Used PERKIN ELMER 2400 #293615613 for sale

PERKIN ELMER 2400 sputtering equipment is a deposition tool for producing thin films of metals, insulators, oxides, and dielectrics on any type of substrate. The sputtering system utilizes a low-pressure environment to create a highly-uniform film that adheres tightly to the substrate. Its sputter rate and working area are adjustable, allowing researchers to layer alloys, select materials, and fine-tune the thickness of their films. In addition, its modular construction provides users with the flexibility to customize capabilities and upgrade components as needed. 2400 utilizes an isolated, evacuated load lock chamber to load substrates quickly and efficiently. A principal source of sputter is a multi-target configuration, which features accurate deposition rate and uniformity. This unit also has the ability to handle substrates up to 12x12x12 inches, with an ion beam bombardment current adjustment of up to 200mA. PERKIN ELMER 2400 includes two rotatable pedestals for substrate holders, providing excellent control over rotation speed and promoting uniform coating deposition. Magnetic Shielding is also included, resulting in unique characteristics such as a reduced arcing voltage, enhanced current distribution, and faster deposition times. Due to its careful design and manufacture, 2400 sputtering machine offers exceptional sputter rate uniformity and minimal deposition. It also maintains excellent positional accuracy and repeatability even with large substrates or multiple targets. Furthermore, its advanced software includes far-field image monitoring and can provide adjustable power, current monitoring, and target rotary rates as needed. Overall, PERKIN ELMER 2400 sputtering tool is a cutting-edge tool for creating thin films of metals, insulators, oxides, and dielectrics on any type of substrate. Its low-pressure environment, rotatable pedestals, advanced software features, magnetic shielding, and substrate size capabilities help researchers to achieve highly uniform results with close positional accuracy and repeatability.