Used AMAT / APPLIED MATERIALS Centura HT #9206303 for sale

AMAT / APPLIED MATERIALS Centura HT is a fully automated reactor equipment designed to provide high throughput processing capabilities for a variety of II-V and III-V materials. AMAT Centura HT consists of several components including a processing chamber, a base unit, a vacuum chamber, a loadlock, and a controller. The processing chamber is made of stainless steel and is mainly used for high temperature substrate processing. It is equipped with a gas delivery system, a heating element, and a temperature control unit. It features a large window for viewing of process results as well as a gas management machine for easy control of flow and pressure. The base unit houses all the electrical components, such as the controller and the power supply, as well as the various gas inlets and outlets. It also provides the connection to the vacuum chamber and the loadlock. This unit is controlled by a graphic user interface and allows users to select the desired parameters for a particular process. It also includes safety interlocks. The vacuum chamber is located at the top of the reactor and is used as an isolation chamber. It is made of stainless steel and has a special design that minimizes atmospheric contaminants from entering the chamber. It also features a gas management tool and includes a pressure regulator to help regulate the pressure in the chamber. The loadlock is the entry point to the reactor where the wafers are placed. It is made of polycarbonate and provides a secured door to prevent contamination of the process chamber. The loadlock is equipped with an inert gas atmosphere to help reduce contamination. The controller is where the entire asset is managed and controlled. It is located within the base unit and is responsible for the operation of the furnace. It features a graphical user interface and allows users to program and control various parameters of the process. APPLIED MATERIALS Centura HT is an efficient and reliable tool for high throughput II-V and III-V material processing. It is equipped with a wide range of features that help ensure quality results in a short amount of time. As a result, this reactor model is well suited for applications in both research and industrial settings.