Our machines

The ZEISS CIRRUS 500 OCT is a state-of-the-art eye imaging system that provides detailed, high-resolution images of the retina and optic nerve—without any discomfort or contact with the eye.

This advanced technology helps our ophthalmologists detect and monitor eye conditions at an early stage, including glaucoma, diabetic eye disease, macular disorders and retinal conditions. By creating precise cross-sectional images of the eye, OCT supports accurate diagnosis and helps doctors closely monitor changes over time.

The Forus Fundus Camera is an advanced retinal imaging system designed to capture high-quality, detailed images of the retina and optic nerve. Its non-invasive technology enables ophthalmologists to examine, document and monitor subtle changes in the eye with greater clarity.

It plays an important role in the early detection and ongoing management of diabetic retinopathy, glaucoma, macular disorders and other retinal conditions, supporting timely diagnosis and personalised eye care.

The Appasamy Anterior Segment Imaging System is an advanced diagnostic technology designed to provide clear and detailed imaging of the front structures of the eye, including the cornea, anterior chamber, iris and lens.

It helps ophthalmologists evaluate and document important eye conditions with greater precision, supporting the diagnosis and management of corneal disorders, cataract, glaucoma and other anterior segment conditions.

The Orteli Catrex 3 Phaco Machine is an advanced ophthalmic surgical system designed to support precise, controlled and efficient cataract surgery. Its sophisticated phacoemulsification technology helps surgeons safely remove the cloudy natural lens while maintaining excellent control throughout the procedure.

Designed for modern cataract care, the system supports smooth surgical performance, precision and patient comfort, contributing to predictable and high-quality surgical outcomes.

The Biomedix USG Biometer is an advanced ophthalmic diagnostic system designed to accurately measure important eye parameters, including axial length and other biometric measurements required for cataract surgery planning.

Its reliable ultrasound-based technology supports precise intraocular lens (IOL) power calculation, particularly when optical biometry may be difficult to perform. It helps ophthalmologists achieve accurate measurements for personalised and well-planned cataract surgery.

The Topcon Lensometer is an advanced optical instrument designed to accurately measure the power, axis and optical characteristics of spectacle lenses. It helps our eye-care professionals verify lens prescriptions with precision, ensuring that spectacles meet the required visual correction.

Reliable, efficient and easy to use, it supports accurate prescription verification and quality assurance, contributing to clearer and more personalised vision care.

Our General Anaesthesia Machine is an advanced medical system designed to support the safe and controlled delivery of anaesthesia during surgical procedures. It enables precise management of anaesthetic gases, oxygen delivery and patient ventilation, helping the anaesthesia team maintain stable and closely monitored conditions throughout surgery.

With reliable performance and integrated monitoring capabilities, it contributes to patient safety, comfort and effective surgical management.