Used AMAT / APPLIED MATERIALS CENTURA #9146406 for sale

AMAT / APPLIED MATERIALS CENTURA reactor is the industry standard for high-performance semiconductor manufacturing. This tool delivers best-in-class data and features unmatched flexibility to design and create robust, high-yielding semiconductor devices. AMAT CENTURA reactor is designed with an OP-Cell feature allowing for highly efficient and precise control for films with multiple elements. The tool is made up of three main components: a vacuum chamber, gas injection/mixing system, and process control electronics. At the heart of APPLIED MATERIALS CENTURA reactor is its vacuum chamber. This is a robust stainless steel sealed chamber with carefully matched components that enable advanced levels of pressure control and gas mixing capabilities. It is made compatible with both low and high-pressure processes so users can tailor their conditions to match the specific application. The process control electronics of CENTURA include sensors, gauges, and control electronics that allow for precision monitoring of the process. It also includes software enabled by AMAT CENTrace process control platform which provides a graphical user interface (GUI) and data analysis capabilities to ensure that all parameters can be precisely controlled and monitored. This ensures that all films conform to the user's specifications and yield optimal results. The gas injection/mixing system is a device within AMAT / APPLIED MATERIALS CENTURA that injects, mixes, and distributes gases within the chamber. This system, in combination with the chamber, enables the user to control various parameters of the process, including film composition throughout the deposition process. It is also engineered to ensure that all gases and vapors remain within their specified delivery range. This is critical to both deposition yield and reliability. AMAT CENTURA is capable of producing films that are perfectly suited for Advanced Packaging, Memory, CMOS Image Sensors, MEMs, and High-Speed. Its flexibility, accuracy, and repeatability make it a top choice amongst engineers and researchers. It has proven to be a reliable and powerful tool, enabling users to design and create robust, high-yielding semiconductor devices.