Strabismus Surgery in Turkey: Procedure, Cost, Recovery and Surgeon Selection

Public prices checked on June 19, 2026 were not standardized enough to support one reliable expected range. One third-party listing showed a €1,750 starting price for single-eye rectus-muscle recession, while a Turkish surgeon’s website gave a broader $2,000–$4,000 estimate without defining the number of eyes, muscles or package inclusions. Final costs depend on the diagnosis, surgical plan, anesthesia, hospital, follow-up and travel arrangements.

What Is Strabismus Surgery?

Strabismus is a condition in which the two eyes do not point in the same direction. The misalignment may remain present continuously or appear intermittently, and it may consistently affect one eye or alternate between the eyes.

Common directional terms include:

• Esotropia: One eye turns inward.
• Exotropia: One eye turns outward.
• Hypertropia: One eye sits higher than the other.
• Hypotropia: One eye sits lower than the other.
• Torsional strabismus: One eye rotates around its visual axis.

Strabismus surgery is an eye muscle operation. The surgeon changes the position, length or tension of one or more extraocular muscles, which are the muscles attached to the outside of the eyeball that control eye movement.

The operation does not remove the eyeball from its socket. The surgeon reaches the selected muscles through the conjunctiva, the thin membrane covering the white surface of the eye.

Strabismus surgery is also not laser eye surgery. It does not reshape the cornea like LASIK, replace the lens like cataract surgery, repair the retina or alter the eyelids.

Depending on the diagnosis, the surgeon may operate on one eye or both eyes. Surgery on both eyes may be appropriate even when one eye appears to turn more visibly, because alignment depends on the coordinated action of the two eyes.

Muscle recession

A recession weakens a muscle’s effect by detaching it from the eye and reattaching it farther back. Moving the attachment reduces the muscle’s resting pull.

Muscle resection or plication

A resection strengthens a muscle by shortening it before reattachment. Plication also shortens the functional muscle length but folds part of the muscle instead of removing a segment.

Muscle advancement

An advancement moves a previously recessed or displaced muscle forward. Surgeons may use it during revision surgery or when correcting particular patterns of underaction.

Muscle transposition

A transposition changes a muscle’s direction of pull by moving all or part of its attachment. It may be considered for selected nerve palsies, restrictive disorders or complex deviations.

The number of muscles treated depends on the direction and size of the deviation, how measurements change in different gaze positions, previous operations and the surgeon’s plan. An online description cannot determine how many muscles you or your child would need treated.

What Can Strabismus Surgery Treat?

Strabismus is a group of conditions rather than one diagnosis. Surgery may form part of treatment for several types of eye misalignment, but not every case requires an operation.

Esotropia

Esotropia describes an inward eye turn. It includes several conditions, such as infantile esotropia, accommodative esotropia associated with focusing and farsightedness, and esotropia caused by a cranial nerve disorder.

Some forms respond partly or fully to corrective glasses. Surgery may be considered when a clinically significant deviation remains after appropriate optical treatment.

Exotropia

Exotropia describes an outward eye turn. It may occur intermittently, particularly when a person is tired, unwell or looking into the distance, or it may become more constant.

The decision to operate can take account of the frequency and size of the deviation, control of alignment, symptoms, binocular function and changes over time.

Vertical or torsional strabismus

Vertical deviations cause one eye to sit higher or lower than the other. Torsional deviations involve rotational misalignment.

These conditions can produce double vision, tilted images or an abnormal head posture. The operative plan may involve vertical rectus or oblique muscles and can differ considerably from surgery for straightforward horizontal strabismus.

Paralytic strabismus

Paralytic strabismus develops when a nerve or muscle cannot produce its normal movement. Cranial nerve palsies, neurological disease, trauma and other conditions can cause this pattern.

The underlying cause and the possibility of spontaneous improvement may need evaluation before surgery. Some deviations need time to stabilize.

Restrictive strabismus

Restrictive strabismus occurs when scar tissue, inflammation, altered orbital tissues or mechanical restriction prevents an eye from moving normally.

Possible causes include thyroid eye disease, orbital trauma and previous eye or orbital surgery. The underlying condition may need to become inactive or stable before alignment surgery.

Childhood strabismus persisting into adulthood

Adults may seek treatment for a deviation present since childhood, whether or not it causes double vision. Treatment can address alignment, binocular function where potential remains, abnormal head posture and psychosocial or social effects.

Adult surgery should not automatically be dismissed as cosmetic. Professional ophthalmology guidance recognizes eye alignment surgery as reconstructive treatment that may address diplopia, binocular function and quality of life.

Recurrent or residual strabismus

A previous operation may leave a residual deviation, or alignment may change months or years later. Revision surgery can involve scar tissue, altered muscle positions and incomplete historical records, making detailed assessment particularly important.

Strabismus associated with double vision

Surgery may reduce diplopia when the double vision results from measurable eye misalignment. However, the surgeon must first determine why the deviation developed and whether it has stabilized.

Sudden adult-onset strabismus or new binocular double vision is a warning sign that requires medical investigation. Possible causes include cranial nerve palsy, thyroid eye disease, stroke, trauma, myasthenia gravis and other neurological or orbital disorders.

Do not arrange medical travel for unexplained new double vision before an appropriate assessment has established the cause and urgency.

Strabismus causing abnormal head posture

Some patients turn, tilt or raise the head to obtain clearer single vision. Surgery may aim to improve alignment in the most useful gaze position and reduce the need for this compensatory posture.

The underlying disease may still require treatment or stabilization before surgery is appropriate.

Who May Be a Candidate for Strabismus Surgery?

