Description Topcon 3D OCT 1 Maestro 2 Topcon 3D OCT 1 Maestro 2 has an integrated full-color fundus camera. With one touch, you can simultaneously acquire a posterior OCT image and a true color fundus image. This allows for PinPoint Registration and structural confirmation of the pathology. A small pupil function is also available, as well as fundus only capture. Features: Combination OCT and true color fundus Fully automated OCTA capture Compact and space saving design The NEW Hood Report for Glaucoma Reference database for retina, RNFL, GCL and GCL thickness Automatic layer segmentation Widefield OCT Anterior segment OCT Panoramic fundus imaging User-friendly A user-friendly OCT. The Maestro2 uses robotic technology and improves practice efficiency whilst providing optimal patientcare. Fully Automated Capture With a single touch, the Maestro2 automatically performs alignment, focus, optimization and capture. After image capture, the report can be immediately displayed by clicking on the icon. Manual/Semi-Automatic Capture In addition to automated capture, the Maestro2 offers manual/semi-auto options for difficult-to-image patients. Maestro2 Widefield OCT Scan The Maestro2 can capture a 12mmx9mm widefield OCT scan, encompassing both the macula and optic disc. Ideal for an annual eye exam, the scan reduces patient testing time. It provides thickness and reference data for the retina, RNFL and ganglion cell layers together with a Glaucoma report which includes disc topography. HIGH RESOLUTION OCT AND COLOR FUNDUS PHOTOGRAPHY A high-resolution B-scan and smooth 3D graphics facilitate the observation of pathology and each layer of the retina. High-quality color fundus photography gives fundamental and additional information. The OCT and color fundus are an inseparable combination for daily diagnosis. Hood Report for Glaucoma with Probability Maps with 3D Wide 12x9mm Scan Retinal Thickness/RNFL/GCL and probability maps, all in one report. The New Hood Glaucoma Report is now available. This innovative report streamlines the decision-making process through the correlation of structure (GCL/RNFL) with function (overlay of visual field test locations).* *Donald C. Hood PhD, Translational Vision Science & Technology No.6 Vol.3 2014: Evaluation of a One-Page Report to Aid in Detecting Glaucomatous Damage.
