Used PERKIN ELMER 4400 #293735004 for sale

PERKIN ELMER 4400 sputtering equipment is a high-precision deposition system designed to provide fast, uniform, high-density and reliable results. This unit utilizes physical vapor deposition (PVD) technology, which works by heating a target material, typically a metal, to create a vapour that is then deposited onto a substrate. This process creates layers of precisely controlled thickness, with the result being a thin, dense, smooth, uniform film of pure material. 4400 is equipped with a four-source source deposition unit and a high-temperature sputter mechanism to provide superior metallization and sputter rates. Its non-invasive quick-setup design enables easy maintenance and effortless resources. Moreover, it includes a multi-zone vacuum chamber to allow multiple sputtering processes to occur simultaneously. The chamber is optimally designed for low particle contamination and high sputter uniformity over large areas. Its advanced auto-tuning algorithm ensures maximum sputter uniformity and stability over time. The control software supports complete recipe storage and control, and is compatible with multiple control systems and deposition technologies. PERKIN ELMER 4400 is ideal for industrial use and research and development applications, such as optical coatings, nitrided films, passivation films, and other thin films. Its superior sputtering rate and uniformity are perfect for complex surface engineering processes including texturing, lamination, masking, and passivation. In addition to the above, 4400 also offers reliable and fast re-work times. The scroll pump technology enables quick, easy, and effective re-work while its energetic ion source technology ensures uniform films across large machined parts. Optional features of the machine include a mass selection tool and a turbopump that provide enhanced performance. Over all, PERKIN ELMER 4400 provides superior sputtering performance for complex film and surface engineering processes. This asset offers reliable, fast, and uniform metallization processes with minimal re-work times and can be used for a number of applications including optical coatings, nitrided films, passivation films, and other thin films.