Used PERKIN ELMER 2400-8SA #153592 for sale

PERKIN ELMER 2400-8SA is a sputtering equipment that provides superior thin-film deposition performance. Its applications include the production of thin films used in semi-conductor devices, optical multi-layers, and hard coatings for machine components. The system is designed for maximum flexibility and reliability, offering a wide range of customized substrate mount configurations and magnetron sources for sputter deposition. The unit consists of a vacuum chamber that can accommodate up to 8 substrates for simultaneous deposition. Each substrate is seated on an individual mount which can be easily adjusted for the desired angle and rotation. The chamber is equipped with aperture plates, allowing for variable deposition angles. The chamber is then evacuated via an oil-fed turbo-molecular pump and held at a base pressure of 8 x 10-5 mBar. The sputtering process is driven by a power supply and magnetron source, which can be set to operate in DC, pulsed DC, or RF operations. Depending on the source configuration, the machine can produce a wide range of thin films such as metal, metal-oxide, insulator, and even transparent films. In addition, the magnetron sources can be equipped with an optional rotating target, allowing for more uniform sputter deposition. A variety of process control and monitoring techniques are employed to ensure consistent and repeatable results. Pressure and temperature are measured in the chamber, and the power and voltage of the magnetron are monitored in real-time to ensure accurate control of the thin-film deposition process. 2400-8SA tool is designed for ease of use and low maintenance. Equipped with an intuitive touchscreen interface, users can quickly navigate through the menu and set-up jobs with minimal effort. Furthermore, the vacuum chamber is designed for easy access and convenient maintenance and cleaning. Overall, PERKIN ELMER 2400-8SA sputtering asset is a reliable and high-performance solution for thin-film deposition. Its flexibility, ease of use and superior thin-film deposition performance make it ideal for a wide range of industrial and scientific applications.