Best Cities in Turkey for PRK Eye Surgery

Search “best laser eye surgery Turkey” and almost everything that ranks talks about LASIK — flap technology, same-day clarity, a photo of the Bosphorus at sunset. PRK barely gets a mention, which is strange, because PRK is the reason a meaningful share of people who fly to Turkey for laser vision correction actually get to have surgery at all. When a screening scan shows a cornea too thin, too irregularly shaped, or too flat for a flap to be cut safely, PRK is usually what a properly run clinic offers instead — not as a downgrade, but as the more conservative, tissue-sparing option that removes the flap-related risks entirely.

It is also, deliberately, the first choice for a specific group of people who could have LASIK but choose not to. Protocol documentation lodged with the US National Institutes of Health notes that roughly 80% of refractive procedures performed within the US Armed Forces are PRK, specifically because there is no corneal flap to shift, wrinkle or dislodge under G-force, blast pressure, or a punch to the face. That single fact tells you more about what PRK actually is than most marketing copy does: it is the more durable, more surface-level, more forgiving procedure — bought at the cost of a longer, more uncomfortable first week of recovery.

This guide sets out, city by city, where Turkey’s PRK provision genuinely differs — not on price alone, but on mitomycin-C protocol, epithelial-removal technique, and how seriously a clinic takes the diagnostic work that decides whether PRK is the right call in the first place. It draws on the Royal College of Ophthalmologists, the NHS, Moorfields Eye Hospital, Turkey’s 2025 health-tourism regulation, UK government travel advice, and peer-reviewed ophthalmic research published between 2004 and 2025 — not clinic brochures, which is what fills most of what currently ranks for this search.

Why PRK Refuses to Retire

PRK was the original laser eye surgery. The first procedure was performed in 1988 at Louisiana State University’s Eye Center, and the technique was formally approved by the FDA in 1995 as the first laser refractive procedure to reach the US market — years before LASIK arrived. For a while in the early 2000s, LASIK’s faster, more comfortable recovery pushed PRK into the background almost everywhere except the operating rooms of military and aviation medicine, where its lack of a corneal flap made it the safer long-term option regardless of the extra week of discomfort. That preference has never gone away: flap-free surgery is still standard guidance for combat divers, special operations personnel and several categories of aircrew, precisely because there is nothing that can shift, fold or dislodge under extreme physical stress.

What has changed is the demand curve underneath it. A landmark meta-analysis published in Ophthalmology projects that close to 5 billion people — nearly half the world’s population — will be myopic by 2050, up from roughly a third of everyone alive in 2020. Turkey has built one of the world’s largest ophthalmic surgery sectors to meet a share of that demand, and PRK sits inside it as a genuinely mature, high-volume procedure rather than a niche fallback. Official 2025 figures reported via Turkey’s Service Exporters’ Association put the country at 1,398,580 international health-tourism patients and $3.02 billion in revenue for the year, with ophthalmology named specifically among the specialities driving that inbound volume. The pace has continued into 2026: separate reporting puts Q1 2026 alone at 302,487 international patients and over $761 million in revenue, continuing the upward trend.

What most existing “PRK Turkey” content misses is that this is the article LASIK guides quietly point you towards once you’ve been ruled out — and it deserves its own proper treatment rather than a paragraph tacked onto the end of someone else’s piece.

Who Actually Ends Up Choosing PRK

Four distinct groups tend to arrive at PRK, and it’s worth knowing which one you’re in before you compare cities, because it changes what “the best clinic” even means for your case.

Our companion guide on finding PRK eye surgery near you covers the domestic side of that decision in more depth. If your case sits closer to high prescriptions or presbyopia, our guides to implantable collamer lenses (ICL) and refractive lens exchange set out when a lens-based route makes more sense than any laser procedure at all.

What Happens During PRK, Step by Step

PRK removes tissue from the front surface of the cornea rather than underneath a cut flap. The corneal epithelium — a thin layer of surface cells, roughly 50 microns thick — is removed first, then an excimer laser reshapes the exposed stromal tissue beneath it to correct the refractive error. The epithelium then regrows naturally over the following days, protected in the meantime by a soft bandage contact lens.

