Myopia
Laser correction may be used to correct myopia when the vision measurements and corneal condition meet the requirements of the chosen technique.
Related services
Femto LASIK laser vision correction
ReLEx SMILE Laser Vision Correction
TransPRK (Transepithelial Photorefractive Keratectomy)
Contact Lenses for Children
TransPRK (Transepithelial Photorefractive Keratectomy)
Myopia correction (nearsightedness correction)
Hyperopia correction (farsightedness correction)
Astigmatism correction
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About the service
Laser vision correction changes corneal optics to reduce dependence on glasses and contact lenses. The method is selected after diagnostic testing, safety assessment and discussion of visual needs.
Who the service is for
Hyperopia
Some refractive laser surgery techniques can correct hyperopia. Suitability depends on the degree of refractive error, age and ocular health.
Astigmatism
Laser correction may be used for suitable forms of astigmatism when diagnostic findings allow the selected procedure.
Less dependence on glasses and contacts
Patients whose glasses or contact lenses interfere with daily life, sport or work may consider laser vision correction.
Refractive stability
Visual stability: a change in glasses or contact lens prescription during the past year may indicate unstable refraction and requires further assessment. Age and unstable refraction: surgery is usually considered after eye development is complete and visual measurements are stable.
Corneal thickness
Corneal thickness and shape: diagnostic assessment is needed to evaluate thickness, topography or tomography and ectasia risk factors.
Dryness and the ocular surface
Ocular-surface health: marked dryness or inflammation may require treatment before refractive surgery.
Retinal condition
Retina and internal ocular structures: if another eye condition is identified, the doctor determines whether it needs treatment before correction.
Pregnancy and breastfeeding
Pregnancy and breastfeeding: hormonal changes may affect refraction, so the doctor determines the timing of surgery.
Keratoconus and ectasia
Keratoconus and other corneal changes: structural corneal changes may limit suitability for laser correction.
Dryness and the ocular surface
Significant dryness or active inflammation: Ocular-surface treatment may be needed first.
Recovery after treatment
Other eye and systemic diseases: The decision depends on the specific condition, treatment and the tissues' ability to heal.
VA
Laser correction requires comprehensive diagnostics and an ophthalmic surgeon consultation. It does not guarantee a particular acuity or exclude future glasses. Temporary dryness, fluctuating clarity, glare, halos and other visual effects may occur. Expected results, restrictions and risks must be discussed beforehand.
Comprehensive diagnostics
The doctor assesses refraction, corneal measurements and shape, ocular surface and other findings needed for eligibility and method selection.
Ophthalmic surgeon consultation
The doctor reviews results and explains available methods, expected outcomes, recovery and risks.
Limitations and safety
Laser correction requires comprehensive diagnostics and an ophthalmic surgeon consultation. It does not guarantee a particular acuity or exclude future glasses. Temporary dryness, fluctuating clarity, glare, halos and other visual effects may occur. Expected results, restrictions and risks must be discussed beforehand.
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Stages
Stage 1
Comprehensive diagnostics
The doctor assesses refraction, corneal measurements and shape, ocular surface and other findings needed for eligibility and method selection.
Takes: 20 min
Stage 2
Ophthalmic surgeon consultation
The doctor reviews results and explains available methods, expected outcomes, recovery and risks.
Takes: 25 min
Stage 3
Preparation
The patient receives individual advice on lenses, medicines, cosmetics and required tests or examinations.
Takes: 20 min
Stage 4
Corneal laser correction
Surgery follows a precalculated programme.
Takes: 5–10 min
Stage 5
Review and recovery
After treatment, the doctor assesses the eyes and gives a postoperative regimen and advice on activity, hygiene and reviews.
Takes: 2–3 days after surgery and after one month
Service benefits
Less dependence on glasses
Laser correction can reduce the need for glasses or contact lenses when clinically appropriate.
Correction planned for your eye
Laser treatment is planned from diagnostic findings, not simply the strength of your prescription.
Choosing a suitable technology
Different laser techniques allow selection according to corneal anatomy and your visual needs.
More freedom in daily life
Successful correction can make everyday activities, work and sport easier without constant reliance on glasses.
