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COMPONENT STUDY

AR waveguides: reflective, diffractive and who makes them

Understand how the see-through screen carries an image to the eye, and why reflective and diffractive waveguides are made by different companies.

The last grating releases part of the light toward the eye at every bounce. Ambient light diffracting off the gratings causes rainbow artifacts, and some image light leaks forward.

Why does the waveguide architecture matter?

A waveguide is a thin transparent plate that carries the projector’s image to the eye by total internal reflection. A diffractive waveguide uses nanoscale gratings to couple the light in, spread it across the eyebox and release it toward the eye; the illustrated lens shows that design. A reflective, or geometric, waveguide uses a row of partially reflective mirrors inside the glass instead. iFixit found that design in Meta Ray-Ban Display, with each mirror reflecting about 5% of the light. The two are made with different processes, so a maker of one is not a maker of the other.

Which listed companies make complete waveguides?

On the diffractive side, JBD’s release credits Applied Materials with the single-layer etched waveguide in RayNeo X3 Pro, and Vuzix says it designs and makes diffractive waveguides on its own nanoimprint lines in Rochester, New York. On the reflective side, Lumus licenses its design: Quanta Computer is licensed to make Lumus Z-30 2.0 and A-Lens waveguides, and Crystal-Optech signed a manufacturing agreement in September 2026, joining Quanta and SCHOTT. AUO makes waveguides for AR glasses but has not documented their type, so it is not linked to the grating parts. Goertek’s waveguide work sits in Goertek Optical, an associate in which it holds 38.34%, so Goertek is not linked here. Lumus, SCHOTT AG and Magic Leap are not publicly listed.

What does a license, a joint development agreement or a wafer sale establish?

Each establishes a narrower fact than it may seem. A manufacturing license shows who may make a design, not which glasses use the output or in what volume. EssilorLuxottica and Applied Materials signed a long-term joint development agreement on waveguides, adaptive lenses and materials in June 2026; the release discloses no volume, pricing or financial terms. Corning, AGC, HOYA, Mitsui Chemicals, Coherent and SICC market high-index glass, polymer or silicon-carbide wafers for waveguides. That makes them upstream enablers, not waveguide makers, and none names a shipping glasses program in our sources.

How to research a waveguide company

  1. Identify the architecture first: diffractive (gratings made by imprint or etch), reflective (mirror facets in glass) or another combiner. Connect a company only to parts its architecture actually contains.
  2. Name the role: design licensor, licensed manufacturer, complete-waveguide maker, or wafer and material vendor. Each earns money differently.
  3. Match the claim to a named product and a stage. A joint development agreement, sampling and volume shipping are different milestones.
  4. Check who owns the unit. Goertek Optical is an associate of Goertek, not a subsidiary.
  5. Check scale. Vuzix reported Q2 2026 sales of $1.113 million, so a waveguide program can be technically important and still small in revenue.
  6. Use the list as a starting point: it is curated, not exhaustive, and the model is illustrative, not a bill of materials.

Sources

Engineering reference: Diffractive waveguide lens stack. Company-specific evidence is linked from the profiles below.

Explore the complete waveguides & lenses sector · Read the mapping methodology

Related company research

These companies have relevant documented product roles. Open a profile for the source and limitation.

Also in this study (not publicly listed)

  • Lumus Not publicly listed

    Israeli designer of the geometric (reflective) waveguide in Meta Ray-Ban Display. Quanta Computer and Crystal-Optech are licensed manufacturers and investors; their own roles are documented, and Lumus’s economics are not theirs.

    Source
  • SCHOTT AG Not publicly listed

    Manufactures Lumus waveguides alongside Quanta and Crystal-Optech; its role in Meta Ray-Ban Display is reported. SCHOTT AG is owned by the Carl Zeiss Foundation, and the listed SCHOTT Pharma is a separate business.

    Source
  • Magic Leap Not publicly listed

    Supplies waveguides and optics for Google’s display-glasses reference design. Alphabet is a partner, not the owner.

    Source