Innovative laser additive manufacturing technique was employed to successfully repair a titanium impeller, addressing challenges related to material integrity and complex geometry. The utilization of a positive-pressure chamber ensured proper gas shielding, resulting in multiple ...

The susceptibility of titanium to oxidization poses a formidable challenge during laser materials processing, especially at temperatures exceeding 450°C. To counteract oxygen absorption, an effective shielding mechanism is imperative. Numerous shielding chambers have been explored, ...

At the Metalaser Laboratory, we developed a process for manufacturing a rotary cutter for the pelletizing process in petrochemical companies. Rotary cutters are mainly subjected to wear and cyclic fatigues due to harsh and wear-full ...