Excimer Laser Technology: Advanced Vision Correction Treatment

Excimer laser technology is one of the most widely used and reliable methods for correcting refractive errors such as myopia, hyperopia, and astigmatism. At Özel Sistem Eye Medical Center, excimer laser treatments are performed using advanced laser systems and personalized treatment planning.

What is Excimer Laser?

Excimer laser is a "cold laser" technology that uses ultraviolet light to reshape the cornea with micron-level precision without generating heat damage to surrounding structures.

Which Vision Problems Can Be Treated?

  • Myopia
  • Hyperopia
  • Astigmatism

Laser Procedures Using Excimer Technology

LASIK and iLASIK

A corneal flap is created and the underlying tissue is reshaped. Recovery is usually fast and comfortable.

PRK

Surface laser treatment commonly preferred for thinner corneas.

No Touch Laser (Trans-PRK)

Completely touch-free laser procedure treating both epithelial and stromal layers in a single step.

Treatment Process

Detailed eye examinations are performed before treatment, including corneal topography, thickness measurement, eye pressure evaluation, and comprehensive refractive analysis.

Numbing eye drops are applied before treatment. The laser procedure usually takes only seconds for each eye.

Who is Suitable for Excimer Laser Treatment?

  • Over 18 years old
  • Stable refractive errors
  • Sufficient corneal thickness
  • No keratoconus, uncontrolled glaucoma, or active eye infection
  • Not pregnant or breastfeeding

Advantages of Excimer Laser Technology

  • Long-term reduction in glasses dependence
  • High precision and safety profile
  • Fast procedure time
  • Effective correction of refractive errors
  • Modern, minimally invasive treatment options

Possible Side Effects

  • Dry eye symptoms
  • Mild burning or stinging
  • Light sensitivity
  • Temporary blurred vision during healing

At Özel Sistem Eye Medical Center, all laser vision correction procedures are planned individually according to the patient's eye structure and visual needs.