Kouta Aiuchi
Papers
1
Total Citations
4
H-Index
1
About
Kouta Aiuchi is a researcher at the forefront of robotic woodworking, specializing in the calibration and precision control of industrial manipulators for high-contact machining tasks. His work addresses a critical challenge: adapting robots traditionally used for low-force operations—like welding or transportation—to the demanding world of woodworking, where accuracy under load is paramount. Aiuchi’s most cited paper, “Calibration of Robotic Woodworking Machinery Using a Motion Capture System” (2022, 4 citations), introduces an innovative method to enhance robotic precision by leveraging motion capture technology, reducing errors in real-time tool positioning. This contribution, developed in collaboration with Miyagawa Koki Co., Ltd., directly impacts manufacturing efficiency and product quality in the woodworking industry. By bridging the gap between conventional robotics and specialized material processing, Aiuchi’s work offers a practical pathway for automating complex, contact-intensive tasks. His research not only advances industrial robotics but also demonstrates a keen understanding of real-world manufacturing constraints, making his findings valuable for engineers and students exploring automation in non-traditional settings.
Research Focus
Key Achievements
Top Papers
- 1