Used SAMCO RIE-10NS Alpha #9105716 for sale

SAMCO RIE-10NS Alpha is an etcher/asher, designed to be used in the production of integrated circuit chips. It is a high-end, high-precision etcher/asher with features that make it suitable for highly demanding production operations. RIE-10NS Alpha works by imprinting a pattern of resist material onto the substrate. This pattern is then exposed to an oxidizing agent. The process of etching or ashing involves the removal of material from the substrate to create patterns, with the resist pattern controlling the shape and size of the etched features. SAMCO RIE-10NS Alpha is designed to maximize the precision of the etching and ashing processes. It is equipped with a number of features, including an adaptive control equipment that dynamically adjusts the power input as the etching or ashing progresses, ensuring accurate patterns and rapid etching time. Additionally, the system is equipped with a high-resolution optical videomicroscope and high-precision laser for precise measurement and detection of etching and ashing progress. RIE-10NS Alpha also features a multi-stage feature recognition and mapping unit. This machine can detect and analyze pre-existing features on the substrate, allowing accurate pattern mapping even when producing complex shapes or delicate features. The substrate material is supported by a vacuum chuck collation, ensuring uniformity and consistent quality of etch results. SAMCO RIE-10NS Alpha also comes with an integrated vacuum deposition and a reactant scrubber tool. This allows for the production of higher precision etching and ashing processes, even with finer line width and smoother curves. The asset is also equipped with a high-speed data acquisition and analysis model, which can be configured to automatically analyze etched patterns and produce detailed reporting for feedback and improvements. RIE-10NS Alpha is designed to provide the highest quality of etching and ashing for the production of sophisticated chips. Its combination of advanced features and user-friendly operation makes it suitable for the demanding applications in semiconductor production and other related areas. It is highly reliable, easy to operate, and has a long service life, making it an ideal choice for precise and efficient production of complex designs.