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NIDEK
RS-3000
Nidek OCT RS-3000 with OCT system incorporating Scanning Laser Ophthalmoscope (SLO) designed to an evaluation choroid and the retina
Optical Coherence Tomography・OCT
NIDEK
RS-3000 Advance
Nidek OCT RS-3000 Advance comprised of the main body for capturing images and a storing with computer Nidek OCT RS-3000 Advance with OCT system incorporating Scanning Laser Ophthalmoscope (SLO) designed to an evaluation choroid and the retina. Wide Area Scan 9 x 9
NIDEK
RS-3000 Lite
Providing the high resolution OCT images and clinically useful analyses, the RS-3000 Lite achieves the optimum balance between cost and performance with its fundus surface imaging system. The RS-3000 Lite has been developed for screening in general eye clinics.
Carl Zeiss
Cirrus 500 HD-OCT Plus
The Zeiss Cirrus 500 HD-OCT "Plus" provides essential OCT capabilities with a broad range of clinical applications to comprehensive ophthalmic practices. The new OCT camera enables quick OCT fundus image refresh, making patient alignment more efficient. Main Features Cirrus 500 NEW Macular Thickness OU Analysis Ganglion Cell Analysis Guided Progression Analysis (GPA™) Macular Thickness and Change Analysis Macular Thickness Normative Data
NIDEK
RS-3000
Nidek OCT RS-3000 with OCT system incorporating Scanning Laser Ophthalmoscope (SLO) designed to an evaluation choroid and the retina
NIDEK
RS-3000
Nidek OCT RS-3000 with OCT system incorporating Scanning Laser Ophthalmoscope (SLO) designed to an evaluation choroid and the retina
A Combination system of OCT and fundus camera
NIDEK
RS-330 Retina Scan Duo
Nidek RS-330 Retina Scan Duo is a combined OCT and fundus camera system that is a user-friendly, versatile unit that provides high-definition images and value-added features. For user-friendly OCT, the Nidek RS-330 Retina Scan Duo is a piece of ideal equipment for your practice. It is very easy to operate and does not require high technical skills. The Nidek RS-330 retina scan duo will guarantee high-quality output and efficient operations, making it suitable for use across practices of different sizes.
OCT with Non-mydriatic retinal camera
TOPCON
3D OCT 1 / Maestro 1
OCT fundus tomographic images and color/red-free (digital) fundus images can be taken with one unit. Auto-alignment allows for easy and speedy imaging. Basic analysis applications are included, which are useful for diagnosing glaucoma and macular diseases. (Normative database included) Equipped with a touch panel display and a GUI design optimized for the workflow used, allowing for easy imaging. The display can be flexibly rotated, allowing imaging operations to be performed from various positions and providing better support to patients during imaging. It also provides greater freedom in installation location.
Heidelberg Engineering GmbH
SPECTRALIS OCT2
Next generation OCT module The SPECTRALIS® OCT2 Module is the next generation OCT technology for the SPECTRALIS platform, offering enhanced image quality from vitreous to choroid. With a fast scanning speed of 85,000 Hz, it improves clinical workflow and increases patient comfort by shortening examination times. The OCT2 Module is the ideal basis for advanced imaging modalities such as OCT angiography and advanced glaucoma diagnostics. Since it can be added to any existing upgradeable SPECTRALIS system, the OCT2 Module is a sound investment for the future.
OptoView
iVue 100
The iVue OCT System is a powerful clinical tool that transforms the way you assess the retina, optic disc and the cornea. Quantify the thickness of the retina, nerve fiber layer, ganglion cell complex and the cornea. Track change and predict trends in RNFL and GCC thickness and precisely measure angles to aid in disease diagnosis. The first Spectral-Domain OCT for every clinical practice. The iVue SD-OCT is the next phase in advanced OCT product design and the first true WorldOCTTM. With the complete offering of retina, glaucoma and anterior segment scanning as standard, iVue is the perfect advanced, yet easy-to-use OCT for clinical practices. The streamlined user interface, small foot print, and familiar slit lamp style delivery design all contribute to fast and efficient clinical use and patient throughput.
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