Valia Fascio

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About

Valia Fascio is a pioneer in the field of glass micro-machining, with a specific focus on Spark-Assisted Chemical Engraving (SACE) technology. Her research centers on the precise three-dimensional structuring of Pyrex glass devices, a critical capability for microengineering and robotics applications. Fascio’s major contributions include developing novel methods for trajectory control during the SACE process, as detailed in her most-cited work (2002, 14 citations), which enables more accurate and reliable fabrication of micro-scale glass components. She also advanced the fundamental understanding of the etching mechanism through force measurements (2000, 3 citations), providing essential insights into the physical interactions at play. Her invited lecture on SACE as a novel technology for glass microstructuring (2003, 3 citations) underscores her recognized expertise in this niche but impactful area. While her citation counts are modest, reflecting the specialized nature of her work, Fascio’s research has laid important groundwork for the development of glass-based microdevices, particularly in fields requiring robust, chemically inert, and optically transparent microstructures. Her contributions remain a reference point for researchers exploring alternative methods to conventional glass etching.