Abstract

AbstractThe development of ultrafast lasers with higher functionality as a result of recent advances in the study of light‐matter interaction has revolutionized the micromachining of materials with greater accuracy and a smaller heat‐affected zone. The popularity of femtosecond lasers in industry has furthered enhancements to their flexibility and efficiency, including different methods of operation such as in the FemtoLux 30, enabling new techniques in material processing.

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