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SearchKeeler Accutome 4Sight
Designed with eye care professionals in mind, the 4Sight provides a single solution for ophthalmic diagnostics by combining an A-Scan, B-Scan, UBM and Pachymeter in one, easy to use platform. We realize the demands on today?s busy clinics and designed the 4Sight to meet those needs by delivering a high value product that is accurate […]
Accutome UMB Plus
The UBM Plus probe has a guarded tip to prevent damage to both the patient and the probe. The UBM Plus is used for anterior segment imaging. This unit is an incredibly portable device because the 48 MHz probe plugs directly into any Windows™ laptop or desktop computer. This unit features an all-in-one probe design […]
NIDEK TS-610 Tabletop Refraction System
Compact and innovative subjective refraction system used to perform complete distance and near vision eye exams, with a footprint less than 1m2. System combining a visual test display and a RT-6100 automatic refractor. A new way to perform eye exams! Innovative subjective refraction system comprising the NIDEK RT-6100 automatic refraction head integrated to a compact […]
NIDEK YLC-500 Yellow Photocoagulator
The YLC-500 Vixi / YLC-500 is a yellow laser using the innovative OPSL (optically pumped semiconductor laser) method for stable and reliable laser delivery, generating optimal treatment outcomes. The 577 nm yellow laser is minimally absorbed by xanthophyll and is well absorbed by oxygenated hemoglobin compared to the 532 nm laser, making it the wavelength […]
Heidelberg Spectralis OCT Plus Module
Spectralis OCT PLUS: Similar to the SPECTRALIS OCT, with the exception that it comes with the advanced angiography imaging chassis which allows tilting and panning of the imaging head. The SPECTRALIS OCT PLUS also allows upgrading to angiography imaging. The SPECTRALIS OCT PLUS features Heidelberg’s unique TruTrack™ active eye tracking and simultaneous dual-beam imaging technologies in an […]
NIDEK RS-3000 Advanced 2
Observe microvascular details and get valuable clinicial insights non-invasively with this new OCT imaging technology. Acquired like a regular OCT scan, OCT Angiography (OCTa) scans provide full retina thickness vascular details like a conventional angiography, however the details can be segmented out to different layers of the retina for new insights. NIDEK’s eye tracing allows […]
NIDEK OCT Mirante
The Mirante is the ultimate multimodal fundus imaging platform that combines high definition SLO and OCT with ultra wide field imaging. The multimodal platform captures high quality color images, fluorescein angiography (FA), indocyanine green angiography (ICG), fundus autofluorescence (FAF), unique Retro mode images, OCT scan, and OCT-Angiography. FEATURES The ultimate multimodal imaging platform For the […]
Heidelberg Spectralis OCT2 Module
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 […]
Heidelberg Spectralis High Magnification Module
Enhanced resolution of retinal microstructures The SPECTRALIS® High Magnification Module consists of a highly innovative magnifying lens and software. It elegantly demonstrates the capability of confocal scanning laser ophthalmoscopy (cSLO) to resolve ocular microstructures by reducing intraocular light scattering. These ocular microstructures can even be visualized in eyes with cataracts. The image contrast and clarity obtained […]
Heidelberg Spectralis HRA-OCT
Spectralis HRA-OCT: The current iteration of Heidelberg’s original HRA angiography platform with the addition of SD-OCT. Designed for angiographies, the SPECTRALIS HRA-OCT is built on a Confocal Scanning Laser Ophthalmoscopy (cSLO) platform that is exceptionally sensitive to the fluorescence of Fluoresceine or ICG dyes. This provides focused and high contrast imaging either as still images or Heidelberg’s […]
