Electrochemical Deposition Based Micro-Additive Manufacturing System

Abstract

Metal-based micro-manufacturing involves fabricating miniature components using micro-tools while maintaining tolerances to only a few microns. This precise manufacturing method enables engineers to create tiny and intricately designed parts that find applications across various aerospace, automotive, and biomedical industries. The increasing demand for microelectromechanical systems (MEMS), including actuators and sensors, underscores significant micro-manufacturing techniques while producing these components. Metal-based micromanufacturing techniques often involve material deposition at an atomic level utilizing the electrodeposition principle, ensuring precise and accurate features. To achieve effective micromanufacturing, specialized machinery equipped with high-accuracy motion systems capable of submicron resolution, high-speed spindles, and miniature-cutting tools are essential. These advanced tools and systems enable the demanding requirements of micro-manufacturing processes, ensuring the production of high-quality micro components.