3D Microfabrication in life sciences

Two-Photon Polymerization (2PP) offers design freedom and highest precision for prototyping and microfabrication of customized biomedical structures, tissues and devices. Bring your applications to life with 2PP-based 3D bioprinting including life cell printing and benefit from truly outstanding 3D microstructures.

Additive manufacturing of high-precision biomedical components

With Nanoscribe’s technology you can print bio-inspired microenvironments at sub-cellular scale, suitable for cell studies and lab-on-a-chip applications. For example, our customers fabricate 3D cell scaffolds to study cell growth, migration or stem cell differentiation, or a 3D microfluidics heart-on-a-chip platform. 2PP based 3D Microfabrication also enables the fabrication of biomedical instruments required for minimally invasive operations, such as implants, microneedles and microporous membranes.

Life science applications benefit from the high-resolution 3D printing capabilities of Nanoscribe’s microfabrication systems Quantum X bio and Photonic Professional GT2.

In combination with biocompatible photoresins, such as the low autofluorescent IP-Visio or the soft and flexible IP-PDMS, Nanoscribe offers the solutions for your life science innovations. Our microfabrication systems are open material platforms and support a broad range of customized materials ranging from biocompatible, cell binding or repelling, hydrophobic and hydrophilic resins, to hydrogels and resins containing nanoparticles. With our Quantum X bio and suitable bioinks containing living cells, you will master live cell printing with ease.

Life sciences
application opportunities

You want to assess the opportunities for your project in life sciences? Explore the application options of our 3D Microfabrication solutions. Have a look at the 10 most recent scientific publications in life sciences.
To view the details of the publications and to find more research topics and applications in which Nanoscribe 2PP-based 3D printing systems are already successfully used, just enter our premium resources - log in or register for free.


Size-Dependent Locomotion Ability of Surface Microrollers on Physiologically Relevant Microtopographical Surfaces


In-situ Quantitative Phase Imaging during Multi-photon Laser Printing


Development of three bundled microneedles mimicking mosquito’s mouthparts and characterization of effect of their synchronous movements and serrations on decreasing puncture resistance


Bio-Metamaterials for Mechano-Regulation of Mesenchymal Stem Cells


Probabilistic cell seeding and non-autofluorescent 3D-printed structures as scalable approach for multi-level co-culture modeling


Physiologic Effects of Microneedle-Mediated Intracochlear Dexamethasone Injection in the Guinea Pig


In situ sensing physiological properties of biological tissues using wireless miniature soft robots


Micro-Scaling Metal-Organic Framework Films through Direct Laser Writing for Chemical Sensing


Microneedles with Recessed Microcavities for Electrochemical Sensing in Dermal Interstitial Fluid


Electrode filling using capillary action of 3D printed elastomer microchannels

View more innovation projects

You get more publication examples and deeper insights within our premium resources. Via a keyword-underpinned database you find more than 1,400 scientific publications of our customers in specific application areas. Make use of the tool to gather valuable know-how and background information about the manifold application options.

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