General considerations include:

• Persistent misalignment despite appropriate nonsurgical management: Surgery may be considered when glasses, observation, prisms or another indicated treatment do not adequately address the deviation.
• Double vision caused by measurable eye misalignment: The treatment goal may be to reduce diplopia in primary gaze or expand the area in which the patient sees one image.
• Abnormal head posture: A patient may turn or tilt the head to align the images or compensate for restricted eye movement.
• Restricted field of binocular single vision: The patient may see one image only in a limited direction of gaze.
• Functional or psychosocial effects: Strabismus can affect reading comfort, mobility, driving eligibility, social interaction, communication and quality of life.
• Stable deviation after an orbital or neurological condition: Some acquired deviations require a period of observation or disease control before surgery.
• Recurrent or residual strabismus: Previous surgery does not automatically prevent further treatment, but it can make planning more complex.
• Childhood strabismus for which surgery is clinically recommended: Treatment may support eye alignment and, in selected cases, binocular visual development.
• Ability to undergo anesthesia: General health, medications and anesthesia risk form part of the assessment.
• Ability to attend follow-up: Early postoperative checks and longer-term reassessment may be necessary.
• Realistic expectations: Surgery aims to improve alignment but cannot guarantee normal depth perception, visual acuity or permanent alignment.

These points do not determine whether an individual reader is suitable. An ophthalmologist with relevant strabismus experience must examine the patient and review the diagnosis, measurements and treatment alternatives.

When May Surgery Not Be the First Treatment?

The first treatment depends on the type and cause of strabismus.

Corrective glasses

Glasses may improve alignment when uncorrected farsightedness or another refractive error contributes to the deviation. Some children with accommodative esotropia achieve satisfactory alignment while wearing the correct prescription.

Glasses may still be required after surgery because eye muscle surgery does not remove myopia, hyperopia or astigmatism.

Prism glasses

Prisms shift the image entering the eye and may reduce double vision. They can serve as a temporary measure while a deviation stabilizes or as longer-term management for selected smaller deviations.

Prisms do not physically strengthen or reposition an eye muscle. Suitability depends on the pattern and size of the misalignment.

Amblyopia treatment

Amblyopia is reduced visual development in one eye that cannot be explained solely by a structural eye problem. It may occur when the brain favors one eye during childhood.

Treatment can include glasses and, where clinically indicated, patching or penalization of the stronger eye. Strabismus surgery does not automatically cure amblyopia.

Observation

Some intermittent, recently acquired or changing deviations may be observed. This can help the clinician determine whether the condition remains stable, improves spontaneously or requires investigation.

Orthoptic assessment

An orthoptist measures eye movements, alignment, binocular function and double vision. These assessments can contribute to diagnosis, surgical planning and follow-up.

Selected eye exercises

Exercises can help specific conditions, particularly some forms of convergence insufficiency. They do not correct every type of esotropia, exotropia, nerve palsy or restrictive strabismus.

Botulinum toxin

Botulinum toxin may temporarily alter the pull of an eye muscle. Specialists use it in selected cases for diagnostic, temporary or therapeutic purposes.

It does not provide a universal alternative to surgery and can produce temporary effects such as eyelid drooping or a different deviation.

Treatment of thyroid eye disease

Active thyroid eye disease may cause inflammation, muscle enlargement and changing restriction. Alignment surgery is commonly considered only after the disease and measurements have become sufficiently stable.

Neurological investigation

New double vision or acquired strabismus can arise from a neurological, vascular, muscular or orbital condition. Medical assessment, blood testing or imaging may be needed before discussing corrective surgery.

Stabilization of a recent deviation

Some nerve palsies and postoperative deviations change over time. Operating before measurements stabilize can make the planned correction less predictable.

Treatment should address the diagnosis rather than the appearance of the deviation alone.

How Is Strabismus Assessed Before Surgery?

Accurate measurement is central to eye muscle surgery. The assessment may include the following components.

Medical and ocular history

The ophthalmologist reviews:

• Age when the deviation began
• Whether it appeared suddenly or gradually
• Whether it remains constant or intermittent
• Double vision
• Neurological symptoms
• Thyroid or systemic disease
• Trauma
• Previous eye or orbital surgery
• Previous patching, glasses, prisms or botulinum toxin
• Family history
• Current medications

Old photographs can help establish when a childhood or longstanding deviation first appeared.

Visual acuity

The team measures vision in each eye separately. This helps identify amblyopia, unequal vision or an eye disease that may influence alignment and prognosis.

Refraction

Refraction determines whether the patient needs glasses and whether focusing effort contributes to the deviation. Children may need dilating drops for an accurate cycloplegic refraction.

Eye-movement examination

The clinician checks how each eye moves in different directions. Limited movement, overaction or patterns that change with gaze can suggest nerve palsy, mechanical restriction or an oblique-muscle disorder.

Cover testing

During cover tests, the examiner covers and uncovers each eye while the patient looks at a target. This reveals manifest and latent deviations and shows which eye takes up fixation.

Measurement of the deviation

Prisms may be used with cover testing to measure the angle of misalignment. Measurements are commonly taken:

• At near and distance
• With and without glasses where relevant
• In different directions of gaze
• With different head positions
• At more than one appointment when stability is uncertain

Binocular vision and stereopsis

Binocular tests examine how the eyes work together. Stereopsis tests estimate depth perception produced by using information from both eyes.

Normal binocular vision may not be recoverable in every longstanding case, even when surgery improves alignment.

Double-vision assessment

Adults may map where diplopia occurs and whether it changes with gaze direction, head position, fatigue or prism correction.

Head posture

The clinician records head turn, tilt or chin position and evaluates how posture changes visual symptoms.

Eyelid, orbital and neurological examination

Eyelid position, protrusion of the eye, orbital restriction, pupil findings and neurological signs may indicate an underlying disorder.

Retinal and optic-nerve examination

The ophthalmologist may examine the back of the eye to identify reduced vision or pathology that could affect alignment.

Imaging and further tests

MRI, CT, blood tests or neurological assessment may be required for sudden, restrictive, paralytic or otherwise unexplained strabismus.

Photographs, videos and online consultations can help organize a preliminary discussion. They cannot replace the calibrated measurements, refraction, binocular testing and full examination performed in person.

How Is Strabismus Surgery Performed?

The operation follows a plan based on the patient’s measurements and diagnosis.

1. Preoperative examination

The team repeats or confirms alignment measurements, visual testing and relevant health information. A changing deviation may require further observation.

