New photoresin for macroscale printing
Nanoscribe presents IPX-M, the newest photopolymer printing material for high-throughput macroscale printing and print volumes up to 30 cubic centimeters in one…
Stay up-to-date with the latest news
In-flow particle fabrication and assembly
A new microfabrication concept drives the scalable and continuous fabrication and assembly of particles in a flowing microfluidic system. Scientists in Aachen,…
Scaling up nano- and microfabrication
Nanoscribe is underpinning its business model in industrial mastering with a 20-page whitepaper with insights into how its patented Two-Photon Grayscale…
Setting standards for 15 years now
15 years ago today, Nanoscribe was founded. As a scientific spin-off of the Karlsruhe Institute of Technology (KIT), the young company very quickly succeeded in…
Hinges and rotation on the microscale
How rotation axes and hinges on the microscale can improve sensors and pave the way for new sensor concepts? This is exactly what scientists at the Air Force…
New material for live cell encapsulation
BIO INX launches Hydrobio INX N400, the first commercially available bioresin enabling live cell encapsulation in 3D printing with Nanoscribe’s Two-Photon…
Wireless 3D microdevices by multi-step molding
Wireless miniature devices, less than half a millimeter in size, that can move and perform tasks in a controlled way are promising tools in healthcare,…
High-performance X-ray microscopy
How can Two-Photon Polymerization (2PP) help to improve X-ray imaging technology? A research team of the Paul Scherrer Institute in Villigen (Switzerland) in…
3D cell culture for brain cancer proton therapy
In vitro models offer a platform to assess cancer cells response to drugs and radiation. However, standard 2D monolayer cell cultures have their limitations, as…
3D printing butterfly-inspired colors
In nature, colors often result from the interaction of light with periodic micro- or nanostructures. Using Nanoscribe’s 3D printing technology, scientists…
Introducing the NanoGuide e-learning module
The customer success team at Nanoscribe is continuously optimizing the digital services portfolio. Take advantage of NanoGuide, Nanoscribe’s online knowledge…
Elimination of chromatic aberration
Is multi-material 3D printing the future of microoptical imaging systems? On the macroscale, compound lenses are made of materials with different optical…
Nanoscribe hosted EPIC Meeting
From May 11 to 12, Nanoscribe hosted the EPIC Meeting on “Advanced Microoptics: Simulation, Fabrication & Characterization” at its headquarters in Karlsruhe.…
Nanoscribe at LASER World of PHOTONICS 2022
Nanoscribe is exhibitor at LASER World of PHOTONICS 2022 in Munich, Germany. As the pioneer and specialist in high-precision 3D printing, Nanoscribe will…
3D microfluidics for drug discovery
With the innovative mixing and filtering capabilities of microfluidic devices, new areas of interest are opening up in pharmaceutical research. In particular,…
XLF Print Set for centimeter parts
The new Extra Large Features (XLF) Print Set expands the manufacturing range for its high-precision 3D printer Quantum X shape from nano- and microscale…
Label-free detection of bacteria
According to the World Health Organization (WHO), antibiotic resistance is now one of the greatest threats to global health, food safety and development. This…
Nanoscribe partners with PHIX
Nanoscribe and the Dutch photonics packaging foundry PHIX B.V. have announced a collaboration to provide on-fiber printing services to the photonic packaging…
New Quantum X align
Nanoscribe introduces the Quantum X align, a new high-performance 3D printer at the Photonics West Conference and Exhibition in San Francisco. The Quantum X…
New Quantum X bio
Nanoscribe and CELLINK, two BICO companies, today jointly unveiled the Quantum X bio, a revolutionary system as part of the Nanoscribe Quantum X platform…
Heart-on-a-chip for revolutionizing medicine
Heart attacks are one of the leading causes of death in the world. 3D Microfabrication can bring life science research a big step closer to the concept of…
Nanoscribe at Formnext 2021
Nanoscribe, a BICO company, will present its key innovations at Formnext 2021 in Frankfurt, Germany next week. At the leading additive manufacturing conference…
Xpect Inx biomaterials for Nanoscribe
Our partner Xpect Inx®, a spin-off of the University of Ghent in Belgium, launches the N100 series with hydrogels and biodegradable photoresins for…
Optical trapping with diffractive lenses
How can we hold and manipulate microscopically small objects such as biological molecules or even living cells? Within the last decades optical tweezers have…
New Quantum X shape
Quantum X shape is Nanoscribe’s brand-new high-precision 3D printer for rapid prototyping and wafer-scale batch production to exploit the full potential of 3D…
Highlights of our User Meeting
On 9 September, Nanoscribe invited to the first digital Nanoscribe User Meeting. After Martin Hermatschweiler, CEO and co-founder of Nanoscribe, had opened the…
CMM magazine features Nanoscribe
The cover of the Commercial Micro Manufacturing (CMM) magazine’s August issue shows a microfluidic nozzle 3D-printed with a Nanoscribe Photonic Professional…
Connect to the photonic world
How do we optically connect integrated circuits (PIC) to other components outside the photonic chip? The waveguides of PICs are about an order of magnitude…
