Abstract: A method for manufacturing a liquid crystal display (LCD) panel, which uses an inkjet process to locate the spacers adjacent the protrusions to uniform the thickness of the liquid crystal layer. The spacers are located in the regions which are under/above the black matrix or the metal lines. Accordingly, the light leakage caused by the spacers is not present in the pixel region. Thus, an inventive LCD device can avoid the problem of light leakage generated by the pixel region of an LCD device with the conventional scattered spacers, and provide a high-contrast display quality. Further, the cost for manufacturing LCD devices can be effectively reduced, and the requirement of large-sized panel development can be met.