Advanced Technology

A carotid ultrasound is a non-invasive scan that evaluates blood flow in the arteries supplying the brain. It helps detect plaque buildup and narrowing that can increase stroke risk and may be linked to certain vision problems, allowing for earlier intervention and better overall health management.

The Falck Medical FMD-1 is an advanced diagnostic device that measures eye pressure, evaluates how fluid drains from the eye, and helps assess ocular blood flow. This provides more information than a standard pressure test alone, allowing for earlier detection and more precise monitoring of glaucoma and related eye conditions.

The Oculus Keratograph 5M is a non-invasive imaging system that evaluates tear film quality and the ocular surface. It helps diagnose dry eye more accurately by identifying underlying causes, allowing for more targeted and effective treatment.

The Optomap is an ultra-widefield retinal camera that captures a panoramic image of the inside of your eye, often without dilation. It allows us to see far into the peripheral retina, helping detect retinal tears, detachments, diabetic changes, and other abnormalities. It also provides a permanent record so we can monitor changes over time.

The Rabin Cone Contrast Test is an advanced color vision test that measures how well your eyes detect red, green, and blue. Unlike traditional color tests, it provides precise, objective data about how your visual system is functioning. This can help detect early changes related to optic nerve disease, retinal conditions, and even early glaucoma — often before symptoms are noticeable.

The RetEval is a handheld device that measures how well your retina responds to light using electroretinography (ERG). This allows us to assess retinal function — not just structure — and detect early changes related to diabetic eye disease and other retinal conditions, often before they are visible on imaging.

A transcranial Doppler is a non-invasive ultrasound that measures blood flow in the brain. It helps detect circulation issues that may be linked to stroke risk and certain vision problems, allowing for earlier detection and better overall health management.

The Octopus Visual Field measures your peripheral (side) vision by mapping how well you see in different areas. This is especially important for detecting and monitoring glaucoma, which often causes vision loss without early symptoms. It also helps identify neurological and optic nerve conditions.