We provide a comprehensive portfolio of metalenses and metasurfaces for advanced beam shaping and wavefront engineering, ranging from simple converging lenses and q-plates to fully customized optical elements for complex field manipulation. Our technologies enable precise control over phase, amplitude, and polarization, supporting both scalar and vectorial optical field design.
Our capabilities extend to the generation and manipulation of vectorially structured light, including spatially varying polarization states, and tailored phase and amplitude profiles. We also design and fabricate high-performance metasurface holograms for beam multiplexing, wavefront reconstruction, and image projection, as well as dot-matrix metasurfaces for optical encoding, security features, and structured illumination systems.
In addition, we manufacture large-area diffraction gratings and periodic or aperiodic metastructures optimized for spectral control, beam steering, and dispersion engineering. These platforms are scalable to centimeter-scale footprints and can be tailored for operation across the telecom spectral regions.
Our fabrication processes are optimized for high-resolution nanofabrication, uniformity, and reproducibility, enabling high-efficiency devices and consistent performance across large areas. All components are produced on 1-inch silicon wafers and delivered in standard lens mounts, ensuring compatibility with the majority of commercial optical setups and distributors.