Used AMAT / APPLIED MATERIALS P5000 #9366002 for sale

AMAT / APPLIED MATERIALS P5000 is an atmospheric plasma (AP) reactor for high speed, precise ionized gas processing applications. AP reactors operate at low temperatures (~400°C) and allow materials to be processed at high rates. This makes them suitable for mass production or research applications. AMAT P-5000 features a linear, top-loaded chamber with a remote plasma source. It works by combining inert gases such as argon, krypton and nitrogen with reactive gases such as oxygen and ammonia in a sealed chamber. These gases are ionized by a high-frequency voltage and become plasma, creating a strongly ionized environment. This plasma is used to process materials inside the chamber, such as enhancing adhesion, creating thin film coatings, or producing an organic film for OLED displays. The process is faster and more efficient than other methods such as sputtering or physical vapor deposition. APPLIED MATERIALS P 5000 uses focused surface processing to achieve uniform thin film surfaces. This feature also reduces edge effects and enables shapes to be coated with uniform results. AMAT P 5000 also features digital process controls which allow the user to tightly control each process step. A touchscreen-based control systems makes this possible while also providing a real-time display of the process parameter. AMAT / APPLIED MATERIALS P 5000 is suitable for a wide variety of materials, including metals, plastics, and ceramics. It is designed to be used with any reasonable vacuum system and has a maximum operating temperature of 250°C. This makes it an ideal choice for many research applications. Overall, P 5000 is an efficient, high-quality atmospheric plasma reactor designed for mass production or research applications. It features top-loading, digital process controls and a touch screen-based control system for precise performance. With the ability to process a wide range of materials and high precision surface processing, P5000 is a valuable tool for many industries.