Ming Siew Tan

Papers

Total Citations

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About

Ming Siew Tan is a researcher focused on advancing electronic assembly manufacturing, particularly in the domain of lead-free soldering processes. His key research area addresses the significant cost and waste challenges associated with wave soldering with lead-free alloys, a critical concern for the electronics industry as it transitions away from lead-based materials. Tan’s most-cited work, "Robotic soldering of lead free alloys" (2018), identifies a major industrial pain point: the high dross formation in molten lead-free solder pots, which can waste up to 76% of SAC alloy bar. By highlighting this inefficiency, his research underscores the economic and material sustainability issues that plague modern electronics production. Although his citation count is modest at six, his contribution is notable for pinpointing a costly yet often overlooked manufacturing bottleneck. Tan’s work serves as a valuable resource for engineers and researchers seeking to optimize soldering processes, reduce material waste, and lower operational costs in lead-free assembly lines. His findings offer a practical foundation for future innovations in robotic soldering and process efficiency.