• Fibroblasts

    Fibroblasts cultured in our standard 3D scaffold
    Fluorescence microscopy image of primary human dermal fibroblasts: Nuclei in blue.
  • Cell growth on scaffold

    Cross section showing cells growing throughout the scaffold
    Fluorescence microscopy image of primary human cells: Nuclei in blue.
  • Electrospun nanofibre scaffold

    Electrospun nanofibre scaffold for 3D Cell culture
    Consistent fibre diameter and pore size for reproducibility in cell culture applications.
  • Embryonic Stem Cell derived

    Differentiation of stem cells to neural precursors
    Embryonic Stem Cell derived.

The Electrospinning Company develops and manufactures nanofibre scaffolds for 3D cell culture and transplantation.

What we do

The Electrospinning Company develops and manufactures nanofibre scaffolds for 3D cell culture and transplantation.

Electrospun products

Our range of general purpose nanofibre scaffolds for 3D cell culture includes biocompatible scaffolds (permanent and biodegradeable) with a range of pore sizes to fit different cell types.

Electrospinning equipment

Laboratory scale and industrial scale electrospinning equipment. Complete systems for laboratory use.

Bench to bedside

We specialise in making fibres from polymers previously approved for implantation in order to facilitate translation of research findings into clinical use.

 

Custom fibres

We have extensive capabilities to produce bespoke scaffolds for implantable device prototypes and in-vivo models.

 

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