ZEISS Medical Technology announced that the CLARUS^® 700 from ZEISS has received National Medical Products Administration (NMPA) approval in China, offering advanced retinal diagnostic capabilities with ultra-widefield, high-resolution images in True Color and unsurpassed quality. The fundus imaging device with Fluorescein Angiography helps eye care specialists in China unlock the full potential of their clinic's retina workflow to support improved patient vision preservation. 

"ZEISS CLARUS 700 represents a major step forward in retinal imaging," emphasizes Anuj Kalra, Head of Chronic Disease Management at ZEISS Medical Technology. "By seamlessly integrating ultra-widefield Fluorescein Angiography (FA) imaging with true-color reproduction, this system delivers unprecedented clarity for comprehensive visualization from the macular region to the extreme retinal periphery, enhancing efficiency and supporting precise decision-making within the ZEISS Retina Workflow."

"Integrating ultra-widefield imaging, unsurpassed clarity, and AI-enhanced capture, the CLARUS 700 redefines fundus angiography benchmarks. It will provide unparalleled diagnostic precision for Chinese doctors and unprecedented comfort for their patients," says Maxwell Liu, Head of Sales & Services at ZEISS Medical Technology China.

Ultra-widefield fluorescein angiography serves as a highly valuable examination tool for assessing nonperfused retinal areas. The ZEISS CLARUS 700 HD ultra-widefield fundus imaging camera is an advanced retinal imaging system that provides True Color, high-resolution images. It captures 133°¹ in a single image and up to 267° with multiple captures, offering detailed views of the retina. Equipped with both fluorescein angiography and live infrared imaging capabilities, the CLARUS 700 aids in diagnosing and monitoring retinal diseases².  Furthermore, the fundus imaging camera offers innovative technology features including PrecisionFocus for quickly seeing details in the regions of interest, QuickCompare to compare pathology changes observed in past patient visits, and AutoBright so ophthalmologists can spend more time analyzing images and less time adjusting them.