Laser beam welding is a versatile and highly efficient joining process widely employed in various industries. Achieving optimal welding parameters is critical to ensure the quality and efficiency of the welds. This study presents a comprehensive investigation of laser beam welding process parameters using the Taguchi methodology for optimization. By systematically varying key parameters such as laser power, welding speed, focal length, and beam diameter, and employing robust experimental designs, this research aims to uncover the most influential factors and their interactions on weld quality. The findings offer valuable insights for fine-tuning laser beam welding processes, enhancing weld performance, and reducing defects.

Laser Beam Welding, Taguchi Methodology, Optimization

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