How the epithelium is removed is one of the genuine points of difference between clinics, and it’s worth asking about directly:

• Mechanical debridement — the surgeon removes the epithelial layer manually with a blunt instrument, which allows for very precise, even removal.
• Dilute alcohol technique — a weak alcohol solution loosens the epithelium so it can be gently lifted away as a single sheet, generally considered gentler on the underlying tissue.
• TransPRK (no-touch PRK) — the excimer laser itself removes the epithelium in the same continuous pass as the corneal reshaping, without any mechanical or chemical step at all. A 2025 clinical study comparing techniques recorded temporal corneal haze in 12.5% of standard PRK eyes versus 18.18% of TransPRK eyes in that particular cohort, a reminder that “newer” and “better outcomes” aren’t automatically the same thing for every patient.

Many surgeons apply a diluted dose of mitomycin-C directly to the treated surface for a short period during the procedure, specifically to reduce the risk of corneal haze forming during healing — a technique with a long track record; one clinical study using intraoperative mitomycin-C for high-myopia PRK recorded haze in just 3.7% of eyes at one month, falling to zero by three to six months. Whether mitomycin-C is used routinely, selectively for higher prescriptions, or not at all is a fair and specific question to put to any clinic quoting you for PRK.

PRK vs LASEK vs LASIK vs SMILE Pro

These procedures are often marketed as interchangeable “laser eye surgery,” which flattens some genuinely important differences. Moorfields Eye Hospital’s private patient service groups them clearly: LASIK and LASEK both use excimer lasers and achieve broadly the same final result, but recovery differs substantially between flap-based and surface techniques.

For higher prescriptions or where none of the above are structurally suitable, the conversation usually moves to implantable collamer lenses or, for patients over roughly 45 with presbyopia, refractive lens exchange — both of which correct vision at the lens rather than the cornea, and are unaffected by corneal thickness limits. For patients over 60, this conversation often shifts naturally towards cataract surgery, which shares much of the same lens-based technology.

The Honest Recovery Timeline

This is the section most PRK marketing pages soften, and it’s the single biggest reason people are caught off guard after surgery. Unlike LASIK, PRK does not give you clear vision the next morning. Because the surface epithelium has to regrow before light can pass through the cornea cleanly, most patients experience blurred, hazy vision and genuine discomfort — often described as a gritty, burning sensation rather than sharp pain — for roughly the first three to five days, until the bandage contact lens is removed and the surface has closed over.

• Days 1–4: Discomfort, light sensitivity, watering and blurred vision are normal and expected, not signs anything has gone wrong. Prescribed drops and the bandage lens exist specifically to manage this period.
• Days 5–7: The bandage lens is typically removed once the epithelium has closed over. Vision begins improving noticeably but usually remains fluctuating and imprecise.
• Weeks 2–4: Vision continues to sharpen. Most people can return to office-based work and driving within this window, though this varies by individual and by prescription strength.
• Months 1–6: Final visual outcome stabilises gradually over this longer window — considerably longer than LASIK’s days-to-weeks stabilisation — with steroid drops tapered slowly under the surgeon’s supervision to manage the corneal healing response and reduce haze risk.

This longer runway matters enormously for anyone planning a Turkey trip around the procedure. A short medical-tourism itinerary built for LASIK’s faster recovery does not translate directly to PRK — flying home too early, into recycled cabin air with reduced humidity, while the epithelium is still closing, is a genuine and avoidable risk factor worth planning around properly.

What a Compliant 2026 Turkish PRK Package Should Include

Turkey overhauled its health-tourism regulation in April 2025 under the “Regulation on International Health Tourism and Tourist Health.” Facilities treating international patients must hold accreditation from the Turkish Healthcare Quality and Accreditation Institute (TÜSKA) or equivalent Ministry of Health certification, must be registered on the government’s HealthTürkiye Portal, and must carry mandatory complication insurance for surgical and invasive procedures performed on international patients, with full compliance required from the end of 2025 onward.

A genuine, itemised PRK quote in 2026 should set out, at minimum:

• The surgeon’s fee and named ophthalmology qualifications, separate from facility and package costs
• A confirmed pre-operative diagnostic package: corneal topography or Scheimpflug tomography, pachymetry, pupillometry and cycloplegic refraction
• The specific epithelial-removal technique proposed (mechanical, alcohol-assisted or TransPRK) and whether mitomycin-C is included
• A bandage contact lens and the full post-operative drop regimen, including how long steroid tapering continues after you fly home
• A realistic minimum number of nights in Turkey before you’re cleared to fly, reflecting PRK’s longer surface-healing window rather than a LASIK-length itinerary
• The clinic’s Health Tourism Authorisation Certificate (Sağlık Turizmi Yetki Belgesi) reference number
• Confirmation of the mandatory complication insurance policy now required by Turkish law
• A defined enhancement policy — what happens, and at what cost, if a touch-up is needed after you’ve returned home

If a quote bundles all of this into a single flat figure with none of it itemised, that’s a fair reason to ask more questions before paying a deposit.

