Used RUDOLPH / AUGUST S300 #9355323 for sale

RUDOLPH / AUGUST S300 Ellipsometer is an automated, fully-integrated equipment specifically designed to measure multiple parameters of a sample's optical properties, such as thin film thickness, film index, extinction coefficient, roughness, admittance, and absorption coefficient. AUGUST S300 system is a compact, one-piece instrument that is highly accurate and simple to use. The sample is placed on a specimen holder and illuminated with an incident light from a variable-wavelength HeNe laser. The laser light is then directed at the film samples at varying angles of incidence. The reflected light is then detected and analyzed by RUDOLPH S300 unit which uses a PMT (Photo-Multiplier Tube) detector to measure and store the intensity and angular information of the light. The data collected by the machine is then used to determine the optical parameters of the sample. S300 tool has a dual-axis geometry and uses a unique shearing mechanism for angular reference, allowing for precision rotation and precise value of incident angles. The instrument also has a wide dynamic range of measured optical parameters and is able to perform measurements for a wide variety of sample types including transparent, opaque, reflecting, and scattering. In addition, RUDOLPH / AUGUST S300 is equipped with a web-based interface for remote operation and analysis of the collected data. This interface also provides extended control features and enables users to acquire and store measurements. Additionally, AUGUST S300 can also generate reports of data collected or even create animated images of specific parameters to help visualize the optical characteristics of the sample. RUDOLPH S300 Ellipsometer asset is an ideal solution for thin film thickness measurement and characterization of optical parameters. The highly precise measurements, wide range of sample types, and superior reporting features make S300 model a must-have for anyone who needs to accurately analyze the optical characteristics of a sample.