Used AMAT / APPLIED MATERIALS 0100-14630 / 0600-76128 #293655168 for sale

AMAT / APPLIED MATERIALS 0100-14630 / 0600-76128 is a multi-function reactor designed for rapid materials research and process optimization. It is designed to optimize the production of advanced materials and technologies such as semiconductor and photovoltaic devices, LCD displays, and polymer compounds. It consists of three main parts: a vacuum chamber, a substrate holder, and a selection of gas and liquid sources. The vacuum chamber is at the heart of the reactor, and is designed to contain highly reactive gaseous or liquid chemicals under precise vacuum and pressure levels. In particular, the chamber's advanced in situ characterization capabilities allow the precise control of source materials, enabling the modeling of processes such as growth and etching in a precise manner. In addition, the chamber is also able to manage advanced material processing of high critical dimension (CD) semiconductor chips, offering precise control of critical parameters such as temperature and pressure. The substrate holder is also key to the reactor's functionality. It is designed to tightly secure any substrate to be processed, allowing for precise manipulation of the material. It is designed to accommodate a wide range of substrates, from wafers to sealed packaging to fused silica. Finally, the advanced gas and liquid delivery system is designed to allow precise control of the reaction chamber environment. By managing the precise delivery of gases, liquids, and solids, it is possible to precisely control the reaction environment of the chamber and thus optimize resulting processes and materials. Overall, AMAT 0100-14630 / 0600-76128 is a highly advanced deposition and etching system designed to enable precise control of materials processes. It is equipped with in-situ characterization capabilities, an advanced substrate holder, and a liquid and gas delivery system. With APPLIED MATERIALS 0100-14630 / 0600-76128, advanced materials and technologies can be developed with maximum efficiency and precision.