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Walman Instruments
Optovue Avanti Widefield OCT

Optovue Avanti Widefield OCT

Brand:   walman
Condition:   New
widefield OCT w/ Anterior segment, Windows 7
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Details

Optovue Avanti Widefield OCT from Optovue offers you new information on structures outside the conventional 6×6 mm block, separates the retina into distinct layers for detailed appraisal, offers views of the vitreous and deep choroid, and gives you the capability to monitor change over time. And scan patients faster with 70,000 A-scans each second, fast procedure scans with Avanti’s desktop processing engine, and quickly identify potential problems with comprehensive, easy-to-read reports. Optovue Avanti supplies an all-in-one alternative for posterior and lateral high heeled OCT imaging at 70,000 A-scans each second, using widefield 3D motion correction and 3-micron electronic resolution. Along with fast and accurate imaging, Avanti offers a simultaneous multi-layered evaluation of peripheral cornea pathology; deep choroidal imaging; fovea location recognition; pachymetry mapping; and optic disc, RNFL and ganglion cell complicated evaluation. Optovue states the device was created as a scalable platform for next-generation OCT in mind. The Opotvue Avanti is a spectral-domain, high-resolution OCT which has been utilized in numerous clinical trials. We use it to perform the following tests:

Tech Specs

Nerve Fiber Layer and Ganglion Cell scans to screen for glaucoma and follow patients over time Retinal macular scans to diagnose and support numerous medical eye problems including macular degeneration, diabetic macular edema, epiretinal membrane, vitreomacular traction, cystoid macular edema, etc Anterior Segment scans to diagnose corneal or iris pathology OCT Angiography which is starting to be used more than traditional fluorescein angiography to image the blood vessels of the retina and optic nerve. It is particularly helpful imaging patients with diabetes, macular degeneration, retinal vein occlusion, and glaucoma Measurement of Total Corneal Power (TCP) for calculation of Intraocular Lens (IOL) power after LASIK, PRK or RK which has been shown in studies to be the most accurate technology available Evaluation of the anterior chamber angle to determine the risk of acute angle closure glaucoma Corneal thickness mapping to judge central corneal thickness and screen for keratoconus Imaging of intraocular tumors such as a choroidal nevus or choroidal melanoma