OPTOS ULTRA-WIDE COLOR FUNDUS PHOTOS

Optos ultra-wide color fundus photography is an advanced retinal imaging service that captures a panoramic view of the inside of the eye in a single scan. It documents up to two hundred degrees of the retina, including far peripheral areas that standard photos often miss. As a result, your ophthalmologist can detect, monitor, and document retinal disease with greater accuracy.

WHAT THIS SERVICE DOES

This imaging test produces high-resolution color photographs of the retina, optic nerve, macula, and peripheral retina. Unlike traditional fundus cameras, the Optos system captures a much wider field in one shot. Therefore, it helps reveal early or hidden retinal changes. The images also create a permanent record for comparison over time.

COMMON CLINICAL USES

Doctors request ultra-wide fundus photos when detailed retinal documentation is needed. In many cases, it supports both diagnosis and long-term follow-up.

1. Diabetic retinopathy screening and monitoring
2. Retinal tear or detachment risk evaluation
3. Peripheral retinal lesion documentation
4. Macular disease follow-up
5. Glaucoma optic nerve documentation
6. Baseline retinal health records

HOW THE TEST IS PERFORMED

The procedure is quick and non-contact. First, you position your chin on the support and look toward a fixation target. Next, the device captures the retinal image within seconds using scanning laser technology. Because the capture is fast, patient cooperation is easier. In many cases, dilation is not required, although your doctor may still advise dilation for a complete exam.

PATIENT COMFORT AND SAFETY

This imaging service uses safe, low-power laser scanning and does not touch the eye. Most patients experience no discomfort during image capture. Occasionally, brief light sensitivity occurs during the flash. However, the effect fades quickly. Normal activities can usually resume right after the test unless dilation is also performed.

WHY ULTRA-WIDE RETINAL IMAGING MATTERS

Peripheral retinal findings often develop without early symptoms. Therefore, wide-field imaging improves early detection. For example, small retinal holes or vascular changes may appear outside the central retina. Early identification supports timely treatment and better visual outcomes. In addition, serial images allow precise comparison across visits.