Recently, industries and academic institutes have been interested in the rheology forming technology for light weight materials. However, this rheocasting process has advantages such as the high initial investment cost and the lower mechanical properties than thixocasting. In this study, the continuous fabrication of rheological material with a spiral stirring equipment(mechanical stirring system) was newly devised to overcome the disadvantages of rheocasting process. The experimental parameters were stirring time($0{sim}1200sec$), stirring velocity ($0{sim}100rpm$) and stirring temperature($650{sim}680^{circ}C$). The optimal conditions for fabricated rheological material of A6061 alloy were stirring time at 300sec, stirring velocity at 60rpm and stirring temperature at $650^{circ}C$. At these results, the equivalent diameter was $45{sim}65{mu}m$, mean roundness was $1.4{sim}1.6$ and Vickers hardness was 60Hv.