Augmented / Virtual Reality


The AR/VR sector is a rapidly growing market. Technological innovations—from advanced materials to novel manufacturing processes—are driving new possibilities in terms of optical performance and miniaturization. We play an active role in shaping this development across various industries.

AR/VR systems have diverse applications, each with its own unique technical challenges. At DIOPTIC, we support you from development to quality assurance, helping you bring your AR/VR products to life with precision and performance.

Typical Applications

AR and VR technologies are used across a wide range of applications. While virtual reality (VR) creates a fully computer-generated 3D environment, augmented reality (AR) enhances the real-world view with digital elements. Common examples include head-mounted displays or smart glasses that project information directly into the user’s field of vision. Both AR and VR systems require highly precise optical inspection and alignment processes to ensure top-tier quality and functionality. Additionally, we offer solutions for complex optical components with integrated electronics, such as eye-tracking systems.

Characterization of Image Processing Systems
WAVOS

Tailored Solutions

DIOPTIC has built outstanding expertise in AR and VR technologies over many years and has successfully implemented numerous projects in collaboration with partners from industry and research. One example is an industrial-grade smart glasses solution developed for Siemens, designed for use in production environments. Augmented reality is used to overlay virtual markers onto real objects, providing users with live instructions and context-relevant information in their field of view. Together with partners from the Fraunhofer FEP and Uvex Safety Group, DIOPTIC developed an optical module that enables high-contrast, high-quality image projection across a wide field of view.

Another key focus is the characterization and calibration of AR/VR optics. With specially developed targets, we analyze distortion and MTF, and compute bright field correction, including for optics used in AR/VR headsets. For series production, we deliver automated and connected measurement systems to ensure distortion-free imaging and the highest possible image quality.

Services


ARGOS matrix Systems

The optical surface quality is crucial for the performance of precision optics. Automated surface inspection with our ARGOS system provides objective and reproducible assessments of defects and ensures complete digitized documentation.

Portrait Katie Dunn
Contact Us Dr. Kaitlin Dunn Branch Manager Rochester +1 (585) 551-2301 rochester@dioptic.de

Machine Vision

Our advanced integrated solutions play a key role in helping you achieve outstanding results in the increasingly complex fields of machine vision, machine learning, and computational neural networks.

Portrait Benjamin Kühnreich
Contact Us Dr. Benjamin Kühnreich Head of Inspection Systems +49 6201 96090-00 inspectionsystems@dioptic.de

Illumination Optics

Whether room lighting or applications in optical measurement technology, our experts in lighting optics will find the right solution for every task. And we also ensure efficient and production-oriented implementation.

Portrait Malte Hagemann
Contact Us Dr. Malte Hagemann Head of IR Lenses +49 6201 96090-00 opticaldesign@dioptic.de

Projects


Optics for Head-Mounted Displays and Smart Glasses

Optics for Head-Mounted Displays and Smart Glasses

The imaging performance of the optics for head-mounted displays (HMDs) and augmented reality solutions (smart glasses) must meet very high standards due to the small size of the displays. In addition to positioning the optical module in front of the eye, various optical corrections are necessary to ensure that a virtual image can be read clearly and comfortably at a distance of approximately two meters. Thanks to our extensive system expertise, we have successfully launched innovative solutions for this, and we can now also support customer projects with optical components available from stock.

Characterization of Eyepieces for AR Glasses

Characterization of Eyepieces for AR Glasses

Even with "immersive" technologies such as augmented reality (AR), image quality is governed by "real" optical laws. It is essential to measure and correct the distortion of the two eyepieces in order for AR glasses to accurately convey the impression of three-dimensional vision. This is accomplished through the automatic analysis of a calibration target designed for the eyepieces. The distortion and modulation transfer function (MTF) of the eyepieces are measured and compared with simulations. A correction matrix is then output, which enables the subsequent correction.

Waveguide Inspection with ARGOS

Waveguide Inspection with ARGOS

ARGOS is used to inspect waveguides with diffractive structures, a critical component in AR glasses, as these structures are responsible for coupling, guiding, and decoupling light. Even the smallest defects can affect image quality or compromise the performance of the entire system. That’s why optical inspection of these areas is essential. The ARGOS system inspects several defined zones on the component. Each zone can be evaluated according to different specifications for scratches and other types of defects. This enables objective, zone-specific assessment of waveguides and replaces manual visual inspection. The result: documented, repeatable outcomes and standardized quality assurance in the production of complex optical components.

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