Previous electrically driven liquid microlenses suffer due to fluid leakage or require complex mechanical parts. Although dielectric electroactive material-based microlenses have recently been developed, they only can adjust the focal in the horizontal axis. In this study, we developed an electro-reconfigurable polyvinyl chloride-based gel with controlling the focal length and focal point simultaneously in the vertical, horizontal, and diagonal directions. The proposed microlens could be independently deformed to focus in multi-direction, yield variable focal lengths, and capture sharp images in various magnifications. In addition to simple fabrication, our microlens operates silently and consumes low power, having excellent potential for further miniaturization.