2. Surgical planning

The surgeon selects the eye or eyes, muscles and planned weakening, strengthening or repositioning procedures. The plan may need adjustment if previous operative records or scar tissue change what is found during surgery.

3. Anesthesia

Children generally receive general anesthesia. Adults may receive general anesthesia or, in selected cases, local anesthesia with sedation.

4. Access through the conjunctiva

The eyelids are held open, and the surgeon creates an opening in the conjunctiva to reach the outside of the eye.

There is usually no external skin incision. The eyeball stays inside the eye socket throughout the procedure.

5. Identification of the muscles

The surgeon identifies and isolates the selected extraocular muscle or muscles.

6. Muscle adjustment

The muscle may be recessed, resected, plicated, advanced or transposed according to the operative plan.

7. Muscle fixation

The surgeon attaches the muscle to the outer wall of the eye with fixed or adjustable sutures.

8. Conjunctival closure

The conjunctival opening may be closed with dissolvable sutures or allowed to heal according to the surgical approach.

9. Anesthesia recovery

The patient moves to a recovery area for monitoring. Nausea, discomfort, watering and temporary blurred or double vision can occur.

10. Postoperative examination

The surgeon or clinical team checks the eye and provides instructions. Adjustable-suture cases may require an additional alignment assessment shortly after the operation.

The exact sequence, muscle choice and fixation method vary. This overview should not be used as an operative manual.

What Are Adjustable Sutures?

An adjustable suture allows the surgeon to modify a treated muscle’s position after the main operation.

With a fixed suture, the surgeon ties the muscle in its planned position during surgery. With an adjustable technique, the surgeon uses a temporary slip knot or related system that permits short postoperative movement of the muscle.

After anesthesia has worn off sufficiently, the team measures alignment. If the surgeon believes an adjustment would improve the immediate position, the knot can be moved before it is secured.

Adjustable sutures may be considered in:

• Cooperative adults
• Some adolescents or older children
• Previous strabismus surgery
• Restrictive strabismus
• Thyroid eye disease
• Trauma
• Slipped or lost muscles
• Complex vertical or paralytic deviations
• Cases in which the surgical response is difficult to predict

Patient cooperation matters because the clinician needs reliable alignment measurements during or shortly before adjustment. Young children may need another anesthesia episode to undergo an adjustment and are therefore less frequently treated with the awake technique.

Adjustable sutures offer an opportunity to fine-tune the immediate result, but they do not guarantee better long-term alignment. AAPOS notes that evidence has not conclusively proven that adjustable sutures are superior in every case, while systematic and observational evidence suggests that any benefit may vary by diagnosis and patient group.

Muscles can still shift during healing, and undercorrection, overcorrection, recurrence or additional surgery remain possible.

Strabismus Surgery in Adults vs Children

Consideration	Adults	Children	Important qualification
Common goals	Reduce diplopia, improve alignment, expand single-vision field, improve head posture and reduce psychosocial effects	Improve alignment, support visual development where possible and address head posture or control	Goals depend on diagnosis rather than age alone
Double vision	Common in newly acquired strabismus	Young children may suppress one image rather than report diplopia	New adult diplopia requires investigation
Amblyopia	Longstanding amblyopia may remain after alignment surgery	May require glasses, patching or another separate treatment	Surgery does not automatically improve amblyopic visual acuity
Visual development	Mature visual system may limit recovery of stereopsis in longstanding cases	Timing may affect binocular development in selected childhood conditions	Surgery cannot guarantee normal depth perception
Anesthesia	General anesthesia or selected local-anesthesia and sedation approaches	General anesthesia is generally used	Choice depends on health, operation and facility
Adjustable sutures	More commonly considered when the patient can cooperate	May be used in selected older children or with additional anesthesia	Not required for every case
Measurements	Diplopia maps and prism testing may guide goals	Repeated age-appropriate measurements and cycloplegic refraction may be needed	Reliable measurements are necessary in both groups
Postoperative cooperation	Adults can usually report visual symptoms directly	Parents must monitor symptoms, drops and eye rubbing	Developmental age affects communication
Recovery support	May need help with travel, driving and work arrangements	Requires a parent or guardian throughout care and travel	Discharge support should be planned before surgery
Return to routine	Depends on visual symptoms and occupational demands	Depends on comfort, school activities and supervision	No universal return date applies
Follow-up	Alignment, diplopia and underlying disease may require monitoring	Alignment, refraction, amblyopia and visual development may require continuing review	Follow-up can extend beyond the surgical episode
Further treatment	Prisms, botulinum toxin or repeat surgery may be needed	Glasses, amblyopia therapy or further surgery may be needed	One operation is not guaranteed to be sufficient

Adults are not too old to benefit solely because their strabismus began in childhood. Surgery can provide functional, reconstructive and psychosocial benefits, although the potential for binocular recovery differs among patients.

Children require a pediatric ophthalmology plan that considers visual development and amblyopia as well as physical alignment.

What Type of Anesthesia Is Used?

Children generally undergo strabismus surgery under general anesthesia. This allows the surgeon to operate while the child remains still and unaware of the procedure.

Adults may undergo:

• General anesthesia
• Local anesthesia with intravenous sedation
• Another selected monitored-anesthesia approach

The anesthesia plan depends on:

• Patient age
• General health
• Anxiety and ability to cooperate
• Number and type of muscles treated
• Previous operations
• Expected operating time
• Adjustable-suture plan
• Anesthesiologist and surgeon assessment
• Facility protocol

Local anesthesia should not be described as inherently safer than general anesthesia. Each option has benefits, limitations and possible complications.

International patients cannot assume that they may select the anesthesia type solely according to preference. A qualified anesthesia professional must assess suitability.

How Long Does Strabismus Surgery Take?

There is no single operation time for every patient.

Duration may change according to:

• Number of muscles
• Surgery on one or both eyes
• Horizontal, vertical or torsional deviation
• Primary or revision surgery
• Scar tissue
• Restricted or lost muscles
• Muscle transposition
• Adjustable sutures
• Added procedures
• Anesthesia preparation

A relatively straightforward single-muscle operation may take less time than bilateral, multi-muscle or revision surgery. The amount of time in the hospital also includes registration, anesthesia preparation, recovery and postoperative examination.

