Used RAM OPTICAL INSTRUMENTATION 10-1720-10 #9053870 for sale

RAM OPTICAL INSTRUMENTATION 10-1720-10 is a specialized optical comparator designed to help ensure precision in a variety of industrial applications. It is a digital optical comparator, designed to measure and process objects using digital imaging technology. This comparator uses a combination of image capture and illumination elements to facilitate high-precision measurements. The instrument is equipped with high-resolution laser scanners and lenses, allowing it to measure size, location, form, and appearance of an object. The measurements are recorded and displayed on a digital display. The instrument is capable of measuring objects to within 10 nanometers. The instrument features a digital display monitor that allows users to view the measurements taken and to analyze the data obtained. It also comes with an operator panel that provides easy access to functions, features, and settings. A standard keyboard and mouse are provided with the instrument, enabling users to input commands and navigate the digital display screen. 10-1720-10 is also designed to work in tandem with other industrial equipment. It is compatible with many surface vision systems, such as coordinate measuring machines and coordinate measuring cameras. It can also be connected to a variety of 3D printers, allowing users to quickly and accurately create improved 3D objects. The instrument is built from durable materials, making it capable of withstanding harsh environments. Its components are carefully shielded from dust and moisture, and a variety of safety features can be employed to ensure consistent operations. The instrument is powered by a 100-240 VAC power source, making it easy to use with a wide variety of industrial machines. RAM OPTICAL INSTRUMENTATION 10-1720-10 is an extremely versatile instrument. Its durability and portability make it ideal for a wide variety of industrial settings. It is fashioned with the latest in cutting-edge technology, making it possible to measure and process objects with unprecedented accuracy.