Used AMAT / APPLIED MATERIALS Producer #9293602 for sale

AMAT, Inc. (APPLIED MATERIALS) is a leading manufacturer of advanced materials processing equipment and provides the best-in-class products and services that enable customers to produce the world's highest performing, cost-effective semiconductor chips, flat panel displays, and photovoltaic solar cells. Their flagship products are their custom-designed reactor platforms, made to process a wide variety of materials. Developed for high-volume production in the cleanroom, AMAT / APPLIED MATERIALS reactors provide the reliability, precision, speed and flexibility needed to fabricate high-end integrated circuits, organic materials, and nanostructures for both semiconductor and other markets. Designed to safely process materials and structures of various sizes, the reactors can be used to produce deposited layers, replace the costly etching steps traditionally used, and enable production of complex three-dimensional structures. Their reactor systems allow manufacturers to precisely control the depth and width of the film deposition, which enables them to achieve the exact dimensions and features required for their application. The reactors also provide a high degree of uniformity across the entire wafer, thereby increasing the yield of high-precision devices. AMAT reactor systems are built with robust automation capabilities to ensure high throughput. They feature advanced monitoring and control of wafer environmental conditions, as well as self-diagnosis functions for maximum reliability. They are also equipped with a variety of safety features, including gas and RF control systems, to ensure optimum safety and performance during the processing operation. Finally, APPLIED MATERIALS reactor systems support a range of post-processing techniques, such as temperature anneal, laser anneal, direct-write lithography and nanoimprint, allowing customers to exploit these techniques to further enhance device performance. These systems offer highly optimized, reliable, and efficient processing of high-performance materials, enabling customers to achieve best-in-class device performance.