Used AMAT / APPLIED MATERIALS Centura ACP #9314859 for sale

AMAT / APPLIED MATERIALS Centura ACP is a powerful and reliable reactor used for semiconductor fabrication. The ACP reactor is designed to deposit, etch, and process materials for a variety of integrated circuits. Its hardware capabilities include: 1) Broad wafer size range: the ACP can accommodate multiple wafer sizes with temperatures ranging from standard room temperatures to high temperature processes; 2) Precise temperature control: the ACP has a closed loop control equipment, which ensures precise temperature control in all processes; 3) High repeatability: the ACP's uniform flow generator 10 ensures high repeatability in the deposition and etching process; 4) Precise process gas delivery: the ACP can precisely deliver multiple gases simultaneously with calibration accuracy up to 4 sigma; 5) Endpoint monitoring: the ACP contains the capability to monitor endpoint conditions through optical or other methods; 6) Process monitoring: the ACP is equipped with leakcheck sensors and an advanced process monitoring system (PMS) to precisely monitor the process in real time; 7) Advanced safety interlock unit: the ACP is designed with a state-of-the-art safety interlock machine, keeping the process safe and efficient; 8) Automatic substrate loading/unloading: the ACP has an automated cassette loading tool, making the loading, unloading, and exchange of substrates and cassettes extremely efficient; 9) Area-segmented resources: the ACP can allocate area-segmented resources for plasma, temperature, or pressure to optimize the processing conditions; 10) Fast cycles: AMAT Centura ACP is designed to deliver high throughput with the fast processing cycles. In summary, APPLIED MATERIALS Centura ACP reactor is an advanced and reliable equipment used for the deposition, etching, and processing of materials for semiconductor fabrication. Its hardware capabilities and safety interlocks asset make it a reliable and robust reactor that can be used in numerous applications.