Used PHILIPS PZ 2500 #9171396 for sale

PHILIPS PZ 2500 is a high-precision optical ellipsometer that offers fast, high-accuracy ellipsometry where extreme data accuracy is needed. Its modular design allows for customized configurations, while its advanced optical, mechanical, and firmware features allow it to be used in a wide variety of measurement applications. PZ 2500 employs a rotatable analyzer mirror that allows for one or more analyzing angles to be selected from the available angles. This is ideal for applications requiring measurements to be taken from different angles and different samples. PHILIPS PZ 2500 utilizes the unique Fresnel reflection measurement technique to ensure accurate data for high-precision measurements. It operates in the 780 to 950 nm wavelength range and produces precise, low-noise results. By adjusting the instrument's model of the sample components, the ellipsometer can be configured for various molecular or nanometer-scale structures. PZ 2500 is also equipped with high power laser alignment capability, allowing users to quickly establish a stable and repeatable optical path. This feature increases productivity and accuracy, making it suitable for applications where precise alignment is required. The instrument's software package provides fast, easy configuration and data presentation. The intuitive interface and powerful analysis suite allows for easy data analysis and presentation. The easy-to-use software also simplifies complex measurement operations and data handling. PHILIPS PZ 2500 also features a liquid crystal display (LCD) which displays sample parameters and results in real time. The display allows users to accurately monitor the progress of their measurements and to identify any optically related errors. This feature increases user confidence and efficiency and allows efficient operation of the instrument. With its advanced features and fast, accurate performance, PZ 2500 ellipsometer is ideal for researchers and industrial organizations where precise, repeatable measurements are required. Its outstanding performance and flexibility make it a powerful and reliable instrument for any optical laboratory.