City by City

Six locations carry the great majority of Turkey’s international ophthalmic-surgery activity. Here’s how each one genuinely differs for PRK specifically, rather than for laser eye surgery in general.

Istanbul

Istanbul carries the country’s deepest concentration of dedicated eye hospitals, which matters directly for PRK because it means access to a wider spread of pachymetry and tomography platforms used to confirm exactly why LASIK was ruled out — and to make sure PRK, rather than a lens-based alternative, is genuinely the safer route for your specific cornea. Şişli holds the longest-standing cluster of specialist eye hospitals, while Etiler and Beşiktaş host several boutique refractive-surgery practices, with newer hospital campuses growing around Ataşehir on the Asian side.

The trade-off is the same one that applies to Istanbul across every procedure: scale can mean genuine subspecialisation, or it can mean a faster, more transactional screening at the busiest clinics. Given that PRK candidacy hinges on a proper corneal work-up rather than a quick refraction check, it’s worth confirming exactly what diagnostic equipment will be used before you commit — not assuming Istanbul’s overall scale guarantees it at every clinic.

Izmir

Izmir tends to run at a lower patient volume per surgeon than Istanbul’s largest hospital groups, which in practice often means longer diagnostic appointments and more time spent explaining exactly why PRK — rather than LASIK or a lens procedure — has been recommended for your eyes. Alsancak functions as the city’s central clinic district, with Konak and Karşıyaka offering further options across the bay.

Given PRK’s longer, more visible recovery window, an unhurried consultation style suits patients who want to talk through the realistic week-one experience in detail before booking flights, rather than receiving a fixed price on day one.

Antalya

Antalya’s resort-economy roots make its all-inclusive recovery packages some of the most polished in the country, bundling accommodation, transfers and aftercare with decades of practice doing exactly that for foreign visitors. Konyaaltı and Lara are the two main resort-adjacent clinic districts.

The genuine caution here is specific to PRK and rarely flagged in marketing material: chlorinated pool water, sun glare off sand or sea, and dust are all real irritants and infection risks to a corneal surface that is still epithelialising — and PRK’s healing window is considerably longer than LASIK’s. A beachfront hotel during the two to three weeks your eyes need real protection is a harder environment to manage discipline in than it sounds on paper. If you choose Antalya for PRK, plan the trip around the healing surface, not the beach, and get specific written guidance from your surgeon on exactly when sun exposure, swimming and sea air stop being a risk.

Ankara

As the capital, Ankara’s refractive-surgery market is shaped more by domestic demand than inbound tourism, which tends to keep pricing calibrated to local purchasing power rather than international medical-tourism marketing. The city’s university hospitals have long-established academic corneal and refractive-surgery units, relevant if your case involves borderline topography or prior contact-lens-induced corneal warpage requiring a genuinely specialist second opinion rather than a standard treatment plan. Çankaya and Çukurambar are the main private-clinic districts.

Confirm English-language patient coordination in advance if you choose Ankara — it tends to be less mature outside the largest hospital groups than in Istanbul or Antalya, and clear communication about your specific drop regimen and recovery restrictions matters more with PRK’s extended aftercare than it does with a faster-recovering procedure.

Bursa

Bursa is generally the lowest-cost of the well-established five cities, close enough to Istanbul for a short ferry or drive across the Sea of Marmara, and sometimes home to Istanbul-trained refractive surgeons operating in a quieter, lower-overhead setting. Nilüfer and Osmangazi are the two main districts for private eye clinics.

The honest caveat: a smaller market means fewer clinics carrying the full breadth of topography and pachymetry equipment as a dedicated refractive subspecialty rather than one item on a general ophthalmology list. Ask specifically what in-house diagnostic equipment is used, and how many surface-ablation procedures — PRK and LASEK combined — the surgeon performs monthly, not just general eye consultations.

Gaziantep

Gaziantep is the newer entrant on this list and worth including precisely because most PRK-in-Turkey content ignores it entirely. Several established private hospital groups with international-patient departments operate here, drawing on the city’s broader reputation as a growing regional medical hub for reconstructive and general surgery as well as ophthalmology. Şahinbey and Şehitkamil are the city’s two main hospital districts.

