An inexpensive device and method of fabricating microlenses able to be
pre-aligned with other optical components (e.g., mirrors, splitters, and
prisms, cylindrical lenses, plano-plates and prisms) fabricated on the
same substrate to form an integrated optical platform. This integrated
optical platform enhances optical systems by reducing coupling losses,
cross-talking, and dispersion, and allowing for the simultaneous optical
focusing of one or more light beams in a true, three-dimensional
arrangement. The novel device comprises an optical lens having an
out-of-plane orientated, optical axis (i.e., the optical axial is
parallel to the substrate on which the optical bench system is located)
with a quasi-parabolic surface.