Perfect materials for demanding applications

UpNano’s high performance 2-photon materials are optimized to utilize the full potential of the ultrafast high-resolution NanoOne printing system. UpNano offers photopolymers and sol-gel hybrid materials, in addition to hydrogel materials for biological applications including materials tested for in-vitro cytotoxicity according to EN ISO 10993-5:2009.

Logo: UpPhoto

High-performance
2-photon resin

Logo: UpDraft

Fast prototyping
2-photon resin

Logo UpBrix

Refractive index-matched
2-photon resin

Logo: UpSol

Sol-gel hybrid
2-photon resin

Logo:

Low transmissive
2-photon resin

Logo: UpOpto

Low fluorescent
2-photon resin

UpNano_Products_Resins_Logo_UpFlow

Low viscosity and low
fluorescent
2-photon resin

Logo UpThermo

High-temperature
2-photon material

UpPhoto UpDraft UpBrix UpSol UpOpto UpBlack UpFlow
Common objective 5x/10x/20x 10x/20x 40x 20x/40x 10x/20x/40x 10x 10x/20x/40x
Fabrication speed ++ +++ ++ ++ + ++ ++
Vat mode ■ ■ ■ ■ ■ ■
High aspect ratio ■ ■ ■ ■ ■ ■
Low viscosity ■ ■ ■
Refractive index matched ■
2.5D structures ■ ■
Sub-micrometer printing ■ ■
Overhangs smaller than 90° ■
Low fluorescens ■ ■ ■
Highly transparent ++ +
Low transmissive ■
Biocompatible, non-cytotoxic ■ ■ ■
UpPhoto UpDraft UpBrix UpSol UpOpto UpBlack UpBlack
Common objective 5x
10x
20x		 10x
20x		 40x 20x
40x		 10x
20x
40x		 10x 10x
20x
40x
Fabrication speed ++ +++ ++ ++ + ++ ++
Vat mode ■ ■ ■ ■ ■ ■
High aspect ratio ■ ■ ■ ■ ■ ■
Low viscosity ■ ■ ■
Refractive index matched ■
2.5D structures ■ ■
Sub-micrometer printing ■ ■
Overhangs smaller than 90° ■
Low fluorescens ■ ■ ■
Highly transparent ++ +
Low transmissive ■
Biocompatible, non-cytotoxic ■ ■ ■

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

Logo UpThermo

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.

Learn more
UpNano UpThermo material
UpNano_XpectInx_XHydroBioINXU200
x HYDROBIO INX U200

HydrobioINX© is a gelatin based hydrogel developed specifically for UpNano. It provides all the biological benefits of conventional gelatin based materials in combination with two photon polymerization processability enhanced by a high reactivity and fast curing speed.

Key properties

Biocompatibility
Supports cell encapsulation, adhesion and proliferation.

Reproducibility
Production under strict quality control.

Biodegradability
Enables cellular remodelling of the printed matrix.

Easy handling
Delivered in a ready-to-use kit containing a concentrated stock solution, dilution buffer, developer and crosslinker for 10 prints in the presence or absence of cells. Ready for printing in 10 min.

UpNano_hydrotech INX U100
HYDROTECH INX_U100

HydrotechINX© U100 is a polyester-based resin for specially developed for 2-photon polymerization. It is the first ever biodegradable ink that combines the benefits of biocompatibility, flexibility and easy processability resulting in a detail resolution smaller than 500 nm. The material is suitable for the fabrication of 3D complex architectures for tissue engineering applications.

DEGRAD INX U100

DegradINX© U100 is a synthetic resin for the printing of a hydrogel microstructures using the 2-photon polymerization process of UpNano. The material is suitable for the fabrication of 3D complex architectures for tissue engineering applications.

UpNano_Degrad INX U100

Dispensing, the clean and precise way

The UpNano resins are supplied in practical resealable cartridges. With the help of manual or automatic dispensing systems, the material can be dispensed into the material vat or substrate with high precision and without dripping.