Argumented Reality

Augmented and Mixed Reality (AR/MR) technologies have evolved from science fiction to practical, immersive tools that enhance the real world with computer-generated graphics and data. By integrating advanced optical components, AR/MR devices deliver highly engaging user experiences through wearable, spectacle-style accessories packed with sensors and display elements.

Materion supports this revolution by providing advanced optical coatings and components that enable high-performance sensing, display, and illumination in compact, wearable AR/MR devices.

AUGMENTED REALITY

AR headsets utilize near-infrared (NIR) cameras for 3D mapping, gesture recognition, facial tracking, and eye tracking. Materion’s NIR bandpass filters offer low angle-dependent wavelength shifts and wide fields of view, essential for accurate depth sensing and user interaction. Our anti-reflective coatings on collimation lenses and diffusers improve illumination efficiency, reducing power consumption—critical for battery-powered devices. Additionally, resistive chrome coatings protect users by integrating sensing circuits that prevent eye damage from VCSEL laser illumination.

OPTICS FOR MULTI- AND HYPERSPECTRAL IMAGING

To create immersive AR experiences, virtual objects must adapt to real-world lighting. Materion’s multispectral filters enable ambient light sensors to measure environmental light intensity and color temperature, allowing dynamic brightness and color adjustments for seamless integration of digital and physical worlds.

COATINGS FOR NEAR-EYE DISPLAY COMBINERS AND WAVEGUIDES

Materion leads in manufacturing reflective and diffractive optical waveguides for near-eye displays that merge real-world views with virtual overlays. Our highly optimized beamsplitter coatings deliver unobstructed, high-contrast images of digital content. Using inorganic high-index coatings, we extend the effective field of view and improve waveguide efficiency. Our thin-film materials are compatible with a broad range of imprint materials used in diffractive waveguide fabrication, supporting the next generation of AR displays.

NEAR-EYE DISPLAY PROJECTION MODULES

Materion’s expertise in miniaturized projection optics—including LCoS, DLP, and laser beam steering—positions us at the forefront of AR/MR projection technology. Our patented 3D wafer-level process enables cost-effective manufacturing of polarizing beamsplitter cubes and RGB combiner prisms at record-small sizes and high volumes, meeting the demanding requirements of AR projection modules.

CUSTOMIZED, HIGH-PERFORMANCE OPTICAL COMPONENTS

Collaborating closely with AR/MR manufacturers, Materion develops tailored coatings optimized for specific wavelengths, angular ranges, and environmental conditions. Our advanced manufacturing processes ensure long-term durability and consistent optical performance, empowering the rapid evolution of augmented and mixed reality technologies.