Scar Revision in Dubai

Scars are the skin's natural response to injury - but the way the body heals does not always produce a result that the patient can live comfortably with. Whether from surgery, trauma, burns, or skin conditions such as acne, scars can affect appearance, confidence, and quality of life in ways that persist long after the original wound has closed.

No treatment eliminates a scar entirely. But meaningful, clinically significant improvement in a scar's colour, texture, height, and prominence is achievable for most scar types through the right combination of treatments. At Vilafortuny, scar revision is approached as a clinical assessment before a treatment recommendation - the specific characteristics of the scar determine the most effective approach, and realistic expectations are set at the outset. Treatment is delivered by Leonora Rivera - a Registered Nurse and Laser Technician - under the medical supervision of Dr. Mario Trelles, using medical-grade aesthetic laser systems.

Multiple treatment modalities available - laser, microneedling, and combination approaches
Assessed individually - scar type, age, and skin tone all determine the approach
Since 2006 laser and aesthetic scar care trusted by Dubai patients
Understanding Scar Types

Different scar types form through different mechanisms and respond differently to treatment. Identifying the scar type accurately is the essential first step in selecting the most effective approach.

Atrophic scars

Indented, depressed scars that sit below the level of the surrounding skin. Formed when the healing process fails to produce sufficient collagen to fully replace the lost tissue. Most commonly associated with acne, chickenpox, and certain surgical or trauma wounds. Subtypes include icepick scars (narrow, deep), boxcar scars (wider, defined edges), and rolling scars (undulating, less defined margins). Fractional laser resurfacing - which stimulates collagen remodelling from within - is the primary treatment approach.

Hypertrophic scars

Raised, thickened scars caused by excess collagen production during healing. They remain within the boundaries of the original wound and may be red, firm, and slightly itchy in the early months. Unlike keloids, hypertrophic scars do not grow beyond the wound margin and tend to flatten and fade gradually over time - though this process can take years without treatment. Laser treatment accelerates this flattening and colour improvement significantly.

Keloid scars

An abnormal overgrowth of scar tissue that extends beyond the original wound boundaries, sometimes growing significantly larger than the original injury. More common in darker skin tones and in certain locations (earlobes, chest, shoulders, upper back). Keloids are the most challenging scar type to treat - they can recur after any treatment including surgery. Management typically involves a combination of approaches: laser, intralesional corticosteroid injection, and silicone sheeting. Results are improvement rather than elimination.

Scar maturity and treatment timing

The age of a scar significantly affects treatment outcomes. Scars less than six months old are still in the active remodelling phase - in some cases, early intervention with laser can influence this process positively. However, the optimal window for most non-surgical scar revision is typically from six months onwards, once the scar has largely matured. Very old, fully mature scars can still be improved, but the collagen structure is more established and may require more sessions. Your clinician will assess the maturity of your scar at consultation and advise on the right timing to begin.

Treatment Approaches at Vilafortuny

Scar revision at Vilafortuny draws on multiple treatment modalities - used individually or in combination depending on the scar type and the specific improvements being targeted. The treatment plan is determined at consultation after the scar is assessed in person.

Primary approach for most scars Fractional Laser Resurfacing

The fractional laser creates thousands of microscopic treatment zones within the scar tissue - ablating damaged collagen in precise columns while leaving the surrounding tissue intact. This controlled injury triggers an aggressive healing response, producing new, well-organised collagen that gradually remodels and improves the scar's structure. For atrophic scars, this collagen production helps fill and level the depressed area. For hypertrophic scars, it disrupts the disordered scar collagen and encourages it to remodel into a flatter, softer structure. Multiple sessions spaced four to six weeks apart produce progressive, cumulative improvement.

Colour and vascular targeting Vascular and Pigment Laser

Red, pink, or darkened scars contain excess vascularity or pigmentation that maintains the colour discrepancy between the scar and the surrounding skin. Vascular laser energy targets the blood vessels within red or pink scars, reducing the redness progressively over a course of treatment. Pigment-targeting laser energy addresses hyperpigmented (darkened) scars. Reducing the colour contrast between the scar and surrounding skin is often the single most impactful visual improvement achievable - even without significant change in texture.

Texture improvement Microneedling (Collagen Induction Therapy)

Fine needles create controlled micro-channels in the scar surface, triggering collagen production and disrupting the fibrous tissue that holds the scar in an irregular position. Particularly effective for rolling and boxcar acne scars, and for improving overall skin texture around scar sites. Less intensive than fractional laser - minimal downtime, suitable for patients who cannot accommodate the recovery associated with ablative laser. Can be used in combination with laser for a more comprehensive result.

