irreparable trauma to the tissue.
This is why picosecond lasers have shorter pulse durations and wavelengths to ensure that the energy reaches the skin and ink particles while the tattoo is still in its most vulnerable state. It enables the shattered ink particles to disintegrate into smaller fragments that are then flushed away by the body’s natural immune system.
The short pulse duration of a picosecond laser also reduces the chance of burning, since tattoo ink particles are so small they do not expand when heated. It also keeps the surrounding skin tissue safe, avoiding the possibility of thermal burns or blistering that can occur with nanosecond lasers.
Several studies have demonstrated that picosecond lasers are more effective at clearing carbon and iron oxide tattoos than their nanosecond counterparts, which emit at a similar wavelength. This is because they break up the ink particles more effectively, resulting in faster treatment.
Another study showed that picosecond treatments were effective at clearing blue and green pigments from tattoos. This is because they shatter the ink particles more effectively, which results in faster treatment with less risk of injury to the skin.
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