Complication rate
1.00%
Range 0.50–2.00%
n=2 studies
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ophthalmology
LASIK (Laser-Assisted In Situ Keratomileusis) reshapes the cornea using an excimer laser to correct refractive errors including myopia, hyperopia, and astigmatism. A thin corneal flap is created, the underlying tissue is reshaped, and the flap is repositioned. The procedure takes approximately 15 minutes per eye with rapid visual recovery.
LASIK is performed as an outpatient procedure under topical anaesthetic eye drops, taking approximately fifteen minutes per eye. A thin corneal flap of approximately ninety to one hundred microns is created using either a femtosecond (bladeless) laser or a mechanical microkeratome. The flap is folded back to expose the corneal stroma, which is then ablated by an excimer laser according to a pre-calculated treatment map derived from wavefront aberrometry and corneal topography measurements. The flap is repositioned over the treated surface and adheres without sutures by virtue of natural surface tension.
Candidacy depends on stable refraction for at least twelve months, minimum corneal thickness (typically above 480 to 500 microns) with adequate residual stromal bed after ablation, and corneal topography showing no signs of pre-existing ectasia or keratoconus. Patients with very high refractive errors, dry eye disease, or irregular corneas may be better served by alternative procedures such as photorefractive keratectomy (PRK), SMILE, or phakic intraocular lens implantation.
Visual recovery after LASIK is characteristically rapid: most patients achieve functional vision within twenty-four hours and notice a marked improvement within the first day. The review appointment at twenty-four to forty-eight hours is important for confirming flap position and early visual acuity. Most patients are advised to use preservative-free lubricating drops for several months to manage the transient dry eye that is nearly universal post-LASIK. Night vision disturbances (halos, starbursts) are common in the first weeks and typically improve over three to six months.
LASIK pricing may be quoted per eye or as a bilateral (both eyes) package. Bilateral pricing is generally more economical and is the relevant comparison when evaluating clinics, as the vast majority of patients treat both eyes. The quoted price typically covers the procedure itself with the specified laser platform, pre-operative topography and aberrometry measurements, and immediate post-operative care including the twenty-four-hour review.
Items that may not be included are the pre-operative consultation and suitability assessment, additional pre-operative measurements such as corneal pachymetry or endothelial cell count, post-operative lubricating eye drops (a recurring cost for several months), and enhancement procedures if required. Enhancement rates in modern LASIK series are typically one to five per cent, but patients with higher prescriptions face a higher enhancement likelihood. Some clinics include a lifetime enhancement guarantee within their fee; others charge separately. Patients should clarify the enhancement policy and associated costs before committing.
Complication rate
1.00%
Range 0.50–2.00%
n=2 studies
Revision rate
5.00%
Range 2.00–10.00%
n=1 study
Aggregated from peer-reviewed systematic reviews on PubMed. How we extract these rates.
Other clinically reasonable options for the same condition. The right alternative depends on the patient's specific anatomy, comorbidities, and goals — discuss with a treating clinician rather than self-selecting from this list.
PRK (photorefractive keratectomy)
Surface-ablation alternative for patients with thin corneas or chronic dry eye in whom LASIK flap creation is contraindicated.
Source American Academy of Ophthalmology — Preferred Practice Patterns including Refractive Surgery
SMILE (small incision lenticule extraction)
Flapless keyhole alternative, narrower indication range but better corneal biomechanics retention.
Source American Academy of Ophthalmology — Preferred Practice Patterns including Refractive Surgery
Lens-based alternative for patients in their late 40s+ where presbyopia is a co-issue.
Source American Academy of Ophthalmology — Preferred Practice Patterns including Refractive Surgery
Continued spectacles or contact lenses
First-line conservative management; no surgical risk but ongoing cost and lifestyle constraints.
Source American Academy of Ophthalmology — Preferred Practice Patterns including Refractive Surgery
Specialty-board certifications and facility-level accreditations relevant to this procedure. Verify on the issuer's public register before booking — most issuers publish a searchable directory.
National ophthalmology board
Issuer Country-specific (e.g. ABO in US, FRCOphth in UK, EBO in Europe)
Specialty-board certification in ophthalmology covering medical and surgical eye care.
Verify on the issuer's register →Cornea / refractive-surgery fellowship
Issuer Country-specific cornea-society or fellowship programmes
Sub-specialty fellowship beyond general ophthalmology, expected for surgeons offering LASIK, PRK, SMILE, RLE, or complex cataract / IOL work.
Verify on the issuer's register →Average recovery for LASIK Eye Surgery is 3 days. Individual recovery varies — always follow your surgeon’s specific guidance.
Immediate
First 24–48 hours post-procedure. Monitoring, anaesthesia recovery, initial pain management. Most clinics expect you to remain on-site or nearby.
Early recovery
Wound care, swelling or bruising peaks, restricted activity. Typical window for follow-up visits and drain removal if applicable. Travel is usually not advised.
Intermediate recovery
Gradual return to non-strenuous daily activity. Many international patients fly home during this window. Surgeon may require medical clearance for long-haul travel.
Full recovery
Return to full activity, exercise, and work. Final results may still be settling. Final follow-up with local doctor recommended.
The first twenty-four to forty-eight hours are characterised by fluctuating vision, mild light sensitivity, and a gritty or watery sensation in the eyes. These effects are normal and typically resolve within the first day. The mandatory post-operative review at twenty-four to forty-eight hours confirms flap position and measures early visual acuity; most patients see well enough to drive by this appointment, though they should arrange transport for the day of surgery and the following morning. Lubricating eye drops — preservative-free — should be used frequently during the first weeks and continued for as long as dryness persists.
