Nanoscribe

Hermann-von-Helmholtz-Platz 6
Eggenstein-Leopoldshafen 76344
Germany
49-721-981-9800
49-721-981-980130
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More Info on Nanoscribe

Nanoscribe, a BICO company, offers high-precision 3D printers and grayscale lithography systems for various microfabrication applications on the nano-, micro- and mesoscale.

Products

Nanoscribe
At Nanoscribe, we develop high-performance photoresins tailored to Two-Photon Polymerization (2PP) and Two-Photon Grayscale Lithography (2GL®). Engineered for resolution, ...
Quantum X litho
Quantum X litho is the world’s first system for Two-Photon Grayscale Lithography (2GL®), designed for the fabrication of 2.5D, or planar, micro-optics. This maskless...
Courtesy of Nanoscribe
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Quantum X bio is a versatile, high-resolution 3D bioprinter based on Two-Photon Polymerization (2PP). It enables the fabrication of intricate structures from subcellular ...
Courtesy of Nanoscribe
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Quantum X shape is a configurable high-resolution 3D printer based on Two-Photon Polymerization (2PP). It combines ultimate flexibility with submicron accuracy for rapid ...
Courtesy of Nanoscribe
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Quantum X align is Nanoscribe’s high-precision 3D optics printer, engineered for the direct fabrication of microoptical components on photonic chips and optical fibers...

Press Releases

Voronoi gradient density foam enclosed by a solid outer shell with a diameter of 550 µm. This inertial confinement fusion target was printed using Nanoscribe Quantum X shape.
Nanoscribe, a global leader in high-precision 3D microfabrication, has secured multiple orders in Q1 2026 for its Quantum X systems from three internationally leading organizations...

Articles

(Image credit: Microqubic)
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IPX-Clear photoresin for high-precision micro-optics is optimized for 3D printing by 2GL technology and compatible with two-photon polymerization. The material achieves transparency...
(Image credit: Vario-optics AG)
A photonic integrated circuit.
European companies are now at the forefront of developing groundbreaking approaches to the packaging of photonic integrated circuits (PICs).
Nanoscribe
The Quantum X align lithographic-based 3D printer enables auto-aligned printing of freeform micro-optical elements directly onto optical fibers and photonic chips.
(Photo 100051973 / 3d © Keatanan Viya | Dreamstime.com)
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Nanoscribe specializes in 3D bioprinting based on two-photon polymerization technology.
Optomechanical setup for writing a microlens on the tip of an endoscopic fiber via a two-photon process.
Using two-photon direct laser writing, a microscopic asphere is fabricated on the fiber tip of a fiber-optic microendoscope; the lens is aberration-free.
Nanoscribe
A compound lens system with two refractive elements is printed with Nanoscribe’s IP-n162 photoresin (left). The novel printing material has a high refractive index of 1.62, which expands the opportunities in creating new types of miniaturized optical systems. (The lens system was printed by Nanoscribe, with optical design by Simon Thiele, TTI GmbH TGU Printoptics.) A double Porro prism is 3D printed with Nanoscribe’s 3D microfabrication technology and the new high-refractive-index material IP-n162 (right).
With both a high refractive index (1.62) and a low Abbe number (25), Nanoscribe’s new IP-n162 photoresin enables new types of micro-optical design.
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The novel photonic integrated technology is expected to bring optical coherence tomography (OCT) from stationary clinical use to broader, mobile use in ophthalmic care.
Nanoscribe
Microlens array (right) fabricated by Nanoscribe's Quantum X (left).
The standalone enclosed machine, which fabricates refractive and diffractive micro-optics, was chosen as the most innovative product at the show.
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A nanophotonic lens with a complex structure, placed over a light-emitting nanowire, greatly reduces the divergence angle of the light output.
(Image: Nanoscribe)
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Placed on an emitting nanowire tip, the lens uses nanoscale interference effects to achieve a high directivity.

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Additional content from Nanoscribe

(Image credit: Carl ZEISS)
Shown is the Nanoscribe subsidiary in the facilities of Carl ZEISS in Shanghai, China.
Nanoscribe strives to strengthen its sales activities, reinforce existing business relationships, and further expand customer services.
(Image credit: Rachael Jayne and Alice White/Boston University)
Shown is a 3D microstructure printed on a MEMS actuator.
Nanoscribe 3D printers can print and integrate microscopic components directly on integrated circuits (ICs).
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Ultrafast-laser-written free-space photonic wire bonds connect III-V laser diodes on one chip with silicon photonics on another chip with an insertion loss of 0.4 dB.
(Image: ZEISS)
(From left to right): Martin Hermatschweiler, CEO of Nanoscribe, Prof. Dr. Thomas Hirth, vice president of KIT for Innovation and International Affairs at KIT, Prof. Dr. Michael Kaschke, president and CEO of ZEISS, Prof. Dr.-Ing. Holger Hanselka, president of KIT.
Karlsruhe Institute of Technology's Hub will house other high-tech and digital start-ups and 'carve-outs' as well.
(Image: University of Stuttgart/ PI 4)
CMOS sensor with different focal lengths, four lenses each, for foveated imaging.
Through two-photon polymerization, optics with high shape accuracy and optically smooth surfaces are created.
(Courtesy of Nanoscribe)
FIGURE 1. After an automated process of mesh fixing, slicing, and hatching, the desired structure is transferred into the photopolymer volume by scanning the laser's focus point in a layer-by-layer process. This 3D printing workflow is based on multiphoton absorption; polymerization is only triggered in the high-intensity region within the focal volume.
When common additive manufacturing (3D printing) technologies like stereolithography reach their limitations in resolution, 3D laser lithography achieves its full potential in...
FIGURE 1. A conceptual image shows the laser-inscription process; nonlinear absorption occurs at the laser focus, resulting in white-light emission and highly localized energy deposition. A laser can effectively draw a waveguide in a bulk-glass material.
Integrated photonics can be written in glass via nonlinear absorption by focusing a short-pulse-duration laser into the glass; quantum-integrated-photonics (QIP) devices are being...
(Courtesy Nanoscribe)
Three-dimensional (3D) laser printing on the micrometer and nanometer scale for a miniaturized spacecraft is reduced to less than one minute without loss of quality.
Eggenstein-Leopoldshafen, Germany--Nanoscribe, a spinoff of KIT, has developed what it calls the world's fastest 3D micro- and nanostructure printer.
(Images adapted from Science 317, p. 1749 (2007) by the Zhuang Research Lab at Harvard.)
Conventional images of microtubules and clathrin-coated pits (CCPs) in a cell (a) lack the resolution provided by STORM (b and c). Microtubules (green) and clathrin (red) were stained with labeled antibodies.
Among the papers that the organizers of the Cell Bio show (the American Society for Cell Biology annual meeting, Dec. 13-17, 2008) chose to highlight for journalists covering ...