Used NEWPORT Optical bench #293666802 for sale

NEWPORT Optical bench is a versatile and essential piece of laboratory equipment used for experiments that require precise alignment of optical components. It is the perfect tool for beam conditioning and precise measurement of optical geometry, and is designed to reduce the time-consuming setup of optical experiments. Optical bench is an ideal solution for any application where precise optical measurements and alignment is required. NEWPORT Optical bench features a modular design which can be adapted to fit any optical experiment. It consists of a main base with an adjustable base plate, two mounting rails, two locking knobs and several support posts, enabling the user to quickly and easily adjust the distance and angle between components for precise measurements. The adjustable base plate allows for precise alignment of the optical elements, and allows for the creation of a stable base from which to attach components. The twin locking knobs can be used to firmly lock the base plate in place, allowing for precision measurements to be taken over time without having to readjust the optical elements. In order to provide stability and reduce vibration, Optical bench also feature four adjustable feet which enable the entire bench to be leveled and positioned correctly. The support posts provide steadiness during mounting of components, as well as mounting of accessories. Furthermore, NEWPORT Optical bench includes a full set of adjustable mounting accessories, providing a comprehensive list of options to complete even the most complex optical experiments. Optical bench is available in a variety of lengths and widths, and can accommodate a variety of optical components. It is well-suited for tasks such as beam profiling, beam alignment, polarization analysis, and imaging tests. NEWPORT Optical bench is an essential piece of laboratory equipment that is both durable and precise. Its modular design and adjustable base plate make it the perfect choice for any optical measurement experiment, allowing users to always get the most accurate and precise measurement results every time.