Acne Scar Treatment Dubai | Specialist Scar Removal Clinic

Acne scarring is one of the most emotionally burdensome skin conditions I treat. Long after active breakouts have cleared, the scars they leave behind serve as a persistent, visible reminder — affecting confidence, self-perception, and how patients feel about their skin every time they look in a mirror. What makes acne scarring particularly frustrating for patients is the sense that they have already fought the battle against acne and won, yet the damage remains.

In my practice at the American Academy of Cosmetic Surgery Hospital in Dubai Healthcare City, I treat acne scarring across all skin types — from very fair Fitzpatrick I skin to deeply pigmented Fitzpatrick VI skin. Dubai’s diverse population means I must be fluent in treating every skin tone safely and effectively, and this has shaped my approach significantly. There is no single treatment that resolves all acne scars. The patients who achieve the best results are those who receive a customised, multi-modal treatment plan — combining technologies and techniques that address different scar types at different tissue depths, sequenced carefully over time.

If you are living with acne scars and have been told that nothing more can be done, or that you simply need to accept them, I would encourage you to reconsider. The treatments available today — particularly when combined strategically — can deliver transformative improvement. Not perfection, but genuine, visible, life-changing improvement.

Understanding Acne Scars

It is important to distinguish between active acne and acne scarring, because the two require entirely different treatment strategies. Active acne — ongoing breakouts, inflammation, cysts, and comedones — must be brought under control before scar treatment can begin. If you are still experiencing active breakouts, I recommend visiting my acne treatment page first, as treating scars while acne remains active is counterproductive: new breakouts create new scars, undermining the repair work being done.

Acne scars form when the inflammatory process of acne — particularly deep, cystic, or nodular acne — damages the skin’s dermal architecture. The body’s wound-healing response determines the type of scar that results. When the body produces too little collagen during repair, the result is an atrophic scar: a depression or indentation in the skin surface. When it produces too much collagen, the result is a raised, hypertrophic or keloid scar. In both cases, the normal architecture of the dermis — the organised lattice of collagen, elastin, and extracellular matrix — has been disrupted and replaced with disorganised scar tissue.

This structural disruption is why acne scars do not resolve on their own with time. Unlike post-inflammatory discolouration, which can fade gradually, true scarring involves permanent architectural change in the dermis that requires intervention to remodel.

Types of Acne Scars

Accurate classification of scar type is the foundation of effective treatment. I assess each patient’s scarring in detail during the initial consultation, mapping the types, depths, and distribution of scars across the face. Most patients present with a combination of scar types, and this is precisely why a single treatment modality rarely delivers optimal results.

Ice Pick Scars

Ice pick scars are narrow, deep, sharply defined scars that extend into the dermis or even the subcutaneous tissue. They resemble small, punctate holes — as though the skin has been pierced with a fine, sharp instrument. These are among the most challenging acne scars to treat because their depth-to-width ratio is extreme: the opening at the skin surface is tiny, but the scar tract extends deep into the tissue. Surface-level treatments alone — such as gentle chemical peels or superficial microneedling — cannot reach the base of an ice pick scar. They require targeted approaches such as TCA CROSS (trichloroacetic acid chemical reconstruction of skin scars) or punch excision.

Boxcar Scars

Boxcar scars are round or oval depressions with sharply defined, vertical edges — like miniature craters in the skin. They are wider than ice pick scars and can be shallow or deep. Shallow boxcar scars respond well to fractional CO2 laser resurfacing and Morpheus8 Pro, which can remodel the scar base and blend the sharp edges into the surrounding skin. Deeper boxcar scars may require a staged approach combining subcision with energy-based devices.

Rolling Scars

Rolling scars create a wave-like, undulating texture across the skin surface. They are caused by fibrous bands — tethers of scar tissue that pull the epidermis down towards deeper structures, creating broad, shallow depressions. Rolling scars are best identified under angled lighting, which reveals the shadow patterns created by the uneven surface. Treatment of rolling scars must address these subcutaneous tethers: subcision — the release of these fibrous bands with a needle beneath the skin — is often an essential first step before resurfacing treatments can achieve their full effect.

