To enhance the performance of anode-supported SOFC, single cell fabrication procedure was changed for better and resulting power generating characteristics of single cell were investigated. Liquid condensation process was employed for the granulation of NiO/YSZ powder mixture and the produced powder granules were compacted into anode green substrate by uni-axial pressing. YSZ electrolyte was printed on green substrate via screen-printing method and co-fired at 1400$^{circ}C$ for 3 h. LSM/YSZ composite cathode of which the composition and heat treatment condition was adjusted to minimize the polarization#resistance with AC-impedance spectroscopy, was screen printed. The final single cell size from this multi-step procedure was 5${ imes}$5 $ extrm{cm}^2$ and 10${ imes}$10 $ extrm{cm}^2$. The maximum power densities of 5${ imes}$5 and 10${ imes}$10 single cells were about 0.45 W/$ extrm{cm}^2$ and 0.22 W/$ extrm{cm}^2$ at 800$^{circ}C$, which are two times superior than those from single cells fabricated by the conventional process in previous our work.