This instrument is used to follow active disease processes and to follow up those instances where the Humphrey FDT indicates there may be a problem.  
Many eye diseases first effect side vision, which is difficult for most people to notice. The computer measures retinal sensitivity to various levels of light. It then does a statistical analysis of the results to determine the probability of eye disease being present.

Photography of the eyes interior to help detect disease in the future.  A picture is worth much more than a thousand words when eye disease first starts to develop. Our office takes retinal photographs our of patients' eyes. It allows us to detect changes in eye health much earlier because we can directly compare how it looks presently compared to appearance at an earlier time period.

This instrument helps determines the refractive eye of the eye, the clearness of the media, and the curvature of the cornea.
The computer scans how light focuses on the back of your eye. This test takes less than a minute and requires no responses from the patient.

This computerized instrument measures the power in the spectacle lenses.  It is also unique in that it can also measure the ultra violet transmission of your lenses.  The instrument is also capable of detecting lens powers in a variety of lens materials, e.g. hi index, plastic, and polycarbonate lenses

This instrument uses Frequency Doubling Technology to defect areas of visual field loss.
The FDT instrument produces screening results in only 45 seconds and a full threshold visual fields in under 4 minutes per eye.
This aids in the detection of neuro-ophthalmologic diseases.

This instrument is used to measure the surface of the cornea, meeting the needs of the patient for corneal, refractive, and contact lens needs.  The system has a dual camera, delivery the highest resolution in the critical central 3 millimeters of the cornea.  Refractive surgery patients may exhibit excimer islands in the central cornea that are often missed by other systems.  Software in this system allows clinicians to send and receive corneal topography patient records worldwide with the click of the mouse via the Internet.