Design of an all-liquid anamorphic imaging device

The design of a novel anamorphic optofluidic imaging system based on pair liquid lenses whose toroidal surfaces create different optical powers in the symmetry-axes is presented. Using electrowetting-ondieletrics for actuation, cylindrical fluidic actuated by 32 azimuthally-distributed electrodes allowing definition non-rotationally-symmetric surface shapes. We present and simulation this show that an ratio 1.43 at maximum field view 6:82° attainable.