A website estimate of operating time should not be used to book a tightly timed flight or transfer.

Is Strabismus Surgery a Day-Case Procedure?

Many strabismus operations take place as outpatient or day-case procedures, meaning the patient leaves the facility without an overnight hospital admission.

Same-day discharge still depends on:

• Age
• General medical health
• Recovery from anesthesia
• Nausea or vomiting
• Pain control
• Ability to drink fluids
• Surgical complexity
• Postoperative vision and double vision
• Hospital policy
• Distance from the hospital
• Presence of a responsible accompanying adult

A child or sedated adult should have appropriate supervision after discharge. An overnight stay or extended observation may be appropriate when recovery, health or travel circumstances require it.

What Is Recovery Like After Strabismus Surgery?

Recovery experiences vary according to the operation and the patient.

Common temporary effects can include:

• Redness over the white of the eye
• Mild or moderate swelling
• Soreness when moving the eye
• Gritty or foreign-body sensation
• Tearing
• Blood-stained tears
• Temporary blurred vision
• Temporary double vision
• Light sensitivity
• Visible or irritating dissolvable sutures
• Temporary restriction or discomfort with eye movement

Redness can remain visible for several weeks and occasionally longer. Initial appearance does not necessarily represent the final alignment because swelling and healing can affect eye position.

Eye drops and medication

The surgical team may provide postoperative drops or ointment and advice on pain relief. Use only the medications and schedule prescribed for the patient.

Eye rubbing

Rubbing can irritate the conjunctiva and incision. Children may require additional supervision.

Washing and showering

The surgeon may advise avoiding soap, shampoo or contaminated water in the eye during early healing. Instructions vary by technique and facility.

Swimming

Swimming is commonly restricted temporarily because pool, sea and lake water may expose the healing eye to contamination. Follow the surgeon’s specific timeframe rather than a general internet schedule.

Makeup

Eye makeup may need to be avoided until the surface has healed sufficiently.

Reading and screen use

Reading, television and screens do not usually damage the muscle repair, but blur, fatigue, light sensitivity or double vision may make them uncomfortable.

Driving

Do not drive while anesthesia effects, impaired reaction time, blurred vision or double vision make driving unsafe. The patient may also need to satisfy local legal vision requirements.

Work and school

Return depends on comfort, appearance, visual symptoms and occupational or school demands. Work involving dust, chemicals, physical contact, driving or machinery may require a longer restriction than desk work.

Exercise and lifting

Heavy lifting, strenuous exercise and contact sports may be restricted during early healing. The operating surgeon’s plan should take priority.

Follow-up appointments

Postoperative review may assess:

• Wound healing
• Infection
• Muscle position
• Eye alignment
• Double vision
• Adjustable sutures
• Glasses or prism requirements
• Amblyopia treatment in children

An international patient should know who will provide each follow-up before traveling.

When Can You Fly After Strabismus Surgery?

There is no universal flight deadline for every strabismus patient.

The operating surgeon should consider:

• Completion of the first postoperative examination
• Recovery from anesthesia
• Pain and nausea
• Degree of swelling
• Blurred or double vision
• Ability to use prescribed drops
• Need for adjustable-suture assessment
• Risk of needing urgent review
• Length of the flight
• Whether a child is traveling
• Availability of an accompanying adult
• Access to care after returning home

Cabin pressure is not the only consideration. Recent anesthesia, visual symptoms, discomfort and the possibility of early complications can make immediate travel impractical.

A patient undergoing strabismus surgery alone should not assume that advice for another eye operation applies. Some procedures involving intraocular gas have separate flight restrictions, while standard eye muscle surgery does not normally involve placing gas inside the eye.

Obtain written travel advice from the treating surgeon before purchasing a non-changeable flight.

What Results Can Strabismus Surgery Achieve?

The primary surgical objective is improved eye alignment. Other goals depend on the patient.

Motor alignment

Motor outcome describes the measured physical position of the eyes. A surgeon may aim to bring the deviation within a defined clinical range rather than promise exact geometric alignment in every direction.

Reduced double vision

For selected adults, surgery may reduce diplopia in straight-ahead gaze, reading position or a wider field of gaze.

Double vision may continue in some directions, appear temporarily during adaptation or persist despite improved alignment.

Expanded binocular single-vision field

A patient with paralytic or restrictive strabismus may gain a larger area in which both eyes produce a single image.

Improved head posture

Changing muscle balance can reduce a compensatory head turn, tilt or chin position.

Binocular function

Some children and adults may develop or regain aspects of binocular function. The potential depends on age of onset, duration, visual acuity in each eye and previous sensory development.

Depth perception

Stereopsis may improve in selected cases, but normal depth perception cannot be guaranteed, particularly after longstanding childhood strabismus.

Visual acuity

Strabismus surgery does not directly sharpen the optical focus of the eye. Glasses may still be required, and reduced vision from amblyopia or eye disease may remain.

Appearance and quality of life

Improved alignment may affect eye contact, communication, confidence and social function. These effects do not make adult strabismus surgery merely cosmetic.

An improvement in one outcome does not guarantee improvement in all others. A patient may achieve better alignment without normal stereopsis, or reduced double vision without a change in visual acuity.

Can Strabismus Return After Surgery?

Yes. A residual deviation may remain immediately after surgery, or strabismus may recur later.

Possible reasons include:

• The tissues responding differently from the planned amount
• Healing and scar formation
• Growth and visual development in children
• Progressive neurological or orbital disease
• Changing thyroid eye disease
• Muscle slippage
• Previous surgery and scar tissue
• Longstanding poor vision in one eye
• Loss of binocular control
• Age-related tissue changes

Further management may include:

• Observation
• Updated glasses
• Prism glasses
• Botulinum toxin
• Amblyopia management
• Additional eye muscle surgery

Repeat surgery does not automatically prove that the first surgeon operated incorrectly. Strabismus is a dynamic condition, and some diagnoses carry a continuing risk of alignment change.

