Occuscan - for measuring the axial length of the eye and for calculation of IOL power using immersion A-scan, the most accurate method of measuring axial length.

This machine also measures the corneal thickness, anterior chamber depth, lens thickness and total length of the eyeball with the maximum accuracy. This ensures that when cataract surgery is performed, you have minimal power of glasses after surgery, as the power of your lens has been accurately calculated.



For accurate and reliable visual field testing in glaucoma and neurological diseases. Fully automated with features like Fastpac, full threshold fields etc.

The Humphrey Field analyser is the most commonly used machine for pachymetry in all major hospitals and institutions, so serial visual fields can be easily compared even if you have to move to another city. It is the most important test to diagnose and check the control of glaucoma.



Measures all parameters of the anterior segment including pachymetry, ACD, anterior and posterior corneal float, karatometry map, WTW diameter etc. Essential for work-up before- LASIK ICL TORIC IOL

It is based on a combination of placido disc and scanning slit technologies to ensure highly accurate results. It can accurately diagnose corneal problems, corneal thickness and anterior chamber depth.



An advanced model of fundus angiography with a separate high resolution camera for fundus photography. Useful in Diabetic Retinopathy CSR Age Related Macular degeneration Vascular occlusions etc.

It is extremely useful in the diagnosis of these ailments and also in monitoring of therapy. The optics are German made (Zeiss) which ensures extremely high quality and resolution. It forms the backbone of any retina equipped hospital.




Combined anterior and posterior segment optical coherence tomography to give microscopic structure of the Cornea thickness of flap, depth of opacity etc. Angle in angle closure glaucoma, plateau iris syndrome Macula edema, ERM, CNVM Optic nerve head- earliest NFL changes in glaucoma

All retinal diseases benefit from this investigation. It helps in diagnosis of retinal disease and also the monitoring of the effect of therapy. In borderline cases of glaucoma, it helps clinch the diagnosis. Since it is based on optical imaging, there is no injection of dye or any radiation exposure during this investigation.


ULTRASOUND combined A-Scan and B-Scan (NIDEK)

This Japan made instrument gives high resolution ultrasound images for ocular and orbital ultrasound. This allows real time retinal diagnosis in cases where the retina cannot be seen due to cataract or corneal opacity. It can also diagnose conditions behind the eye ball. Trained ophthalmologists perform this investigation at R K Netralaya and pick up conditions missed elsewhere.

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