Hypertrophic and Keloid Scars

Unlike atrophic scars, hypertrophic and keloid scars are raised — the result of excessive collagen deposition during wound healing. Hypertrophic scars remain within the boundaries of the original wound and may flatten somewhat over time. Keloid scars extend beyond the original wound margins and are particularly common in patients with darker skin tones — Fitzpatrick IV to VI. Treatment options for raised scars include intralesional corticosteroid injections, pulsed dye laser to reduce vascularity and flatten the scar, and silicone sheeting. Keloid management requires patience and often a combination of modalities, as these scars have a significant recurrence rate.

Post-Inflammatory Hyperpigmentation (PIH)

Strictly speaking, post-inflammatory hyperpigmentation is not a true scar — it is a flat area of increased melanin deposition that occurs after inflammation has resolved. PIH is extremely common in darker skin tones and can persist for months or even years without treatment. It does not involve structural change to the dermis, which means it is generally easier to treat than true scarring. Chemical peels, topical depigmenting agents, and strict sun protection are the cornerstones of PIH management. However, PIH frequently coexists with true atrophic scarring, and both must be addressed in the treatment plan.

Post-Inflammatory Erythema (PIE)

Post-inflammatory erythema presents as persistent red or pink marks at sites of previous acne lesions. It is caused by damage to or dilation of superficial blood vessels and is more visible in lighter skin tones — where it is often the primary cosmetic concern after acne has cleared. PIE can be distinguished from PIH by pressing a glass slide against the skin: PIE will blanch (disappear under pressure), while PIH will not. Pulsed dye laser is one of the most effective treatments for PIE, targeting the vascular component directly.

Why Acne Scars Are Difficult to Treat

Patients often ask me why acne scars require multiple treatments when other skin concerns seem to resolve more straightforwardly. The answer lies in the nature of scar tissue itself. Acne scarring involves structural damage at the dermal level — the organised collagen matrix has been destroyed and replaced with disorganised, fibrotic tissue. Rebuilding this architecture is a fundamentally different challenge from treating surface-level concerns like mild pigmentation or fine lines.

Several factors contribute to the complexity:

• Scar tissue is inherently resistant to remodelling. The fibrotic collagen in scar tissue is densely cross-linked and less responsive to the signals that drive normal tissue turnover. Treatments must generate sufficient controlled injury to trigger a genuine remodelling cascade — not just superficial renewal
• Multiple scar types coexist. Most patients have a combination of ice pick, boxcar, and rolling scars, often alongside PIH or PIE. Each type requires a different treatment approach, and what works for one type may be ineffective or even counterproductive for another
• Depth matters. A shallow boxcar scar and a deep ice pick scar sit at completely different levels within the skin. Surface treatments cannot reach deep scars, and aggressive deep treatments applied to the entire face create unnecessary risk and downtime
• Skin type influences treatment selection. Treatments that are safe and effective on fair skin may carry significant risks — particularly post-inflammatory hyperpigmentation and dyspigmentation — on darker skin tones. In a diverse city like Dubai, this consideration is paramount
• Tethering must be released before resurfacing. Rolling scars anchored by fibrous bands will not respond fully to surface treatments until the tethers are released through subcision

This is precisely why I advocate for a multi-modal, combination approach to acne scar treatment. No single device, no single treatment session, and no single technology can address all of these factors simultaneously. The best outcomes come from strategically combining treatments — each selected for the specific scar type and tissue depth it addresses most effectively — and sequencing them in an order that maximises cumulative improvement.

My Approach to Acne Scar Treatment

When a patient presents with acne scarring, my first step is always a thorough clinical assessment. I examine the face under multiple lighting conditions — direct, angled, and cross-polarised — to map the full extent and type distribution of scarring. What appears to be primarily rolling scarring under ambient lighting may reveal significant ice pick scarring under magnification. What looks like residual redness may be PIE requiring vascular laser treatment rather than resurfacing.

I then develop a phased treatment plan that typically spans three to six months, incorporating multiple treatment modalities in a carefully sequenced protocol. The plan is tailored to the individual patient’s scar types, skin type, tolerance for downtime, and realistic expectations.

My philosophy is straightforward: treat each scar type with the modality that addresses it most effectively, in the order that maximises the cumulative result. This means beginning with structural interventions — subcision to release tethered scars, TCA CROSS for ice pick scars — before moving to resurfacing technologies that remodel the broader skin surface. It means choosing energy settings, needle depths, and peel concentrations based on clinical assessment, not on a one-size-fits-all protocol.

