Used AMAT / APPLIED MATERIALS Centura ACP #293704588 for sale

ID: 293704588
Wafer Size: 12"
Vintage: 2010
EPI System, 12" (2) Chambers EFEM Factory interface (2) TDK Load ports YASKAWA Robot Wafer aligner ACM MF with batch L/L FES FIS RTS (2) Gas pallets (2) Batch load locks (2) Cooling stations VHP Robot Single arm Facility tray Upper frame Cooling module Gas panel remote with controller Chamber AC Rack UI Touch screen Stand H2/N2 Pallet Cover Door Water box Miscellaneous parts Process kits Chamber A: HORIBA Z500 Mass Flow Controller (MFC) Gases / Flow H2 / 100 SLM H2 / 30 SLM HCL / 500 SCCM PH3 / 500 SCCM HCL / 20 SLM DCS / 500 SCCM Chamber C: UNIT INSTRUMENTS Mass Flow Controller (MFC) Gases / Flow H2 / 100 SLM H2 / 30 SLM HCL / 500 SCCM PH3 / 500 SCCM HCL / 20 SLM DCS / 500 SCCM 2010 vintage.
AMAT / APPLIED MATERIALS Centura ACP is a high-throughput, automated reactor equipment engineered by AMAT for the processing of advanced material and device structures. The system is designed to enable researchers and scientists to rapidly experiment with process parameters, create and refine new materials, and achieve higher yields in complex production processes. The unit features integrated components and processes, a process robotics core, and intelligent automation that allow for the development of industry-leading substrates, advanced materials, and device structures. AMAT Centura ACP reactor machine is powered by a unique and innovative process robot core, referred to as the pRobot. This core is responsible for providing effective and reliable automation of the tool's processes and operations. The pRobot contains a network of electronically controlled robotic arms that enable users to remotely monitor, manage, and control a variety of asset parameters and processes. This core helps ensure that the model operates reliably and consistently and that users can easily and quickly reconfigure or change process schemes as necessary. APPLIED MATERIALS Centura ACP equipment also features advanced tool monitoring, automation, and substrate tracking capabilities. These advanced features help minimize substrate damage, optimize cycle time, reduce total costs, and ensure accurate and reliable fabrication of product structures. Additionally, the system is designed to be remotely monitored and operated, making it easy for operators to stay informed about the unit's current status and performance. This real-time monitoring also allows operators to quickly respond to changes in process conditions, ensuring that process yields are maximized. Centura ACP reactor machine offers users a high degree of flexibility with its variety of process optimization tools. These tools include software tools for substrate preparation, thermal mapping, flat-rate scheduling, optimized process management, and more. Additionally, the tool features tools such as cycle recipes, finish line recording, and optimization reports. These advanced tools help ensure that the asset is optimized for automation, enabling users to quickly and accurately process a variety of substrates and to meet their advanced fabrication needs. Overall, AMAT / APPLIED MATERIALS Centura ACP reactor model is an advanced and highly efficient tool that is designed to help users create and develop advanced substrates, materials, and device structures. It is designed to ensure high yields, consistent performance, and reliable automation. Additionally, the equipment's sophisticated tools and utilities help users develop and refine processes quickly and easily. The system is an excellent choice for a variety of research and production applications.
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