Berlin recently hosted the NIL Industrial Day 2026, bringing together the global nanoimprint lithography community to discuss how this technology is enabling the next generation of high-volume manufacturing across industries such as AR/VR, photonics, and life sciences.
Among the featured presentations, Sony DADC introduced its latest developments in micro optics with the talk “Full Polymer AR Waveguide – Featuring Mass Production Capabilities.”
Augmented Reality continues to be one of the most dynamic frontiers in optical technology, with waveguides playing a central role in delivering immersive digital experiences. Traditionally based on glass, these components face limitations in weight, cost, and scalability. Building on decades of optical expertise, Sony DADC presented its full polymer waveguide solution, combining the optical performance of glass with the flexibility, lightness, and cost-efficiency of polymers, all engineered for mass production.
The presentation generated strong interest from the audience, with engaging questions on material stability, the roadmap toward full-color performance, and the reduced cycle times achieved in production. The positive reception confirmed the growing industry confidence in polymer-based AR waveguides and highlighted Sony DADC’s position as a key enabler in this field.
