Used AMAT / APPLIED MATERIALS Precision 5000 #293750162 for sale

AMAT / APPLIED MATERIALS Precision 5000 is an advanced materials processing producer designed to provide high-precision and accuracy in DC and RF sputter processing. This reactor provides an unprecedented level of equipment-level accuracy and repeatability. This reactor has been designed from the ground up to ensure that the highest level of production quality is maintained in the production of advanced materials. The system is equipped with an intuitive user interface, allowing materials scientists and engineers to easily access, control, and monitor the production of advanced substrates. Its powerful and sophisticated automated processes control the precise operation of the process chamber and its environment. This allows the reactor to produce even the most complex and difficult-to-produce materials. The unit features a minimum thermal drift rate of 1ppm/°C and a number of temperature and pressure sensors to ensure accurate sputter throughout the production process. It also features a temperature control range of up to 950°C and a pressure control range of up to 1.0 torr. The efficient architecture of the reactor allows for superior materials deposition rates. With up to 30 substrate options and the ability to utilize both end point and uniform deposition modes, the machine can produce advanced substrates with superior uniformity, such as very thin films, multi-layers and embedded features. The tool comes with a variety of advanced monitoring solutions to ensure that the production process is accurately controlled and optimized. These monitoring solutions include the ability to monitor wafer temperature during deposition, measure voltage and current inside the process chamber, and also monitor deposition rate and material composition. AMAT Precision 5000 is an extremely advanced and precise materials reactor. Its sophisticated design, powerful automated processes, and high-precision control ensure that the highest level of quality is maintained in the production of advanced materials. It can process a wide range of materials at extremely high deposition rates, producing advanced substrates with superior uniformity. Its real-time monitoring capabilities provide researchers and materials scientists complete control over the production process.