Teemu Sandelin
Papers
1
Total Citations
3
H-Index
1
About
Teemu Sandelin’s research career has centered on precision microassembly and the integration of miniature components, with a particular focus on robotic handling and adhesive joining technologies for MEMS and semiconductor packaging. His most cited work, "Robotic assembly and joining of miniature and MEMS components using adhesive films – test environment and experiences" (2004), provides foundational insights into the complex interplay between adhesive film properties, robotic precision, and process parameters during automated assembly. This study systematically examines the critical factors—from material characteristics to machine calibration—that determine the success of adhesive-based joining operations, addressing a key bottleneck in miniaturized electronics manufacturing. While his citation count reflects the specialized nature of his field, Sandelin’s contributions have practical significance for industries transitioning from liquid glues to film adhesives in PCB mounting and microelectronic packaging. His work offers engineers a structured methodology for optimizing assembly yields, demonstrating how careful test environment design can predict and improve real-world production outcomes. For students and researchers in microassembly, Sandelin’s research remains a practical reference point for understanding the challenges of scaling down joining processes.
Research Focus
Key Achievements
Top Papers
- 1