Vision stabilises progressively over one to three months as the cornea heals and the refractive result settles. Night-time visual disturbances such as halos and glare around lights are common in the early weeks and usually improve by three months, though they may persist at a low level thereafter in some patients. Swimming and water sports should be avoided for two weeks to reduce infection risk, and eye-rubbing must be avoided for at least one month to prevent flap displacement. A formal refraction check at three months confirms whether the outcome is within target; if an enhancement is indicated, it is generally deferred until the refraction has been stable for several months. Dry eyes may persist for up to three to six months before fully resolving.
LASIK is one of the procedures most amenable to medical tourism. Visual recovery is typically rapid, the procedure involves no surgical wounds requiring ongoing management, and the principal post-operative requirements are lubricating drops and a review appointment at twenty-four to forty-eight hours. Patients can feasibly have the procedure performed, attend the mandatory twenty-four to forty-eight hour review, and fly home within two to three days of surgery.
Before departure, patients should confirm that their vision is stable and that the operating surgeon is satisfied with flap position and early visual acuity at the post-operative review. Flying before this review is inadvisable. Cabin air is desiccating and may exacerbate post-operative dry eye; frequent use of lubricating drops during the flight is recommended. Patients should bring sufficient lubricating drops and any prescribed medications for at least one to two weeks beyond their return. If enhancement is required — detectable only after three to six months when the refraction has stabilised — this would likely need to be arranged either at the original clinic (requiring a return trip) or with a local surgeon, who will need complete operative records including ablation profiles.
Bar length shows how many clinics in our registry offer lasik eye surgery in each country. Shading shows the verification status mix. International price range is $1,000–$4,000 USD across all countries; we do not currently hold per-country clinic pricing suitable for side-by-side comparison.
Browse all destinations offering LASIK Eye Surgery→
2 clinics in our registry
Verified
Accreditations, corporate registration, and published reviews independently checked against primary sources.
Partially verified
Some fields confirmed from primary sources; others self-reported by the clinic and awaiting verification.
Unverified
Listing is based on public information but has not yet been independently verified against primary sources.
Flagged
Credible concerns identified. Red flags are documented on the clinic page. We never soften or remove warnings.
Seoul, South Korea·Est. 2008·Verified 2y ago
A dedicated ophthalmology clinic in Gangnam, Seoul specialising in LASIK and SMILE refractive surgery. The clinic uses Carl Zeiss VisuMax and Schwind AMARIS laser platforms. South Korea is one of the world's highest-volume markets for laser eye surgery.
Ankara, Turkey·Est. 2005·Verified 2y ago
A dedicated ophthalmology hospital in Ankara offering LASIK, PRK, and lens replacement procedures. The hospital uses Wavelight and VisuMax laser platforms. Published pricing includes pre- and post-operative consultations.
Suitable candidates have stable vision for at least twelve months, adequate corneal thickness, no signs of keratoconus or corneal ectasia, and are not significantly affected by dry eye disease. A comprehensive pre-operative assessment including corneal topography and pachymetry is required to confirm suitability.
The reshaping of the cornea by the laser is permanent, but some patients experience gradual regression — a partial return of their refractive error — over years, particularly those with higher prescriptions. Additionally, LASIK does not prevent the natural development of presbyopia (reading difficulty) with age.
The procedure is performed under topical anaesthetic eye drops and is not painful during treatment. Patients may feel pressure from the suction device used during flap creation. Mild discomfort, light sensitivity, and a watery sensation are typical for the first several hours after surgery.
LASIK creates a hinged corneal flap before laser reshaping; PRK removes the surface epithelium instead, with slower recovery but no flap. SMILE is a newer technique that uses only one laser type and removes a small lenticule of tissue without a flap, potentially reducing dry eye compared with LASIK.
Standard LASIK corrects distance vision and does not address presbyopia, meaning patients over forty may still require reading glasses even after a successful procedure. Monovision LASIK — correcting one eye for distance and the other for near — is an option for some patients but requires a trial with contact lenses first.
Modern laser platforms incorporate real-time eye-tracking systems that automatically adjust the laser delivery to compensate for involuntary eye movement. If movement exceeds the tracker's tolerance, the laser pauses automatically. Patients are asked to focus on a target light but do not need to keep perfectly still.
For most patients, LASIK produces a stable, long-lasting result. The majority of patients maintain their corrected vision for many years, though a small proportion experience regression requiring an enhancement procedure. Age-related changes such as cataracts and presbyopia will occur independently of LASIK over time.
Yes. LASIK is effective for correcting astigmatism as well as myopia and hyperopia, provided the degree of astigmatism is within treatable limits and the corneal thickness is adequate. The laser treatment map accounts for the irregular corneal curvature associated with astigmatism.
Glossary entries associated with lasik eye surgery
Variants of LASIK Eye Surgery with distinct techniques, indications, and trade-offs.
PRK is a refractive laser eye surgery in which the corneal epithelium is removed and an excimer laser reshapes the underlying corneal stroma to correct myopia, hyperopia, or astigmatism.
Compare LASIK Eye Surgery vs PRK (Photorefractive Keratectomy)→SMILE is a refractive laser eye procedure in which a femtosecond laser creates a small lens-shaped piece of corneal tissue (a lenticule) within the intact cornea, which is then extracted through a small peripheral incision typically 2-4mm wide.
Compare LASIK Eye Surgery vs SMILE (Small Incision Lenticule Extraction)→Clinical conditions for which lasik eye surgery is a treatment-ladder option.
Other ophthalmology procedures in our registry