Discover the new possibilities in high-resolution 3D printing.
In the course of a feasibility study or development project, new applications can be tested and established in the UpNano application center.
Request a feasibility study
Across 12 orders of magnitude
The use of a high-power laser enables the precise fabrication of polymeric parts in the nanometer, micrometer and centimeter range. Within times never achieved before.
Highly efficient batch production
With the vat mode UpNano has laid the foundation for the batch and series production of 3D printed plastic microcomponents.
Printing of integrated optical systems
The UpBlack and UpOpto materials, developed exclusively for NanoOne, significantly expand the application possibilities of the printing system. Among other things, they can be used to produce entire optical systems.
High-resolution desktop printing system with sub-micron resolution.
Up to a 100 times higher throughput for short production cycles.
High power laser for mesoscale fabrication and biological applications.
Precise and efficient
NanoOne is suitable not only for scientific research approaches and multi-user facilities but also for the batch and small series production of industrially applied microparts.
Minimal horizontal feature size
Minimal vertical feature size
Minimal surface roughness
Throughput up to
Accessible writing area
Part height up to
Batch and small
Prof. Dr. Francesco Moscato
Medical University of Vienna
One of the main reasons for our purchase of NanoOne was that it was the only technology available that could quickly print high-resolution parts with an overall size of several millimeters.
With NanoOne we were able to improve our nozzle designs while shaving a lot of time off the fabrication process.
Dr. Michael Heyman
University of Stuttgart