Used NOVELLUS MB2 #100079 for sale

NOVELLUS MB2 is a state-of-the-art sputtering equipment designed for high-throughput, high-precision, and repeatable applications. The system provides a robust and efficient platform for advanced deposition processes. MB2 sputtering unit is capable of producing highly uniform, conformal films with excellent step coverage across large and small substrate areas. NOVELLUS MB2 is powered by a unique Digital TVB (Thin Film Vanadium) technology which uses high-power radio frequency sputtering to enable fast and efficient deposition. The advanced control machine allows for precise and repeatable sputter deposition processes, providing excellent material consistency, as well as uniform thickness across the entire substrate. The Digital TVB also features advanced QuickStart parameters and multiple process presets, allowing operators to quickly and accurately set up and run multiple deposition processes. MB2 offers a unique two-chamber design that offers flexibility and efficiency in use. The primary deposition chamber is large enough for substrates up to 200mm and the small sample chamber handles up to 75mm substrates. The sample chamber can be tuned independently from the main chamber, allowing for higher throughput in the main chamber and more optimal processes in the sample chamber. The tool is equipped with a variety of gases, including Ar, O2, and N2 for chemical vapour deposition processes. NOVELLUS MB2 also features process monitoring systems, such as Quartz Crystal Microbalance/Quartz Crystal Impedance (QCM/QCI) sensors and Optical Emission Spectroscopy (OES) sensors. These monitoring systems are used to closely monitor and accurately control the deposition process, ensuring a high degree of precision and repeatability. MB2 offers a variety of tools and technologies that make it a great choice for various applications, such as optoelectronics, microelectronics, and power devices. With its combination of advanced features and reliability, NOVELLUS MB2 is an excellent choice for precision deposition processes.