Captions
Img. 1: The image shows a TIR (Total Internal Reflection) lens printed using Nanoscribe’s new IPX-Clear photoresin. This material is designed for 3D printing of highly transparent microoptical components using Two-Photon Polymerization (2PP).
© Optics design by Printoptix, Image by Microqubic, printed by Nanoscribe, nanoscribe.com
Img. 2: Three cylinders printed at different scales: nano-, micro-, and mesoscale demonstrate the adaptability of IPX-Clear for diverse scales and optical applications.
© Nanoscribe, nanoscribe.com
Img. 3: The new IPX-Clear photoresin, designed for seamless integration with Nanoscribe’s 3D microfabrication technology, delivers exceptional material quality for highly transparent microoptics with best shape accuracy and across a wide range of scales and applications.
© Nanoscribe, nanoscribe.com
Img. 4: A 6x6 micro lens array (MLA) printed with IPX-Clear showcases its ability to achieve exceptional shape accuracy and optical surface quality.
© Nanoscribe, nanoscribe.com
Img. 5: Transmittance spectrum (350-900 nm) of IPX-Clear; 250 µm sample thickness. Measurements by 4th Physics Institute, University of Stuttgart.
© Nanoscribe, nanoscribe.com
Img. 6: Quantum X align is Nanoscribe's high-resolution 3D printer equipped with Aligned 2-Photon Lithography A2PL® for nanoprecision alignment on optical fibers and photonic chips.
© Nanoscribe, nanoscribe.com
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