Used AMAT / APPLIED MATERIALS 7700 #9069031 for sale

AMAT / APPLIED MATERIALS 7700 reactor is an advanced chemical vapor deposition (CVD) equipment designed for a variety of research and manufacturing applications. With its unique, gas-flow-through quartz reaction chamber, AMAT 7700 reactor enables efficient deposition of ultra-thin films on substrates up to 150 mm in size and at temperatures up to 1200°C. The instrument offers superior uniformity and minimal drift during deposition, and is capable of desktop-controlled automation for maximum efficiency. APPLIED MATERIALS 7700 reactor is designed with a closed-loop, non-turbulence chamber, which enables superior control of film growth. The reaction chamber is made of quartz, which is inert and helps minimize the outgassing and condensation of reactants and products. The system is also equipped with external pressure control, gas blending, and an integrated vacuum unit. The vacuum machine ensures turbulent-free operation with low ion content in the reaction chamber. The integrated gas blending tool enables precise control of reactant ratios, allowing for precise control of film stoichiometry and high deposition throughput. 7700 reactor is fully automated and controlled through a desktop user interface. The control asset features intuitive graphical user interfaces and a highly reliable, programmable Logic Controller (PLC). The instrument includes several safety features, such as auto-shutdown in the event of a malfunction or an elevated pressure inside the reaction chamber. The model also features a full compliment of feedback sensors, which ensure precise control of temperature, pressure, and chamber flow. AMAT / APPLIED MATERIALS 7700 reactor is an ideal instrument for thin film deposition, with excellent uniformity and high throughput. Its accuracy and repeatability make it well-suited for all types of research and manufacturing applications. With its closed-loop chamber and automated control equipment, AMAT 7700 reactor is the perfect tool to help take your research or production processes to the next level.