Optical materials ready for future market requirements
From lightweight, high-dispersion glasses for mobile cameras to radiation-resistant materials for harsh environments, learn how new developments enhance performance in microscopy, automotive, and advanced metrology applications.
Key take aways from this session:
- Lighter, smaller, smarter
Explore how SCHOTT’s new N-LASF55 glass enables ultra-compact, lightweight optics for mobile cameras, AR systems, and robotics — without compromising performance. It’s optical design reimagined for the devices of tomorrow. - See the invisible – with unmatched clarity
Microscopy just got sharper. Learn how the new SF3 glass delivers exceptional blue-light transmission — ideal for fluorescence, Raman, and CARS microscopy applications that demand maximum clarity over long optical paths. - Ready for autonomous. Built for the extreme
Discover how SCHOTT’s advanced glasses like RG905, RG1000, and N-LAK28 are designed for autonomous driving, harsh environments, and high-precision systems — resilient, thermally stable, and optimized for next-gen optics. - Glass that endures the test of time
Radiation-resistant glasses like BK7G18 and SF6G05 are now available off-the-shelf — even in small quantities. These materials offer proven long-term stability in medical, space, and nuclear environments. - Precision perfected – even at the atomic level
With state-of-the-art metrology tools like URIS, SCHOTT is pushing measurement accuracy to new limits (down to ±0.4 x 10⁻⁵). Learn how this enables tighter tolerances for cutting-edge applications like super-resolution microscopy.
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