Used AMAT / APPLIED MATERIALS Centura XE+ #9236897 for sale

AMAT / APPLIED MATERIALS Centura XE+ Reactor is an advanced semiconductor fabrication system designed for high-performance as well as customization for advanced device processes. It offers extreme flexibility for multi-platform process needs. It combines enhanced processes with a versatile and cost-effective platform. The robust design of the XE+ improves system performance and ensures reliable process results. AMAT Centura XE+ enables fabrication of microelectronic devices, such as transistors and interconnects. The XE+ reactor is based on the latest AMAT Centura design, utilizing a single turbo-pumped metal source stack and two unique medium-turbo pumps. The metal source stack is equipped with an advanced dual-nozzle PVD assembly, which provides superior metal uniformity on the wafer surface. The PVD assembly utilizes an optimized film geometry, allowing for improved feature size and pitch control. The use of medium-turbo pumps makes possible further miniaturization of semiconductor features, allowing for maximum scalability of device technology. The XE+ reactor is also designed for advanced wafer-scale process control and superior process robustness. The advanced process control system maximizes tools performance and yield, while offering the flexibility of adjusting tool settings for a number of different recipes for different product types. The platform allows for rapid fabrication of devices in a variety of sizes and architectures. The XE+ allows for fast production of devices that maximize cost savings and provide the highest quality product. The XE+ reactor is an essential tool for today's advanced semiconductor fabrication. It provides a high level of flexibility and customization, superior wafer-scale process control and superior process robustness, and excellent feature size and pitch control. It is an ideal solution for a wide range of applications including MEMS, IC, and logic. The XE+ is an invaluable tool for advanced semiconductor device fabrication.