Used AMAT / APPLIED MATERIALS 0010-09750W #9186163 for sale

AMAT / APPLIED MATERIALS 0010-09750W is a reactor specifically designed to support precision process temperatures and a wide range of process gas flows. It has the capacity to process batches in a safe and reliable manner, while meeting exacting requirements for high-yield production and low run costs. The design of the reactor is optimized for a wide range of processes including depositions, etchings, and annealings. The reactor has a large processing area with a temperature range as wide as 1100°C and is capable of supporting gases such as nitrogen, argon, hydrogen, and oxygen. The chamber is constructed from stainless steel with a quartz viewport for easy viewing and it is designed for easy and accurate access to sample-holding wafers. The chamber also features an interactive user interface for quick and easy process controls and monitoring. The design of the reactor allows for quick processing cycles due to its advanced thermal control equipment. This system provides precise process temperatures with fast temperature ramp-up and ramp-down rates, giving users better control over deposition and etch rates. Furthermore, this unit allows for the use of multiple process recipes and recipes can be quickly changed on the fly without disrupting the production flow. This reactor is equipped with an automated wafer handling machine, which simplifies sample handling and preparation, loading, and unloading. The robotic arm is equipped with powerful electronic sensors that allow for tracking wafers accurately throughout the process cycle. Additionally, this reactor features an automated recipe management tool that stores user-defined recipes and manages recipes for multiple steps over any production run. The combination of features and technology incorporated in this reactor allow for precision process control, fast cycle times, low cost of ownership, and reliability in operation. With improved process control and higher yields, AMAT 0010-09750W is ideal for etching and deposition applications that require the highest quality standards and economic efficiency.