High Voltage Generator and Electrospinning system to obtain extra precise fibers- XY table to set up the needle mouvement

Electrospinning for sensors & electronics

The high surface area and tunable structure of electrospun nanofibers make them highly responsive — ideal for sensors. Aligned and precisely placed fibers are used in strain, gas, and biosensors and in flexible electronics.

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Where it's used

  • Strain & pressure sensors

    Aligned nanofiber networks respond sensitively to deformation.

  • Gas & chemical sensors

    High surface area gives a fast, sensitive response to target molecules.

  • Flexible & wearable electronics

    Conformable conductive-fiber mats for wearable devices.
Electrospinning Machine Control panel- set up the machine parameters- control electrospinning parameters- xy table

Why Linari NanoTech

Gantry and X-Y systems place fibers precisely, and rotating collectors give aligned arrays — the control that device fabrication needs. Prototype in our Pisa lab.

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Published research in this field using Linari equipment

9 peer-reviewed publications indexed in Europe PMC name Linari electrospinning equipment in their Methods section for sensors and flexible electronics research, published between 2021 and 2026 in journals including Science Advances, Advanced Science and Nano-Micro Letters. They cover strain, vibration, optical and colorimetric sensing, conductive fibres, point-of-care diagnostics and stimulus-responsive actuators.

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Frequently asked questions

Can I place fibers precisely for a device?

Yes. Gantry (X-Y) systems direct deposition to defined locations; drums give aligned arrays.

Can I make aligned nanofibers?

Yes. A rotating drum or gantry produces aligned fibers instead of random mats.

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