APPLICATION AREAS
The fast-paced world we live in demands increasingly smaller, more powerful products and components, all while development cycles grow shorter. This poses a challenge for traditional manufacturing technologies. Industries and research facilities worldwide are seeking new, innovative, and industry-ready solutions to keep up. Solutions that, thanks to 2PP 3D printing, are now within reach.
Upscale
Our industrial-scale micropart production service enables automated, validated manufacturing of complex geometries, aligned features, and in-situ printed structures with the consistency needed for high-yield results.
UpNano enables the fabrication of microstructures with sub-100 nm features, complex freeform geometries and centimeter-scale parts. Whether you’re advancing scientific research, miniaturizing an existing component or are looking to improve your manufacturing methods, the challenge is the same: matching resolution, materials, throughput, and process control to your application. UpNano provides flexible, high-performance solutions to meet your specific needs.
Making AI more energy efficient
How photonic components can help data centers move information faster while reducing the energy demands behind AI.
IDEAS THAT WILL CHANGE THE WORLD
Dr. Mike Nikolaev
Roche
Using NanoOne, we have reduced the production time for a microfluidic chip from many hours to just minutes.
The Smallest Space for the Greatest Miracle.
How a tiny printed component is helping millions of couples around the world fulfill their dream of having a child.
News & Events
Stay up to date with the latest UpNano news, upcoming events, and press information.
VALIDATED BY SCIENCE, TRUSTED BY EXPERTS.
When investing in a microfabrication platform, proven results matter. That’s why UpNano is backed by peer-reviewed publications, real customer success stories, and ISO 9001/14001 certified processes. Every system is grounded in rigorous research and precision engineering to deliver the quality and repeatability specialists depend on.
Questions & Answers
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Two-photon polymerization (2PP) printing is a high-resolution 3D printing technique that uses ultra-short laser pulses to cure a photosensitive resin. This process involves the absorption of two photons simultaneously by the resin, which triggers polymerization only at the focal point of the laser. This precision allows for the creation of intricate micro- and nanoscale structures with feature sizes below 100 nm. 2PP is ideal for applications requiring extreme detail, such as photonics, biomedical devices, and microfluidic systems.
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The resolution is generally considered the thinnest line (Critical Dimension) that can be produced and proven solid by printing it suspended between two objects. For the NanoOne Red models, it is <150 nm in the XY plane. For the NanoOne Green, as the laser wavelength is shorter, the resolution is <100 nm in XY plane.
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As it’s a light-based printing method, different microscope objectives can be selected and therefore different resolutions can be easily selected and modified. Higher resolution offers enhanced shape accuracy and enables significantly tighter tolerance control.