I am honest with patients about what is achievable. Acne scar treatment can deliver significant, visible, transformative improvement — but it does not deliver perfection. A realistic goal is 50 to 80 percent improvement in scar appearance over a full treatment course. For many patients, this degree of improvement is life-changing: the scars that once dominated their reflection become subtle textural variations that are barely noticeable under normal lighting.

Treatment Options at My Clinic

I offer a comprehensive range of acne scar treatments at my clinic in Dubai Healthcare City. Below is an overview of the key modalities I use and how each fits into the broader treatment strategy.

Morpheus8 Pro — Radiofrequency Microneedling for Deep Remodelling

Morpheus8 Pro is one of my most frequently used technologies for acne scar treatment. It combines microneedling with bipolar radiofrequency (RF) energy delivered at controlled depths — up to 8 millimetres with the Pro handpiece — to create a dual remodelling effect. The microneedles penetrate through the epidermis and into the dermis, while the RF energy heats the surrounding tissue to temperatures that trigger collagen denaturation and subsequent neocollagenesis — the production of new, organised collagen.

What makes Morpheus8 Pro particularly valuable for acne scarring is its depth precision. I can programme the device to deliver energy at the exact depth where the scar tissue resides, sparing the overlying epidermis from unnecessary thermal damage. This is critically important for darker skin tones, where excessive epidermal heating can trigger post-inflammatory hyperpigmentation. The fractional nature of the treatment — where only a percentage of the skin surface is treated in each pass — allows for rapid healing while still delivering meaningful dermal remodelling.

I typically recommend a course of three to four Morpheus8 Pro sessions for acne scarring, spaced four to six weeks apart. Each session builds upon the collagen remodelling initiated by the previous one, and full results continue to develop for three to six months after the final treatment as the collagen maturation process completes.

CO2 Fractional Laser Resurfacing

CO2 fractional laser resurfacing remains the gold standard for skin resurfacing in acne scar treatment. The laser delivers columns of ablative energy — vaporising microscopic channels through the epidermis and into the dermis — surrounded by zones of untreated tissue that serve as reservoirs for healing. This creates a controlled wound-healing response that replaces damaged, scarred tissue with new collagen and a smoother skin surface.

CO2 laser is exceptionally effective for shallow to moderate boxcar scars and for improving overall skin texture and tone. It can smooth sharp scar edges, reduce scar depth, and stimulate significant collagen production. However, it is an ablative treatment — meaning it removes tissue — and carries a higher risk profile than non-ablative modalities, particularly in darker skin tones. I use CO2 laser selectively: at conservative settings in Fitzpatrick III to IV skin, and generally avoid it in Fitzpatrick V to VI skin where the risk of dyspigmentation is unacceptably high. For those patients, Morpheus8 Pro offers a safer alternative with comparable remodelling capacity.

The downtime following CO2 laser resurfacing is more significant than other modalities — typically five to seven days of visible redness, crusting, and peeling. I discuss this thoroughly with patients during the consultation so they can plan accordingly.

Dermapen Microneedling with PRP

Medical-grade Dermapen microneedling creates thousands of controlled micro-channels through the skin surface, triggering a wound-healing cascade that stimulates collagen and elastin production. When combined with platelet-rich plasma (PRP) — the concentrated growth factor fraction derived from the patient’s own blood — the regenerative response is amplified. This combination is often referred to as a vampire facial, and it is one of my most popular treatments for mild to moderate acne scarring.

The advantage of Dermapen microneedling is its versatility and safety profile. It is effective across all Fitzpatrick skin types, including very dark skin, with minimal risk of post-inflammatory hyperpigmentation when performed at appropriate needle depths. It is less aggressive than ablative laser resurfacing, which means shorter downtime — typically 24 to 48 hours of redness — but this also means that more sessions are required to achieve comparable results. I generally recommend four to six sessions spaced four weeks apart for acne scarring.

Microneedling with PRP is particularly effective for rolling scars and shallow boxcar scars, and it serves as an excellent maintenance treatment between more intensive procedures.

Chemical Peels and TCA CROSS

Chemical peels have a well-established role in acne scar treatment, though their application varies considerably depending on scar type. Superficial peels — glycolic acid, salicylic acid, or lactic acid at lower concentrations — are useful for addressing post-inflammatory hyperpigmentation and improving overall skin texture, but they lack the depth to remodel true atrophic scars.

