Kai Fischer
Papers
1
Total Citations
2
H-Index
1
About
Kai Fischer’s research lies at the intersection of laser-based manufacturing, robotics, and composite materials processing, with a focus on advancing precision and efficiency in automated production. His most-cited work, "Improving accuracy of robot-guided 3D laser surface processing by workpiece measurement in a blink" (2018), introduces a novel double-beam deflection unit—a robot-guided 3D laser scanner equipped with integrated on-axis distance and temperature sensors. This innovation enables real-time workpiece measurement during laser processing, significantly enhancing accuracy for the production of structural hybrid composite parts. Fischer’s contributions are pivotal for in-mold laser pretreatment applications, integrating the scanner into a composite production cell to streamline manufacturing workflows. While his citation count is modest (2 citations for this key paper), the work demonstrates foundational impact in automated laser surface processing, offering a pathway to more reliable, high-precision robotic systems. Fischer’s achievements underscore his role in bridging sensor technology and robotics for advanced composite manufacturing, making his research particularly relevant for engineers and scientists exploring adaptive, real-time control in laser-based production environments.
Research Focus
Key Achievements
Top Papers
- 1