Used AMAT / APPLIED MATERIALS AMC 7821 #9281782 for sale

AMAT / APPLIED MATERIALS AMC 7821 is an advanced reactor chamber offering superior performance and safety features. This reactor is ideal for creating nanoparticle precursors in ULSI applications, in addition to new materials research. It is composed of an Ultra High Vacuum (UHV) vessel made of aluminum or stainless steel. It has a central reaction chamber, where the sample is prepared and heated. Crucial features include a thermal heating element with an integrated magnetic field sensor; a gas-cooled thermal shield; an electrode that creates an electrical current for the reaction process; and an gas inlet and a gas exhaust. The combination of temperature and backward-biased electron flow of this device makes it suitable for a wide variety of applications, including semiconductor thin films, homo-epitaxy, and deposition of special materials. It also facilitates study of nanostructures and new materials. The vital safety element of AMAT AMC 7821 is its advanced gas flow control system. It monitors and regulates up to six gases in the reaction chamber, in addition to controlling the vacuum and temperature levels accurately. This helps to reduce the risk of explosions due to overheating as well as contamination of the sample and environment. APPLIED MATERIALS AMC 7821 has an ideal power-to-weight ratio and is suitable for high load processing. It is characterized by short processing times, high particle throughput, and flexibility. This allows an operator to adjust the voltage, the temperature, and the gas proportion with ease. This reactor is also extremely reliable and can tolerate a wide range of extreme temperatures and operating conditions. In summary, AMC 7821 is an advanced reactor chamber suited for both low and high load processes. It has excellent safety and performance features, making it ideal for a wide variety of applications including nanomaterials research. This reactor offers superior power-to-weight ratio, fast processing, and extreme levels of reliability.