Taking the lead in high-resolution 3D printing
UpNano is a system provider for high-resolution 3D printing. In addition to the development, production and manufacturing of printing systems and the corresponding operating software, UpNano offers printing materials and accessories optimized for the process. Quality and environmental awareness are two fundamental prerequisites which are reflected in the ISO 9001 and 14001 certifications of the company.
Taking the lead in high-resolution 3D printing
UpNano is a system provider for high-resolution 3D printing. In addition to the development, production and manufacturing of printing systems and the corresponding operating software, UpNano offers printing materials and accessories optimized for the process. Quality and environmental awareness are two fundamental prerequisites which are reflected in the ISO 9001 and 14001 certifications of the company.
Team of founders
The team of founders around the experienced CEO Bernhard Küenburg can look back on more than ten years of experience in the field of multiphoton polymerization. Chief Technology Officer Peter Gruber and Head of Research Aleksandr Ovsianikov have developed several generations of high-resolution 3D printing systems during their research work at TU Wien. Their focus and one of today's unique selling points of the NanoOne printing system has been high-resolution bioprinting – 3D printing with living cells and thus the combination of polymer material and cell research. All made possible by the system's unmatched speed and technology. Chief Operating Officer Denise Hirner's area of expertise includes the way UpNano presents itself to the public and sales activities as well as biological applications.
Management team
Bernhard Küenburg
CEO | Founder
Peter Gruber
CTO | Founder
Denise Hirner
COO | Founder
Anton Travnicek
CFO
Henrik Åkesson
CBO
Erika Bechtold
VP US
Scientific Advisory Board
Aleksandr Ovsianikov
Chief Scientific Officer
Heinz Redl
Cell and Tissue Pioneer
David K. Leigh
Director of the Center of Additive Manufacturing and Design Innovation
University of Texas
Partnerships & consortiums
Research consortium member for “project INCITE” which is funded through the EU’s Horizon 2020 grant program
Development of a compact hydrogen contamination sensor for e-fuel quality control