Used PERKIN ELMER 4400 #293596012 for sale

PERKIN ELMER 4400 is a state-of-the-art electron beam sputtering equipment designed to provide superior thin film deposition over a range of applications. The system features a variable gas feed line with a variety of different gases such as Argon, Oxygen, and Nitrogen. These gases are electronically controlled to ensure the highest quality and most consistent uniformity in the deposition of the thin film. Additionally, the unit is capable of controlling the temperature, pressure, and flow rate through the deposition head to tailor the thin film to specific requirements. The sputter gun, which is the instrument used to deliver the thin film in 4400, is extremely reliable and repeatable. The gun is built from premium components such as an insulator ring, ceramic anode, and feedthrough. This combination of components gives the highest level of performance, allowing for repeatable sputter times and controlled film thickness. The gun is also operated manually, so the operator has full control over the deposition parameters. PERKIN ELMER 4400 utilizes a special electron gun, which is engineered to keep the electron beam focused onto the desired area. When using a signal generator, the beam can be set to a number of different ranges in order to achieve a variety of different thin film traits. Additionally, the gun is equipped with a temperature control machine, allowing the operator to manually set the temperature during deposition. In terms of data collection and analysis, 4400 features built-in data-acquisition software. This software allows operators to access information such as deposition time, sputter rate, and film thickness. It also contains a graphical interface, which allows the operator to create deposition maps and view the data visually. Overall, PERKIN ELMER 4400 provides an excellent platform for the deposition of thin films. The precision components and electron gun work together to ensure a high-quality deposit with consistent film thickness and uniformity. The temperature and pressure control systems give users control over the deposition process, and the built-in data-acquisition software allows users to view and analyze deposition information.