Technology that helps make precise decisions about your vision

We explain not only which equipment is used, but also why it is needed in a specific clinical situation.

InMode platform for device-based procedures
A multifunctional platform for procedures not only in aesthetic medicine but also for treating eye problems (dry eye syndrome, blepharitis, meibomian gland dysfunction). Depending on the handpieces fitted, the doctor can use radiofrequency energy or intense pulsed light to work on the skin. The specific procedure is chosen after assessing the skin condition and indications.
Advantages of this type of equipment:

Different technologies can be available on one platform with the appropriate handpieces.

Treatment settings are adjusted to the area and the clinical goal.

Device-based techniques make it possible to plan an individual course of procedures.
Slit lamp
An optical instrument for biomicroscopy of the eye. The doctor examines the eyelids, conjunctiva, cornea, anterior chamber and lens; if needed, with additional lenses also assesses the internal structures of the eye.
Advantages of this type of equipment:

Magnification and a narrow, adjustable beam of light help to see small changes in tissue.

Allows the structures of the eye to be assessed from different angles and at different depths.

Most stages of the examination are non-contact, and it forms the basis of a comprehensive consultation with an ophthalmologist.
$Reichert OptoChek Plus automatic refractokeratometer in the diagnostic room$
Reichert OptoChek Plus
An automatic refractokeratometer for the initial measurement of refraction and corneal curvature. The results help the doctor plan further vision testing and the selection of glasses or contact lenses.
Advantages of this type of equipment:

Combines autorefractometry and keratometry in one device.

A quick non-contact measurement provides baseline data for a detailed examination.

Helps assess astigmatism and corneal parameters.
POTEC PLC-8000 ophthalmic digital chart
A modern solution for testing visual acuity. The chart offers a wide range of tests and diagrams for checking different visual parameters.
Advantages of this type of equipment:

23-inch Full HD screen with a resolution of 1920x1080.

Ukrainian and English alphabets.

Many programmes for detailed assessment of vision characteristics (children’s pictures, Amsler grid, astigmatism charts, Landolt rings and more).
OPTOPOL REVO NX 130 optical coherence tomograph
OCT creates layer-by-layer images of the structures of the eye. The doctor uses them to assess the retina and optic nerve and to monitor changes over time. The photo shows the results of a tomography scan on the screen.
Advantages of this type of equipment:

A non-contact examination produces detailed cross-sections of tissue.

Digital images are easy to compare at follow-up visits.

Helps detect and monitor structural changes that are not always visible during a routine examination.

It includes non-contact biometry (measuring the dimensions of eye structures) as well as optical coherence angiography and topography.
CSO Sirius keratotopographer
A diagnostic device that analyses the reflection of concentric rings from the front surface of the cornea and creates a map of its curvature. This examination is used to assess astigmatism, fit contact lenses and plan refractive correction.
Advantages of this type of equipment:

Shows the distribution of corneal curvature without contact, not just a single average value.

Helps detect irregularities of its surface and assess suitability for particular correction methods.

Digital maps can be compared over time.

Essential equipment for diagnosing dry eye syndrome: the device allows a detailed assessment of the tear film and meibomian glands.
TECHNOLAS TENEO™ 317 Model
TENEO 317 is a modern excimer laser that we use to reshape the cornea and correct the optical power of the eye.

During laser correction the laser does not make a “cut” in the usual sense. It removes a microscopic amount of corneal tissue with great precision according to a pre-calculated programme. It is this change in the shape of the cornea that makes light focus closer to the correct position on the retina after surgery.
Advantages of this type of equipment:

TENEO works very fast: the current version of the system delivers 500 laser pulses per second, and correcting one dioptre of myopia takes about 1.2 seconds. So the excimer laser itself usually works for only a few seconds, although the procedure as a whole takes longer.

The patient also does not need to try to keep the eye perfectly still. The system checks its position 1,740 times per second and helps the laser carry out the planned correction profile accurately even with the eye’s natural micro-movements.

It is important to explain that the precision of a modern laser does not mean that one technique suits everyone. The result depends on correct preoperative diagnostics, refraction, corneal thickness and topography, the condition of the ocular surface and the right choice of correction method.
Mindray WATO EX 55 anaesthesia workstation
An anaesthesia workstation for delivering oxygen and anaesthetic gases and for controlled lung ventilation during surgery. It works together with patient monitoring under the supervision of an anaesthetist.
Advantages of this type of equipment:

Combines gas mixture delivery and ventilation in a single working system.

Adjusting the ventilation settings makes it possible to tailor breathing support to the patient’s needs.

The workstation’s screen and alarms help the anaesthetist monitor the system throughout the operation.

Safe and controlled medication-induced sleep for any patient.

Technology is only part of the safety system

Part of a consistent process

At SHÉVCHYK Vision Space technology does not work separately from the doctor: diagnostics → data analysis → choice of method → planning → procedure → result control.

Servicing

All equipment undergoes monthly engineering audits, calibration and testing by official representatives of the manufacturers.

Independent power supply for operating units

All operating and laser units are connected to industrial generators and uninterruptible power supplies (UPS). A procedure will not stop even during a complete blackout.