Precision Light. At the Depth Where Collagen Actually Lives.
Ablative Renewal and Thermal Stimulation. Simultaneously. — Laser resurfacing at Ministry of Skin uses fractional ablative laser energy to remove damaged outer skin layers and simultaneously stimulate significant collagen remodelling in the dermis — producing improvements in skin texture, photoageing, fine lines, acne scarring, and overall skin quality that no non-ablative treatment or topical programme can replicate to the same degree or in the same timeframe.
Overview
The skin surface accumulates the history of everything it has been exposed to — the decades of UV radiation that have crosslinked its collagen, damaged its melanocytes, and altered the structural organisation of the dermis; the inflammation of acne that has left its textural and pigmentary legacy in the architecture of the tissue; the progressive decline of collagen and elastin synthesis that produces the gradual thinning and loss of resilience that manifests as fine lines, textural irregularity, and a general quality of skin that no longer reflects the energy and vitality it should. This accumulated damage sits in the epidermis and the dermis — at a depth that topical treatments reach only partially and that non-ablative energy devices stimulate without removing.
Laser resurfacing addresses it at both levels simultaneously. The ablative component — controlled removal of the damaged epidermal and superficial dermal layers — clears the accumulated photodamage, pigmentation, and structural irregularity from the skin surface. The thermal component — the heat deposited in the dermis by the laser energy — initiates a powerful collagen remodelling response: fibroblasts activate, new collagen is synthesised, and the dermal architecture progressively improves over 3–6 months following each session. The combination of ablative renewal and thermal stimulation produces changes in the skin that are structural and lasting — genuine alterations in the biological organisation of the skin that persist.
The trade-off is recovery time. Ablative laser resurfacing removes layers of skin — and the skin requires time to re-epithelialise and heal before it is socially and clinically normalised. This is not a complication. It is the mechanism. The removal of damaged skin and the healing that follows it is what produces the structural change. At Ministry of Skin, the recovery period is managed with specific post-treatment protocols that support healing, minimise the risk of complications, and optimise the quality of the skin that emerges.
Our Laser Resurfacing Platforms
G3 CO₂ Laser operates at 10,600nm — a wavelength with extremely high water absorption that produces powerful, controlled ablation of the targeted skin layer. Delivered in fractional mode, it is the most ablative platform in the Ministry of Skin portfolio, producing the most significant collagen remodelling of any non-surgical resurfacing treatment. It is the platform of choice for significant atrophic acne scarring, advanced photoageing, significant skin texture irregularity, and presentations where the depth of structural change required exceeds what Er:YAG resurfacing can provide. The recovery period — typically 7–10 days — reflects the depth of ablation and is the appropriate exchange for the degree of structural change the treatment produces.
Fotona SP Dynamis — Er:YAG operates at 2940nm — the highest water absorption of any clinical laser wavelength — producing extremely precise superficial ablation with minimal thermal spread. The Er:YAG is the preferred resurfacing platform for patients who require meaningful resurfacing with shorter recovery — typically 3–5 days — for patients where a more conservative ablative approach is clinically appropriate, and for presentations where the precision of Er:YAG's minimal thermal dispersion is a clinical advantage over the broader thermal effect of CO₂. For fine lines, mild acne scarring, skin quality improvement, and photoageing presentations where significant resurfacing is not required, Er:YAG frequently achieves an excellent result within a recovery profile that fits into a normal professional schedule.
What It Treats & Preparation
What Laser Resurfacing Treats
Acne scarring — particularly boxcar and superficial rolling scars — responds to fractional laser resurfacing through the ablation of scar edges, thermal stimulation of collagen in the scar base, and progressive remodelling of the scar architecture over a series of sessions. Laser resurfacing for acne scarring is used at Ministry of Skin in combination with MNRF — the two modalities addressing the scar at different tissue depths and through different mechanisms for a more comprehensive outcome than either produces independently.
Photoageing and sun damage — the textural irregularity, pigmentary change, and structural deterioration produced by cumulative UV exposure — responds to fractional laser resurfacing through the removal of the photodamaged epidermal layer and the stimulation of new, organised collagen in the dermis beneath. Results include improved skin texture, more even tone, reduced solar lentigines and surface pigmentation, and improved skin quality that reflects the replacement of damaged tissue with healthier, better-organised skin.
Fine lines — both dynamic-associated lines that persist at rest and static surface lines that reflect dermal thinning — respond to the combined ablative and thermal effect of laser resurfacing. For established periorbital and perioral fine lines that reflect significant dermal thinning, laser resurfacing often produces the most significant improvement of any non-injectable treatment.
Preparation, What to Expect, and the Recovery Period
Pre-treatment preparation includes 4–6 weeks of daily SPF 50+ and, in some patients, a period of topical conditioning — Vitamin A and C preparations — to optimise the skin's regenerative response. A test patch is performed before the first full-area session. Post-CO₂ resurfacing: 7–10 days of healing involving redness, peeling, and progressive re-epithelialisation, followed by 3–6 months of progressive collagen maturation. Post-Er:YAG resurfacing: a 3–5 day healing period with milder redness and peeling, with the same progressive collagen maturation over the following weeks.
Clients
Testimonials
Frequently Asked Questions
How many sessions are needed?
For acne scarring: typically 2–4 CO₂ or Er:YAG sessions spaced 3–4 months apart. For photoageing and skin quality: 1–3 sessions depending on severity. Results continue for 3–6 months following each session — which is why sessions are spaced sufficiently to allow full collagen maturation before the next treatment.
What is the difference between CO₂ and Er:YAG laser resurfacing?
CO₂ produces more powerful ablation, more thermal stimulation, and more significant collagen remodelling per session — with a 7–10 day recovery. Er:YAG produces more precise superficial ablation with minimal thermal spread — with a 3–5 day recovery. For significant scarring and advanced photodamage, CO₂ is the more appropriate choice. For fine lines, mild scarring, and patients who cannot accommodate longer recovery, Er:YAG produces meaningful results within a shorter timeline.
What preparation is required?
4–6 weeks of daily SPF 50+ before treatment. Topical Vitamin A and C conditioning for 2–4 weeks in some patients. A test patch before the first full-area session. Avoidance of sun exposure, waxing, and active exfoliating skincare in the weeks before treatment.
Is there risk of post-treatment pigmentation?
Strict post-treatment photoprotection — daily SPF 50+ from the day re-epithelialisation is complete — is the most important measure for minimising post-treatment pigmentation risk. Your dermatologist will provide specific instructions for sun protection during the healing and remodelling period, and will incorporate appropriate post-treatment management into the recovery protocol.
Can laser resurfacing be combined with other anti-ageing treatments?
Yes — and at Ministry of Skin it is frequently combined with Profhilo or skin boosters for skin quality support around the resurfacing period, with MNRF for comprehensive acne scar management at different tissue depths, and with injectable treatments in the same annual programme addressing the full spectrum of ageing changes.
