Advanced Technology for Early Detection & Precision Care

Automated visual field testing measures your peripheral (side) vision, which is often affected first in conditions like glaucoma, neurological disorders, and optic nerve disease.

This advanced test detects early glaucoma damage, monitors progression of optic nerve disease, evaluates stroke or neurological vision loss, and tracks medication-related visual changes.

Because peripheral vision loss often happens without symptoms, this technology allows us to identify problems before you notice them.

ERG measures how well the retina’s cells are functioning by recording electrical responses to light stimulation.

Unlike imaging tests that show structure, ERG evaluates function.

It is especially useful for detecting early retinal dysfunction, evaluating unexplained vision loss, monitoring diabetic eye disease, assessing medication toxicity, and identifying inherited retinal conditions.

This provides a deeper level of diagnostic insight when standard exams appear normal.

Digital refraction enhances the precision of your glasses and contact lens prescription using advanced computerized measurement systems.

Unlike traditional manual methods alone, digital refraction technology allows for more refined adjustments and consistent measurements, helping us fine-tune your vision with exceptional accuracy.

This technology improves prescription precision, reduces variability between tests, enhances clarity for complex prescriptions, and provides more consistent results over time.

iCare tonometry measures intraocular pressure (IOP) — a key risk factor for glaucoma — without the uncomfortable air puff.

This gentle, handheld device requires no drops in most cases, is quick and comfortable, is ideal for children and sensitive patients, and provides highly accurate readings.

Monitoring eye pressure is critical for preventing irreversible glaucoma damage.

OCT is a non-invasive imaging technology that captures microscopic cross-sectional images of the retina and optic nerve.

Think of it as an “MRI for the eye.”

OCT helps us detect early glaucoma, diagnose macular degeneration, identify diabetic retinal changes, evaluate retinal swelling or fluid, and monitor subtle structural changes over time.

This technology allows us to detect disease years before vision is affected.

Optos ultra-widefield imaging captures up to 200 degrees of the retina in a single image — without dilation in most cases.

This allows us to detect retinal tears or detachments, monitor diabetic retinopathy, evaluate peripheral retinal disease, and document changes over time.

Traditional exams view a much smaller portion of the retina. Optos allows us to see the far periphery — where serious problems often begin.