Our LF AR display delivers continuous focal depth and natural viewing experience without VAC. Moreover, our technology integrates the LF optical engine design, module calibration, and rendering engine to compensate for errors introduced during assembly. This integrated approach enable us to move our light field AR display beyond prototype and make it mass producible.

Our technology establishes a scalable workflow that integrates light-field AR display and module calibration. It characterizes assembly-induced errors and tolerance as measurable and parameterized calibration data, which is incorporated into the 3D rendering engine and Android SDK to compensate for module variations and improve display output consistency. This workflow advances light-field AR from prototypes toward manufacturable, system-integrable, and mass-producible HMD products.

By integrating optical engine design, module calibration, and the rendering engine, our technology establishes a practical productization pathway for LF AR from prototypes to commercial head-mounted devices. Our LF display technology provides a more comfortable visual experience and accurate depth perception, making it suitable for a wide range of applications, including healthcare, industrial use, education, and remote collaboration.