Methods comparison
Criterion
Femto LASIK
ReLEx SMILE
CLEAR
TransPRK
Principle
Flap + excimer correction
Lenticule extraction
Lenticule extraction
Surface laser correction
Corneal flap
Yes
No
No
No
Central epithelial healing
Complete removal is unnecessary
Complete removal is unnecessary
Complete removal is unnecessary
Required
Speed of early visual recovery
Usually quick
Usually quick
Usually quick
Usually slower
Discomfort in the first days
Usually moderate or brief
Usually moderate or brief
Usually moderate or brief
May be more pronounced
Risks related to the corneal flap
Present because a flap is created
No
No
No
Myopia
Up to −12.0 D
Up to (−12.0)
Up to (−12.0)
Up to (−12.0)
Hyperopia
Up to (+6.0)
Up to (+6.0)
Up to (+6.0)
Up to (+6.0)
Astigmatism
Up to (−6.0)
Up to (−6.0)
Up to (−6.0)
Up to (−6.0)
Return to work
The following day
The following day
The following day
After 5 days
Return to sport
Cardio after one week; strength training after one month
Cardio after one week; strength training after one month
Cardio after one week; strength training after one month
Cardio after one week; strength training after one month
Price per eye
from 199 000 ₸
from 313 000 ₸
from 250 000 ₸
from 201 000 ₸
Femto LASIK
Principle
Corneal flap
Central epithelial healing
Speed of early visual recovery
Discomfort in the first days
Risks related to the corneal flap
Myopia
Hyperopia
Astigmatism
Return to work
Return to sport
Price per eye
Flap + excimer correction
Yes
Complete removal is unnecessary
Usually quick
Usually moderate or brief
Present because a flap is created
Up to −12.0 D
Up to (+6.0)
Up to (−6.0)
The following day
Cardio after one week; strength training after one month
from 199 000 ₸
Lenticule extraction
No
Complete removal is unnecessary
Usually quick
Usually moderate or brief
No
Up to (−12.0)
Up to (+6.0)
Up to (−6.0)
The following day
Cardio after one week; strength training after one month
from 313 000 ₸
Lenticule extraction
No
Complete removal is unnecessary
Usually quick
Usually moderate or brief
No
Up to (−12.0)
Up to (+6.0)
Up to (−6.0)
The following day
Cardio after one week; strength training after one month
from 250 000 ₸
Surface laser correction
No
Required
Usually slower
May be more pronounced
No
Up to (−12.0)
Up to (+6.0)
Up to (−6.0)
After 5 days
Cardio after one week; strength training after one month
from 201 000 ₸
Service options
Femto LASIK
Femto LASIK combines femtosecond laser flap creation with excimer laser corneal reshaping.
Learn moreReLEx SMILE
ReLEx SMILE corrects vision by removing a laser-created corneal lenticule through a small incision.
Learn moreCLEAR
CLEAR is lenticule-based laser vision correction without a corneal flap.
Learn moreTransPRK
TransPRK is surface laser vision correction without a corneal flap.
Learn more
Book an appointment
Find out whether laser vision correction is right for you The first step is comprehensive diagnostics. Your doctor will assess your eyes, determine eligibility and discuss which treatment options may be appropriate.
Procedure prices
Service name
Price
Diagnostic package before laser vision correction
28 000 ₸
Femto LASIK (per eye)
from 199 000 ₸
ReLEx SMILE (per eye)
from 313 000 ₸
CLEAR (per eye)
from 250 000 ₸
PRK (per eye)
from 163 000 ₸
TransPRK (per eye)
from 201 000 ₸
Follow-up examinations
Free during the first month after surgery
The package includes: • Intraocular pressure (IOP) measurement • Visual acuity testing • Refractometry • Corvis examination • Sirius examination • Pentacam examination • Ophthalmologist consultation • Cycloscopy
Our doctors
A team of experienced doctors across specialties.
Experience: 34 years
Head
Dzhumataeva Zaure Asylkhanovna
Doctor of Medical Sciences, Associate Professor; Highest-category ophthalmologist
Experience: 26 years
Head
Zhakybekov Ruslan Adilovich
Candidate of Medical Sciences; Highest-category ophthalmologist
Experience: 28 years
Ophthalmologist
Kim Olga Robertovna
Candidate of Medical Sciences; Highest-category ophthalmologist
Experience: 27 years
Head
Tleubaeva Gulmira Bakhytovna
Candidate of Medical Sciences; Highest-category ophthalmologist
Experience: 3 years
Ophthalmologist
Omarova Kymbat Omarovna
Master’s Student in Public Health
Experience: 24 years
Ophthalmologist (pediatric consultations)
Abakaeva Zhanna Bakirzhanovna
Highest-category ophthalmologist
Experience: 13 years
Ophthalmologist
Kalshabekov Alibi Sembaevich
Highest-category ophthalmologist
Experience: 50 years
Ophthalmologist, Ultrasound Diagnostics
Maldybekova Raya Bagdauletovna
Highest-category ophthalmologist
Experience: 37 years
Head
Omargalieva Gulnara Kabdulmukhitovna
Highest-category ophthalmologist
Experience: 19 years
Pediatric and Adult Ophthalmologist
Razdykova Dina Atabekovna
Highest-category ophthalmologist
What is laser vision correction?
With myopia, hyperopia and astigmatism, the optical system of the eye does not focus light as required for a clear retinal image. Laser vision correction changes corneal shape and therefore its refractive power to improve focusing.
The technologies differ: Femto LASIK uses a corneal flap and excimer laser correction, ReLEx SMILE and CLEAR are based on lenticule extraction, while PRK and TransPRK are surface procedures. There is no universally best method: the choice depends on the diagnostic assessment.
