D. Sutter

Papers

Total Citations

H-Index

About

D. Sutter’s research centers on advanced manufacturing processes for microelectronics packaging, with a particular focus on coating technologies for large-area substrates. His most cited work, “An automated workcell for meniscus coating on 24-in packaging substrates” (2001, 4 citations), addresses a critical bottleneck in low-cost multichip module (MCM) fabrication: the need for faster, more material-efficient coaters capable of handling large substrates. Sutter’s contributions demonstrate how automated workcells can improve throughput and reduce waste, directly supporting the scalability of high-performance packaging. While his citation count is modest, his work holds practical significance for industrial process optimization, offering solutions that balance speed, material savings, and substrate size. Sutter’s research is particularly relevant for engineers and researchers seeking to enhance manufacturing efficiency in electronics packaging, where even incremental improvements can yield substantial cost reductions. His focus on automation and coating uniformity reflects a pragmatic approach to solving real-world production challenges, making his findings valuable for both academic study and industrial application.