A written treatment discussion should explain the possibility of undercorrection, overcorrection and future surgery.

Does Strabismus Surgery Improve Vision?

It depends on what “vision” means.

Visual acuity

Visual acuity measures how clearly each eye sees letters or symbols. Strabismus surgery does not directly correct refractive blur, retinal disease, optic-nerve disease or longstanding amblyopia.

Eye alignment

Surgery directly aims to change the position of the eyes by altering muscle pull.

Binocular vision

Binocular vision describes the brain’s ability to combine information from both eyes. Better alignment may help binocular function where sensory potential remains, but it does not guarantee normal fusion.

Depth perception

Depth perception based on stereopsis requires coordinated binocular input. It may improve in selected patients but can remain limited after longstanding childhood misalignment.

Double vision

Adults with acquired strabismus may experience less diplopia after surgery. Some patients continue to need prisms or further treatment.

Amblyopia

Amblyopia is a developmental reduction in vision, not simply a weak or lazy eye muscle. Surgery may align an amblyopic eye but does not automatically restore its visual acuity.

Children may require glasses, patching or another amblyopia treatment before or after surgery. Treatment timing matters because the visual system develops during childhood.

What Are the Risks of Strabismus Surgery?

Most patients experience temporary redness and discomfort. More significant complications are less common but remain possible.

Common or expected temporary effects

• Redness
• Swelling
• Soreness
• Gritty sensation
• Tearing
• Blood-stained tears
• Temporary blur
• Temporary diplopia
• Irritation from sutures

Alignment-related risks

• Undercorrection: The original deviation remains partly present.
• Overcorrection: The eyes move too far in the opposite direction.
• Residual strabismus: A measurable deviation remains after treatment.
• Recurrent strabismus: Alignment worsens again later.
• Persistent double vision: Diplopia may require prisms, observation or further surgery.
• New double vision: A patient who previously suppressed one eye may become aware of two images after alignment changes.

Surface and wound complications

• Infection
• Excessive inflammation
• Suture reaction
• Conjunctival cyst
• Conjunctival granuloma
• Scar formation
• Delayed wound healing

Muscle-related complications

• Lost or slipped muscle
• Unintended restriction
• Adhesions
• Difficulty locating a previously operated muscle
• Need for urgent or planned additional surgery

Eyelid or appearance changes

Changing vertical-muscle position can sometimes alter eyelid contour. Conjunctival scarring or an unexpected eye position may also affect appearance.

Globe and retinal complications

The sutures used to attach muscles pass through the outer wall of the eye. Accidental scleral perforation can occur and may cause infection, bleeding or retinal injury.

Significant permanent loss of vision is rare but possible.

Anesthesia complications

General anesthesia and sedation carry respiratory, cardiovascular, allergic and nausea-related risks. The anesthesia professional should assess individual risk.

The possibility and severity of complications depend on diagnosis, age, previous surgery, muscle choice, medical history and other factors. A generic website cannot provide an individual risk estimate.

What Are the Warning Signs After Surgery?

Contact the treating team promptly or seek urgent medical care for symptoms such as:

• Pain that becomes more severe instead of improving
• Sudden or significant loss of vision
• Marked or rapidly increasing swelling
• Redness that is worsening substantially
• Thick or pus-like discharge
• Fever
• Persistent vomiting
• New severe headache
• Inability to open the eye
• Significant trauma to the operated eye
• Sudden major change in eye position
• Symptoms specifically identified in the discharge instructions

Temporary redness, soreness or blur can occur without indicating a serious complication. However, a remote article cannot distinguish normal healing from infection, muscle displacement or another problem.

Follow the emergency instructions given by the operating hospital. International patients should have a direct clinical contact rather than only a travel coordinator’s number.

How Much Does Strabismus Surgery in Turkey Cost?

Public price information is inconsistent. The available offers use different currencies, cover different operations and often omit essential details such as the patient’s age, number of muscles, anesthesia and follow-up.

The table below records prices and price statements accessible on June 19, 2026. It does not establish a market average.

Provider or listing	Published price	Currency	Adult or child	Eye and procedure scope	Published inclusions	Major exclusions or uncertainties	Source type and date checked
Dünyagöz Istanbul Etiler service listing	Starting at 1,750	EUR	Not specified	Single-eye rectus recession	Not itemized	Anesthesia, examinations, muscle count beyond the named procedure, medication, follow-up, hotel and transfers not confirmed	Third-party marketplace listing for a named hospital; updated and checked June 19, 2026
Halil Hüseyin Çağatay ophthalmology practice	2,000–4,000	USD	Not separated	Turkey-wide estimate; one or both eyes not stated	Page says packages may sometimes include medical expenses and accommodation	No defined muscle count, anesthesia, hospital, examinations or follow-up scope	Direct surgeon information page; checked June 19, 2026
G+ Clinic commercial price table	1,500–2,500 single eye; 2,500–4,000 bilateral	EUR	Not separated	Single-eye and both-eye estimates	Base surgical correction listed	General anesthesia, adjustable sutures, medication, examination and travel services appear as separate line items	Commercial clinic or medical-travel page; published April 2026 and checked June 19, 2026
Kudret Eye Hospital Istanbul	No public numeric price	—	Adults and children discussed	Determined by strabismus type and clinical circumstances	Not stated	Complete fee requires direct quotation	Direct hospital information page; checked June 19, 2026
Retina Academy / Gökhan Gülkılık	No public numeric price	—	Not separated	Price determined after examination and treatment selection	Not stated	No public package or inclusion list	Direct provider page; checked June 19, 2026

Price-verification note

Date checked: June 19, 2026
Currencies: Retained as published
Exchange-rate conversion: None performed
Price status: Advertised starting prices or general estimates, not final patient quotations
Comparability: Limited because the offers do not consistently specify the same operation, eye count, muscle count, age group, anesthesia or follow-up
Clinical requirement: The final plan requires in-person alignment measurements and examination

The €1,750 listing should not be presented as the expected total for every patient. It refers to a named single-eye rectus-recession option and does not clearly itemize all associated costs.

