Electrospinning for biomedical & tissue engineering

Electrospun scaffolds mimic the extracellular matrix, giving cells a nanofibrous surface to attach, grow, and organize. This makes electrospinning a key tool for tissue engineering, wound healing, and regenerative medicine.

See coaxial electrospinning

Where it's used

  • Tissue scaffolds

    Aligned or random fibers recreate the ECM for skin, bone, cartilage, and more.

  • Wound dressings

    Breathable, high-surface-area mats that can carry antibacterial or healing agents.

  • Vascular & nerve guides

    Tubular and aligned fibers guide cell and tissue growth in the right direction.
Easy Drum rotary collector with mounted collector for electrospinning

Why Linari NanoTech

Drum, mandrel, and gantry collectors for aligned and tubular scaffolds, plus coaxial kits to embed growth factors or drugs. Test your polymer in our Pisa lab with SEM characterization before you invest.

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Published research in this field using Linari equipment

50 peer-reviewed publications indexed in Europe PMC name Linari electrospinning equipment in their Methods section for biomedical and tissue engineering research, published between 2017 and 2026 in journals including ACS Applied Materials & Interfaces, Biomacromolecules and ACS Applied Bio Materials. They cover scaffolds for bone, tendon, nerve, cardiac and skin regeneration, wound dressings, medical device coatings and three-dimensional in vitro models.

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Frequently asked questions

Can I make aligned fibers for tissue scaffolds?

Yes. A rotating drum or gantry collector produces aligned fibers; a flat collector gives random mats.

Can I incorporate drugs or growth factors into scaffolds?

Yes. Coaxial electrospinning places a sensitive agent in the fiber core, protected by an outer shell.

Talk to an R&D expertSee electrospinning scale-up