Used VISIONIX VM-2500 #9395907 for sale

VISIONIX VM-2500 is a versatile laboratory equipment and accessory designed to enable users to explore a variety of optical phenomena. It is an excellent tool for teaching and researching optical effects such as refraction, diffraction, interference, polarization, and total internal reflection. VM-2500 operates with a combination of two separate components; the optical rail base station and the mounted optical table. The optical rail offers five adjustable rails for supporting the optical table's optics, and an adjustable bend radius. The optical table itself is made from rigid aluminum with precision-molded edges to ensure accuracy and stability of the optics it contains. The table supports up to eight optical benches, with each one equipped with adjustable mirrors, lenses, and prisms. In addition to the basic optics components, VISIONIX VM-2500 also has numerous opto-electronic accessories, such as a light-modulated beam selector, beam compressor, variable angle transmission prism, and optical fibers. These can be used to create and study a variety of optical effects, such as different beam patterns and beam diameter alterations. VM-2500 includes a 5m output cable, for connection to external electronic equipment like computers and oscilloscopes. This allows the user to view, record and analyze the optical effects being studied. VISIONIX VM-2500 has a USB port for data transfer and can be controlled through VISIONIX software. The software can be used to set-up and control VM-2500 as well as generate graphical displays, allowing a more detailed analysis of the optical effects. The built-in software also enables the user to store and recall previous settings and experiments to facilitate experiments that can be repeated. VISIONIX VM-2500 is an excellent tool for a variety of lab applications, providing the user with an accurate and reliable way to measure and study optical effects. With its adjustable optics and numerous opto-electronic accessories, VM-2500 allows the user to explore multiple optical phenomena for educational or research purposes.