Optical waveguide detection

Accurate testing · High-efficiency mass production · Compatible with the future

challenge

Optical waveguides are key technologies for AR glasses to achieve lightweight and large field of view angles. The mainstream optical waveguide types include geometric optical waveguides and diffraction optical waveguides. Different technologies put differentiated requirements for detection.

Optical waveguides have extremely high requirements for detection accuracy, diverse manufacturing processes, and diverse materials, resulting in different measurement standards for optical parameters (refractive index, thickness). Traditional detection methods are slow and costly, rely on manual visual inspection, and are efficient and difficult to meet the needs of mass production.

Overview

It is specially designed for the research and development and mass production of optical waveguides. It ensures the consistency and yield of the waveguide sheet through high-precision optical measurement (core parameters such as brightness, MTF, distortion, etc.); the automated detection algorithm is adapted to a variety of waveguide types (geometric/diffraction waveguides), greatly improving the production line efficiency. Whether it is optimizing the optical design of AR glasses, strictly controlling production quality, or ensuring the inspection of incoming materials, it provides reliable inspection support to the industry, helping customers accelerate the mass production process and create an excellent visual experience.

Main equipment system

Optical waveguide detection equipment

As the core optical element of AR glasses, optical waveguides directly affect imaging quality and user experience. Optical waveguide detection equipment Ven-WGDet helps AR and optical waveguide manufacturers to improve product optical performance and accelerate mass production process. It is a key detection tool for optical waveguide research and development and manufacturing.

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