Used LAM RESEARCH Alliance A4 9400SE #9243628 for sale

LAM RESEARCH Alliance A4 9400SE is an industry-specific etcher/asher designed to meet high-precision, high-volume manufacturing requirements. It is ideal for application in MEMS, advanced packaging, and other advanced technology industries. LAM RESEARCH ALLIANCE A4 9400 SE supplies three-dimensional, ultra-thin films which accurately control multiple layers of materials across the wafer's surface. It does this using a proprietary, high-powered Laser Ablation and Metallization Process (LAMP) to deliver superior accuracy. In addition, the platform also offers ample non-volatile memory capacity for sufficient programs and settings, while advanced process monitoring ensures reliable and repeatable results. Alliance A4 9400SE has a wide range of capabilities for etching and ashing. It can deliver highly precise etch profiles, clear cuts, fast etch speeds, and an extensive selection of shapes, sizes, and widths. Its advanced ashing process also offers high speed erosive processes that enable the efficient removal of etch material and other organic residues. Additionally, the platform provides accurate ashing for low-k dielectric materials and non-magnetic dopants. ALLIANCE A4 9400 SE also features advanced precision monitor technology (APM) to ensure accurate and repeatable resutls. This system continuously monitors the etching and ashing process, and makes real-time adjustments to ensure parameter settings are optimally maintained. This ensures that parts consistently meet the highest of product quality standards. In terms of safety, LAM RESEARCH Alliance A4 9400SE includes safeguards and security protocols to minimize risk and protect the operator. The system is equipped with guide protection systems and purge timers to minimize open gas discharge. It also features particle stray shading mechanisms and vacuum control ensures compliance with SEMI standards. Overall, LAM RESEARCH ALLIANCE A4 9400 SE is a highly efficient and reliable etcher/asher that meets the most challenging of applications. It offers superior accuracy and precision for high-volume production. This makes it ideal for a range of industries, including MEMS, advanced packaging, and other advanced technologies.