Open up the Possibilities of XR （Cross Reality）with Material Innovation
As XR devices transition to everyday essentials, requirement soar, exceptional clarity, precise 3D sensing, light comfort and all-day battery life. But limitation in current materials hold back the full potential of immersive, wearable XR technology.
- "Waveguide Glass" with high refractive index, ultra-smooth, and low loss that is clear, has little color distortion, and expands FOV.
- "IR Cut Filter" that suppresses ghosts and flares and maximizes clarity.
- "DOE and Diffuser" that realizes high-accuracy 3D sensing.
- "Metasurface Optical Elements and Diffractive Lenses" that contribute to the realization of compact optical systems.
With these material technology innovations, AGC will support the realization of the next generation of smart, wearable, and immersive XR devices.
High Refractive Index Glass
Featuring All Characteristics for Higher FOV & Quality
AGC has successfully developed glass substrates for AR/MR glasses and established a mass production system for them.
AGC's high refractive index glass substrates feature high refractive index, high transmittance, high flatness and surface smoothness.
Diffractive Optical Element（DOE）・Glass Diffuser
Precise Micro-structured Glass Elements for Optical Sensing
AGC offer one-stop service from design, to prototyping, through evaluation.
Glass DOE provide large FOV with small 0th order transmission, high efficiency, and high durability based on its accumulated skills and experience.
IR Cut Filter (NF Glass Filter)
Suppressing Ghosts and Flares while Maintaining Spectral Transmittance across Incident Angles
AGC retains an integrated production system in a range from glass melting to forming/processing.
AGC provides variety of solutions to meet customer requirements such as optical characteristics and technical support by our accumulation of a large design lineup and manufacturing technology.