Used PERKIN ELMER 4410 #9068937 for sale

PERKIN ELMER 4410 is a powerful sputtering equipment designed for a wide range of applications. Its advanced sputtering technology offers the user a precise deposition of material over large substrates in a precise and homogeneous manner. The system is made up of a variety of components, such as an AutoDrop III which is used to deposit a solid film onto desired substrate areas, allowing for substrate coating of variable thickness. The unit also includes a Mass Loader, an automated deposition machine which accurately controls and monitors deposition parameters. 4410 is equipped with a multi-channel RF Sputter Cathode which creates a uniform and homogeneous sputter profile, allowing for uniform and efficient deposition of material over large substrate areas. The tool has the capability to sputter both metal and dielectric targets for a variety of applications. The Sputter Cathode also has an adjustable pressure and variable power settings, allowing the user to control the deposition rate. The asset is highly adaptive and can accommodate a wide range of substrate types, including metals, plastics, composites, and dielectrics. It also has the ability to sputter multiple targets in sequence allowing for complex layers of materials to be deposited. With its integrated Pulsed Plasma technology, the model is capable of creating high quality films with excellent adhesion and contact resistance. PERKIN ELMER 4410 also has an adaptive load lock chamber which allows for the direct introduction and removal of substrates, providing the user with increased process flexibility and throughput. Its additional safety features make the equipment well suited for a cleanroom environment. In addition, 4410 has a digital display which provides the user with real-time updates regarding pressure, temperature, substrate area, voltage, current, and more. This system is ideal for medium to large scale production, providing the user with an efficient and reliable way to perform sputter deposition of various materials.