In a major breakthrough for eye care in India, doctors at the Army Hospital Research and Referral have successfully treated glaucoma using advanced 3D technology for the first time in the country. This landmark procedure marks a significant step forward in the treatment of a disease that is one of the leading causes of irreversible blindness worldwide.
According to the hospital’s ophthalmology department, the medical team used iStent technology combined with 3D Flex Aqueous Angiography. This cutting-edge method allows doctors to clearly and directly visualise the flow of fluid inside the eye in real time, making glaucoma surgery far more precise and effective than conventional techniques.
How 3D technology improves glaucoma treatment
Glaucoma is a condition in which increased pressure inside the eye slowly damages the optic nerve. The biggest danger lies in the fact that, in its early stages, the disease often shows no obvious symptoms. As a result, many patients realise something is wrong only after significant vision loss has already occurred.
With the help of modern 3D microscopes and advanced imaging systems, surgeons can now see the eye’s internal drainage pathways in much greater detail. This enables them to place micro-implants like the iStent more accurately, improving fluid outflow and reducing eye pressure. The procedure is minimally invasive, which means less pain, shorter surgery time, and faster recovery for patients.
Why this achievement matters
Doctors at the Army Hospital say this is the first time such 3D-guided glaucoma treatment has been successfully carried out in India. The new technique not only increases the chances of preserving a patient’s eyesight but also reduces complications associated with traditional surgeries.
This achievement is especially significant for the armed forces medical system, as it strengthens advanced healthcare support for soldiers, veterans, and their families. At the same time, it sets a new benchmark for glaucoma treatment in the country and opens the door for wider adoption of 3D-guided eye surgeries in civilian hospitals as well.
