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Reconditioned Topcon 3D OCT-2000...
Reconditioned Topcon 3D OCT-2000...
Reconditioned Topcon 3D OCT-2000...
Reconditioned Topcon 3D OCT-2000...
Reconditioned Topcon 3D OCT-2000...
Reconditioned Topcon 3D OCT-2000...
Reconditioned Topcon 3D OCT-2000...
Reconditioned Topcon 3D OCT-2000...

Reconditioned Topcon 3D OCT-2000 w/Digital Non-Myd Retinal Camera

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Used Topcon 3D OCT-2000 w/Digital Non-Myd Retinal Camera

  • Features

    Used Topcon 3D OCT-2000 w/Digital Non-Myd Retinal Camera

    The Topcon 3D OCT-2000 System is the first
    Spectral Domain OCT system to incorporate a high resolution fundus camera and a userfriendly
    color touch screen display in a compact, space saving design.


    What makes the Topcon 3D OCT-2000 unique:
    » Integrated, high resolution (12.3MP) fundus camera
    » FastMap™ software enables dynamic viewing of 2D, 3D and fundus images simultaneously
    » Embedded touch-screen for quick and easy navigation
    » Historic patient data from Stratus® OCT can be easily imported, analyzed and viewed
    » Seamless integration with EyeRoute® Image Management System

    3D OCT Image
    Topcon’s proprietary FastMap software pioneered the 3D visualization of OCT data, providing another
    dimension of clinical information, thereby enhancing the understanding and illustration of complex
    pathologies such as vitreous traction, macular edema and retina schesis.

    » 3D visualization of OCT data
    » Illustrates complex pathologies
    » Quickly export images and 3D movies for

    Fundus Image
    High resolution, non-mydriatic, color fundus images allow for visualization of conditions which
    otherwise would go undetected with OCT technology, such as disc hemorrhages. The 45 degree
    field of view and the availability of stereo photos provides the ultimate diagnostic insight.

    » High resolution 12.3 MP color fundus camera
    » Easily capture and view stereo photos
    » PinPoint Registration™ of OCT data in the fundus image

    B-scan Image
    FastMap software encompasses the latest in noise reduction algorithms and overlapping scanning
    technology to create exquisite B-Scan images, which are available almost instantaneously. This
    greatly reduces chair time for the patient and enhances offi ce workfl ow.

    » Uses latest in noise reduction algorithms
    » Enhances office workflow
    » Customize capture protocols

    Comprehensive Capturing Capture images of the fovea and optic nerve head in one single
    scan and high resolution images of the choroid with automatic choroid reference mode.

    Video Functions
    Use single touch control to review and playback images
    and create 2D and 3D videos. 

    Extended Scanning Depth
    Capture high-quality images of high-myopic and hyperopic
    patients with a diopter compensation lens and an extended
    scanning depth of 2.3 mm.

    Compare Function
    Allows you to visualize serial exams or view both eyes side by side.

    FastMap Software
    Topcon’s proprietary FastMap software ensures consistent, high quality images. Using enhanced 3D registration
    technology, FastMap reduces artifacts which may be caused by eye movement. This in turn allows for speedy
    PinPoint Registration of the OCT data within the fundus image without sacrifi cing workfl ow and preserves image
    quality of the vitreo-retinal interface.
    In addition, FastMap provides dynamic, simultaneous viewing of the fundus image, and 2D and 3D OCT data,
    and automatically detects ILM, RFNL, IS/OS junction, RPE and Bruch’s membrane, which can also be modified.

    Thickness Measurement Functions
    FastMap software incorporates the latest layer detection algorithms, allowing you to automatically measure total
    retinal thickness, RNFL or compare against your legacy Stratus measurements. Manual adjustment of all measurement
    grids combined with auto and manual registration of serial exams gives you the highest level of confi dence in
    retinal and RFNL thickness measurements.

    Mosaic Function
    Create panoramic views from the macula to the optic disc.




    Field Angle 45°
    Working Distance 40.7mm
    Pupil Diameter ≥ 3.3 mm for Fundus image
    Scanning Range 8.2 x 3.0 mm, 6.0 x 6.0 mm, 4.5 x 4.5 mm or 3.0 x 3.0 mm
    A Scan Speed 27,000 A Scans/sec.
    Scan Depth 2.3mm
    Horizontal Resolution 20μm
    Longitudinal Resolution 5-6μm
    Fundus Observation Near IR
    Fundus Camera Nikon D90 12.3 MP Color
    Fixation Adjustable internal matrix LCD and external fi xation device
    Diopter Scale Range -13D to +12D (in fundus photography)
    Light Source Super luminescence diode (SLD)
    Wavelength 840nm
    Half Bandwidth: 50nm
    Output on cornea ≤ 0.65 mW
    Automatic OCT Reference Focus Vitreous and Choroid
    Scan Patterns 3D, Cross*, Raster*, Line*, Radial*, Circle* (*available with oversampling,
    Power Supply Source voltage : AC 100/110/120/220/230/240V 50-60Hz
    Power input : 200VA (normal), 400VA (max)
    Dimensions 21.5” (W) x 21” (D) x 23.5” - 25” (H)
    Weight 70 lbs
    Retinal Layers Identifi ed Macula: ILM, IS/OS, RPE, Bruch’s Membrane
    Glaucoma: RNFL
    Capture PC and Review Station Specifi cations
    Platform IBM PC/AT compatible
    CPU Pentium 4 or higher
    Memory 4GB or higher *2GB or higher for review station
    OS Microsoft Windows® XP Professional
    Hard Disc 500 GB* or higher *80 GB required for Review Station Software
    Display SXGA 1280 x 1024 32-bit color
    Graphics Board VRAM 256MB or higher *512MB preferred


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