Used CARL ZEISS Eclipse #9195929 for sale

CARL ZEISS Eclipse Optical Comparator is an advanced measuring equipment that is primarily used to measure, inspect, and analyze the features of small parts and components. It is considered to be one of the most reliable and accurate optical measuring systems available. Eclipse Optical Comparator features a conformal illumination system that provides accurate and consistent lighting across the entire field of view. This feature enables the unit to capture sharp and detailed images of small components with extended depth of field. It also features a high-resolution optical machine that provides enhanced magnification capabilities and allows the user to control image contrast. CARL ZEISS Eclipse Optical Comparator also comes with a wide range of automated measuring functions. This tool is equipped with a high-speed digital measuring stage which allows the user to move parts in multiple directions for precise measurements. The user can also set up the asset to automatically identify and measure various features without the need for manual intervention. Eclipse Optical Comparator features a built-in user interface with touch screen capabilities and an intuitive graphical user interface. This model also features comprehensive quality control features, which allows the user to view, monitor, and store various information related to the inspection of parts. CARL ZEISS Eclipse Optical Comparator also includes a range of integrated software packages. These software packages can be used to analyze various components and to generate detailed reports. In addition, the equipment can be set up to perform a range of statistical analysis tasks, such as trend analysis and analysis of part variability. Overall, Eclipse Optical Comparator is an advanced measuring system designed to provide accurate and reliable measurements of small components and assemblies. It is a user-friendly unit that provides an intuitive user interface with touch screen capabilities. The machine is also capable of automatically identifying and measuring features which allows for accurate measurements with minimal operator intervention.