Used ULVAC SME-200E #9271044 for sale

ULVAC SME-200E is an advanced sputtering equipment designed for high-performance deposition of thin films across a variety of materials and substrates. This sputter system utilizes a dual magnetron with a coaxial magnetron and target configuration, providing high deposition rates, uniform coatings, and excellent conformal coverage at low temperature. The unit can be utilized for a variety of applications including metallization processes, semiconductor device fabrication, and optoelectronic devices. SME-200E is equipped with a built-in cooling and exhaust machine as well as three-axis motion spray-gun, allowing the user to quickly move the spray-gun around the substrate to coat large areas uniformly. This tool also features a dual-beam adjustment mechanism, allowing the user to easily change the angle of incidence to create the desired deposition profiles. The unique rotating target plate allows for the use of different targets, while the user can quickly select gas mixtures for film deposition. ULVAC SME-200E utilizes a proprietary source grounding asset that increases the deposition efficiency and repeatability. This model also allows users to monitor the sputtering process, using a real-time plasma intensity monitor and process monitor. This gives users a comprehensive view of all process variables and allows them to make on-the-fly adjustments for a better deposition result. SME-200E is a fully-automated sputtering equipment with an integrated computer control system. This unit allows the user to set up the sputtering process quickly and easily and enables unattended deposition on the most complex substrates. Its modular design allows for easy maintenance and upgrades, allowing users to keep their sputtering systems up-to-date with the latest technologies. ULVAC SME-200E is a powerful sputtering machine built for high-end deposition and sputter-coating applications. With its advanced features and intuitive control tool, this sputtering asset is an ideal choice for those looking to create consistent, reliable, and high-precision coatings.