Description Zeiss Clarus 500 Ultra widefield Fundus Camera Zeiss Clarus 500 Ultra widefield Fundus Camera may image peripheral hemorrhaging but also supply high-quality pictures of the macula. These images can be zoomed in to value the fovea for smaller microaneurysms. Because of its broad scan size, The ZEISS CLARUS 500 may visualize other lesions inside the same eye or inside the fellow eye which are difficult to visualize with DFE or color photography. Disseminated or bilateral retinal findings may change not merely the prognosis but follow up and management of these patients. With ZEISS CLARUS 500, the latest in ultra-widefield retinal imaging, reveal more without compromise and manage your patients with confidence. See true color images to help with differential diagnosis and documentation Image in high resolution anywhere in the retina, including the periphery Elevate patient experience while driving clinical efficiency Manage your patients with confidence: • COLOR. Capture True Color to aid in differential diagnosis • CLARITY. See high-resolution details from the posterior pole to the periphery • COMFORT. Create a comfortable patient experience that ensures image integrity Exceptional clarity ZEISS CLARUS 500 captures clear and accurate images from the macula to the far periphery. Early indications of disease can often be subtle and difficult to see through direct observation or low resolution fundus imaging. Leveraging ZEISS optics, ZEISS CLARUS 500 is an ultra-widefield retinal camera that captures a high-resolution image down to 7 microns. Comfort Simple, stable and intuitive, ZEISS CLARUS is an ultra-widefield retinal camera that has been purposefully designed to optimize each patient’s experience. Instrument Specifications: Fundus Camera Weight: 53 lbs Fundus Camera Dimensions (W x D x H): 15” × 22” × 27” inches Power Table Dimensions (W x D x H): 36” × 25” ×28” – 37” inches Power Table Weight: 84 lbs True Color: CLARUS 500, the newest ultra-widefield retinal camera from ZEISS, allows clinicians to use color to their diagnostic advantage. It also generates images that closely resemble the coloration of the fundus as seen during clinical examination. Color fundus imaging can aid in the diagnosis and documentation of ocular disease, ensuing confidence when evaluating the optic disc, nevi and lesions where color is important.
