Tattoo Removal

Laser tattoo removal is a non-invasive treatment designed to break down the ink particles in your skin using targeted laser energy. This highly effective procedure allows your body’s immune system to eliminate the fragmented ink over time naturally. Whether your tattoo no longer reflects your personal style, was done improperly, or you simply wish to clear space for new art, our laser tattoo removal service can help you achieve your skin goals.

Which Tattoos Can Be Treated?

Laser tattoo removal is suitable for treating most types of tattoos, regardless of size or placement. Common areas include:

• Arms and legs
• Back and chest
• Neck and shoulders
• Hands, wrists, and ankles
• Eyebrow tattoos or permanent makeup (case-dependent)

Black ink tattoos are the easiest to remove, while coloured tattoos (such as blue, green, or yellow) may require more sessions. During your consultation, we will assess your tattoo's size, colour, location, and age to create a personalised treatment plan.

Your treatment journey begins with a thorough consultation, during which we evaluate your tattoo and discuss your goals. During the procedure, a specialised laser device emits quick pulses of energy into the tattooed area. This energy is absorbed by the ink particles, causing them to break apart into smaller fragments.

Over the weeks following each session, your body gradually flushes out the fragmented ink through its natural processes. Each treatment is quick and involves minimal downtime, although some redness or swelling may occur temporarily. A cooling gel or soothing cream is applied post-treatment to calm the skin.

To ensure the best results, we advise the following before your session:

• Avoid sun exposure and tanning for at least 2 weeks before treatment
• Keep the tattooed area clean and moisturised
• Do not apply makeup or skincare products on the area before the day of treatment
• Stay hydrated and maintain healthy skin

These steps help your skin respond better to the laser and reduce the risk of side effects.