Electrospinning applications

Electrospun nanofibers solve problems across many industries. Their huge surface area, tunable porosity, and ability to carry active materials make them valuable from medicine to energy. Linari NanoTech's machines and expertise support R&D and production across all these fields.

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Applications by sector

  • Biomedical & tissue engineering

    Nanofibrous scaffolds that mimic the extracellular matrix for cell growth and healing.

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  • Pharmaceutical & drug delivery

    High-surface-area and core-shell fibers that tune how a drug is released.

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  • Filtration membranes

    Fine pore size with high porosity for air, mask, and water filtration.

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  • Energy materials

    Separators, electrodes, and catalyst supports for batteries and fuel cells.

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  • Sensors & electronics

    Responsive, precisely placed fibers for strain, gas, and biosensors.

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  • Coatings & composites

    Functional surface coatings and reinforcement for tougher composites.

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2021-rtadvanced

Why Linari NanoTech

We are a research partner, not just a manufacturer. Test your own materials on our systems in our electrospinning laboratory in Pisa, with SEM on hand, before you invest — and scale from research to production with modular systems, Made in Italy.

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Frequently asked questions

Which applications are electrospun nanofibers best for?

Anywhere a large surface area, fine porosity, or a fiber's ability to carry active materials helps — biomedical scaffolds, drug delivery, filtration, energy storage, sensors, and coatings.

Can you help develop a process for my application?

Yes. Our R&D team provides application and parameter support, and you can test your own materials in our laboratory in Pisa before deciding what to buy.

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