Papers
2
Total Citations
11
H-Index
2
About
J. Pilarczyk is a researcher specializing in advanced laser-based manufacturing, with a particular focus on robotic laser welding and brazing processes. Their primary contributions lie in the development of automated systems for precision joining, specifically addressing the challenge of real-time joint tracking during laser welding with filler materials. Pilarczyk’s most cited work, “Spajanie laserowe z materiałem dodatkowym i mechanicznym układem śledzenia złącza” (2011, 7 citations), introduces a tactile tracking system integrated with a Scansonic ALO3 welding head, enabling robotic laser welding and brazing with wire feed. This work demonstrates a practical solution for maintaining weld quality in automated environments. A subsequent English-language publication (2015, 4 citations) further details the construction and control architecture of a station combining a disc laser and robot. While their citation counts are modest, Pilarczyk’s research is notable for bridging mechanical sensing and laser processing, offering a tangible approach to improving joint accuracy in industrial applications. Their work is particularly relevant for engineers and researchers exploring automation in laser material processing.
Research Focus
Key Achievements
Top Papers
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