Used AMAT / APPLIED MATERIALS P5000 #293774678 for sale

AMAT / APPLIED MATERIALS P5000 Reactor is a tool for processing and deposition of high-k dielectric or semiconductor materials on wafers or substrates. This reactor system is a standalone piece of equipment commonly used in semiconductor manufacturing, research and development laboratories, and universities. AMAT P-5000 has a stainless steel chamber and a quartz process chamber which enables it to run wet processes, such as chemical vapor deposition (CVD) and atomic layer deposition (ALD). A quartz plate is used to transport the substrates from the load-lock to the process chamber. The substrate-holding mechanism includes two electrodes for clamping and two for lifting, allowing for accurate substrate placement in the center of the deposition zone. The process gases are fed into the chamber via mass flow controllers. APPLIED MATERIALS P 5000 reactor also has a built-in turbo pump that can be used to evacuate the reactive gases from the reactant chamber and a cooling water system to control the chamber temperature. AMAT / APPLIED MATERIALS P 5000 reactor enables the deposition of ferrous metals, including tungsten, molybdenum, titanium, cobalt and tantalum. It is also suitable for the deposition of dielectric or semiconductor materials, such as hafnium oxide, zirconium dioxide, and aluminum oxide. AMAT P5000 reactor is designed to use several different types of process gases, such as argon, nitrogen, and methane, to produce the desired chemical reaction and form the desired film. Overall, APPLIED MATERIALS P-5000 Reactor is a versatile and powerful tool for the deposition of high-k dielectric or semiconductor materials on substrates. Its stainless steel chamber and large quartz process chamber make it ideal for wet processes such as CVD and ALD. Its temperature control, substrate-holding mechanism, mass flow controllers and turbo pump are critical for producing the desired chemical reaction and film. AMAT P 5000 Reactor is an invaluable tool for the manufacture of semiconductor materials.