Try our electrospinning powered by AI
Linari NanoTech designs and manufactures electrospinning machines and nanofiber equipment in Pisa, Italy.
From benchtop starter kits to industrial systems that run up to eight materials at once — plus coaxial needles, collectors, and AI-assisted process tools — we help labs and companies produce nanofibers for biomedical, pharmaceutical, filtration, and energy applications, backed by 15+ years and 400+ installations worldwide.
eSpin.ai
The first AI tool to boost electrospinning research. Millions of experiments in your hand. 30 days free, no credit card.
espin.ai The first AI platform for electrospinning
World leader in nanofibers with unique nanofiber as-a-service offer to free time to scientists
8 materials processed at the same time with RT Advanced Machine
400+ worldwide satisfied customers
Easy and user-friendly electrospinning machines
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Nanofibers as-a-service to focus your business
ORDER YOUR NANOFIBERS - tell us moreWe create together the best recipe for your nanomaterials, moving through all stages of research and development, from the lab to market-ready products.
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Make nanofibers by yourself with electrospinning
CREATE YOUR NANOFIBERS - product catalogueOur electrospinning machines are designed and developed to ensure precision and noise-free in producing the highest quality of nanofiber materials.
Fields of application
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Biomedical
Explore biomedical applicationsRegeneration of bone tissue, tendon/ligament tissue, and cartilage tissue. These are just some of the main applications of nanofibers in the biomedical field.
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Renewable energies
Explore energy applicationsElectrospinning offers a simple approach toward advanced energy nanomaterials with endless possibilities of structure–composition combinations.
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Filtration
Explore filtration applicationsNanofiber membranes capture sub-micron particles at low pressure drop, which makes them effective in respiratory masks, air and water treatment, and the recovery of oil or critical raw materials.
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Pharmaceutical
Explore pharmaceutical applicationsDue to its large loading capacity and high encapsulation efficiency, electrospinning is the technology that produces drug-loaded nanofibers that is most frequently used in drug delivery applications.
We are good at
Our deep knowledge in the field of nanofibers enables us to create solutions and opportunities in all industries and product lines.
Big ideas: small materials
What stage are you in?
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1_Proof of concept
Custom-made nanofibers for your challenges and needs
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2_Pilot
Nanofibers by yourself with our e-spinning machines
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3_Mass production
With our industrial technology solutions
Which one is the best choice for you?
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Electrospinning services
DISCOVER OUR SERVICESWhy use our services:
- we can provide the fastest response for your researches
- we do advanced analysis with Digital e SEM microscopes
- we realize your nanofiber idea from research to production
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Electrospinning system
DISCOVER OUR PRODUCTSWhy use our machines:
- ready functional products for your business
- up to 8 materials are processed at the same time
- fastest prototyping
- doesn’t vibrate
- more than 350 labs actually work with our machines
Electrospinning portfolio
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Electrospinning Machines
Electrospinning machines designed and built in Italy since 2003 Linari Nanotech designs...
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Electrospinning Needles
A series of electrospinning needles: single needles, multiple needles and coaxial needles...
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Electrospinning Accessories
Electrospinning accessories designed and built in Italy Collectors, high-voltage generators, needles, supports...
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Consumables for Electrospinning Machine
Consumables for your electrospinning process Syringes, tubing and fittings to keep your...
INTERNATIONAL SALES AND SUPPORT NETWORK
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15 Years Experience
GET IN TOUCHIt's Linari NanoTech firm belief, that a considerable contribution to our success is made by our international network of reliable and dedicated partners, who cooperate with us to deliver highly efficient customer service worldwide.
Africa and Middle East - Baltic States - Chile - China - Cyprus - Egypt - Pakistan - Romania - Saudi Arabia - Singapore
+400
Installation Worldwide
Discover the global reach of our +400 Electrospinning Machine installation. Join a growing network of successful users worldwide.
Achieve superior nanofiber production efficiency.
MADE IN ITALY
Our technology
Our Made in Italy technology offers high-quality and safe machines to meet electrospinning requirements with certainty and confidence.
FAQ
What does Linari NanoTech make?
We design and manufacture electrospinning machines and nanofiber equipment in Pisa, Italy — from benchtop starter kits to industrial systems, plus coaxial needles, collectors, pumps, and AI-assisted process tools.
What are electrospun nanofibers used for?
For biomedical scaffolds and wound dressings, drug delivery, air and water filtration, battery and energy materials, sensors, and functional coatings.
Which electrospinning machine should I choose?
It depends on your stage: compact and starter systems for research, and multi-material or industrial systems such as RT Advanced and Pilot Spinner for scale-up. Our systems are modular, so you can start small and grow.
Can I test my own materials before buying?
Yes. You can run trials in our fully equipped electrospinning laboratory in Pisa, with SEM and microscopy on hand to characterize the results.
Do you ship worldwide?
Yes. Linari NanoTech has supported more than 400 installations worldwide over 15+ years, working with an international network of partners and resellers.
Latest Articles
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Point-of-Care Applicable Metabotyping Using Bio...
Published in Science Advances, vol. 9 (2023) · AAAS · Open access, CC BY-NCDOI: 10.1126/sciadv.ade9933 Summary Ambient ionisation mass spectrometry can read the metabolome of a biofluid directly, without lengthy...
Point-of-Care Applicable Metabotyping Using Bio...
Published in Science Advances, vol. 9 (2023) · AAAS · Open access, CC BY-NCDOI: 10.1126/sciadv.ade9933 Summary Ambient ionisation mass spectrometry can read the metabolome of a biofluid directly, without lengthy...
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4D Printing of Humidity-Driven Seed Inspired So...
Published in Advanced Science (2023) · Wiley · Open access, CC BYDOI: 10.1002/advs.202205146 Summary Geraniaceae seeds move through soil on their own, driven purely by changes in humidity - a...
4D Printing of Humidity-Driven Seed Inspired So...
Published in Advanced Science (2023) · Wiley · Open access, CC BYDOI: 10.1002/advs.202205146 Summary Geraniaceae seeds move through soil on their own, driven purely by changes in humidity - a...
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Calcination Temperature and Alkaline Oxygen Evo...
Published in Small (2025) · Wiley · Open access, CC BY-NC-NDDOI: 10.1002/smll.202408319 Summary Spinel transition metal oxides are among the most credible sustainable substitutes for platinum-group electrocatalysts, and high-entropy oxides...
Calcination Temperature and Alkaline Oxygen Evo...
Published in Small (2025) · Wiley · Open access, CC BY-NC-NDDOI: 10.1002/smll.202408319 Summary Spinel transition metal oxides are among the most credible sustainable substitutes for platinum-group electrocatalysts, and high-entropy oxides...
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Recovery of Rare Earth Elements by Nanometric C...
Published in RSC Advances, vol. 11 (2021) · Royal Society of Chemistry · Open access, CC BYDOI: 10.1039/D1RA02097H Summary Rare earth elements are classed as critical raw materials, and recovering...
Recovery of Rare Earth Elements by Nanometric C...
Published in RSC Advances, vol. 11 (2021) · Royal Society of Chemistry · Open access, CC BYDOI: 10.1039/D1RA02097H Summary Rare earth elements are classed as critical raw materials, and recovering...