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ARK-1S
ARK-1s Autorefractor & Keratometer is a multimodality device that includes autorefraction and keratometry plus glare testing. This automated instrument measures with objective accuracy and features accommodation testing and retro illumination. Super Luminescent Diode (SLD) technology makes it possible to accurately measure patients with cataracts, corneal opacities, IOLs, and post LASIK procedures. The ARK-1s also utilizes a multiple pupil zone imaging method combined with rotary prism technology and an auto alignment Eye Tracking System to ensure consistent, accurate, reliable and repeatable data.
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.
Ultra-widefield (UWF) Imaging System
Carl Zeiss
CLARUS 500
The ZEISS CLARUS 500 is not just any retinal camera; it represents the pinnacle of imaging technology in ophthalmology. It captures detailed images of the retina with ultra-widefield imaging technology. It covers a 133-degree area in one shot. It is important to have a wide view because it includes the outer edges of the retina. Signs of diseases may show up first in these areas. Comparison with Other Fundus Cameras The CLARUS 500 provides ultra-widefield imaging. It captures a comprehensive picture of the retinal area in one image. This is unlike typical fundus camera
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