Printing materials for
optics manufacturing
Materials for high-precision micro-optics must combine high transparency with minimal scattering, precise refractive index control, minimal shrinkage, and exceptional surface quality. Nanoscribe resins are engineered to meet these requirements, enabling the fabrication of microoptical components with high shape fidelity, consistent reproducibility, and outstanding optical performance.
Our formulations are optimized for high performance in Two-Photon Polymerization (2PP) and Two-Photon Grayscale Lithography (2GL®). They provide precisely defined refractive index and dispersion characteristics while ensuring compatibility with all major PIC material platforms – including silicon, glass, and III–V substrates. Their robust mechanical and thermal stability supports reliable processing in direct fabrication and replication workflows.
Explore our portfolio to find the resins that best support your optical designs:
New IPX-Clear
Transparent resin for 3D printing of micro-optics and coupling structures
IP-S
General-purpose resin, ideal for coupling structures and fiber optics
IP-n162
High refractive index resin, for hybrid optics and coupling structures
IP-Dip2
High-resolution resin for the finest microoptical structures
IPX-S
Resin for 2.5D micro-optics as functional prototypes or replication masters
OrmoComp®
Third-party high transparency photoresin available from micro resist technology
Interested in all our Photoresins
for Two-Photon Polymerization?
Find in-depth information and let us help you choose the material solution that fits your application.
