In this study, we decided to induce the precipitation process of SBF by means of microwave irradiation as due to the increasing of ionic interactions. In our groups' previous study, the recipe formulation of 10×SBF was modified by decreasing the concentration of phosphate sources with respect to the literature value (i.e. 3.62 vs 10 mM) to obtain suitable calcium phosphate phases for bone tissue engineering applications [28]. The result solution called as “10×SBF-like solution” promoted the rapid deposition (approx. 2–6 h) of carbonated HA with highly resorbable phases like ACP, OCP and DCPD/DCPA. Therefore, in the presented study, we used 10×SBF-like solution and it was allowed to precipitate in different microwave powers i.e. 90 W, 360 W, 600 W, and 1200 W. The obtained HA structures were characterized and their resemblances to the bone-like apatite were evaluated.