Where chemical peels become genuinely powerful for scarring is in the TCA CROSS technique. This involves applying high-concentration trichloroacetic acid (typically 70 to 100 percent) directly and precisely into individual ice pick scars using a fine applicator. The concentrated acid causes focal destruction of the scar tissue, triggering an intense localised wound-healing response that fills the scar from the base upward with new collagen. Over multiple sessions — typically three to six, spaced six to eight weeks apart — ice pick scars become progressively shallower and less visible.

TCA CROSS is one of the most cost-effective treatments I offer for ice pick scars, and it can be performed safely across all skin types when applied with precision. I often combine it with broader resurfacing treatments: TCA CROSS for the ice picks, followed by Morpheus8 Pro or CO2 laser for the surrounding boxcar and rolling scars.

PRP and Growth Factor Therapy

Platelet-rich plasma (PRP) is a regenerative therapy that harnesses the body’s own healing mechanisms. A small sample of your blood is drawn, processed in a centrifuge to isolate the platelet-rich fraction, and then reintroduced into the skin — either through injection or applied topically during microneedling. PRP contains concentrated growth factors — including platelet-derived growth factor (PDGF), transforming growth factor beta (TGF-B), and vascular endothelial growth factor (VEGF) — that accelerate tissue repair, stimulate collagen synthesis, and promote angiogenesis.

As a standalone treatment, PRP produces modest improvement in acne scarring. Its true value lies in its role as an adjunct therapy — enhancing the results of microneedling, RF microneedling, or laser treatments by flooding the treated tissue with growth factors at the moment when the wound-healing cascade is most receptive. I incorporate PRP into the majority of my microneedling sessions for acne scar patients, and I may also inject PRP directly beneath deep scars following subcision to prevent the released tissue from reattaching.

Building a Treatment Plan

The sequencing of treatments matters as much as the selection of treatments. I approach acne scar treatment in three broad phases, though the specific modalities and timelines are individualised for each patient.

Phase one: structural repair. This phase addresses the foundational issues that must be resolved before surface treatments can be fully effective. It includes subcision for tethered rolling scars — releasing the fibrous bands that pull the skin surface downward — and TCA CROSS for ice pick scars. I may also begin intralesional steroid treatment for any hypertrophic or keloid scars. This phase typically involves one to three sessions spaced six to eight weeks apart. The goal is to release tethers, begin filling deep scars from below, and flatten raised scars.

Phase two: dermal remodelling. Once the structural groundwork is in place, I introduce energy-based treatments to remodel the broader dermal architecture. This is where Morpheus8 Pro and CO2 fractional laser play their most significant role — delivering controlled thermal injury across the scarred areas to stimulate new collagen production and smooth the skin surface. I typically perform three to four sessions in this phase, spaced four to six weeks apart. For darker skin tones, I may favour Morpheus8 Pro over CO2 laser, or use the CO2 at lower, more conservative settings.

Phase three: refinement and maintenance. After the primary remodelling sessions, I assess the cumulative result and address any remaining concerns. This may include additional TCA CROSS for persistent ice pick scars, Dermapen microneedling with PRP for further textural refinement, or chemical peels for residual pigmentation. Pulsed dye laser may be used in this phase to address any lingering post-inflammatory erythema. This phase also establishes a long-term maintenance protocol — periodic treatments to sustain and build upon the improvement achieved.

Throughout the process, I reassess at every visit. Treatment plans are living documents that evolve based on how the skin responds. If a particular modality is delivering exceptional results, I may emphasise it further. If the skin shows signs of sensitivity or pigmentary change, I adjust parameters or switch modalities. This adaptive, responsive approach is what distinguishes a specialist-led treatment programme from a rigid, protocol-driven one.

Recovery and Downtime

Downtime varies considerably depending on the treatment modality and the intensity of each session. I discuss expected recovery in detail before every treatment so that patients can plan accordingly.