Pricing here tends to sit below Istanbul and Antalya, reflecting lower regional overheads, but the same rule applies as everywhere else on this list: confirm the specific surgeon’s refractive-surgery caseload and in-house diagnostic equipment directly, rather than assuming a large general hospital automatically means deep ophthalmic subspecialisation.

City Snapshot at a Glance

Vetting a Clinic for PRK Specifically

The Royal College of Ophthalmologists publishes formal Professional Standards for Refractive Surgery, last reviewed in December 2024. They’re a useful checklist even outside the UK, because the underlying principles concern patient safety rather than jurisdiction. Applied specifically to a PRK quote from a Turkish clinic, the same questions translate directly:

• Is the surgeon a registered ophthalmologist with documented refractive-surgery training, not a technician operating the laser under supervision?
• Is the surgeon a member of a recognised professional body — the Turkish Ophthalmological Association (TOD), the European Society of Cataract and Refractive Surgeons (ESCRS), or the American Society of Cataract and Refractive Surgery (ASCRS)?
• Which epithelial-removal technique does the clinic use as standard, and is mitomycin-C applied routinely, selectively, or not at all — and why?
• Is a full pre-operative work-up (topography or tomography, pachymetry, pupillometry) completed and explained before a technique and price are proposed?
• Is there a clear, written policy on enhancement procedures and what happens if a touch-up is needed after you’ve returned to the UK?

Vague reassurance in place of a direct answer to any of these is itself useful information. Our broader guides to finding a qualified eye surgeon and corrective eye surgery in general cover further ground on vetting a provider properly.

Accreditation & Regulatory Context

In England, clinics performing refractive surgery must be registered with the Care Quality Commission (CQC), and treating doctors must hold registration on the General Medical Council’s (GMC) specialist register in ophthalmology — both directly checkable by patients. The NHS is explicit that laser surgery for short- or long-sightedness that can be corrected with glasses or contact lenses is not available on the NHS, since it sits outside conditions that would otherwise lead to vision loss — meaning PRK, like LASIK, is almost always a self-pay procedure in the UK, which is precisely the category Turkey has built its medical-tourism sector around.

Turkey’s own framework has tightened materially since 2025. Every facility treating international patients must hold a Health Tourism Authorisation Certificate (Sağlık Turizmi Yetki Belgesi) issued by the Ministry of Health — treating foreign patients without one is illegal, not merely discouraged. The April 2025 regulatory overhaul added facility-level accreditation through TÜSKA or direct Ministry certification, mandatory registration on the HealthTürkiye Portal — which the UK government’s own Turkey travel advice now directs patients toward — and mandatory complication insurance for surgical and invasive procedures, with a compliance deadline of 31 December 2025 for existing providers.

None of this guarantees an individual outcome — accreditation describes a facility’s systems, not a specific surgeon’s judgement on a specific day — but it gives you something concrete to verify before you travel rather than after something has gone wrong.

Risks & Realistic Expectations

Surface ablation’s headline safety advantage is structural: because no flap is cut, PRK removes an entire category of long-term risk that LASIK carries. Corneal ectasia — progressive bulging of the cornea after surgery — is estimated in the peer-reviewed literature at between 0.04% and 0.6% of LASIK procedures, and is a risk specifically tied to flap creation on a cornea that was more fragile than it appeared pre-operatively. PRK does not eliminate the underlying risk of operating on a borderline cornea, but it removes the flap-specific mechanism that drives most ectasia cases.

What PRK trades that structural advantage for is a different, more visible set of short-term risks. Corneal haze — a temporary clouding of the healing surface — is the complication most specific to surface ablation, and its incidence varies by technique and prophylaxis: a 2025 clinical study recorded temporal haze in 12.5% of standard PRK eyes in that cohort, while intraoperative mitomycin-C has been shown in other studies to reduce haze to near zero by three to six months post-surgery when used appropriately. Outcomes are genuinely strong when candidacy is screened properly: one study of PRK for high myopia found 94% of eyes reached 20/25 vision or better at twelve months, with 95% within one dioptre of the intended correction.

Infectious keratitis — a bacterial or other microbial infection of the healing corneal surface — is a rare but genuinely serious complication specific to the period before the epithelium has closed over, since the bandage lens and open surface create a window of vulnerability that a flap-protected LASIK cornea doesn’t have in the same way. A 13-year retrospective study at a tertiary referral centre in Iran examined exactly this complication, underlining why strict hygiene during the bandage-lens period — clean hands, no swimming, no rubbing, prompt reporting of increasing pain or redness rather than “it’ll settle” — matters more for PRK recovery than for almost any other refractive procedure.

