Experimental and computational study on laser-induced microchannel topography to tailor the wettability of titanium surfaces for biomedical applications
Published online on February 24, 2026
Abstract
Proceedings of the Institution of Mechanical Engineers, Part E: Journal of Process Mechanical Engineering, Ahead of Print.
Fibre lasers are preferred for micromachining due to their superior beam quality and minimal maintenance. This study presents the fabrication of microchannels on a titanium surface using a fibre laser. Taguchi's design of experiments was employed to ...
Fibre lasers are preferred for micromachining due to their superior beam quality and minimal maintenance. This study presents the fabrication of microchannels on a titanium surface using a fibre laser. Taguchi's design of experiments was employed to ...