Used AMAT / APPLIED MATERIALS G5 #9271269 for sale

AMAT / APPLIED MATERIALS G5 is a type of etcher/asher used in the semiconductor manufacturing process. It is a type of dry-etch technology designed to reduce the total cost of ownership and enable greater control over device fabrication. AMAT G5 utilizes a horizontal etch orientation to create a uniform gas flow across the entire wafer. This equipment uses both vacuum and high-pressure plasma to etch exposed wafer surfaces. The vacuum acts to remove particles and other contaminants that are deposited on the wafer during the etching process. The high-pressure plasma is used to etch the surface of the wafer with high precision and accuracy. APPLIED MATERIALS G5 is also scalable and configurable, making it capable of producing a variety of complex patterns with ease. Its modular design makes it easy to develop new recipes, test prototypes and increase productivity, as well as ensuring reliable processing results. The system can support multiple process chambers with the ability to process products with up to 8 inch wafer sizes. G5 also offers a choice of two etch modes; single wafer and batch wafer mode of up to 9 wafers. AMAT / APPLIED MATERIALS G5 is also equipped with advanced controls and safety features. Its process chamber features an integrated web-based interface with touch screen controls for automated process setup and monitoring. It has built in protection features such as flange leakage, process chamber overpressure shutoff, integrated fire suppression, and failsafe cooling systems. The unit also has integrated gas, power and cooling delivery systems for reliable and repeatable process results. AMAT G5 is a highly capable and versatile etcher/asher that is suitable for a wide variety of applications. This machine provides fast process control and uniform results, making it an ideal tool for research and development in the semiconductor industry. This tool is capable of providing reliable and repeatable process results while offering cost effective, energy efficient solutions.