Used AMAT / APPLIED MATERIALS 7700 #14280 for sale

AMAT / APPLIED MATERIALS 7700 is an advanced reactor for high-volume world class semiconductor fabrication. It is a multi-functional deposition and etch equipment. AMAT 7700 is capable of performing multiple critical processes such as deposition, oxidation, plasma etching, and deposition of flex materials in a single process chamber. It is highly customizable, allowing users to select the features they need and tailor the processes to the device being made. APPLIED MATERIALS 7700 is designed with a robust single-chamber architecture and features multiple process chambers which allow for parallel etch and deposit operations. This enables 7700 to reach a fast processing speed while maintaining quality and repeatability. Its integrated pressure control mechanism stabilizes AMAT / APPLIED MATERIALS 7700's reactive gas environment, ensuring repeatable Quality of Results (QoR). AMAT 7700 includes an intuitive, user-friendly and automated controller for rapid and robust setup, allowing for a significant increase in throughput. Its easy-to-use programmable logic control (PLC) system stores job recipes, simplifying and streamlining the process. Furthermore, the controller presents a variety of monitor capabilities that provide real-time analytics on process status and measurements, which allows for quick troubleshooting and fast course of action. APPLIED MATERIALS 7700 has several highly advanced features for uniformity and process stability. It includes in-situ and ex-situ endpoint sensors including optical emission spectroscopy (OES), forward scatter monitoring (FSM) and particle emission analysis (PEA). The reusable process chamber elements are designed to prevent contamination and support extended-term viability with automatic cleaning cycles and an on-board reactive-gas delivery unit. 7700 is designed with the highest-quality components to provide reliable and repeatable performance. Its state-of-the-art design and construction allow users to manufacture devices with excellent traceability, repeatability and scalability. Its modular and programmable architecture, coupled with its powerful controller, make it an extremely versatile machine and can support a wide variety of applications as well as future technology advances.