Used ULVAC SRH-820 #9055119 for sale

ULVAC SRH-820 is an advanced sputtering equipment that is used widely in the production of various materials including thin films, biomaterials, and semiconductor devices. It features an advanced control system, high efficiency, and high accuracy. ULVAC SRH-800 series have a maximum power output of 8kW and are equipped with both radio frequency and direct current magnetron sputtering sources. The power of the sputtering source is adjustable from 0 to 8kW, allowing for a wide range of applications. Depending on the needs, the RF and DC power sources can be used together or separately. The sputter rates are also adjustable to deliver controllable thin film deposition rates. ULVAC SRH 820 unit is equipped with advanced fluid flow control and temperature control systems, providing precise and reproducible results. The pressure in the chamber can also be easily adjusted, ranging from low vacuum to ultra high vacuum. It allows for more reliable substrate cleaning as well as better adhesion of the thin films. ULVAC machine has a real time monitoring tool that allows users to monitor the process of film deposition and make any necessary adjustments in real time. The asset also has a built-in threat safety features, ensuring the safety of the user and the environment. SRH-820 is capable of high rate sputtering, meaning a higher deposition rate with a higher quality thin film surface. This makes it a great choice for areas such as thin film solar cell production and thin film electronics. It is also suitable for the production of superconducting materials. SRH 820 has a wide range of standard accessories and optional parts, providing users with great flexibility. Dedicated options allow users to adjust the thin film deposition parameters, allowing for higher precision and repeatability. ULVAC SRH-820 provides users with a fast and efficient tool that produces quality thin films with great reproducibility and accuracy. It is well suited for various thin film applications and is an excellent choice for the fabrication of a variety of materials.