Used SHEFFIELD SCHAUDT 1808-M #9014646 for sale

SHEFFIELD SCHAUDT 1808-M is a precision optical comparator that was designed with the intent of providing an accurate, efficient way of inspecting and measuring high precision parts. It operates on the principle of projecting an image onto a view screen from a reclining overhead machine. 1808-M utilizes an optical projector which utilizes two mirrors allowing for an enlarged, upright image on the viewing screen. It includes a circular table with a center hole where the work-piece is placed, and a transparent glass used for placing precision measuring instruments. The high contrast image formed by SHEFFIELD SCHAUDT 1808-M is ideal for inspecting and measuring parts with surface finishes or tight tolerances. 1808-M consists of a two-axis ring illuminator which is used to provide illumination for the part that is being measured. This illuminator is adjustable and is capable of producing four different light conditions - normal, bright center, dark center, and bright field. The adjustable brightness and size of the image allow for the highest precision measurements. SHEFFIELD SCHAUDT 1808-M has the capacity to perform linear, diameter, and depth measurements, as well as complete optical scanning of parts for surface finish or other details. This allows for measurements to be inspected and compared quickly and accurately. 1808-M is ideal for measuring the complex geometries of parts such as splined shafts, gears, and camshafts. SHEFFIELD SCHAUDT 1808-M is capable of digital data output which can be utilized by the user. Digital data output includes on-screen display of data, as well as the ability to export data to an external network. This digital data output capability provides the user with a comprehensive range of inspection options such as programmable product reports, statistical process control, and a host of other options designed to increase production efficiency. Overall, 1808-M is an accurate and reliable optical comparator that offers a range of features and capabilities to ensure accurate, efficient inspection and measurement of parts. It is highly suitable for precision parts requiring tight tolerances and complex geometries. It is able to output digital data for further analysis and provides an efficient way of meeting industry standards.