Ophthalmic Equipment
In ophthalmology, modern diagnostic and treatment instruments significantly increase the rate of early disease diagnosis and the effectiveness and safety of treatment. With appropriate professional expertise, a modern ophthalmic equipment suite provides an undeniable advantage to both the physician and the patient.
Table of Contents
Optical Coherence Tomography
SD-OCT: Heidelberg Engineering Spectralis
The OCT device is used for micrometer-level detailed examination of the retina. It is now considered one of the fundamental instruments in ophthalmic equipment. In addition to diagnosing retinal diseases, it is an indispensable tool for developing treatment plans and determining treatment effectiveness.
SS-OCT: Topcon DRI OCT Triton
SS-OCT enables examination of the choroid behind the retina in a unique way. In addition, it also displays details of the anterior segment of the eye that are not visible during conventional slit-lamp examination.
Automated Visual Field Testing
Octopus Perimeter
The automated perimeter is one of the essential instruments for modern examinations, during which even early and partial visual field defects can be detected. Standard visual field devices are indispensable tools in glaucoma examination.
Optopol Perimeter
Corneal Topographer
Nidek OPD Scan, Wavefront Aberrometer
Corneal topography enables thorough examination of the ocular surface. The OPD scan wavefront analyzer is suitable for mapping subtle irregularities and diopter differences in the cornea, simulating the eye’s image formation (point spread function), and measuring pupils under different lighting conditions. It is a suitable tool for early diagnosis of keratoconus and selection of the appropriate IOL.
Visual field abnormalities in glaucoma and macular degeneration can be easily mapped with static perimetry, and in neurological conditions with kinetic perimetry.
IOL Calculation System
The set of measurements aimed at determining the diopter power of the IOL is called biometry. Modern devices perform all necessary measurements in one step.
Haag-Streit Lenstar 900
Optically based devices, such as the top-of-the-line Lenstar 900, are suitable for the most accurate determination of the diopter power of the IOL to be implanted.
Movu Argos
The latest IOL calculation devices use the most advanced OCT technology on the anterior segment of the eye as well, not only for retinal examination. The diopter power of premium IOLs to be implanted can be precisely determined with the optically based Movu Argos biometer combined with SS-OCT. This is a particularly important examination for premium IOL implantation and for patients who have undergone refractive laser surgery.
Cataract Surgery Phacoemulsification System
Stellaris Elite
Cataract surgery is performed through an incision of a few millimeters under a microscope. The handpiece of the device operates on an ultrasonic principle, which is used to fragment and remove the lens material. The device maintains the eye’s internal equilibrium during surgery with precise fluid pressure and continuous flow.
Femtosecond Laser System for Cataract Surgery
Victus
Certain steps of conventional cataract surgery can be made safer with laser treatment. It automatically performs the circular incision of the lens capsule and lens fragmentation, in contrast to manual intervention.
Surgical Microscope
Leica M822F40
A good surgical microscope can be recognized by the fact that it provides adequate visualization for the ophthalmic surgeon even during critical steps of surgery, thereby reducing the frequency of complications. Leica’s top-of-the-line equipment provides ideal visualization in every situation.
IOL Implantation Guidance System
Alcon Verion Image Guided System
The accuracy of the implanted IOL position can be further increased with the assistance of the Verion system. Certain surgical steps become more precise and safer with the use of the Verion system.
Tonometer
iCare
The iCare rebound tonometer combines the comfort of non-contact devices with the accuracy of traditional Goldmann-type tonometers, allowing intraocular pressure measurement to be performed hygienically and without anesthesia. It is the most precise device that does not require anesthesia for measurement.
Topcon CT-1P
The non-contact tonometer, which can be used without anesthesia, enables rapid screening for elevated intraocular pressure, one of the common characteristics of glaucoma.
Ultrasound
Quantel Medical ABSolu
Ultrasound examination is essential in cases of corneal opacity, advanced cataract, or vitreous hemorrhage. It is similarly indispensable in the diagnosis of tumors (e.g., malignant melanoma).
Ellex Eyecubed
The Ellex EyeCubed ultrasound device is suitable for UBM, A-scan, and B-scan imaging. The resolution of the modern EyeCubed device has brought significant advancement in ultrasound diagnostics.
Auto Kerato-Refractor
Determination of the eye’s curvature and diopter power is performed with automated kerato-refractometry, which is the initial step in prescribing eyeglasses and contact lenses.
Binocular Autorefractor (Plusoptix)
Plusoptix enables quick and comfortable determination of refractive errors in children.
CFF (Critical Fusion Frequency) Meter
Critical fusion frequency (CFF) testing is important in the early diagnosis of diseases affecting the optic nerve.
Exophthalmometer
The position of the eyeball may change as a result of orbital tumor, thyroid disease, or trauma-induced abnormalities; the exophthalmometer is used to measure this.
Ultrasound IOL Calculation System and Pachymeter
Alcon OcuScan
In cases of advanced cataract, we perform IOL calculation using an ultrasound-based system. Pachymetry refers to the measurement of corneal thickness, which provides important supplementary information to the measured intraocular pressure in glaucoma.