3D printing of glass microstructures
With the new Glass Printing Explorer Set, Nanoscribe presents the first commercially available high-precision additive manufacturing process and material for 3D…
Printing outside the box
Scientists of the University of Illinois Urbana-Champaign are truly thinking outside the box – by printing inside of it. To be precise, the team printed inside…
Nanoscribe to become a CELLINK company
Nanoscribe, the pioneer and market leader in high-precision additive manufacturing, strengthens its strategic position by entering the CELLINK Group. CELLINK…
New biocompatible and flexible photoresin
Nanoscribe introduces the new IP-PDMS photoresin for 3D Microfabrication of elastomer-based applications, microsystems and devices. The biocompatible printing…
Photonic research project for optical computing
Nanoscribe is project partner in the EU-funded photonic computing project PHOENICS. The 4-year project that is coordinated by the University of Münster…
Gecko-inspired adhesive microstructures
What makes a gecko able to climb almost any wall? And how can we benefit from the underlying phenomenon for industrial pick-and-place applications? The answer…
Freeform nozzle in microfluidic chip
We would like to present a novel method to fabricate 2D microchannels with embedded 3D microfluidic devices. The centerpiece is a spider-inspired spinneret that…
Record-breaking year 2020
The demand for microfabrication solutions is continuously growing. Nanoscribe reports a record order entry that yields a 40 percent growth in revenues in 2020…
Nanoscribe on the CMM cover
The just released Commercial Micro Manufacturing magazine (CMM) features high-precision components fabricated with a Nanoscribe Photonic Professional GT2 on its…
3D-printed microfluidic mixer
Scientists at the University of Bremen introduce a novel approach for microfluidic mixing. A freeform 3D mixing element was additively integrated into a…
Our website is now online in Japanese
With the Japanese website launch, we now offer nanoscribe.com in four different languages: English, German, Chinese and Japanese. With the addition of the last…
3D printing of the world's smallest endoscope
Researchers at the Universities of Stuttgart and Adelaide developed the world’s smallest 3D printed miniature endoscope in cooperation with medical research…
New IP-n162 for microoptics
Nanoscribe introduces the new IP-n162 photoresin, a printing material with special properties for microoptical elements such as microlenses, prisms or complex…
On-chip hollow-core 3D photonic waveguides
An international research team presents a novel concept of an on-chip light cage that confines and guides light diffraction-free over centimeter distances.…
Online technical support for your printer
At Nanoscribe, our service team strives to provide the best customer support in the shortest time possible. Our exceptional customer service also includes…
How to experience 3D Microfabrication
The Microfabrication Experience Center at Nanoscribe’s headquarters in Karlsruhe is opening its doors these days. Nanoscribe welcomes its customers, partners,…
3D printing of aspherical microlenses
Researchers at the Faculty of Physics, University of Warsaw develop micrometer-sized aspherical lenses using Nanoscribe’s 3D printers. These tiny lenses can…
On-chip 3D printing for photonic packaging
Scientists present a novel method to fabricate 3D polymer couplers for efficient broadband coupling. The freeform 3D couplers make use of total internal…
Premium resources on nanoscribe.com
A new section on nanoscribe.com with premium resources is online. From now on, Nanoscribe provides highly valuable information to all customers, partners and…
Become a microfabrication expert online
At Nanoscribe, we set up our customer support to bring new users up to expert level within a short time. Thanks to our online trainings, you don’t need to leave…
Our website is now online in Chinese
The Nanoscribe website is now available in Mandarin. With this addition to the English and German website versions, Nanoscribe’s expertise in 3D…
Research project in medical imaging
Nanoscribe is part of the new EU-funded research project HandheldOCT. In this joint project, scientists and engineers from universities, research institutes and…
3D Microfabrication facility in Kyoto
In the recently opened KUAS Faculty of Engineering a Nanoscribe system was successfully installed. The new Photonic Professional GT2 will boost research with 3D…
Microneedle arrays for vaccination
To fight against a number of diseases, including viral infections, cancer and allergies, there is a strong need to engineer cutaneous drug delivery systems for…
NanoGuide - digital companion to success
Let us talk about NanoGuide: Nanoscribe’s online knowledge base. With this digital service, you can benefit from our extensive 3D Microfabrication expert…
Microarchitectures for 3D neuronal networks
A novel cell-culture microarchitecture enables cell attachment and neurite guidance of single neurons along 3D defined paths. With the use of a Nanoscribe…
Lars Tritschler to be Chief Financial Officer
Effective 1 April 2020, Lars Tritschler joins Nanoscribe's Executive Board as Chief Financial Officer, responsible for organization, finances, purchasing, human…
Nanoscribe is fully operational at new headquarters
Nanoscribe has moved into the ZEISS Innovation Hub at the gates of Campus North of the Karlsruhe Institute of Technology (KIT) and now is fully operational. In…
