Al2O3-ZrO2(Y2O3) eutectic ceramics were produced by a laser engineered net shaping system. We preliminarily explored the law of forming morphology, internal cracks and pores of the ceramics with the change of laser power. X-ray diffractometer analysis and scanning electron microscopy observation were carried out for the sample phase composition and microstructure, respectively. The research indicates that higher laser power can get less internal cracks and pores of ceramic samples. The microstructure shows a well-ordered cellular eutectic structure made up by a homogeneous distribution of very fine submicron levels t-ZrO2(Y2O3) fibers embedded in the cellular. Periodic banded structure appears in the vertical direction of deposition due to the characteristics of layer by layer accumulation by laser engineered net shaping processing