In this study, to fabricate a low-resistance and high optical transparency electrode film, the following steps were performed: the design and manufacture of electroforming stamp, the fabrication of a thermal roll-imprinted polycarbonate (PC) patterned films, the filled low-resistance Ag paste using doctor blade process on patterned PC films and spin coating by conductive polymers. As a result of PC films imprinted line width of $26.69{pm}2;{mu}m$, channel length of $247.57{pm}2;{mu}m$, and pattern depth of $7.54{pm}0.2;{mu}m$. Ag paste to fill part of the patterned film with conductive polymer coating and then the following parameters were obtained: a sheet resistance of $11.1;{Omega}/sq$ optical transparency values at a wavelength of 550 nm was 80.31 %.