UpNano_Products_Icons-01

Small.

High-resolution desktop printing system with sub-micron resolution.

UpNano_Products_Icons-02

Fast.

Up to a 100 times higher throughput for short production cycles.

UpNano_Products_Icons-03

Powerful.

High power laser for mesoscale fabrication and biological applications.

Falling
Walls
2018

UpNano presenting
at Science and Society
Forum in Berlin

Top-level 3D printing for industry and research

NanoOne is the first high-resolution 3D printing system on the market that combines high resolution with unmatched throughput.

Unimagined possibilities

UpNano's solutions are suitable for a wide range of applications such as electronics, micromechanics, optics, microparticles, tags, medical engineering or cell and tissue.

Microparts

High-resolution 3D printing enables the realization of precise and detailed structures offering the benefit of comprehensive customizability, adaptability and tolerance specifications in the nanometer range.

Biomedical

Our process and printing materials are cell friendly, enabling a biocompatible printing process. Living cells can be mixed into the resin and printed directly or seeded on pre-fabricated structures.

Research

Research is the driving force for miniaturization. UpNano’s technology enables new approaches, allowing fast and precise prototyping and pilot production of microstructures in any field of research.

Industry

We live in a fast-changing world where everything gets smaller and more powerful. By combining highest resolution with unmatched throughput UpNano’s technology will be established as a complementary technology to micro-injection molding.

Unimagined possibilities

UpNano's solutions are suitable for a wide range of applications such as electronics, micromechanics, optics, microparticles, tags, medical engineering or cell and tissue.

UpNano_Home_Applications_Mobile

Microparts

We live in a fast-changing world where everything gets smaller and more powerful. By combining highest resolution with unmatched throughput UpNano’s technology will be established as a complementary technology to micro-injection molding.

UpNano_Home_Applications_Mobile2

Biomedical

Our process and printing materials are cell friendly, enabling a biocompatible printing process. Living cells can be mixed into the resin and printed directly or seeded on pre-fabricated structures.

UpNano_Home_Applications_Mobile3

Research

Research is the driving force for miniaturization. UpNano’s technology enables new approaches, allowing fast and precise prototyping and pilot production of microstructures in any field of research.

UpNano_Home_Applications_Mobile4

Industry

We live in a fast-changing world where everything gets smaller and more powerful. By combining highest resolution with unmatched throughput UpNano’s technology will be established as a complementary technology to micro-injection molding.

15 reasons speaking for UpNano

UpNano_15_reasons_00

Large structuring field

50% larger field of view without stitching

UpNano_15_reasons_01

Large travel range

Stage with 120x80 mm horizontal and 50 mm vertical travel range

UpNano_15_reasons_02

High power laser

Energy for high scanning velocities and a wide range of resins

UpNano_15_reasons_03

Laser power stability

Highly stable laser power output also during long-term printing job

UpNano_15_reasons_04

High writing speed

Efficiency due to high throughput

UpNano_15_reasons_05

Adaptive resolution

High resolution where needed, high throughput everywhere

UpNano_15_reasons_06

Various sample holders

Exchangeable microscope inserts with 160x110 mm

UpNano_15_reasons_07

Compatible with cell-culture plates

Glass bottom well plates with 384, 96, 48 etc. wells

UpNano_15_reasons_08

Large structure with highest resolution

Top-down printing using a resin vat or directly into well plates

UpNano_15_reasons_09

Bottom-up approach

Fabrication of thin objects on the substrate surface

UpNano_15_reasons_10

Optimized resin formulations

Highly reactive resins for high throughput

UpNano_15_reasons_11

Biocompatible formulations

Photo-polymerizable hydrogel resins compatible with living cells

UpNano_15_reasons_12

Integrated incubation system

Native temperature and CO2 conditions for bioprinting

UpNano_15_reasons_13

Robust and compact

Fastest high-resolution desktop system on the market

UpNano_15_reasons_14

Advanced logging feature

Keep track of printed parts and reuse previous settings