Our laser tattoo removal procedure uses picosecond laser and fractional laser: two advanced techniques which, when used in combination, break down tattoo ink whilst smoothing the skin to reduce scars and skin damage.
Using ultra-short bursts of energy, measured in picoseconds, to break down tattoo ink into tiny particles. These smaller particles are easier for the body to absorb and eliminate, leading to faster and more effective tattoo fading with fewer treatment sessions and reduced risk of skin damage compared to traditional laser removal methods.
LASER TATTOO REMOVAL
Picosecond laser technology delivers ultra-fast pulses of energy to shatter tattoo ink into tiny particles, making it easier for your body to naturally clear them away. It’s faster, more effective, and gentler on the skin than traditional laser methods—perfect for fading even stubborn ink. Slide to see the difference real precision makes.
115 High St, Southampton, SO14 2AA
All laser tattoo removal treatments require a £50 patch test, this is deductible from your first session.
A picosecond laser delivers extremely short bursts of energy, measured in picoseconds (one trillionth of a second), to target and break down tattoo ink particles for more efficient removal. This technique shatters the ink particles into small fragments, small enough for the body to eliminate naturally.
The number of sessions varies based on tattoo colour, size and depth. Our laser technicians will be able to advise this following a personal consultation and patch test.
The procedure can be uncomfortable, often described as an elastic band snapping.
Our lasers use advanced cooling technology to blow cool air at -27 degrees onto the targeted area to aid comfort.
Our laser technicians can take regular breaks throughout the treatment to maximise comfort.
Common side effects include: redness, swelling, temporary skin discolouration. These are mild and will resolve within a few days.
Picosecond lasers are generally more effective and efficient, requiring fewer sessions and are less invasive to surrounding skin compared to traditional Nanosecond Lasers.