Raised and keloid scars Combined Treatment - Laser and Corticosteroid Injection

For hypertrophic and keloid scars, intralesional corticosteroid injection - delivered directly into the raised scar tissue - suppresses the excess collagen production that maintains the scar's elevation and firmness. When combined with laser treatment, the corticosteroid addresses the structural component and the laser addresses the colour and surface texture. This combined approach produces better results than either treatment alone for raised scars. The injection protocol and frequency are determined based on the scar's response at each visit.

Indications and Realistic Expectations
Scars that respond well
  • Atrophic acne scars - particularly rolling and boxcar subtypes - that respond to collagen stimulation from fractional laser and microneedling
  • Red or pink hypertrophic scars where vascular laser reduces the colour component significantly
  • Surgical scars that are raised, red, or have a different texture from the surrounding skin
  • Hyperpigmented scars - where the scar has healed darker than the surrounding skin
  • C-section, appendectomy, and other flat surgical scars where colour and surface texture are the primary concerns
  • Burn scars where texture irregularity and colour discrepancy can both be addressed progressively
What to expect honestly
  • No treatment eliminates a scar entirely - the goal is significant improvement in visibility, not complete removal
  • Results are progressive - each session builds on the last and improvement continues between sessions as collagen remodels
  • Keloid scars are the most challenging - improvement is achievable but recurrence is possible and multiple treatment modalities are required
  • Very deep icepick acne scars may require additional techniques - such as subcision or TCA cross - for the best outcome
  • Darker skin tones require careful laser parameter selection to avoid post-inflammatory hyperpigmentation - this is assessed and managed at every session
  • The full result of a course of treatment is typically visible three to six months after the final session, as collagen remodelling continues
Before and After Your Treatment

Before Treatment

  • Attend a consultation for in-person assessment of the scar - treatment type, number of sessions, and realistic outcomes cannot be accurately determined from photographs alone
  • Avoid sun exposure to the scar area for at least two weeks before treatment - tanned skin increases the risk of post-inflammatory hyperpigmentation with laser
  • Stop retinol, AHAs, and BHAs in the treatment area for one week before sessions
  • Inform the clinical team of all medications - some affect healing and photosensitivity

After Treatment

  • Apply SPF 50 to the treated area every day from the day after treatment - sun exposure during scar healing can cause or worsen pigmentation discrepancies
  • Keep the treated area moisturised with a gentle, non-irritating product as directed
  • Avoid sun exposure for at least two weeks after each session
  • Do not pick, scratch, or rub any flaking or healing skin after laser treatment - this can remove collagen that is forming and increase scarring risk
  • Avoid retinol, AHAs, and chemical exfoliants for two weeks after laser sessions
  • Attend all planned sessions - scar revision is a course of treatment, not a single appointment. Missing sessions reduces the cumulative effect
  • Use silicone sheeting or gel on the treated area between sessions where recommended - particularly for hypertrophic and keloid scars, where silicone significantly supports the remodelling process

Frequently Asked Questions

Can scars be completely removed?

No treatment currently available eliminates a scar entirely - scar tissue is a permanent structural change in the skin. What scar revision achieves is a meaningful reduction in the scar's visibility: improving its colour, texture, height, and the degree to which it contrasts with the surrounding skin. For many patients, this improvement is transformative - the scar becomes significantly less noticeable without disappearing completely. Realistic expectations are established clearly at consultation at Vilafortuny, along with a specific assessment of what improvement is achievable for each individual scar.

Which scars respond best to laser treatment?

Laser treatment is most effective on scars that are red, pink, or darker than the surrounding skin - the laser energy can target the excess pigmentation or vascularisation that causes the colour discrepancy. Atrophic scars (depressed, indented) respond well to fractional laser - which stimulates collagen remodelling to gradually fill and level the scar surface. Hypertrophic scars - raised, thickened scars that have not spread beyond the original wound boundaries - also respond to laser. Keloid scars, which grow beyond the original wound margin, require a more conservative approach and typically a combination of treatments including corticosteroid injection alongside laser.

How many sessions are needed?

This depends on the scar type, size, age, and the treatment approach selected. Laser scar revision typically requires three to six sessions for atrophic and hypertrophic scars, spaced four to six weeks apart. Some scars show meaningful improvement after two sessions; others require more. The response is progressive - each session builds on the last as new collagen remodels and the scar structure changes. A realistic session estimate is provided at consultation after the scar is assessed in person.

Does the age of a scar affect how well it responds to treatment?

Yes - and in both directions. Very recent scars (less than six months old) are still actively remodelling and are often not yet at the stage where treatment produces the best outcome. On the other hand, very old, fully mature scars can be harder to remodel because the collagen has become densely cross-linked. The optimal window for most scar treatments is between six months and several years after the original injury or surgery. Your clinician will assess the maturity of the scar at consultation and advise on the right timing to begin treatment.