Reach the next level for
your biomedical products with
nanofibers & nanoparticles

More information

Biomedical

Electrospinning biomedical applications is one of our preferential targets indeed. Biomedics is one of the fields to have implemented most developments and products using electrospinning.

New electrospinning biomedical applications for multiple purposes and with different approaches are published in paper almost every day.

The fact that electrospun structures mimic the extracellular matrix (ECM) of tissue, the degree of porosity of these structures, the possibility of using synthetic polymers and biopolymers and biodegradable polymers, and the possibility of releasing active ingredients that can be encapsulated in electrospun fibres mean that electrospinning technology is ideal for developing a multitude of products for biomedical applications: different types of 2D or 3D scaffolds, coatings on medical devices for different purposes, wound dressings, tissue engineering and organoids, etc.

Electrospinning biomaterials have revolutionized the field of biomedical engineering, offering advanced solutions for a range of applications. The unique properties of electrospun biomaterials, including their high surface area to volume ratio and the ability to tailor fiber composition and architecture, make them ideal for applications such as coating on implants and other medical devices, as well as scaffolds for tissue regeneration or wound dressings.

Find in this section some of the most interesting electrospinning biomedical applications.

DRUG-LOADED ELECTROSPUN YARNS OF APPLICATION AS ANTIMICROBIAL SURGICAL SUTURES

The objective of the research work presented in this application note is to develop a [...]

Ophthalmologic applications of electrospinning

Introduction In recent years, electrospinning has aroused much interest in the biomedical field of ophthalmology [...]

Electrospun scaffolds for kidney tissue engineering: on the way towards kidney organoids

Chronic kidney disease is one of the deadliest diseases all around the world. Current healing [...]