Facilities

1. Phaco machine by Alcon USA
2. Operating microscope by Zeiss Germany
3. OCT for Retina Scan and Glaucoma Scan by Nidek Japan
4. Perimetry octopus Germany
5. Yag laser by Appasamy India
6. Fundus Camera
7. Slit Lamp
8. Autorefractometer by Nidek Japan
9. Non contact Tonometry by Nidek Japan
10. Ascan Germany
11. All lenses Monofocal, Multifocal, Trifocal, Toric Available

Phaco Machine (Phacoemulsifer)

Modern cataract surgery is made possible by the use of a complex machine called a phacoemulsifier, which breaks the cataract into tiny pieces and then suctions those pieces from the eye through a very small incision. Prior to the development of the phaco machine, the cataract was normally removed in one piece, requiring a larger incision, sutures, and more trauma to the eye. The phacoemulsification procedure is also faster, usually requiring less than 15 minutes per eye.

Pachymetry

A pachymeter is a medical device used to measure the thickness of the eye’s cornea. It is used to perform corneal pachymetry prior to LASIK surgery, for Keratoconus screening, LRI surgery and is useful in screening for patients suspected of developing glaucoma among other uses.

NCT Noncontact Tonometry (Pneumotonometry)

Noncontact (or air-puff) tonometry does not touch your eye but uses a puff of air to flatten your cornea. This type of tonometry is not the best way to measure intraocular pressure. But it is often used as a simple way to check for high IOP and is the easiest way to test children. This type of tonometry does not use numbing eyedrops.

Perimetry

Perimetry is the systematic measurement of visual field function. The two most commonly used types of perimetry are Goldmann kinetic perimetry and threshold static automated perimetry. With Goldmann or “kinetic” perimetry, a trained perimetrist moves the stimulus; stimulus brightness is held constant.

Fundus Camera

A fundus camera is a specialized low power microscope with an attached camera. Its optical design is based on the indirect ophthalmoscope. Fundus cameras are described by the angle of view – the optical angle of acceptance of the lens.