It’s also worth being precise about what the broader medical-tourism safety picture does and doesn’t tell you. The UK government’s current travel advice for Turkey states it is aware of seven British nationals who died in Turkey in 2025 following medical procedures, alongside other patients who experienced complications requiring further treatment. That figure spans every category of medical tourism to Turkey — cosmetic surgery, dental work, bariatric surgery and more — and there is no separately published, procedure-specific dataset isolating PRK or laser eye surgery outcomes alone. It would be misleading to present it as though it described refractive surgery specifically; what it accurately describes is the broader risk environment around medical tourism to Turkey in general, worth weighing alongside — not instead of — the procedure-specific clinical evidence above.

Who Should Pause Before Booking

Moorfields Eye Hospital’s private patient service notes that the amount of laser treatment that can be safely applied depends heavily on how thick the cornea is to begin with, and that an unstable prescription — one still changing at successive optician visits, typically 12–24 months apart — is a reason to wait rather than proceed, regardless of which laser procedure is being considered. A handful of other factors warrant a proper in-person examination before travelling, rather than a decision made on the day of a Turkish consultation:

• Keratoconus or forme fruste keratoconus — genuinely thin, irregularly shaped corneas may not be suitable for any surface ablation, and can instead point toward a corneal transplant conversation in more advanced cases.
• An unstable prescription — most surgeons want at least 12 months of stable refraction before proceeding with any laser correction.
• Significant existing dry eye disease — worth discussing openly, since surface healing and dry eye interact closely during PRK’s longer recovery window.
• Pregnancy or breastfeeding — hormonal changes affect corneal shape and refraction temporarily, undermining the accuracy of any correction performed during this period.
• Certain autoimmune or connective tissue conditions — these can affect corneal wound healing and are typically assessed case by case.
• A job or trip that cannot accommodate a genuinely blurry, light-sensitive first week — this is specific to PRK, and worth being honest with yourself about before booking flights around it.

Cost: Turkey vs the UK

Because laser eye surgery is not usually offered on the NHS, UK self-pay pricing is the realistic comparison point, and it typically runs well above an all-inclusive Turkish package covering surgery, diagnostics, accommodation, transfers and follow-up for both eyes. The saving is genuine and well documented across Turkey’s wider medical-tourism sector — but price should never be the only variable weighed. A cheaper quote that skips proper topography and pachymetry, rushes candidacy screening, or uses an unclear mitomycin-C protocol is not actually a saving if it increases your risk of haze, under-correction, or a return trip for an enhancement procedure you weren’t told was likely.

For broader context on how PRK sits within Turkey’s wider cosmetic and medical-tourism market, our guide to the most popular cosmetic surgery treatments in Turkey sets out the fuller picture.

Frequently Asked Questions

References & Citations

• University of Michigan Kellogg Eye Center — Photorefractive Keratectomy (PRK)
• ClinicalTrials.gov / NIH protocol documentation — Wavefront-guided PRK study protocol, US Armed Forces refractive-surgery data
• PMC / NIH — 2025 study of LASIK screening non-candidacy rates
• PMC / NIH — Visual performance after PRK for high myopia
• Frontiers in Medicine (2025) — PRK vs TransPRK haze comparison study
• PMC / NIH — Prophylactic mitomycin-C and haze formation after PRK
• PMC / NIH — Corneal ectasia incidence after LASIK
• PMC / NIH — Infectious keratitis following PRK, 13-year tertiary-centre study
• Brien Holden Vision Institute, citing Ophthalmology journal — Global myopia projections to 2050
• Daily Sabah, citing Turkey’s Service Exporters’ Association — Turkey health-tourism revenue and patient figures, 2025 and Q1 2026
• Royal College of Ophthalmologists — Refractive surgery patient guidance and Professional Standards for Refractive Surgery (Dec 2024)
• NHS — Laser eye surgery and lens surgery and NHS eligibility for laser eye surgery
• Moorfields Eye Hospital NHS Foundation Trust — LASIK vs LASEK and Who is not suitable for laser eye surgery
• UK Government — Foreign travel advice: Turkey, health
• Care Quality Commission — cqc.org.uk
• General Medical Council — The Medical Register