Used AMAT / APPLIED MATERIALS RTP #9035884 for sale

AMAT / APPLIED MATERIALS RTP is a reactor designed for semiconductor materials processing, developed and manufactured by AMAT. The reactor is equipped with advanced process control systems that ensure accurate and repeatable results. It is used in the manufacturing of integrated circuits (ICs) and designed to enable fabrication of ICs with advanced features and high performance. AMAT RTP is an advanced thermal processing system used for a variety of applications, including dielectrical deposition, diffusion, reflow, and annealing. The reactor uses cyclic thermal processing which provides faster processing cycles and improved substrate uniformity and repeatability. It is also equipped with thermal imaging technology, which provides accurate temperature control and monitoring. The reactor can be configured for a variety of processes including chemical vapor deposition, oxidation, rapid thermal annealing, reflow, and diffusion. The reactor includes a heated quartz tube, a quartz view cell, and an effusion cell. The quartz tube provides the processing space for the substrates and allows them to be heated and cooled in the controlled environment. The quartz view cell contains the reactive species, while the effusion cell provides for temperature control and allows the gas mixture to be efficiently applied to the substrate. A central controller is also included to provide process monitoring and control, as well as data logging and archiving capabilities. APPLIED MATERIALS RTP is a highly efficient, productive and reliable thermal processing system. It is designed with robust materials and processes to ensure high production rates and reliable substrate uniformity over millions of processing cycles. This reactor is a cost-effective solution for IC manufacturing applications; allowing complex processing to be completed in a shorter timeframe. It is also equipped with automated controls to ensure consistent performance and improved precision for a variety of applications. This makes it an ideal solution for IC manufacturing, allowing for more efficient processes and shorter time-to-market cycles.