Company Category: Light-Guide

Vuzix Corporation

Vuzix is a leading provider of advanced waveguide optics and augmented reality technologies, specializing in OEM design and manufacturing solutions that empower partners to bring next-generation AR/AI products to market. With over 25 years of experience in optics, display systems, and waveguide technology, Vuzix delivers end-to-end OEM services spanning custom waveguide design, high-volume manufacturing, system architecture, prototyping, and full-solution integration. Our scalable manufacturing capabilities include precision-engineered see-through waveguides and complete optical subsystems produced in our ISO-certified facility, enabling partners across defense, enterprise, and consumer markets to accelerate product development and achieve the fastest time to market. At the heart of our OEM offerings is a suite of configurable optics solutions and the Ultralite OEM platform, which serve as flexible foundations for custom AR and wearable display products. Vuzix combines deep expertise in light-guiding technology with rich intellectual property and in-house production capabilities to support client solutions. In addition to our OEM focus, Vuzix’ family of enterprise-grade smart glasses demonstrate the performance potential of our optics and display technologies in the market. These products showcase how advanced waveguides and compact display engines can deliver immersive, hands-free augmented reality experiences that boost productivity and safety across real-world applications. | Vuzix is a leading designer and manufacturer of Smart Glasses and Augmented Reality technologies for the enterprise, medical, defense and consumer markets. The Company’s products include head-mounted smart personal display and wearable computing devices as well as OEM waveguide optical components and display engines. | Moviynt® provides Mobilium™ – an AR platform that enables the speedy deployment and improvement of mobile solutions throughout the enterprise using smart glasses and other mobile devices. At a time when demand on logistics operators has never been more intense, AR smart glasses have become the de facto path to making consistent improvements in speed and customer satisfaction. Easy, constant integration with inventory data systems means reduced error rates right off the bat, and the form factor inherently enables workers to have both hands free to pick and process orders at a rate that’s sometimes 20% faster than before. When you pair the right software with a light and comfortable form factor that gives staff a huge edge on demanding pick schedules, it’s a win-win for the company, the workers and customers.

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PoLightFilters

PoLightFilters develops angle-stable thin-film optical filters that maintain consistent spectral performance across wide angles of incidence. By eliminating the angular dispersion inherent to conventional interference filters, our technology prevents spectral shift in real optical systems. Based on strong light–matter coupling, we decouple spectral response from angle of incidence, enabling higher signal-to-noise ratios, wider fields of view, and simpler optical designs. In-house design and fabrication enable implementation across diverse substrates and form factors, including direct integration onto optical components, providing true system-level design freedom. PoLightFilters is an EXIST-funded research transfer project at the University of Cologne.

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LILI FOR LIFE

Lili for Life is a French deeptech company that has developed a patented light technology enabling people with dyslexia to read more easily. Our solution dramatically improves reading speed, comprehension and reduces eye strain for the 700 million people affected by dyslexia worldwide (10% of the population). Already deployed in two hardware products (a lamp and a screen monitor), the technology is available for licensing integration into screens, monitors, lamps and reading devices.

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Incom

Incom is a global leader in glass and polymer microstructure innovation, developing advanced optical components that enable next-generation imaging and display technologies. Working closely with OEM partners and research institutions, Incom designs highly customized microstructured materials that enhance resolution, control light emission, and enable novel display architectures across automotive, aviation, AR/VR, and scientific imaging applications. At SID Display Week, Incom highlights three breakthrough technologies transforming display performance and design: Nanoguide™ – The highest-resolution image guide ever produced, Nanoguide transfers images from input to output surfaces with exceptional fidelity, uniformity, and minimal distortion. Its nanostructured waveguiding architecture enables ultra-high-resolution imaging in lightweight formats, opening new possibilities for AR/VR, holographic displays, and advanced imaging systems. DARC Glass™ (Dynamic Angle Regulating Composite Glass) – A unique microstructured glass technology that precisely controls display emission intensity and directionality. DARC Glass enables bright, high-contrast images within a defined viewing cone while blocking visibility outside that angle, supporting privacy displays, reduced reflections, and improved cockpit and automotive display performance. Infinity Tile™ – A novel polymer fused fiber-optic technology that allows multiple displays to be seamlessly tiled into a single imaging plane. By expanding and bridging images across bezel gaps with controlled distortion and high transmission, Infinity Tile enables the creation of large-area, borderless display systems for simulation, immersive environments, and advanced visualization platforms. Through advanced manufacturing and collaborative development with display innovators, Incom continues to push the boundaries of resolution, optical control, and display integration—helping customers bring the next generation of display technologies to life. | Incom is the world leader in polymer/glass microstructure innovation. Sensors used in medical radiology are very sensitive to XRay exposure. Incom’s fused fiber optic faceplates eliminate the damaging XRays as well as transfer the image seamlessly to the detector itself. From 2cmx3cm or 40cmx30cm, the Incom faceplate can block 99.9% of all harmful XRays. Incom’s diverse products highlight their broad customization capabilities, enabling the vision of tomorrow with ground breaking innovation.

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