Laser vision correction 3D CUSTOM GREEN

Personalized 3D excimer laser vision correction method Custom Green at VOKA.

Each eye is unique, and the surface of the cornea, the main lens of the human optical system, is like a fingerprint—repeatable. Most laser vision correction methods today rely on generic algorithms calculated based on a limited amount of data, like standard-sized clothing in a store that may or may not fit. The 3D Custom Green method is a new set of optics for your eyes, made just for you!

The 3D Custom Green method is based on a three-dimensional scanning of the cornea using a high-precision diagnostic Scheimpflug (Oculus Opticgerete GmbH, Wetzlar, Germany) camera, followed by computer modeling of a customized correction program. Three-dimensional scanning has significant advantages over traditional scanning techniques based on Placido rings, since, unlike the latter, the shape and structure of all layers of the cornea are analyzed, and the thickness of the cornea in various sections is assessed. A trend in refractive surgery in recent years has been increased attention to the posterior surface of the cornea and its impact on optics.

The uniqueness of the 3D Custom Green technique lies in the calculation of topographically modified astigmatism, taking into account data from the anterior and posterior surfaces of the cornea, as well as the degree of its anatomical asphericity based on the change in the thickness profile from the central to the peripheral parts of the cornea. Asphericity The unique property of the human cornea, which allows us to see the world smoothly and clearly, often changes during laser vision correction, leading to complaints about image quality, blurriness, and halos around luminous objects.

Using algorithms from the Green computer software from Alcon, the world leader in refractive surgery, (Alcon, TX, USA), combined with a data array obtained as a result of 3D corneal scanning, make it possible to preserve the natural asphericity of the cornea and, if necessary, even improve this indicator.

A number of VOKA Clinic's own developments make 3D Custom Green laser correction not only accurate and effective, but also extremely safe for the patient.

The process of 3D Custom excimer laser vision correction Green

The data required for personalized vision correction 3D Custom Green is collected preoperatively, allowing it to be performed on any patient, whether based on indications or simply because they desire vision that is as closely adapted to the natural optics of a healthy eye as possible. The data is processed by software and submitted to a refractive surgeon for review. The calculation of surgical parameters is always performed before surgery and requires a high level of professionalism and meticulous attention to detail on the part of the surgeon.

VOKA surgeons have undergone extensive training abroad to ensure that personalized 3D Custom Green correction is a true work of optical art. To prevent the consequences of involuntary micro-movements of the eye during high-precision laser treatment, the eye position is constantly monitored by a dynamic tracking system. This not only ensures that the patient does not look "in the wrong place," but also ensures that the personalized 3D Custom Green correction program is fully implemented as planned. After the surgery, the patient is given an explanation of the postoperative period, a detailed leaflet, and optimal follow-up appointments are scheduled. As early as the day after surgery, you will realize that your life has changed dramatically for the better!

Laser vision correction in installments!

VOKA Eye Microsurgery Center provides installments for laser vision correction using the 3D Custom Green, Custom Q Green, LASIK method for 2 and 3 months using the Halva card and the Shopping Card. When paying for services by installment cards, current promotions are preserved!

What does it fix?

Myopia up to “-” 12 diopters, astigmatism (simple, complex, mixed) up to 6 diopters, farsightedness up to “+” 6 diopters, asymmetry of the corneal surface (both congenital and acquired), corneal aberrations of higher orders, abnormalities of corneal asphericity, decreased visual acuity at night.