Veille sur les technologies d'impression 3D

Some of us have had the experience ourselves, regretfully, of enduring a trauma resulting in a broken limb which never completely healed. More often, we know

In a significant step toward reducing the heavy toll of osteoarthritis around the world, scientists have created an innovative 3D printing approach to create replacement cartilage for patients with osteoarthritis or soldiers with battlefield...

OxSyBio est une startup créée suite aux recherches effectuées par le professeur Hagan Bayley de la prestigieuse université d’Oxford en Angleterre. La société annonce avoir sécurisé une levée de fonds de l’ordre d’un million de pounds auprès du fond...

Les imprimantes 3D n’en finissent plus de nous étonner ! Après la possibilité d’imprimer de la nourriture, des prothèses ou même des maisons, un nouveau cap a été franchi, celui du bioprinting : autrement dit, la création de tissus humains en 3D.

3D bioprinting company Organovo announced today that it has delivered its first 3D Liver tissue to a laboratory outside of the company to a key opinion leader for experimentation.

The new technology promises a factory in every home—and a whole lot more…

London designer and researcher Shamees Aden has developed a prototype for running shoes that could repair themselves overnight. Called Protocells Trainers, Aden's shoes are made of protocells and 3D printed to the exact size of the user's foot.

Xuanhe Zhao et son équipe de chercheurs ont développé un hydrogel qui peut être utilisé par une imprimante 3D pour créer des tissus naturels comme le cartilage d’oreille, de nez ou encore d’articulations.

Scientists at Sheffield University are doing work in additive manufacturing and 3D printing that pushes the boundaries of the technology to the limit, and their most recent announcement is very much in keeping with...

It doesn’t really need repeating here, but obviously 3D printing has the potential to lower production costs in just about any industry.

Australian researchers are farming and processing seaweeds from the sea aimed at producing biomaterials such as ingredient for 3D printing BioPen.

A handheld ‘bio pen’ developed in the labs of the University of Wollongong (UOW) will allow surgeons to repair damaged and diseased bone material by designing customised implants on-site and at the time of surgery.