Microblading removal: can ink oxidization be removed with laser? (photos)

When it comes to removing microblading pigment that has oxidized, here are some important considerations:

Oxidation and Pigment Reaction: The darkening you experienced after laser treatment is a common reaction when pigments containing titanium dioxide and iron oxide are exposed to laser energy. These pigments can oxidize, turning a darker color due to the laser's heat.

Laser Treatment: The Cutera Enlighten laser at 1064nm is often used for tattoo removal, but its effectiveness can vary depending on the pigment composition. While some pigments lighten over time with subsequent treatments, others may require different approaches.

Consultation with Specialist: It's crucial to consult with a laser specialist or dermatologist experienced in pigment removal. They can assess your specific situation and determine the best course of action, which may include different wavelengths or types of laser treatments.

Alternative Options: If laser treatment does not yield satisfactory results, other methods such as saline removal or glycolic acid peels might be considered, though these should also be performed by professionals.

Patience and Monitoring: Pigment removal can be a gradual process, and multiple sessions may be needed. Monitor the treated area closely and maintain open communication with your specialist to adjust the treatment plan as necessary.

Ultimately, working with a knowledgeable professional will help ensure that you are on the right track and can achieve the best possible outcome.