Our electrospinning technology
Linari NanoTech designs and manufactures electrospinning technology across four areas: the core electrospinning process, coaxial electrospinning for core-shell fibers, scale-up from research to industrial production, and AI-assisted process development. Everything is engineered and built in Italy, backed by more than 15 years of experience and over 400 installations worldwide, and supported by our own electrospinning laboratory in Pisa where you can test your materials before you invest.
-
15+
years of experience
-
400+
installations worldwide
-
Up to 8
materials at once (RT Advanced)
-
40–60 kV
systems, Made in Italy
Our four technology areas
-
The electrospinning process
Learn moreElectrospinning uses a high-voltage electric field to draw a polymer solution into continuous nanofibers, from tens of nanometers to a few micrometers. Our machines give precise control over voltage, flow rate, and tip-to-collector distance, with collectors for random, aligned, or tubular fibers.
-
Coaxial electrospinning (core-shell)
Learn moreA spinneret with two concentric nozzles produces fibers with a distinct core and shell. The shell can protect a sensitive core, control drug release, or carry a material that cannot be spun alone — ideal for drug delivery and encapsulation.
-
Electrospinning scale-up
Learn moreFrom multi-material research (RT Advanced, up to 8 materials at once) to industrial pilot production (Pilot Spinner, 60 kV, extra-large drum). Modular systems let you start small and grow, protecting your investment.
-
AI for electrospinning: espin.ai
Learn moreespin.ai, trained on the largest open knowledge base of electrospinning literature, suggests starting solvents, additives, and parameters for your polymer — so you spend fewer runs finding a workable window and more runs optimizing.
Why Linari NanoTech
-
We are not only a manufacturer but a research partner. Our technology is developed and built in Italy, installed in more than 400 laboratories worldwide over 15 years, and used in international research projects. You can test your own materials on our systems in our fully equipped electrospinning laboratory in Pisa, with SEM and microscopy on hand, before deciding what to buy. All systems include proper high-voltage safety interlocks, and our team provides application and parameter support throughout.
Frequently asked questions
What can I make with your electrospinning technology?
Continuous nanofibers from hundreds of polymers, as random mats, aligned fibers, tubular structures, or core-shell fibers — for biomedical, pharmaceutical, filtration, energy, and other applications.
Can I start small and scale up later?
Yes. Our systems are modular: you can begin with a benchtop configuration and add collectors, coaxial capability, or higher-throughput and industrial systems as your needs grow.
Do you make coaxial (core-shell) fibers possible?
Yes. Our coaxial needle kits let you produce core-shell fibers on our systems and on compatible third-party setups.
Can I test my material before buying a machine?
Yes. You can run trials in our electrospinning laboratory in Pisa, with SEM and microscopy on hand to characterize the results.