China3D printingNet September 11, nAngioDerm regenerative medicine project and French ultra-high resolution3D printingThe machine manufacturer Microlight3D has cooperated and has received 747,000 euros in funding to help heal ulcers or regenerate skin from severe burns.
The nAngioDerm project will receive its funding from the French National Research Agency (ANR). Denis Barbier, CEO of Microlight3D, said:
“Microlight3D is very proud to be its first European research consortium nAngioDerm partner. Cooperating with these advanced academic organizations on such a critical health issue further recognizes the value of our 3D microimprint technology in regenerative medicine applications.
This project is a great opportunity to help further develop our micro-scale3D printingSystem for future health applications. “
Microlight3D Altraspin 3D printingmachine. The picture comes from Microlight3D.
nAngioDerm project
Starting this month, the nAngioDerm project aims to solve the global burden of skin and subcutaneous diseases, which has reportedly increased rapidly within 10 years. Since 2009, the disease is said to affect up to 20 million people suffering from acute trauma due to surgery or chronic skin ulcers.
According to the NHS, the annual cost of treating wounds is estimated at 4.5-510 million pounds. Microlight3D and the five European partners cooperating on the nAngioDerm project will develop a cost-effective3D printingMachines and processes dedicated to the application of cell scaffolds to enable living tissues to regenerate themselves and promote healing.
More specifically, the main partner, the Institute of Bioengineering of Catalonia (IBEC), will explore bioactive ions derived from biodegradable polymer nanocarriers. This will lead to the production of nanostructured devices that promote in situ regeneration of damaged skin without the need for cells or growth factors.
IBEC will also coordinate the contributions of other partners, including Ioannina University in Greece, Vall d’Hebron University Hospital in Spain and Grenoble University in France, Microlight3D.
3D printing
SEM image of Voronoï porosity 3D Moebius junction” alt=”in Microlight
3D printing
SEM image of the Voronoï porosity 3D Moebius junction” />
In Microlight3D printingSEM image of Voronoï porosity 3D Moebius junction. Picture from Microlight3D
Mircolight3D Ultrashort pulse light 3D printingTechnology
Founded in 2016, Microlight3D is an expert in the field of two-photon polymerization. In this method, ultrashort pulsed light is used to initiate the polymerization of two photons in the liquid medium at a time. This technique is particularly suitable for producing incredibly small objects that can be placed on pencil tips or smaller objects.
Recently, Microlight3D acquired Smart Force Technologies (SFT), a micro 2D printing company, for microfluidics3D printingOpen up new possibilities. Prior to this, the company launched Altraspin 3D printingIt can print with a resolution as low as 0.2μm, which is 100 times thinner than a human hair.
China3D printingOriginal article on the net, please give back to the link for reprinting!
(Editor in charge: admin)
0 Comments for “nAngioDerm project and Microlight3D collaborate to help bio 3D printing skin”