Laser Tattoo Removal Using Advanced Technology
A hugely popular treatment at our Edgbaston clinic, Laser Tattoo Removal is an extremely effective way to remove unwanted tattoos. EF MEDISPA Edgbaston uses the most cutting-edge laser technology that works by allowing the light produced by the laser to pass through the skin and break up the tattoo ink and pigment into smaller particles. These small fragments are then absorbed by the body and naturally removed through the lymphatic system. Laser Tattoo Removal at our Edgbaston, Birmingham clinic avoids damaging the skin during the process, unlike other tattoo removal methods.
How does Laser Tattoo Removal work?
Laser Tattoo Removal is a non-invasive treatment for those who find themselves with an unwanted tattoo. This safe, FDA approved treatment uses advanced technology to remove older style tattoos in dark blues and greens, solid black ink or even trauma tattoos that may have occurred during an accident or post-surgery.
Depending on the style, colour and age of the tattoo, it can take between 6 to 12 sessions for Laser Tattoo Removal to be completely effective. The treatment doesn’t require any downtime, meaning you can return to your normal day-to-day activities straight after your treatment.
Why have Laser Tattoo Removal at EF MEDISPA Edgbaston, Birmingham?
At EF MEDISPA Edgbaston, Birmingham, we specialise in a variety of laser treatments. Our experienced Treatment Coordinators will devise a bespoke treatment plan, tailored to your own needs to achieve optimum results. The treatment is performed by our highly qualified practitioners and is carried out in a clinical and safe environment, ensuring your tattoo is removed in the safest and most effective way. Numbing cream can also be applied to ensure you are feeling comfortable during the treatment.
Conveniently located in the heart of Edgbaston Village, our friendly team are on hand to answer any questions you may have regarding Laser Tattoo Removal. Enquire today to discuss your personalised tattoo removal requirements.