Used AMAT / APPLIED MATERIALS Centura Ultima #9190695 for sale

AMAT/AMAT / APPLIED MATERIALS Centura Ultima is a leading-edge etch reactor designed to perform complex processes such as etching, deposition, and implantation on sensitive substrates. It is protected by multiple enclosures to provide unsurpassed safety and cleanliness. The latest version of AMAT Centura Ultima was designed to process both 200 mm and 300 mm wafer sizes, allowing customers to choose tailored solutions for their processes. The reactor features a unique two-stage vacuum system that maintains a more constant pressure and cleanliness compared to single-stage systems. This makes the reactor well-suited for critical processes such as those required for microelectronics and MEMS production. APPLIED MATERIALS Centura Ultima is available in multiple sizes and configurations that make it suitable for a variety of processes. Multiple gas injectors and heating zones provide precise control over the process environment. The reactor also offers a high-purity metrology chamber that helps to accurately monitor the process in real time. Furthermore, the temperature and pressure in the process chamber can be precisely tuned to provide optimal results. In terms of performance, Centura Ultima delivers precise control of gas flows and homogeneity of the plasma uniformity. This greatly reduces etch loading, meaning that customers can use much lower process conditions and still achieve high etch rates. Reactor uniformity is also enhanced to make sure that the process is homogeneous across the entire area of a substrate. APPLIED MATERIALS/AMAT / APPLIED MATERIALS Centura Ultima is one of the most advanced reactors on the market. Customers benefit from an advanced two-stage vacuum system, precise temperature and pressure control, and consistent plasma uniformity. Customers can also select either of the two wafer sizes to create tailored solutions for their specific processes. All of these features make AMAT Centura Ultima an ideal choice for sensitive microelectronics and MEMS production.