The refractive index homogeneity from smallest to largest optical glass blanks
SCHOTT's expertise in optical glass manufacturing ensures superior refractive index homogeneity, crucial for precision applications. Learn how advanced processes like controlled annealing and specialized measurement techniques achieve high homogeneity, meeting the stringent requirements of modern optics.
Key take aways from this session:
- Understand the secrets behind ultra-precise optics
Get an insider look at how SCHOTT’s advanced glassmaking techniques achieve outstanding refractive index homogeneity — critical for top-tier performance in optics, astronomy, lithography, and more. - Learn how homogeneity is measured — and why it matters
Discover how cutting-edge interferometry methods and ISO-standard practices ensure SCHOTT’s optical glass delivers the consistency your application demands, complete with detailed measurement reports and visual wavefront analysis. - Explore what’s possible: From standard to extreme homogeneity grades
Find out how SCHOTT’s products reach homogeneity levels up to H5 — with refractive index variation as low as 1 ppm — and how these ultra-precise standards are tailored even for the largest optical components. - Innovation you can see: Bigger, better glass for the future
Learn how recent advancements now allow extremely large glass strips and blanks to reach unprecedented levels of homogeneity — enabling new possibilities in large-scale optics and complex optical systems. - Partner with a pioneer in precision glass technology
See why leading industries trust SCHOTT’s expertise, innovation, and full value-chain control — from customized glass development to high-precision finishing — to meet the most demanding optical challenges worldwide.
Other sessions which you are maybe interested in
Michel Liebscher-Winckler
Digital Marketing & Communication