What wavelength is designated for treating pigmentation lesions with the Candela Gentle Max Pro?

What wavelength is designated for treating pigmentation lesions with the Candela Gentle Max Pro?

• A. 580 nm
• B. 755 nm
• C. 640 nm
• D. 615 nm

Answer: (B)

The wavelength designated for treating pigmentation lesions with the Candela Gentle Max Pro is 755 nm. This wavelength is part of the near-infrared spectrum and is particularly effective for targeting melanin in the skin, making it ideal for the treatment of pigmented lesions such as age spots, freckles, and other forms of hyperpigmentation. Melanin absorbs the 755 nm wavelength efficiently, allowing for effective destruction of pigmented cells while minimizing damage to the surrounding tissue. This selective targeting helps ensure better patient safety and improved outcomes. Additionally, the 755 nm wavelength is versatile, allowing it to be used across various skin types and conditions, enhancing the effectiveness of treatment protocols for pigmentation issues. Understanding the specific interactions of different wavelengths with skin chromophores is crucial for effective laser treatments, and the 755 nm wavelength stands out for its capability to safely treat pigmentation due to its focused energy absorption properties.

The wavelength designated for treating pigmentation lesions with the Candela Gentle Max Pro is 755 nm. This wavelength is part of the near-infrared spectrum and is particularly effective for targeting melanin in the skin, making it ideal for the treatment of pigmented lesions such as age spots, freckles, and other forms of hyperpigmentation.

Melanin absorbs the 755 nm wavelength efficiently, allowing for effective destruction of pigmented cells while minimizing damage to the surrounding tissue. This selective targeting helps ensure better patient safety and improved outcomes. Additionally, the 755 nm wavelength is versatile, allowing it to be used across various skin types and conditions, enhancing the effectiveness of treatment protocols for pigmentation issues.

Understanding the specific interactions of different wavelengths with skin chromophores is crucial for effective laser treatments, and the 755 nm wavelength stands out for its capability to safely treat pigmentation due to its focused energy absorption properties.