Used ULVAC ULDIS-900-CHL #9395811 for sale

ULVAC ULDIS-900-CHL is a revolutionary sputtering equipment that allows users to achieve uniform thin films with intense deposition rates. This PVD (physical vapor deposition) system is used in a range of industries, including semiconductor, display, and optical applications. The unit features high-powered DC and "true-dual RF" sputtering, making it incredibly efficient and providing maximum yield. This dual frequency allows for a greater deposition energy, resulting in increased ionization which contributes to improved homogeneity and coverage of the sputtered material. The main chamber of ULDIS-900-CHL is designed for high spatial uniformity, ensuring the layers of film are consistent throughout the whole substrate. It also incorporates a high throughput transfer robot with modules for handling up to three pieces of substrate simultaneously. It also offers a "Part Process Control" option that allows each batch to be monitored for consistency throughout the deposition process, eliminating discrepancies in the film. ULVAC ULDIS-900-CHL has an eddy current pre-clean and post-cleaner, as well as built-in cooling systems that help control the temperature within the chamber while maintaining a stable pressure. This prevents the particles within the chamber from overworking and allows for faster turnaround time. The stainless steel base and chamber are also corrosion-resistant and have an antistatic finish to prevent deposits from sticking to the walls. This further promotes efficient operation with almost no downtime. ULDIS-900-CHL machine also has a wide range of optional components available, including an automated substrate size detection feature and various etching modules for different deposition targets. Overall, ULVAC ULDIS-900-CHL is an extremely powerful PVD sputtering tool that provides optimal uniform thin films with unprecedented deposition rates. It offers a versatile range of features that enable users to perform a range of processes with increased efficiency, accuracy, and safety.