To enable the enhancement of the quality of a laminated ceramic electronic component by a method wherein a process, wherein electrode ink of a specified viscosity is printed on the surface of a ceramic green laminated material having internal electrodes, and a process for forming a ceramic green sheet in such a way as to cover this electrode ink are repeated more than one time.

Electrode ink of a viscosity of 0.01 poises or higher to 10 poises or lower is printed on the surface of a ceramic green laminated material 32 having internal electrodes 31 into a prescribed shape to form either of first electrode patterns 33 and second electrode patterns 34 having a roughness on their upper surfaces. Then a ceramic green sheet 52 secured to a base film 51 is arranged on these upper surfaces in such a way that the dried surface of the sheet 52 comes into contact with the upper surfaces, the sheet 52 is pressed to bond to the upper surfaces and the film 51 is separated from the sheet 52 to make the surface of the film 51 expose. Then, these processes are respectively conducted in the desired number of times. Lastly, this laminated material 32 is cut into a prescribed shape and after the laminated material 32 is fired, external electrodes are formed on the surface of the laminated material 32.