Papers
8
Total Citations
33
H-Index
4
About
A.L. Krasavin is a researcher specializing in robotic automation, plasma processing technologies, and biomedical coating systems. Their work sits at the intersection of intelligent robotics, advanced manufacturing, and medical engineering, with a particular focus on developing automated systems for microplasma spraying of functional coatings onto geometrically complex surfaces. Krasavin's most significant contributions center on the design and implementation of intelligent robotic systems capable of autonomously planning and executing plasma deposition processes. Their 2020 paper on 3D scanning for robotic plasma processing of medical implants (8 citations) stands as their most impactful work, demonstrating how real-time surface scanning can guide robotic manipulators in applying biocompatible titanium and hydroxyapatite coatings to implants. Complementary research has explored tantalum coatings for biomedical applications and the synthesis of advanced motion-control algorithms for robotic tools. Beyond biomedical applications, Krasavin has advanced precision powder coating technologies for industrial products, contributing to surface protection in demanding manufacturing environments. Their cumulative body of work, spanning from algorithm development to full system integration, reflects a consistent drive to make plasma processing smarter, more adaptive, and clinically relevant — earning over 30 citations across a focused and technically coherent research portfolio.
Research Focus
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