Which wavelength is specifically used for targeting dark ink during tattoo removal?

Which wavelength is specifically used for targeting dark ink during tattoo removal?

• A. 532
• B. 1064
• C. 694
• D. 755

Answer: (B)

In tattoo removal, different wavelengths target different ink colors effectively due to the absorption characteristics of the pigments. The wavelength of 1064 nm is specifically effective for targeting dark inks, especially black. This longer wavelength penetrates deeper into the skin and is absorbed efficiently by the melanin in the dark ink, enabling the laser energy to break down the ink particles for later removal by the body’s immune system. The 1064 nm wavelength is part of the Nd:YAG laser spectrum, known for its depth of penetration and ability to treat various skin types with minimal risk of damage to the surrounding tissues. It’s the go-to choice when it comes to removing dark tattoo inks, as it can also be effective on other colors when used appropriately and in conjunction with other wavelengths. By focusing on the 1064 nm wavelength, practitioners ensure they are utilizing a laser that is well-researched and established for this specific purpose, enhancing the effectiveness and safety of the tattoo removal process.

In tattoo removal, different wavelengths target different ink colors effectively due to the absorption characteristics of the pigments. The wavelength of 1064 nm is specifically effective for targeting dark inks, especially black. This longer wavelength penetrates deeper into the skin and is absorbed efficiently by the melanin in the dark ink, enabling the laser energy to break down the ink particles for later removal by the body’s immune system.

The 1064 nm wavelength is part of the Nd:YAG laser spectrum, known for its depth of penetration and ability to treat various skin types with minimal risk of damage to the surrounding tissues. It’s the go-to choice when it comes to removing dark tattoo inks, as it can also be effective on other colors when used appropriately and in conjunction with other wavelengths. By focusing on the 1064 nm wavelength, practitioners ensure they are utilizing a laser that is well-researched and established for this specific purpose, enhancing the effectiveness and safety of the tattoo removal process.