Our service in challenging times
Facing COVID-19, the currently spreading coronavirus, Nanoscribe has made all necessary arrangements for employees to work safely and effectively, either from…
Off-axis holography by additive microfabrication
A new type of diffractive optical elements (DOE) was developed by an international research team using Nanoscribe’s microfabrication technology. The DOEs enable…
Membrane for cancer monitoring
Researchers are developing a novel microdevice that is designed to trap cancer-associated cells. Nanoscribe’s 3D Microfabrication technology enables rapid…
Strong interest at Photonics West
The SPIE Photonics West 2020 was once again a great show with over 5,000 conference talks and 1,300 exhibiting companies, presenting the latest in optics and…
New printing material for life sciences
At the SPIE BiOS and Photonics West Nanoscribe presents the new IP-Visio printing material for life science applications. This material is non-cytotoxic,…
3D-printed cochlear implant
Based on Nanoscribe’s 3D Microfabrication technology, scientists developed a 3D-microscaffold cochlear implant for steroid elution. For the first time,…
Meet us at SPIE BiOS & PW 20
On to San Francisco: Starting from February 1st with the BiOS conference, Nanoscribe will be showcasing all the latest advances of 3D Microfabrication at this…
Tailor-made X-ray optics
Scientists developed tailor-made phase plates for high-resolution X-ray microscopy. The phase plates can correct spherical aberrations of Beryllium refractive…
Looking for a new challenge?
As Nanoscribe continues to grow, we have to fill more and more positions. If you are passionate about additive manufacturing, lasers and the world of smallest…
Small series production by 3D Microfabrication
At Formnext 2019, Nanoscribe presented a variety of 3D microprinting capabilities. With its new 3D Microfabrication Solution Set Large Features, the company is…
Microswimmers with multi-responsive behaviors
Microscopic tiny swimmers shaped like donuts promise a wide range of application options: Fabricated with Nanoscribe’s 3D Microfabrication technology, they can…
200th Nanoscribe system acquired by Qingdao University
Qingdao University in China ordered a Photonic Professional GT2, which makes the 200th system sale for Nanoscribe. Equipped with the latest hardware and…
Successful user trainings at AsiaLab
Nanoscribe’s fully operational AsiaLab hosted its first user trainings in Shanghai (China). The AsiaLab and the local service team are bringing the latest…
Biopolymer 3D printed retinal cell scaffolds
Bioengineers developed biocompatible 3D cell scaffolds for future tissue modeling, regeneration, and drug testing at the cellular level. For this, the…
3D-printed microvalve for treating glaucoma
Scientists from Mexico have fabricated a novel device that could reduce the effects of glaucoma. They used Nanoscribe’s 3D printer to create a complex…
World’s smallest microstent
Based on Nanoscribe’s 3D printing technology, researchers developed the world’s smallest microstents made of soft and responsive components. They printed 3D…
Opening of our US subsidiary
On 1 August 2019, Nanoscribe opens a new subsidiary in the Boston area (MA, USA) to expand its sales and service activities on the American continent. CEO…
Microfluidic channels in glass by 3D microfabrication
The manufacturing of hollow 3D glass structures for microfluidic applications is an extremely challenging task. Within a research project, now a new…
Nanoscribe. The next level.
New brand, new website, new product: To achieve the best momentum, LASER World of Photonics in Munich was the perfect stage for this multilaunch. The crowning…
Advanced Lithography Symposium 2019
On Friday, July 12, the NNCI/nano@stanford hosts the third edition of the symposium dedicated to advanced lithography. Technical experts from Raith, SwissLitho,…
Innovation Award for Quantum X
At the LASER World of Photonics in Munich, we received for our brand-new maskless lithography system Quantum X the Innovation Award for the most...
Nanoscribe launches Quantum X
The brand-new Nanoscribe Quantum X targets specific needs in modern industrial microfabrication. The launch of this state-of-the-art device at the trade fair…
SEM video of 3D Microfabrication
In a fly-over video a sequence of scanning electron microscope (SEM) images showcases extremely filigree structures fabricated with a Nanoscribe system. From…
Premiere at KEIO University
Back to the roots: The first installation of our latest 3D printer model Photonic Professional GT2 could be considered a journey back to the starting point of…
Junior researchers strongly interested
Members of the "young DPG" were given an up-close experience: How can a high-tech company develop the results of fundamental scientific research to market…
Smallest legged robot ever made
Researchers from the University of Maryland recently developed one of the smallest and fastest legged microrobots ever, fabricated with one of Nanoscribe’s 3D…
What is customer support for us?
Do you know that Nanoscribe provides extensive customer support? Worldwide and with more than 10 years of experience! Our service team consists of 10 technical…
We are technology partner of MiLiQuant
With its technology expertise in 3D microfabrication, Nanoscribe participates in the recently started research project "MiLiQuant", funded by the BMBF. Together…