Equipment

"Lavanda" Ophthalmology Clinic, caring for the health and comfort of its patients, has invested in the best, state-of-the-art and latest-generation equipment from leading manufacturers in the USA, Europe, and Japan that meets international quality standards.

The following equipment is available at the "Lavanda" Ophthalmology Center:

Autorefractor-Keratometer (TOPCON, Japan) - Determination of refraction and corneal curvature radius
Automated auto refractometer (VISIONIX, EYE REFRACT, USA) - binocular refraction determination and vision correction within minutes using artificial intelligence
Digital automated phoropter (NIDEK, TOPCON, Japan) - automated testing and correction of visual acuity
Digital automated phoropter (NIDEK, TOPCON, Japan) - automated testing and correction of visual acuity
Optical biometer (MYOPIA MASTER, OCULUS, Germany) - Keratotopograph (OCULUS KERATOGRAPH, Japan)
Keratograph (OCULUS KERATOGRAPH, Japan) - mapping of the anterior corneal surface
Slit lamp (TOPCON, Japan) - examination of the anterior segment of the eye and the fundus
Eye ultrasound examination (QUANTEL MEDICAL, France) - A/B-scan
Autoperimeter (OPTOPOL, Poland) - automated computerized visual field testing
Optical coherence tomography (NIDEK, Japan) - layered scanning and photography of the anterior and posterior segments of the eye
Exophthalmometer - determination of the position of the eyeball in the eye socket
Pupilometer (NIDEK, Japan) - automated determination of interpupillary distance
Lensmeter (NIDEK, Japan) - determination of optical lens power, UV (%) protection
Ophthalmic YAG and SLT Laser System YC-200 S plus (NIDEK, Japan) - allows you to perform several types of laser interventions with high precision using the same device: dissection, YAG laser iridotomy for the treatment of glaucoma, selective laser trabeculoplasty (SLT), laser photocoagulation of the retina using a green laser with a wavelength of 532 nm
Ophthalmic Surgical Microscope (TOPCON, Japan) - A microscope used during ophthalmic microsurgical interventions, providing precise visualization of the anterior and posterior segments.

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