Used AMAT / APPLIED MATERIALS 0040-82421 #293646607 for sale

AMAT / APPLIED MATERIALS 0040-82421 is a type of chemical reactor specifically designed for the semiconductor industry. This reactor is a high temperature, chemical vapor deposition (CVD) system. It is meant for the high temperature deposition of metals, metal nitrides, oxides, and dielectrics onto the surface of a semiconductor wafer. AMAT 0040-82421 reactor is equipped with a high temperature vacuum system that allows for low pressure processing and a high degree of process control. This reactor is also equipped with a variable pressure and temperature control that allows for a wide range of temperature and pressure settings. The temperature range runs from 300 to 800 degrees Celsius, allowing for a variety of processes to be completed with great precision. The reactor also has a source gas control that allows for a wide range of source gas configurations. The reactor is designed for excellent wafer uniformity and process repeatability. This is achieved through its advanced optical monitoring capabilities that allow for both real-time and post-run analysis. On-board software controls all of the parameters including temperature, pressure, and source gas. The software can be used to adjust and optimize the parameters for each process. APPLIED MATERIALS 0040-82421 reactor is built to last with an overall rugged design. Its stainless steel chamber and passivated walls are corrosion resistant and built to last. Its integrated pumping systems provide high vacuum levels and rapid venting times. 0040-82421 is a high temperature CVD reactor specifically built to meet the needs of the semiconductor industry. Its advanced temperature and pressure control capabilities, its wide range of process capabilities, and its advanced optical monitoring system provide consistent, high performance results. This reactor is further backed by its durable design and corrosion-resistant chamber and passivation walls, meaning it can be trusted to provide reliable results for many years to come.