• Morpheus8 Pro: Expect two to four days of redness, mild swelling, and a sunburn-like sensation. Small pinpoint marks from the microneedles are visible for 24 to 48 hours. Most patients are comfortable returning to work within two to three days with mineral makeup to cover residual redness
• CO2 fractional laser: This carries the most significant downtime. The skin will appear red, raw, and may ooze or crust for the first three to five days. Full healing of the skin surface takes seven to ten days, with residual pinkness lasting two to four weeks. I provide a detailed post-treatment skincare protocol including occlusive healing ointments and strict sun avoidance
• Dermapen microneedling: Mild redness for 24 to 48 hours, similar to mild sunburn. Minimal peeling. Most patients resume normal activities the following day
• TCA CROSS: The treated ice pick scars will form small white frost marks immediately, followed by tiny scabs that shed over five to seven days. The surrounding skin is unaffected. This is a very targeted treatment with minimal overall facial downtime
• Chemical peels: Downtime ranges from none (for superficial peels) to five to seven days of peeling and redness (for medium-depth peels)
• Subcision: Mild swelling and bruising for three to five days. The bruising can be concealed with makeup after 48 hours in most cases

Regardless of the treatment, I strongly advise strict sun protection during the entire treatment course. UV exposure on recently treated skin dramatically increases the risk of post-inflammatory hyperpigmentation — especially in darker skin tones. I prescribe medical-grade SPF 50+ sunscreen and recommend physical sun avoidance during peak hours for a minimum of two weeks following each session.

Results and What to Expect

Acne scar treatment is not an instant-gratification process. Collagen remodelling — the biological mechanism that drives improvement — occurs over weeks to months following each treatment session. You may see some immediate textural improvement after resurfacing treatments, but the most significant changes develop gradually as new collagen matures and the dermal architecture reorganises.

Most patients begin to notice meaningful improvement after two to three treatment sessions, with results continuing to build over the subsequent months. The full outcome of a comprehensive treatment programme is typically evident three to six months after the final session, as the collagen maturation cycle completes.

In my experience, patients who complete a full multi-modal treatment plan can expect 50 to 80 percent improvement in the overall appearance of their acne scarring. This translates to visibly smoother skin texture, reduced scar depth, more even tone, and significantly less noticeable scarring under normal lighting and social distances. Some scar types respond more dramatically than others: rolling scars and shallow boxcar scars tend to show the most improvement, while deep ice pick scars improve incrementally with each TCA CROSS session but may never fully disappear.

It is important to understand that acne scar treatment improves scarring — it does not erase it entirely. The goal is to bring your skin to a point where the scarring no longer dominates your appearance or your thoughts. For the majority of my patients, this goal is achieved, and the impact on their confidence and quality of life is profound.

Acne Scars in Darker Skin Tones

Dubai is one of the most ethnically diverse cities in the world, and a significant proportion of my acne scar patients have Fitzpatrick IV to VI skin — South Asian, Middle Eastern, African, and Southeast Asian skin types. Treating acne scarring in darker skin tones requires specific expertise and modified approaches, because the same treatments that work beautifully on fair skin can cause significant complications — most notably post-inflammatory hyperpigmentation (PIH) and dyspigmentation — in melanin-rich skin.

The fundamental challenge is this: darker skin contains more active melanocytes, and these melanocytes are more reactive to inflammation, heat, and tissue injury. Any treatment that generates an inflammatory response — which includes virtually every acne scar treatment — carries the risk of triggering a pigmentary response that can be more disfiguring than the original scarring.

My approach to darker skin types includes several important modifications:

• Pre-treatment priming. I often initiate a course of topical depigmenting agents — such as hydroquinone, azelaic acid, or arbutin — for four to six weeks before commencing energy-based treatments. This suppresses melanocyte activity and reduces the risk of PIH
• Technology selection. Morpheus8 Pro is my preferred device for darker skin tones because the RF energy is delivered beneath the epidermis, minimising thermal damage to the melanocyte-rich superficial layers. I use CO2 laser with considerable caution in Fitzpatrick IV skin and generally avoid it entirely in Fitzpatrick V to VI
• Conservative parameters. When using energy-based devices on darker skin, I reduce energy settings, increase the spacing between treatment points, and may perform fewer passes per session. This means more sessions are needed to achieve the same result, but the trade-off in safety is essential
• Longer intervals between sessions. I allow six to eight weeks between treatments in darker skin — longer than the four to six weeks I might recommend for fair skin — to give the melanocytes time to settle fully before introducing another round of controlled injury
• Microneedling as a primary modality. Dermapen microneedling is inherently safe across all skin types because it creates mechanical micro-channels without generating significant heat. For patients whose skin type makes aggressive laser or RF treatment inadvisable, microneedling combined with PRP becomes the backbone of the treatment plan
• Aggressive PIH management. If post-inflammatory hyperpigmentation does develop during treatment, I pause active scar treatments and address the pigmentation with chemical peels, topical agents, and sun protection before resuming

The key message for patients with darker skin tones is this: effective acne scar treatment is absolutely achievable, but it requires a practitioner who understands the specific risks and knows how to mitigate them. A conservative, phased approach with appropriate technology selection will deliver excellent results without compromising your skin’s pigmentary health. This is an area where experience matters enormously, and it is one of the aspects of my practice that I take particular care over.

