Challenges in laser-assisted milling of titanium alloys

Several detailed studies have comprehensively investigated the benefits and limitations of laser-assisted machining (LAM) of titanium alloys. These studies have highlighted the positive impact of the application of laser preheating on reducing cutting forces and improving productivity but have also identified the detrimental effect of LAM on tool life. This paper seeks to evaluate a series of the most common cutting tools with different coating types used in the machining of titanium alloys to identify whether coating type has a dramatic effect on the dominant tool wear mechanisms active during the process. The findings provide a clear illustration that the challenges facing the application of LAM are associated with the development of new types of cutting tools which are not subjected to the diffusion-controlled wear processes that dominate the performance of current cutting tools.

Automated summary

Detailed studies on laser-assisted machining (LAM) of titanium alloys have revealed the positive impact of laser preheating on reducing cutting forces and improving productivity, as well as the detrimental effect of LAM on tool life. The research evaluates common cutting tools with different coating types to determine their effect on tool wear mechanisms in the machining of titanium alloys, and suggests the need for the development of new cutting tools that are not affected by diffusion-controlled wear processes.