The invention discloses a stone reversing-laying technology capable of reducing cracks. According to the technical scheme, the technology comprises the following steps that S1, stone is selected; S2,lines are drawn on the back surface of each stone, and hole drilling is conducted; S3, a surface protection agent is applied to the back surface of each stone; S4, a mold release agent is applied to molds positioned at a mold platform; S5, lines are drawn on the interior of each mold, and elastic partitioning strips are pasted to the lateral wall of each stone; S6, the molds are partitioned; S7, reinforcement skeletons are poured in different areas; S8, after pouring, concrete in all areas is maintained with water and heat; S9, a mold plate is disassembled; S10, the poured concrete is subjected to strength detection, and S11, the surface of a stand column is cleaned with water. The technology achieves the technical aim of reducing cracks of the stone in the process of hot expansion and cold shrinkage.