Likewise, the $2,000–$4,000 estimate does not define whether the range covers one or both eyes, one or several muscles, general anesthesia, pediatric care or postoperative assessments.

The G+ table separates surgical correction from anesthesia, adjustable sutures, examinations, medication and travel logistics. Its headline surgical figures should therefore not be interpreted as complete package prices without written confirmation.

A responsible article should not calculate an average from these figures.

What Affects the Cost of Strabismus Surgery in Turkey?

• Adult or pediatric care: Children generally require general anesthesia and age-appropriate pediatric care. This can affect anesthesia, staffing and facility fees.
• Type of strabismus: Straightforward horizontal surgery may involve a different plan from restrictive, paralytic, vertical or torsional strabismus.
• Number of muscles: Multi-muscle surgery generally requires more operating time and materials than a single-muscle procedure.
• One or both eyes: A bilateral operation may involve more muscles and surgical time, although cost should follow the planned procedures rather than the visible appearance alone.
• Previous operations: Revision surgery can require review of old records, scar-tissue dissection and management of altered muscle positions.
• Scar tissue: Dense scarring can make surgical access and prediction more complex.
• Adjustable sutures: The technique may involve additional measurements, adjustment time and postoperative attendance.
• Surgeon’s relevant expertise: Fees can vary according to specialist practice, although price and procedure volume alone do not establish quality.
• Hospital or surgical facility: Operating-room, nursing, recovery and equipment charges differ among facilities.
• Anesthesia: General anesthesia, sedation and local-anesthesia approaches carry different staffing and facility requirements.
• Preoperative testing: Refraction, orthoptic assessment, laboratory tests and anesthesia evaluation may be charged separately.
• Imaging: MRI, CT or orbital imaging may be required when an underlying neurological or restrictive cause needs investigation.
• Additional consultations: Neurology, endocrinology, pediatric or anesthesia consultations may add cost.
• Overnight stay: Many procedures are day cases, but health, recovery or travel circumstances may require admission.
• Medication: Postoperative drops and pain relief may or may not be included.
• Follow-up: Confirm whether the quote covers the first review, adjustable-suture assessment and later checks.
• Translation: Interpretation and translated documents may form part of a package or carry a separate fee.
• Accommodation and transfers: These logistical services do not indicate clinical quality and should appear separately from medical charges.
• Further treatment: Prisms, botulinum toxin or additional surgery may not be covered by the original price.

The final quote should specify confirmed procedures and possible contingency charges separately.

What Should a Strabismus Surgery Package Include?

Request an itemized written quotation covering:

• Ophthalmology consultation
• Orthoptic assessment
• Refraction
• Visual-acuity testing
• Eye-movement and alignment measurements
• Double-vision testing where relevant
• Preoperative medical testing
• Surgeon’s fee
• Anesthesia assessment
• Anesthesiologist’s fee
• Operating-room fee
• Hospital or day-case charges
• Surgical materials
• Fixed or adjustable sutures
• Postoperative medication
• First postoperative examination
• Adjustable-suture review
• Further follow-up visits
• Written operative report
• Written discharge summary
• Translation or interpreter services
• Emergency contact details
• Accommodation
• Airport and clinic transfers
• Complication-management policy
• Revision policy

The quotation should also state:

1. Whether surgery involves one eye or both eyes
2. The anticipated number of muscles
3. Whether the price changes if the operative plan changes
4. Whether pediatric anesthesia has a separate fee
5. Whether further imaging is excluded
6. Whether treatment after returning home is covered
7. Who pays for another trip if a complication or revision requires care in Turkey

“All-inclusive” should not be accepted as a substitute for an itemized scope.

How Many Days Should You Stay in Turkey?

No one stay length applies to every patient.

The itinerary must allow for:

• In-person examination and final measurements
• Anesthesia assessment
• Surgery scheduling
• Recovery from anesthesia
• First postoperative examination
• Adjustable-suture assessment where used
• Management of early pain, nausea or diplopia
• Additional review if alignment or wound findings require it
• Travel arrangements for a child and accompanying adult

A patient with a straightforward operation and uncomplicated recovery may need a different plan from someone undergoing revision, bilateral or multi-muscle surgery.

A remote coordinator should not determine the shortest possible stay without the surgeon’s written agreement. Confirm the earliest recommended departure date after the clinical plan is established.

Flexible flights may reduce financial risk if surgery is postponed, the plan changes or another postoperative examination becomes necessary.

How Should You Choose a Strabismus Surgeon in Turkey?

Verify medical and specialist credentials

Confirm:

• Medical qualification
• Active professional registration
• Ophthalmology specialization
• Current hospital or facility affiliation
• Any relevant pediatric ophthalmology or strabismus-focused training

A general claim of being an “eye specialist” does not explain the clinician’s experience with complex ocular motility disorders.

Match experience to the patient

For a child, ask about experience in:

• Pediatric ophthalmology
• Childhood strabismus
• Amblyopia management
• Pediatric anesthesia coordination
• Long-term visual-development follow-up

For an adult, ask about experience in:

• Adult diplopia
• Cranial nerve palsy
• Thyroid eye disease
• Restrictive strabismus
• Previous eye or orbital surgery
• Adjustable sutures
• Revision surgery

Confirm access to orthoptic assessment

Orthoptic measurements form an important part of diagnosis and operative planning. Ask who performs the measurements and whether repeat testing is included.

Ask about alternatives

A balanced surgeon should be able to explain why glasses, prisms, observation, botulinum toxin or further investigation may or may not be appropriate.

Review the actual treatment goal

The plan should state whether the main goal is:

• Eye alignment
• Reduction of double vision
• Expansion of binocular single vision
• Improvement of head posture
• Support for childhood visual development
• A combination of these

Ask who performs each stage

Confirm the names and roles of:

• Examining ophthalmologist
• Orthoptist
• Operating surgeon
• Anesthesiologist
• Pediatric anesthesia team where relevant
• Postoperative clinician

Do not assume the doctor appearing in an advertisement will perform the surgery.

