Overview of our printers Overview of our printers
Overview of our printers Overview of our printers
Overview of our printers Overview of our printers
Overview of our printers Overview of our printers
Overview of our printers Overview of our printers
Overview of our printing materials Overview of our printing materials

Our microfabrication systems

The industry-proven Quantum X platform offers additive manufacturing capabilities from nanoscale to macroscale and for virtually any design from 2D to 3D for the fastest and most accurate high-precision 3D printing and 2.5 grayscale lithography in class. Our systems offer tailor-made solutions based on Two-Photon Polymerization (2PP). The various direct laser writing and two-photon lithography systems offer a wide range of high-resolution manufacturing opportunities from live cell and biomaterials printing in research labs towards 2.5D rapid prototyping and industrial wafer-scale fabrication, e.g. in microoptics, micromechanics and for MEMS. With our aligned 3D Microfabrication technology, we drive innovations in integrated photonics and photonic packaging. Discover our Quantum X product line.

“Fastest and most accurate
3D printer in class”

Quantum X shape
Quantum X shape

3D high resolution printer (2PP)
2.5D grayscale lithography (2GL ®)

“Best in class 3D printer with
nanoprecision alignment system”

Quantum X align
Quantum X align

3D high resolution printer (2PP)
 

“The world’s most
accurate 3D bioprinter”

Quantum X bio
Quantum X bio

3D high resolution printer (2PP)
 

“World's first Two-Photon Grayscale Lithography (2GL ®) system”

Quantum X
Quantum X

2.5D grayscale lithography (2GL ®)
 

“Most field-proven high-precision 3D
printer for fundamental innovations”

Photonic Professional GT2
Photonic Professional GT2

3D high resolution printer (2PP)
 

Hand touching the screen oh Quantum X shape to start a print job

Our printing materials

Nanoscribe IP Photoresins are polymer printing materials for high-resolution microfabrication. They are optimized for Two-Photon Polymerization with the properties required for high-precision 3D printing. Meanwhile, the printing material classes also include a nanocomposite for 3D printing fused silica glass microstructures. Moreover, Nanoscribe offers BIO INX Photoresins for advanced bioprinting tasks in life sciences.

“Perfectly matching printing materials for every application”

IP-Photoresins in catridges
IP Photoresins

Negative-tone photopolymer for high resolution 3D printing

“Explore microstructuring of glass
by 3D printing”

GP-Silica
GP-Silica

Silica nanocomposite material for 2PP-based glass printing

“Bring your applications to life
with BIO INX biomaterials”

An overview of BIO-INX photoresins
BIO INX Photoresins

Hydrogels and biodegradable materials for 3D Microfabrication

Nanoscribe customer base in figures

More than 3,000 active operators are driving tomorrow’s applications in various fields with our microfabrication systems, including at 9 of the world’s top 10 universities. We are proud about the breakthrough research our Nanoscribe community has published in more than 1,300 peer-reviewed journal publications. In 2019 and 2020 alone, over 25 publications were published in the prestigious journals Nature, Nature Communications, and Advanced Materials.

Nanoscribe in numbers
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