The bevel-edge epitaxy technique demonstrated in the context of rhombohedral boron nitride (rBN) can be extended to the growth of other two-dimensional (2D) materials with specific stacking orders by leveraging the principles of lattice matching and surface energy minimization. By carefully selecting the substrate material and orientation, as well as controlling the growth conditions, it is possible to induce the desired stacking order in the 2D material. The use of vicinal surfaces with specific step configurations, similar to the bunched step edges utilized in the growth of rBN, can guide the nucleation and growth of 2D materials with precise stacking arrangements. Additionally, by understanding the interfacial interactions and energetics between the substrate and the 2D material, researchers can tailor the growth process to achieve the desired stacking order in a controlled manner.