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3D OCT-2000, Optical Coherence Tomography

3D OCT-2000, Optical Coherence Tomography
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3D OCT-2000, Optical Coherence Tomography - 1

Optical Coherence Tomography CONNECTING VISIONS

3D OCT-2000, Optical Coherence Tomography - 2

THE ULTIMATE ALL-IN-ONE PRODUCT Created to be fast, easy and precise The Topcon 3D OCT-2000 Series is an optimal choice for all eye care professionals Unveiling Topcon 3D OCT-2000 full line-up of spectral domain OCTs with high resolution fundus cameras The 3D OCT-2000 Series of spectral domain OCTs with high resolution fundus cameras have been designed to meet the needs of a comprehensive fundus imaging device for all eye care professionals from the single doctor practice to a large university hospital. OCT, Color, Red-free, FA, FAF images acquirable OCT, Color, Red-free images acquirable...

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3D OCT-2000, Optical Coherence Tomography - 3

Sophisticated OCT Technology with Integrated Fundus Camera 12 x 9 mm wide scan & 5 line cross scan! Rich analysis functions plus high resolution images 50,000 A-scans/sec – Greater details in shorter time The enhanced 50,000 A-scans/sec allows for faster tomography acquisition and available to produce clear crosssectional retinal images. Now there are even more imaging variations with the new 12×9mm wide scan enabling the user to capture a wider area of the retina from optic disc to macula with a single shot. Additionally the 5 Line Cross Scan can be a perfect solution for detailed...

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3D OCT-2000, Optical Coherence Tomography - 4

4 Easy Steps for Operation Flow Register / Select patient Color fundus / OCT / FA FAF photography Ex.) Circle Scan Diameter Correction Auto functions enables any user to take high quality images with minimal training. Axial Myopia » olor fundus / FAF photography: C Auto Focus / Auto Shoot After registering select a patient by clicking on button When registering a patient, it is possible to input eye refractive data. Based on the inputted refractive information, the software adjusts the circle diameter for the circle scan and corrects 3D papillary diameter, area and volume, while also...

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3D OCT-2000, Optical Coherence Tomography - 5

3D OCT-2000 Designed to Provide Highly Accurate Data Auto disc search function During capture After capture IR Tracking Technology (Ex: 4 overlapping) Automatically detects the disc center referring to the IR image. Tracking the disc center position, it contributes to better accuracy and scan positioning when circle scanning. IR tracking utilizes the IR image during capture to overlap exactly the same place on the retina. If the scanned area moves, the rescanning function automatically begins referring to the first scanned image. If the scan position moves, it automatically removes the...

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3D OCT-2000, Optical Coherence Tomography - 6

Fully Comprehensive Analyzed Data GLAUCOMA & MACULA » 12×9 mm 3D wide scan The below image is an example of a standard glaucoma analysis. The reference plane distance can be customized as 120 μ m, 60 μ m or 90 μ m or any other value in the range of -90 ~ +210 μ m. The capability to capture a wide angle image from macula to optic disc strongly contributes to better effectiveness of the examination and reduction of patient’s fatigue. Macula analysis as well as thickness and significance maps of NFL, GCL+IPL, NFL+GCL+IPL are useful in detecting various macular diseases and glaucoma. Disc...

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3D OCT-2000, Optical Coherence Tomography - 7

Fully Comprehensive Analyzed Data Other Functions ANTERIOR » Anterior segment analysis Comparison to the rich normative database, thickness map display, and 3D detail evaluation is available with this 3D analysis. Corneal thickness map, corneal thickness distribution diagram, curvature radius distribution diagram, curvature radius and peripheral corneal thickness analysis, manual angle measurement are all available. Reference: Dr. Frederique Matonti *In order to capture anterior segment photography, it is necessary to use the headrest attachment. Case: Central retinal vein occlusion (CRVO)...

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3D OCT-2000, Optical Coherence Tomography - 8

3D OCT-2000 in a Hospital Network IMAGEnet™ digital imaging system The Topcon 3D OCT-2000 and its viewing software plays a powerful role in the management of the patient’s data. The unique software enables all patient imaging and data to be collected, saved and reviewed remotely through one unified network, IMAGEnet™. OCT images can be viewed and analyzed through the network at any location; medical meetings, surgical simulation in the operating room and in a patient consultation room. Furthermore, an integrated IMAGEnet™ system allows all clinical images taken throughout the ophthalmology...

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3D OCT-2000, Optical Coherence Tomography - 9

Specifications Observation & photography or fundus image Scan mode Picture angle 45° Equivalent 30° (Digital Zoom ) Operating distance -13 D to +12 D (in fundus photography) 40.7 mm (in fundus photography) 63.7 mm (in enterlor segment photography)*4 Photographable diameter of pupil Small pupil diameter: Observation & photography or fundus image/ Anterlor segment tomogram Scanning range Scan patterns* [Lateral] within 3~9mm [Vertical] within 3~9mm [Lateral] within 3~6mm [Vertical] within 3~6mm 512x128 (128 horizontal scan lines comprised of 512 A-scans), 6 x 6 mm Macula: radial scan 1024x6...

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