Frequently Asked Questions

How many treatment sessions will I need for acne scars?

This depends entirely on the type, depth, and extent of your scarring, as well as your skin type and the modalities we select. Most patients require a course of four to eight treatment sessions spanning three to six months. Mild scarring may respond well to three to four sessions of microneedling with PRP, while severe, mixed scarring typically requires a longer, multi-modal programme incorporating subcision, TCA CROSS, and energy-based resurfacing. I will outline the anticipated treatment course during your initial consultation.

Can acne scars be completely removed?

Complete removal of acne scars is not a realistic expectation with current technology. What modern treatments can achieve is significant improvement — typically 50 to 80 percent reduction in scar visibility. For most patients, this means scars that were once highly visible and distressing become subtle textural variations that are barely noticeable in normal lighting. I am always transparent about realistic outcomes because managing expectations is as important as managing treatment.

Is acne scar treatment painful?

Comfort varies by treatment type. Topical anaesthetic cream is applied before all energy-based treatments — Morpheus8 Pro, CO2 laser, and microneedling — and is left in place for 30 to 45 minutes to ensure thorough numbing. Most patients rate discomfort during treatment at three to four out of ten with adequate numbing. TCA CROSS produces a brief, sharp stinging sensation lasting a few seconds per scar. Subcision is performed under local anaesthetic and is well tolerated. I tailor the comfort management to each patient’s sensitivity.

Do I need to stop active acne treatment before starting scar treatment?

Active acne should be well controlled before beginning scar treatment, but that does not necessarily mean stopping all acne medications. Certain medications — particularly oral isotretinoin (Accutane) — must be discontinued for a minimum of six months before ablative laser or aggressive resurfacing treatments due to impaired wound healing. Topical retinoids are typically paused one to two weeks before energy-based treatments. Maintenance acne therapies such as topical antibiotics or azelaic acid can usually continue. I will review your current regimen and advise accordingly. If your acne is still active, I recommend visiting my acne treatment page for information about bringing breakouts under control first.

Which treatment is best for my acne scars?

There is no single “best” treatment — the optimal approach depends on your specific scar types, their depth and distribution, your skin type, your tolerance for downtime, and your goals. Ice pick scars respond best to TCA CROSS. Rolling scars require subcision followed by resurfacing. Boxcar scars improve with fractional laser or RF microneedling. PIH needs peels and topical agents. Most patients have a combination and therefore need a combination of treatments. This is exactly what the consultation is designed to determine.

Is acne scar treatment safe for dark skin?

Yes, when performed by a practitioner experienced in treating darker skin tones. The key is appropriate technology selection, conservative energy parameters, pre-treatment skin priming, and adequate intervals between sessions. Morpheus8 Pro and Dermapen microneedling are particularly safe across all Fitzpatrick skin types. I treat patients from Fitzpatrick I through VI at my clinic and modify every treatment plan to account for the specific needs and risks associated with the patient’s skin type.

How long do results last after acne scar treatment?

The collagen remodelling achieved through acne scar treatment is permanent. Once new collagen has been produced and the dermal architecture has been reorganised, it does not revert to its scarred state. However, the natural ageing process continues — collagen production declines with age, and the skin gradually loses volume and elasticity. Periodic maintenance treatments — such as annual skin rejuvenation sessions with microneedling or RF microneedling — can help sustain and build upon results over the long term.

Book Your Acne Scar Consultation

If acne scarring is affecting your confidence and quality of life, the first step is a comprehensive, face-to-face assessment at my clinic in Dubai Healthcare City. I will examine your scarring in detail, classify the scar types present, assess your skin type, and develop a personalised treatment plan designed to deliver the best possible outcome for your individual situation.

Every treatment plan I create is evidence-based, honest, and realistic. I will tell you what I can achieve, how long it will take, and what the process involves — so that you can make an informed decision about your care.

Send a WhatsApp message to book your consultation — this is the quickest way to reach my team and arrange an appointment at a time that suits you. I look forward to meeting you at the American Academy of Cosmetic Surgery Hospital in Dubai Healthcare City.