EssilorLuxottica and Applied Materials Partner to Build the Optics for True AR Smart Glasses

The core technical target is the AR optical lens stack—the layered waveguide and lens system that sits in front of the user's eye and superimposes digital images onto the real world. Making this component lightweight, high-resolution, full-color, and manufacturable at scale has been the industry's central unsolved problem .

To tackle it, the partners plan to set up a specialized research facility in Silicon Valley, specifically in Santa Clara, California, close to Applied Materials' headquarters . The lab is being designed to bridge the gap between prototype optical systems and mass production, a gap that has frustrated multiple waves of AR hardware hype.

Why EssilorLuxottica Is Ready for True AR

EssilorLuxottica arrives at this deal with extraordinary consumer traction in AI eyewear. The company sold more than 7 million AI-powered smart glasses in 2025, more than tripling the previous year's figures and spanning both the Ray-Ban Meta and newer Oakley Meta lines .

That demand translated directly into financial performance. In the fourth quarter of 2025, EssilorLuxottica reported an 18% surge in sales to €7.6 billion, powered overwhelmingly by its AI glasses segment . The Ray-Ban Meta glasses alone generated roughly $600 million in revenue by mid-2025, with production targets scaling toward 10 million units annually .

This commercial success is backed by a deepening strategic relationship with Meta, which invested approximately $3.5 billion for a stake of just under 3% in EssilorLuxottica in July 2025 . By December 2025, a company board member confirmed Meta's holding was "at least 3%" .

The Applied Materials partnership represents EssilorLuxottica's next strategic step: moving from the current generation of AI glasses—which use cameras, microphones, and speakers but lack visual AR overlays—toward true see-through augmented reality displays, while preserving the lens quality and design aesthetics that define its Ray-Ban, Oakley, and luxury licensed brands.

Applied Materials' AR Technology Foundation

Applied Materials is not entering this partnership empty-handed. Over the past two years, the company has systematically built a photonics and AR optics capability that spans manufacturing infrastructure, component prototyping, and strategic industry partnerships.

Singapore Waveguide Production Line

In September 2025, Applied Materials announced a strategic collaboration with GlobalFoundries to establish a state-of-the-art waveguide fabrication facility at GF's Singapore campus . The goal is explicit: scale high-quality waveguide manufacturing for AR glasses to serve millions of users.

Applied Materials has also developed a proprietary direct-etch waveguide fabrication tool, a 300mm system now operational in the Singapore facility, designed to improve color uniformity and manufacturing precision—two metrics that have historically plagued waveguide-based AR displays .

At PIC Summit Europe in late 2025, Applied Materials executive Rutger Thijssen explained the company's strategic shift: "We're working on the waveguide, the part you look through. If we do our job really well, it becomes invisible." Applied won't sell finished glasses or merely sell tools; it intends to supply significant AR components, notably surface-relief grating waveguides .

The Avegant Prototype

Applied Materials' Photonics Platforms Business group has partnered with Avegant, an Applied Ventures portfolio company, to build a compact AR display system that demonstrates what's technically possible today . The resulting prototype integrates Applied's 3.4-gram etched waveguide with Avegant's AG-20 co-optimized light engine into a wireless MCU-based processing platform, yielding a 43-gram monocular full-color AR glasses design with a 20-degree field of view and 3,000-nit brightness .

Avegant has also collaborated with Qualcomm on a separate reference design using the Snapdragon AR1 Gen 1 Platform and Avegant's AG-30L2 light engine, delivering a full-color binocular experience suitable for daylight use .

How the Partnership Fits Both Companies' Strategies

For EssilorLuxottica, this joint development agreement is a supply-chain play. The company has already proven mass consumer demand for AI eyewear. Now it needs to secure the optical technology required for the next product generation. Partnering with Applied Materials lets EssilorLuxottica influence the development of AR optics directly while maintaining control over the lens quality, frame design, and retail experience that are its competitive moat.

For Applied Materials, the logic is equally clear. The company is a dominant force in semiconductor manufacturing equipment, but it sees photonics and AR optics as a major new growth vertical driven by AI. Thijssen called smart glasses "the next AI interface" . Applied is systematically building the pieces: the Singapore waveguide facility with GlobalFoundries provides manufacturing scale, the Avegant prototype proves the technology, and the EssilorLuxottica deal opens a direct path into the world's largest eyewear distribution network. Applied Materials is positioning itself not as a glasses brand, but as the essential materials and manufacturing enabler for the entire AR industry.

The convergence is happening fast. The research lab in Santa Clara, the scaling waveguide production line in Singapore, the working sub-45-gram prototypes, and the commercial pull from 7 million-plus AI glasses sold—all point to an industry that is finally moving beyond demos and toward products people might actually wear every day.