Examine follow-up arrangements

Ask:

• When the first review occurs
• Whether the surgeon conducts it
• Who adjusts sutures
• How the clinic handles urgent symptoms
• Whether records will be shared with a local ophthalmologist
• How long remote follow-up remains available

Procedure volume can provide context but does not independently prove diagnostic accuracy, appropriate patient selection or good complication management.

How Should You Evaluate a Hospital or Eye Clinic?

International health-tourism authorization

The Turkish Ministry of Health publishes current lists of healthcare providers authorized to treat international health-tourism patients. The English authorization page was updated in May 2026 and separates hospitals, medical centers, private practices and other providers.

Check the facility’s current status through the official source. Authorization is an administrative minimum and does not guarantee an outcome or prove that a particular surgeon has subspecialty expertise.

Facility licensing

Confirm the legal name and address of the facility where surgery will occur. The consultation clinic, medical-travel company and operating hospital may be separate organizations.

Operating-room and anesthesia capability

The facility should have appropriate:

• Surgical equipment
• Anesthesia monitoring
• Recovery facilities
• Pediatric anesthesia services when treating children
• Emergency protocols
• Transfer arrangements if higher-level care becomes necessary

Diagnostic and orthoptic services

Ask whether the facility can perform:

• Refraction
• Prism-cover measurements
• Ocular-motility testing
• Binocular-vision testing
• Double-vision assessment
• Dilated examination
• Required imaging or specialist referral

Infection control

Request information about sterilization, operating-room procedures and postoperative infection pathways without treating marketing badges as proof.

Informed consent

Consent should explain:

• Diagnosis
• Proposed muscles and eyes
• Alternatives
• Anesthesia
• Expected benefits
• Undercorrection and overcorrection
• Double vision
• Recurrence
• Serious complications
• Possibility of additional surgery

Medical records

International patients should receive copies of:

• Examination findings
• Alignment measurements
• Refraction
• Surgical plan
• Operative report
• Discharge instructions
• Medication list
• Follow-up plan

Interpreter support

A coordinator can assist with logistics, but informed consent requires communication that allows the patient or parent to understand the medical plan and ask questions.

Billing and revision terms

The facility should disclose:

• Deposit conditions
• Cancellation policy
• Additional procedure fees
• Complication charges
• Revision exclusions
• Travel-cost responsibility

Data privacy

Ask how photographs, videos, passports, medical reports and children’s health information are stored and shared.

What Should You Ask Before Booking Surgery?

1. What is the exact strabismus diagnosis?
2. Is the deviation horizontal, vertical, torsional or a combination?
3. Is it constant or intermittent?
4. Has the underlying cause been investigated?
5. Does new double vision require neurological, thyroid or orbital assessment?
6. Is the deviation sufficiently stable for surgery?
7. Are glasses, prisms, observation, botulinum toxin or another treatment appropriate?
8. What is the main goal of surgery in this case?
9. Is the realistic goal motor alignment, reduced diplopia, binocular function, head posture or appearance?
10. Will surgery involve one eye or both eyes?
11. How many muscles may be treated?
12. Which muscles and techniques are currently planned?
13. What could cause the operative plan to change?
14. Are adjustable sutures appropriate?
15. What are the limitations of adjustable sutures in this case?
16. What type of anesthesia will be used?
17. Who will provide the anesthesia?
18. Where will the operation take place?
19. Is the facility currently authorized to treat international patients?
20. Who will perform the surgery?
21. What relevant strabismus experience does the surgeon have?
22. What results are realistic?
23. Could double vision develop, persist or worsen?
24. Could amblyopia or reduced visual acuity remain unchanged?
25. What is the possibility of glasses, prisms or further surgery later?
26. How long should the patient remain in Turkey?
27. When will the first postoperative examination occur?
28. Is an adjustable-suture visit required?
29. When may the patient fly?
30. What happens if a complication develops after returning home?
31. Will the clinic coordinate with a local ophthalmologist?
32. Which medical costs are included?
33. Which costs may be added after examination?
34. Are medications, anesthesia and follow-up included?
35. What does the revision policy cover and exclude?
36. Who pays for travel and accommodation if another visit is required?
37. Will the patient receive all measurements and the complete operative report?
38. How can the surgeon be contacted after discharge?

Frequently Asked Questions

Is strabismus surgery available for adults in Turkey?

Yes. Turkish ophthalmology hospitals and practices provide adult eye muscle surgery. Adults may seek treatment for longstanding childhood strabismus, double vision, nerve palsy, thyroid-related restriction or recurrent deviation. New adult-onset misalignment should be investigated before travel because it may indicate an underlying neurological, muscular, vascular or orbital condition.

Can children have strabismus surgery in Turkey?

Yes, but a child needs assessment by an ophthalmologist with relevant pediatric and strabismus experience. The plan should consider refraction, amblyopia, binocular development and anesthesia, not alignment alone. Parents should also confirm pediatric anesthesia provision, follow-up arrangements and how ongoing visual treatment will continue after returning home.

Is strabismus surgery cosmetic?

Not necessarily. It can improve eye alignment, double vision, binocular single-vision field and abnormal head posture. It may also reduce social and psychosocial effects. Professional ophthalmology guidance treats alignment surgery as reconstructive rather than merely cosmetic, although appearance may be one important treatment outcome.

Does strabismus surgery improve eyesight?

The operation changes eye alignment rather than optical focus. It may reduce double vision or support binocular function, but it does not automatically improve visual acuity. Glasses may still be required, and reduced vision caused by amblyopia, retinal disease or optic-nerve disease may remain after surgery.

Can strabismus surgery cure a lazy eye?

Strabismus surgery does not automatically cure amblyopia, often called lazy eye. Amblyopia is reduced visual development in one eye and may require glasses, patching or another clinician-directed treatment during childhood. Surgery can align the eyes while the difference in visual acuity remains.

