Specialized eye care
Our eyes are our most precious treasure – and we often only realize how important they are when something goes wrong.
Every tiny part of our eyes is sensitive, and countless diseases and disorders threaten them every day.
That is why it is important to consult an ophthalmologist as soon as possible if you experience redness, blurred vision, eye pain, or even the slightest change in the area around your eyes or on the surface of your eyes, or any strange or unusual symptoms.
Eye examinations are also important even if you have no complaints: regular screening often detects problems early on, before they become serious.
Ophthalmological examination
During the comprehensive eye examination, the total refractive power and visual acuity of the eye, as well as the intraocular pressure, are determined. This is followed by a slit lamp examination and an examination of the retina. If necessary, the examination is supplemented with a color vision test.
Ophthalmic ultrasound examination
It uses high-frequency sound waves to display the internal structures of the eye even when the refractive media (cornea, lens, vitreous body) do not allow direct viewing.
Optical coherence tomography (OCT)
High-resolution imaging technology used for detailed examination of the retina, optic nerve, and choroid. OCT can be used to analyze conditions such as macular degeneration, glaucoma, and diabetic eye complications, as well as to monitor the effectiveness of their treatment. The examination is quick and painless.
Visual field examination
A painless diagnostic method for glaucoma, optic nerve damage, and certain neurological disorders. It examines the functional sensitivity of the retina, enabling the accurate identification of even slight damage and visual field defects.
Intraocular lens power calculation with optical methods
As a first step, a special measuring device operating with infrared light determines with extreme precision a number of important anatomical parameters of the eye awaiting lens surgery.
In the second step, based on the data obtained in this way, modern intraocular lens power calculation methods are used, often involving artificial intelligence, to calculate the optimal refractive power, i.e., the diopter value, of the intraocular lens to be implanted during cataract surgery.
The accuracy of this measurement and calculation process has a decisive influence on whether the patient will need glasses after the surgery or whether sharp vision without glasses will be achievable.