In order to reduce the average reflectance of broadband antireflection surfaces,a hybrid quasi-micro-pyramid structure is fabricated via nanosecond pulse laser micro-processing,which demonstrates a 15% drop in average reflectance as compared with the uniform quasi-micro-pyramid structures.The effects of laser fluence,pulse nu mber and designed pitch are also studied experimentally and systematically.The results s how that the reflection increases with the pattern pitch,decreases with pulse number ,and a minimum in reflection is achieved at a laser fluence of 4.83J/cm².A hybrid st ructure is fabricated by nanosecond pulse laser with multiple scanning,which demonstra tes a lower reflection with a decrease of 7% and 35% in average and peak reflectances compared with its corresponding uniform structures.The demonstrated method provides an alternative and low-cost solution for broadband anti-reflection by hybrid stru ctures with normal aspect ratio rather than uniform structures with high aspect ratio. Higher antireflection performance can be expected by optimizing the laser processing parameters.