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Ink-Free Multimaterial Printing: Breaking Barriers in Materials, Cost, Time, and Substrate Potential

Author: Masoud Mahjouri-Samani | CEO and Founder NanoPrintek, info@nanoprintek.com


In labs across the world - whether in industry, government, or academia - there’s a shared frustration: the path from concept to product is too slow, too expensive, and often restricted by the limitations of the tools themselves. For decades, R&D and Production labs have had to work around the constraints of ink-based printing systems - formulating complex inks, fighting clogs and contamination, dealing with post-processing steps, and adapting their ideas to match the tool rather than the other way around.


At NanoPrintek, that paradigm is being reimagined.


Figure 1. The paradigm is being reimagined.
Figure 1. The paradigm is being reimagined.

NanoPrintek’s ink-free multimaterial printing platform doesn’t just eliminate inks - it eliminates the compromises that come with them. Instead of using liquid formulations with short shelf life and questionable reliability, NanoPrintek’s technology prints directly from solid pellets of the desired material — metal, ceramic, dielectric, or composite. Using a combination of laser-induced nanoparticle generation and real-time laser sintering, the platform creates pure, high-performance printed features right where you want them - on many substrates.


There’s no drying time, no curing stage, and no solvents to remove. What you get is a clean, fast, and incredibly versatile system that can take you from idea to functional device in a matter of hours.


Figure 2. Examples of printing various materials directly from raw sources.
Figure 2. Examples of printing various materials directly from raw sources.

A New Way to Print — Without Inks, Without Limits


Imagine being able to print a complete multimaterial device structure from solid materials in one run without ever touching a drop of ink.



We are Exhibiting! Visit our booth at the TechBlick event on 11-12 June 2025 in Boston. Contact us for your special discount coupon to attend. We will bring our machine so join us to see it in action
We are Exhibiting! Visit our booth at the TechBlick event on 11-12 June 2025 in Boston. Contact us for your special discount coupon to attend. We will bring our machine so join us to see it in action


That’s exactly what NanoPrintek’s printers offer. The technology works by ablating nanoparticles from a target pellet using a finely tuned laser, propelling them toward a substrate, and then sintering them instantly into a fully formed pattern. Everything happens in real time, without chemicals, binders, or additional processing.


The result? A simplified, cost-effective, and sustainable process that lets researchers print what they want, how they want it — whether on paper, glass, plastic, or even stretchable polymers.



Figure 3. Printing on various substrates.
Figure 3. Printing on various substrates.



Figure 4. From single materials to hybrid structures
Figure 4. From single materials to hybrid structures

From Concept to Device - Without the Waste


There’s also a sustainability story here that can’t be ignored. By removing inks from the equation, NanoPrintek eliminates the use of harmful solvents and binders. There’s no runoff, no chemical waste, and no energy-intensive curing steps. You use only what you need, when you need it —and the solid targets are shelf-stable, clean to handle, and easy to store.


This makes the system not only better for the planet but also safer and more convenient for its users.


 

Real Impact Across Key Sectors


What makes this platform especially compelling is how broadly it applies. In the defense sector, the ability to print multimaterial circuits on-site - without fragile fluids or bulky equipment - opens doors for field-ready prototyping and battlefield repairs. In aerospace, the platform's compact footprint and low power needs make it a strong candidate for in-situ manufacturing aboard spacecraft or remote bases.


In the energy space, researchers are using NanoPrintek to explore next-gen batteries and supercapacitors with complex material architectures that would be impossible to formulate into inks. In biomedicine, the clean, solvent-free printing process is ideal for developing sensors on biocompatible or biodegradable substrates, from smart bandages to neural interfaces.


Across all of these domains, the common thread is clear: less time preparing materials, less cost, and more time innovating with them.


We are Exhibiting! Visit our booth at the TechBlick event on 11-12 June 2025 in Boston. Contact us for your special discount coupon to attend. We will bring our machine so join us to see it in action
We are Exhibiting! Visit our booth at the TechBlick event on 11-12 June 2025 in Boston. Contact us for your special discount coupon to attend. We will bring our machine so join us to see it in action

 


The Future of Printed Electronics Is Ink-Free


NanoPrintek’s ink-free multimaterial printing isn’t just a new technology — it’s a new way of thinking about additive manufacturing. It puts the focus back on speed, flexibility, and creative freedom, without the overhead of traditional processes. And for researchers and developers who are pushing the boundaries of what’s possible, it offers a clear path to get there — faster, cheaper, cleaner, and with more control than ever before.


In a world that demands agility, sustainability, and precision, NanoPrintek is delivering the tools to keep you ahead of the curve.


Want to learn more about how ink-free printing can transform your lab, research center, or advanced manufacturing team?


Visit www.nanoprintek.com or reach out to info@nanoprintek.comProudly engineered and manufactured in the USA.


 

We are Exhibiting in Boston and Berlin.


Visit our booth at the TechBlick event on

Contact us for your special discount coupon to attend. We will bring our machine so join us to see it in action




 
 
 

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