Printing materials for
high-resolution 3D printing
High-resolution 3D printing enables the fabrication of functional micro- and nanostructures for advanced research – from microfluidic systems and mechanical metamaterials to experimental photonic and materials-science architectures. These applications require materials that support extremely fine features, smooth surfaces, and reliable dimensional accuracy across length scales ranging from nanometers to centimeters.
Nanoscribe resins are designed to meet these demands, offering low volume shrinkage, high shape accuracy, and mechanical properties tailored to each application – from flexible, soft-matter systems to rigid, high-strength polymers. Their stable long-term performance enables reproducible fabrication in Two-Photon Polymerization (2PP), supporting both exploratory studies and the development of next-generation nano- and microscale devices.
Explore our portfolio to find the resins that best support your application:
New IPX-Clear
Transparent resin for multipurpose, optical-grade printing at various scales
IP-S
General-purpose resin for excellent surface quality and minimal shrinkage
IP-Dip2
High-resolution resin for finest features and high aspect ratios
IPX-M
Draft-mode resin for high-throughput, large-volume 3D printing
IPX-Q
Fast-mode resin for printing large-scale, stiff, high-aspect-ratio structures
IP-PDMS
Elastic resin for 3D printing of soft and flexible microstructures
GP-Silica
Glass nanocomposite resin for true
3D printing of glass microparts
OrmoComp®
Third-party 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.
