Used LAM RESEARCH Rainbow 4720 #293660144 for sale

LAM RESEARCH Rainbow 4720 is a state-of-the-art etcher/asher equipment used in a variety of industries for precision etching and ashing applications. This system utilizes the latest in LAM RESEARCH etching and ashing technology, allowing for the highest quality results in a variety of processes. Rainbow 4720 is designed to address the needs of the semiconductor, display, and other complex fabrication processes, offering unmatched reliability and process control in the etching and ashing process. This unit features two cascaded microwave sources that enable low-temperature processing and precise patterning through frequency and amplitude modulation. LAM RESEARCH Rainbow 4720 features a robust chamber design that is capable of withstanding high temperatures and pressure while maintaining repeatable etching and ashing results. This machine is designed for fast, accurate processing and quick turnaround times. Rainbow 4720 offers a wide range of operational capabilities and can be used for a variety of both etching and ashing applications, ranging from high-volume etching to precise patterning and etching of delicate surface features. LAM RESEARCH Rainbow 4720 features advanced voltage control, closed-loop power control, and precise process control, allowing for repeatable and reliable results. This tool is also equipped with advanced self-diagnostics, safety interlocks, and a center-mounted chamber plasma monitor asset that ensures both optimal process conditions and maximum safety for operators and technicians. Rainbow 4720 also includes LAM RESEARCH proprietary Ecosolvent dip tank model, providing precise solvent control and recovery capabilities. LAM RESEARCH Rainbow 4720 is a versatile, reliable, and precise etching and ashing equipment that is capable of providing excellent results in a variety of industrial applications. With its robust design and advanced process control capabilities, this system can ensure outstanding quality in a range of fabrication processes.