Used WERTH VideoCheck-UV #293648278 for sale

WERTH VideoCheck-UV is an optical comparator that allows for the measurement, analysis, and comparison of surface metrology parameters via contact and non-contact digital imaging. It features a sophisticated imaging equipment for measuring two and three dimensional parts characteristics. This device is designed to provide fast and reliable measurement results on a wide variety of part sizes and shapes. VideoCheck-UV Optical Comparator is capable of taking high-resolution images and measurements of fine details and features with precision and accuracy. It utilizes a high-quality optical system comprising a microscope, digital camera, exposure control, and a digital display, to capture digital image data which can then be analyzed and compared by integrating user-defined parameters. This unit ensures easy access to parts being measured and helps to facilitate evaluation of complex or multiple features. The comparator utilizes state-of-the-art image analysis software to help visualize and compare metrology parameters and provide detailed information such as dimensional parameters, surface curvature, and surface roughness. Each imaging machine can take up to 500 measurements per second, allowing the device to be used in a variety of applications including thin film analysis, line profile analysis, angle measurements, and thickness adjustment in multiple materials. WERTH VideoCheck-UV Optical Comparator includes a variety of data output formats such as text, spreadsheet, and graph, as well as options to export to popular software packages such as CAD and CAM systems. Additionally, the device comes equipped with a user-friendly Windows-based interface and its ergonomic design allows for more effective operator interaction and control. Overall, VideoCheck-UV Optical Comparator is an ideal choice for those looking for a reliable and accurate solution for measuring and analyzing surface metrology parameters of two and three dimensional parts. It comes with a variety of features and advantages that allow users to obtain accurate data from a wide variety of sizes and shapes.