Breakthrough in Augmented Reality: SCHOTT Achieves Serial Production of Geometric Reflective Waveguides
SCHOTT has announced a breakthrough in the high-volume production of Geometric Reflective waveguides, a key advancement for augmented reality (AR) devices such as smart glasses.
As the first company to scale Geometric Reflective Waveguides to serial production, SCHOTT is leveraging its pioneering position in developing ultra-precise production processes for these high-end optical elements.
The company's fully integrated supply chain utilizes its global production network, ranging from optical glass production to waveguide component assembly, ensuring product quality and scalability.
- Geometric Reflective Waveguides are an optical technology used in AR wearables.
- They deliver digital overlays in the user's field of vision with pristine image quality and unparalleled power efficiency.
- This technology enables the creation of miniaturized and fashionable AR glasses.
Geometric Reflective Waveguides are used in the eyepieces of AR wearables to deliver digital overlays with pristine image quality and power efficiency.
Author's summary: SCHOTT achieves breakthrough in AR waveguide production.
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