Used HUVITZ HDR 7000 #9316645 for sale

HUVITZ HDR 7000 is a powerful and precise laboratory equipment and accessory used in refractive research, consisting of a fully automated Hartmann-Shack aberrometer, a high-resolution fundus imaging equipment, a topographer, and a wavefront sensor. It features a high-quality design with superior accuracy and repeatability. HDR 7000 includes a Hartman-Shack aberrometer, which is the most precise measure of vision performance. This device uses a beam of light to measure the vision characteristics of the eye, such as sharpness, astigmatism, and spherical aberrations. The aberrometer allows researchers to determine how the eye's lens changes shape and effects vision. This information is used to evaluate the refractive state of the eye and to optimize treatments. HUVITZ HDR 7000 also includes a high-resolution fundus imaging system, which measures the internal structure of the eye, such as the optic nerve, macula, and respective retinal layers. This information is used to study the progression of retinal diseases, to assess the status of laser treatments, and to optimize future treatments. The unit also includes a topographer that measures the curvature of the cornea, which is used to detect and correct refractive errors. The topographer produces detailed maps of the cornea, allowing researchers to precisely measure and compare corneal shape across various regions of the eye. HDR 7000 also features a wavefront sensor, which creates a map of visual aberrations and wavefront distortions to aid researchers in designing tailor-made treatments. HUVITZ HDR 7000 is designed with a large display and intuitive control panel that allows the user to control various aspects of the testing process. The device utilizes advanced software and powerful data processing capabilities to provide highly accurate and reproducible test results. The software has the ability to store and analyze patient data, enabling researchers to track results over time. HDR 7000 is a versatile and intuitive laboratory equipment and accessory that can be used in a wide range of research applications. This powerful machine provides highly accurate and repeatable results, allowing researchers to effectively assess the status of the eye and optimize treatments.