Tattoo regret can be a thing of the past, thanks to laser tattoo removal in New Smyrna Beach. This advanced technique can lighten or remove your unwanted tattoo without scarring or leaving a trace.
No More Regrets: Remove Unwanted Tattoos
For years, people have had tattoo regrets; wanting to remove their tattoos but having to live with the mistake. Luckily, with laser tattoo removal, that’s no longer the case. With a few zaps from a laser device, we can break down and dissolve the unwanted ink, making your skin look smooth and clear again. The Med Spa of New Smyrna Beach uses cutting-edge laser devices to remove unwanted tattoos without damaging your skin.
How Laser Tattoo Removal Works
Laser tattoo removal involves using a specialized device to channel specific wavelengths of laser energy into the targeted tattoos. To remove unwanted pigment in the tattoo, the device uses a photomechanical effect with a picosecond laser to shatter the pigment molecule. The laser energy breaks the pigment molecules into extremely small components that can be metabolized and removed by your body’s immune system. You can achieve clear, tattoo-free skin in a few sessions.
New Beginnings Branding Tattoo Removal Provider
The Med Spa of New Smyrna Beach is proud to announce its partnership with the ASLMS New Beginnings Branding Tattoo Removal Program, a national philanthropic campaign offering free branding tattoo removal for sex trafficking survivors. Board-certified ASLMS members can Join me in volunteering for this initiative so that survivors of sex trafficking can have the new beginning they deserve.
Experience. Trust. Results.
The Med Spa of New Smyrna Beach is a luxurious medical spa and wellness center dedicated to helping you achieve your aesthetic goals. Our medical spa is equipped with cutting-edge laser technologies that we calibrate according to your skin type and goals to ensure optimal results with minimal side effects or downtime. Please schedule an appointment to learn more about laser tattoo removal in New Smyrna Beach.