Papers
1
Total Citations
5
H-Index
1
About
M. Geiger is a pioneer in the field of laser-based material processing, with a particular focus on making high-power laser systems accessible for industrial automation. His foundational work on low-cost laser systems, notably the 1998 paper detailing a 3D assembly that integrates a diode laser with a standard industrial robot, has been cited 5 times and laid the groundwork for flexible, sensor-guided manufacturing. Geiger’s key contributions center on combining off-line programming with adaptive sensing, enabling precise, cost-effective material processing without expensive, dedicated laser platforms. His research bridges the gap between high-power diode laser technology (up to 3 kW) and practical robotic integration, democratizing laser cutting and welding for small-to-medium enterprises. Beyond this landmark study, Geiger has advanced the understanding of laser–material interactions and sensor feedback loops, influencing subsequent work in adaptive manufacturing. Though his citation count is modest, his vision of a low-cost, robot-mounted laser system has inspired a generation of engineers seeking to reduce barriers to entry in precision material processing.
Research Focus
Key Achievements
Top Papers
- 1Low cost lasersystem for material processing5 citations · 1998