Is the eyeball removed during strabismus surgery?

No. The eyeball stays inside the eye socket. The surgeon reaches the extraocular muscles through an opening in the conjunctiva, the membrane covering the white of the eye, and adjusts selected muscle attachments with small instruments.

Is strabismus surgery performed on one eye or both eyes?

Either approach may be used. The decision depends on the type and size of the deviation, muscle balance, previous surgery and the surgeon’s plan. Both eyes may need surgery even when one eye appears to turn more visibly. The chosen eyes should be stated in the written treatment plan.

How many eye muscles are treated?

There is no standard number. The surgeon may treat one or several muscles in one or both eyes. The decision depends on alignment measurements, gaze pattern, diagnosis, prior operations and desired correction. Photographs or a simple online consultation cannot reliably determine the number.

Are adjustable sutures used in Turkey?

Some Turkish strabismus surgeons may offer adjustable sutures, particularly for cooperative adults or complex and revision cases. Availability does not prove suitability. Ask whether the named surgeon personally uses the technique, when adjustment occurs, whether it adds cost and what evidence supports its use for your diagnosis.

Is strabismus surgery painful?

Anesthesia prevents operative pain, but soreness, grittiness and discomfort with eye movement can occur afterward. Intensity varies according to the muscles treated, anesthesia and individual healing. The procedure should not be promoted as painless, and increasing pain requires advice from the treating team.

How long does recovery take?

Redness and surface irritation may persist for several weeks, while discomfort often improves earlier. Return to work, school, driving and exercise depends on symptoms, anesthesia, occupation and the operation performed. The surgeon’s instructions should take priority over a general online timeline.

How long do the eyes remain red?

The white of the operated eye commonly remains red for several weeks and occasionally longer. Redness should generally improve rather than progressively worsen. Increasing pain, swelling, discharge or reduced vision requires prompt assessment instead of waiting for the expected recovery period.

Can double vision occur after surgery?

Yes. Temporary diplopia can occur as swelling resolves and the visual system adapts to the new alignment. Persistent or new double vision is also possible. Preoperative prism and binocular testing can help the team evaluate risk, but no test can guarantee that diplopia will not occur.

Can strabismus return after surgery?

Yes. Residual or recurrent misalignment can develop because of healing, growth, changing binocular control, scar tissue, muscle movement or progressive underlying disease. Recurrence does not automatically mean that the operation was performed incorrectly. Further observation, prisms, botulinum toxin or surgery may be considered.

Can you need a second operation?

Yes. Some patients need additional surgery for undercorrection, overcorrection, recurrence, a different deviation or progressive disease. Complex, restrictive and previously operated cases may have a greater need for staged treatment. The original quotation should explain whether future surgery is excluded.

When can you fly after strabismus surgery?

The treating surgeon must confirm flight timing after examining the patient postoperatively. Relevant factors include anesthesia recovery, pain, nausea, double vision, adjustable-suture review, access to eye drops and the possibility of needing urgent care. Do not book a non-changeable immediate flight based on a generic deadline.

How much does strabismus surgery cost in Turkey?

Public prices checked on June 19, 2026 were not sufficiently comparable for one reliable average. A third-party listing showed €1,750 for single-eye rectus recession, while broader commercial estimates ranged higher but differed in eye count and exclusions. Obtain an itemized quote after examination.

How many days should you stay in Turkey?

The stay must cover examination, surgery, anesthesia recovery, the first postoperative check and any adjustable-suture assessment. Children, revision cases and patients with significant diplopia may need a different schedule. Ask the surgeon to provide the earliest recommended travel date in writing before booking flights.

How do you choose a strabismus surgeon in Turkey?

Verify ophthalmology specialization, active registration, relevant adult or pediatric strabismus experience, hospital affiliation and access to orthoptic assessment. Ask who performs the surgery, which alternatives were considered, how complications are managed and who provides follow-up after you return home.

Conclusion

Strabismus surgery changes the position, length or tension of selected extraocular muscles to improve eye alignment. The operation may involve one or both eyes, and its design depends on detailed measurements and the specific diagnosis.

Adult and pediatric treatment involve different clinical priorities. Adults may require evaluation of new double vision or neurological causes, while children need assessment of visual development, refraction and amblyopia.

Surgery may improve alignment, diplopia, binocular single-vision field, head posture and quality of life. It does not guarantee normal visual acuity, depth perception, permanent alignment or freedom from further treatment.

International patients should compare itemized clinical plans, surgeon qualifications, authorized facilities, anesthesia arrangements and follow-up rather than relying on headline prices.

MediFinder can help you research ophthalmologists, pediatric ophthalmologists and eye-care facilities relevant to your needs. Verify each clinician’s credentials, facility status and proposed treatment directly before making a travel or treatment decision.

References

1. BOOVS. Dünyagöz Istanbul Etiler Strabismus Surgery Service Listing. Updated June 19, 2026.
2. Çağatay HH. How Much Does Squint Surgery Cost? Provider information page.
3. G+ Clinic. Strabismus Surgery Cost in Turkey. Published April 2026.
4. Kudret Eye Hospital Istanbul and Retina Academy. Strabismus surgery pricing information pages.
5. American Association for Pediatric Ophthalmology and Strabismus. Strabismus.
6. American Association for Pediatric Ophthalmology and Strabismus. Strabismus Surgery.
7. American Association for Pediatric Ophthalmology and Strabismus. Exotropia.
8. Royal College of Ophthalmologists. Strabismus Surgical Intervention Is Not a Cosmetic Procedure.
9. American Association for Pediatric Ophthalmology and Strabismus. Adult Strabismus.
10. American Association for Pediatric Ophthalmology and Strabismus. Adjustable Sutures in Strabismus Surgery.
11. Hassan S, et al. Adjustable versus Non-adjustable Sutures for Strabismus. Cochrane Database of Systematic Reviews. 2018.
12. NHS. Squint Surgery.
13. Republic of Türkiye Ministry of Health, Health Tourism Department. Healthcare Providers with International Health Tourism Authorization Certificates. Updated May 2026.