Used LAM RESEARCH Rainbow 4500 #9262478 for sale

LAM RESEARCH Rainbow 4500 is an advanced etcher and asher equipment designed for the efficient fabrication of substrates, components and microelectronics. The system combines drum, torch and diffusion-based etch and asher technologies for increased process control and accuracy. Rainbow 4500 is an easy to use platform with a compact footprint, ideal for dealing with highly specialized substrates. It utilizes a variety of process recipes, recipe tasking, and built-in process protection and feedback features that enable the user to efficiently manage process variables. The unit is engineered with a tilt-able, high-throughput process chamber which enables efficient uniformity and repeatability in the etch and ashing process. The pressure-sealed chamber has a wide temperature range for etching/ashing, and allows for uniform temperatures as well as gas flow diffusion. The chamber is further equipped with a thruster zone for convenient substrate positioning and manipulation, as well as adjustable substrate holders for precise orientation and uniform etch/ash processes. LAM RESEARCH Rainbow 4500 utilizes a high performance torch module with a wide range of power settings and dwell times, enabling the user to achieve etch and ashing requirements with total accuracy. The torch is capable of operating with a wide range of gases, such as oxygen, nitrogen, argon, and carbon dioxide, while providing uniform and balanced temperatures across the entire chamber, resulting in optimized processes and higher yields. Rainbow 4500 also features advanced process control, as well as a variety of parameters such as pressure, temperature, and flow rate, which can be adjusted in real time or prescheduled. With its on-board recipe memory, LAM RESEARCH Rainbow 4500 can easily store and recall processes, making it easy to repeat and reproduce process results. In short, Rainbow 4500 is an extraordinarily efficient etcher/asher machine designed to help fabricate pristine substrates, components and microelectronics with unparalleled accuracy, uniformity and repeatability. The tool's advanced features, cutting-edge process control, and variable parameters make it ideal for a wide variety of applications.