The rapid wear of cutting tools is the key factor restricting the metal cutting efficiency and processing quality. In order to enhance the wear resistance and prolong the service life of cutting tools, and improve the machining quality of workpieces, the characteristics of texture morphology in liquid phase assisted laser processing were explored through experiments, and the differences of laser processing parameters, liquid types and texture shapes on the processed texture quality were analyzed. The results show that the scanning speed has a great influence on the texture morphology. The texture morphology processed with the aid of nitric acid and hydrofluoric acid mixed solution is better, and the liquid phase assisted laser processing technology is more suitable for large-area texture processing without specific shape.