Additional advice and situations
Consultation
The doctor explains the diagnostic findings, correction options and expected postoperative care.
Preparation
The patient receives instructions on contact lenses, cosmetics, medications and the required examinations.
Postoperative care
The doctor prescribes eye care and explains temporary restrictions.
Follow-up examinations
Monitoring continues according to the surgeon's schedule.
How is a laser vision correction method selected?
Laser vision correction should not be chosen solely by the technology’s name or price.
Two patients with the same myopic prescription may have different corneal thickness and shape, ocular surface conditions, and other parameters that influence the choice of surgery.
The purpose of the diagnostic assessment is therefore not simply to confirm the number of diopters, but to determine whether refractive surgery is suitable and which technology matches the eye’s characteristics and the patient’s expectations.
If one method is unsuitable, this does not necessarily rule out vision correction altogether. An ophthalmic surgeon assesses possible alternatives after the examination.
Stages of laser vision correction
- 20 minutes.
- 25 minutes.
- 5–10 minutes.
- On postoperative days 2–3 and one month after surgery.
Up to +6.0.
Related information
Diagnostic assessment and laser vision correction arrangements
A diagnostic assessment before laser vision correction starts at 28,000 ₸ in Almaty, Astana, and Shymkent. The tests included in the package and payment terms are clarified when booking.
Postoperative care in Almaty
Anti-inflammatory eye drops and an antibiotic are provided after laser vision correction.
Follow-up examinations during the first month are free of charge. Their timing depends on the correction method and recovery progress.
When medically indicated, a laser enhancement procedure within one year is performed free of charge, provided that an examination confirms its feasibility and safety.
Technologies and method selection
- In Almaty, the Ziemer FEMTO LDV Z8 Neo femtosecond platform is used to create the corneal flap.
- In Astana and Shymkent, mechanical LASIK is not performed: the flap is created using a femtosecond laser.
- In Astana, transepithelial PRK (TransPRK) is also considered for patients with thin corneas, depending on the examination findings.
The correction method for hyperopia is selected individually after a diagnostic assessment.
Facts and offers
Kazakhstan’s first specialized ophthalmology institute, operating since 1933.
Modern diagnostics and surgery using world-class equipment.
Leading ophthalmologists in Kazakhstan, scientists and experienced surgeons.
More than 30,000 operations and around 270,000 consultations annually.
Kazakhstan’s first specialized ophthalmology institute, operating since 1933.
Modern diagnostics and surgery using world-class equipment.
Leading ophthalmologists in Kazakhstan, scientists and experienced surgeons.
More than 30,000 operations and around 270,000 consultations annually.
Kazakhstan’s first specialized ophthalmology institute, operating since 1933.
Modern diagnostics and surgery using world-class equipment.
Leading ophthalmologists in Kazakhstan, scientists and experienced surgeons.
More than 30,000 operations and around 270,000 consultations annually.
Frequently asked questions
What is laser vision correction?
It is refractive surgery that reshapes the cornea to improve how light is focused on the retina and reduce dependence on glasses or contact lenses.
Which refractive errors can be treated with laser vision correction?
Depending on the technique and ocular parameters, laser vision correction may be used for myopia, hyperopia and astigmatism. Eligibility and treatment range are determined after diagnostic assessment.
How do I know if I am suitable for laser vision correction?
Suitability can only be determined after comprehensive diagnostics, including assessment of refraction and its stability, corneal thickness and shape, ocular surface health and other ocular parameters.
At what age can laser vision correction be performed?
Laser vision correction is generally considered in adults once the refractive prescription has become stable. The decision depends on age, refractive stability and examination findings.
Can I have laser vision correction after 40?
Being over 40 does not automatically exclude surgery. Presbyopia, the condition of the natural lens and other age-related ocular changes must be considered because they affect procedure selection and expected outcomes.
Which laser vision correction method is best?
There is no universally best procedure. Selection depends on refractive error, corneal thickness and shape, ocular surface health, lifestyle, occupation and other diagnostic findings.
How does Femto LASIK differ from SMILE and CLEAR?
Femto LASIK creates a corneal flap followed by excimer-laser reshaping. SMILE and CLEAR are lenticule-extraction procedures in which a corneal lenticule is removed through a small incision without creating a LASIK flap.
How do PRK and TransPRK differ from other methods?
PRK and TransPRK are surface procedures performed without creating a corneal flap. Corneal epithelial healing is part of early recovery, so the initial postoperative period differs from Femto LASIK and lenticule-extraction procedures.
Is laser vision correction painful?
Topical local anaesthesia is commonly used during surgery. Patients may notice touch, pressure or bright light. The amount of discomfort after treatment varies by procedure.
How long does laser vision correction take?
Duration depends on the selected technique, whether one or both eyes are treated and the procedure itself. Total time at the clinic is usually longer than the surgical stage because preparation and postoperative assessment are also required.