Information Center Herrenstraße 14 D-76437 Rastatt
Germany office registered in 2008, TÜV Certificated service quality since 2012!
Tuv Logo
Germany office registered in 2008, TÜV Certificated service quality since 2012!
Tüv Logo
Information Center Herrenstraße 14 D-76437 Rastatt

Laser Eye Methods

The perfect laser treatment for every eye – individually tailored.
Laser eye surgery iLasik in Turkey


The "genetic fingerprint" of the eye is determined individually using wavefront 3D measurement analysis.

It is a method new that has also been released for pilots and astronauts.

At the cornea, the flap creation is carried out without cut...

Laser eye surgery PRK in Turkey

PRK with wavefront

Frequently used for thin corneas

The "genetic fingerprint" of the eye is determined individually using wavefront 3D measurement analysis.

There is no flap; we are talking about scar-free laser treatment.

Laser eye surgey Relex Smile in Turkey

Relex Smile

Minimally invasive correction, the cornea is not opened but only lasered through a minimal hole.

Has the longest healing phase (can last up to one year)

This method is particularly suitable for patients with a thin cornea or extreme athletes.

Laser eye surgery Femto Lasik in Turkey

Femto-Wavefront Lasik

Lasik combination of Femto-Lasik and wave-controlled corneal ablation consists of two Lasik devices.

Disadvantage: They are treated on two devices. Therefore this is not used with us because it is outdated.

Laser eye surgery Presby Lasik in Turkey

Presby - Lasik

Correction of the age far-sightedness is used only with far-sightedness + age far-sightedness!

Disadvantage: For this laser treatment, there is no guarantee because your eye values can change again!

Instead of Presby-Lasik, surgeons prefer to recommend lens implantation because it is for life.

Laser eye surgery PRK Wavefront in Turkey

PRK or Lasek

It is often used for low corneal thickness and if one is not suitable for 3D wavefront measurement.

The corneal layer is removed; no flap is formed.

is formed

Scar-free laser treatment and protective lens used.

Laser eye methods Frequently Asked Questions

The eye clinics in Istanbul offer the same procedures as in Europe or other countries. The question of the optimal eye laser method cannot be answered. It depends instead on the individual case. The following criteria play a decisive role in the selection of the optimal laser surgery:

  • - What type of ametropia is present (short-sightedness, long-sightedness, or astigmatism)?
  • - How severe is the degree of ametropia?
  • - What is the nature of the cornea and, above all, the thickness of the patient's cornea?
  • - Were or are there any illnesses of the patient - What is the budget?

Laser eye surgery is generally a surgical procedure that changes the overall refractive power of the eye. Thus conventional corrections such as glasses and contact lenses can be replaced. Short-sightedness, long-sightedness, and astigmatism up to certain dioptres can be corrected.

In the three treatment methods, an excimer laser remodels the cornea's surface structure, which corrects the refractive power of the eye. LASIK stands for laser in situ keratomileusis. In this procedure, a "corneal flap" is generated. After folding back the flap, the excimer laser painlessly models the shape of the cornea and corrects the defective vision of the eye. The flap is reattached and serves the eye as the body's own patch.

The PRK/Lasek method is a laser surface treatment of the cornea, in which no corneal incision is made. An alcoholic solution removes the uppermost cell layer, the so-called epithelium of the cornea, to process the subsequently exposed corneal bed with the laser. Since the tissue is removed directly on the cornea's surface, a superficial wound remains at the end of the operation. However, it heals within a few days.

It combines a method for precise corneal measurement (wavefront analysis) and Femto-LASIK. This combination makes it possible, based on the optical system's individual characteristics, to create a kind of "fingerprint" of the eye and further optimize the precision of the actual laser treatment.