Laser Tattoo Removal

MarBelle Clinic removes tattoos of all colours using the Lutronic Hollywood Spectra XT — a nanosecond Nd:YAG laser that delivers ultra-short pulses of light energy directly absorbed by tattoo ink particles. The nanosecond pulse duration creates a photoacoustic shockwave that shatters the ink into microscopic fragments small enough to be engulfed by the immune system's phagocytic cells and cleared via the lymphatics over the following weeks. Multiple sessions are required as successive treatments address deeper ink layers. The clinic treats both black and coloured tattoos, using different wavelengths to target different ink pigments.

Tattoo removal is one of the most technically demanding laser applications because tattoo inks vary enormously in pigment composition, particle size, and deposition depth. MarBelle uses the Lutronic Hollywood Spectra XT, a Q-switched Nd:YAG laser, which is the reference standard for tattoo removal and is capable of operating at 1064 nm (optimal for black, dark blue, and dark green inks) and 532 nm (more effective for red, orange, and warm-toned inks). The physics of removal rely on selective photothermolysis operating at pulse durations in the nanosecond range. At these durations, energy is deposited into the ink particle faster than it can diffuse into surrounding tissue. The rapid pressure pulse — a photoacoustic effect — fractures the ink particle rather than thermally vaporising it. The resulting fragments are typically 5–10 times smaller than the original particles, small enough to be recognised as foreign by tissue macrophages. The immune system clears them via the lymphatic system over the four to eight weeks between sessions. The number of sessions required depends on: tattoo age (older inks have often already undergone partial fading and particle size reduction); ink colour and composition; tattoo depth; the patient's skin type; and the immune system's clearing efficiency. Amateur tattoos — applied without consistent depth control using simpler inks — often clear in fewer sessions than professional work. As a general guide, most black tattoos require 6–10 sessions, while multicolour designs may require more. During each session, the treatment area is cleaned and the physician selects the appropriate wavelength and fluence for the ink colours being targeted that day. The laser is pulsed systematically across the tattoo. Most patients describe a sharp snapping sensation, similar to an elastic band. Ice packs or topical numbing cream can be applied beforehand for more sensitive patients or larger tattoos. Immediately after treatment, the area may appear frosted white — a temporary gas formation from rapid heating — which resolves within minutes, followed by mild redness lasting a few hours to a day. Strict aftercare is required: the treated area should be kept clean and moisturised, sun exposure avoided until fully healed, and no picking of any crusting. A gap of six to eight weeks between sessions allows time for immune clearance before the next pass.