High-performance
2-photon resin
Fast prototyping
2-photon resin
Refractive index-matched
2-photon resin
Sol-gel hybrid
2-photon resin
Low transmissive
2-photon resin
Low fluorescent
2-photon resin
Low viscosity and low
fluorescent
2-photon resin
High-temperature
2-photon material
2-photon
silica slurry
UpNano’s
material portfolio
Standard production
High performance 2-photon resin
Functional parts, fully polymerized after printing, autoclavable, non-cytotoxic*
Fast prototyping 2-photon resin
Ultrafast printing, prototyping resin, allows increased layer spacing
Optically transperent
Ultralow-fluorescent 2-photon resin
Optically highly transparent, ultralow autofluorescence, transmission down to 350 nm, UV post-curing required, non-cytotoxic
Low-viscosity, low-fluorescent 2-photon resin
Optically transparent, low fluorescence and viscosity, UV post-curing required, for printing microfluidics, channels ≤50 μm, non-cytotoxic*
High-resolution applications
Sol-gel hybrid 2-photon resin
Thin film resin, for spin-coating or drop-casting, 2.5D and micro 3D structures, printing of overhangs, free-floating structures
Refractive index-matched 2-photon resin
Highest resolution printing, used in vat mode, 2.5D and micro 3D structures
Special applications
High-temperature 2-photon resin
Great mechanical stiffness, exceptionally high heat deflection temperature (HDT-B) >300°C, high-temperature applications, non-cytotoxic*
Low-transmissive 2-photon resin
Light blocking for UV-VIS, transparent to NIR and IR, optically black non-transparent appearance, non-cytotoxic*
2-photon silica slurry
material properties of fused silica glass, exceptionally high thermal, chemical resilience, excellent mechanical properties, high optical transmission
* Certified according to EN ISO 10993-5:2009
We are open
when it comes to material
In addition to the materials offered, commercially available resins and established 2PP printing materials can be used with the printing system. The UpNano material experts are happy to assist in the selection of materials or the development of customer-specific materials.
UpThermo powered by Cubicure
The UpThermo material was co-developed by UpNano and Cubicure. It is the first heat- and impact-resistant 2PP printing material on the market. The priority Hot Lithography® technology, which has been successfully integrated into the NanoOne printing systems, enables the printing of the highly viscous material in the usual high 2PP quality and resolution.
Gelatin-based hydrogel resin
Cell interactive, gelatin type B-based hydrogel, derived from natural collagen. Unique two-component bioresin enabling printing in the presence of living cells with low autofluoresence. Suitable for light- and laser-scanning microscopy, biodegradable and non-cytotoxic (ISO 10993-5).
Polyester-based, biodegradable resin
Robust, biodegradable thin-film material (2–5 years), solid state cross-linking: suitable for both bottom-up and top-down printing. Extremely high resolution (<500 nm), supports overhangs, for cell seeding, non-cytotoxic (ISO 10993-5).
Technical thin-film hydrogel
Bioinert, synthetic hydrogel material for bottom-up and top-down printing with high mechanical integrity. No structural deformation in aqueous medium, due to low water absorption capacity. Suitable for cell seeding, non cytotoxic (ISO 10993-5).
Synthetic, technical hydrogel
Bioinert, mechanically robust, soft and flexible hydrogel resin. Orange-red viscous liquid, allowing for VAT mode or in-chip printing. White flexible solid after development in dry state. Opaque when swollen in water. SEM imaging compatible because of its drying and rehydrating properties. Suitable for cell seeding, non-degradable, non cytotoxic (ISO 10993-5).