SLI-200 4K Digital Imaging System
SLI-200 4K, designed and engineered by Frey, represents the pinnacle of slit lamp microscopy innovation. Crafted with precision and equipped with proprietary imaging technology, Frey SLI-200 4K offers superb optical clarity and depth of field in visualizing ocular structures, including the intricate network of capillary blood vessels.
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HIGHLIGHTS
4K IMAGING RESOLUTION
SLI-200 4K boasts an impressive 4K resolution, providing crystal-clear imagery with unmatched detail. Finest structures of ocular anatomy vividly captured, allowing for precise diagnosis,facilitating clinician decision support and planning.
PATIENT MANAGEMENT
Effective patient data management enable that eye care professionals to easily access previous test
results and imaging, enabling identification of trends, track progression of eye disease, and make informed decisions whether to maintain diagnosis or implement a new treatment regime.
IMAGING DETAILS
In the domain of ophthalmic imaging, the ability
to capture high-resolution images of corneal
endothelial cells is a hallmark of imaging system design and quality. Frey SLI-200 4K stands at the forefront of technological advancement, offering
ophthalmic and optometric professionals
an unparalleled opportunity to visualize endothelial morphology with unprecedented clarity and detail.
REPORT GENERATION
Generating clear and concise reports that include images and descriptions enables efficient navigation through the sea of complex data and effective data handling. Relevant information is conveyed accurately, so that eye care professionals focus on the patient and their clinical presentation, not on data mining.
PROPRIETARY VISUALIZATION
Unlike conventional slit lamp digital imaging
systems, SLI-200 4K incorporates a proprietary
imaging system that enables real-time visualization
of blood flow even within the eye’s vasculature.
EDITING TOOLS
Eyemager includes editing tools for video
materials, including cropping videos.
This functionality enables clinicians to quickly and easily analyze large volumes of images and videos, extracting clinical information and key data while conserving storage space.
