MarinOSS

Development of bone regeneration substrates incorporating co-products from the processing of fishery resources

Project

COMPOSITIC x IDMer x INstitut des Sciences Chimiques de Rennes

Duration: 16 months [2017-2018]

Budget: 25k€ [Total: 80k€]

+ Development of bicompatible formulations with controlled porosity incorporating a biopolymer matrix and a hybrid mineral/organic filler derived from fish scales.

+ Implementation of semi-finished products for FFF (Fused Filament Fabrication) additive manufacturing.

+ Production of implants using FFF additive manufacturing for ‘in vivo’ integration tests.

Project Manager

Yves-Marie Corre

yves.marie-corre@univ-ubs.fr

Supports

Share

Others

LINC BIOMER

Development of biodegradable nets and ropes at sea

Environmental impact Material design

More

Phare 2

High-speed production of connected hydrogen pressure vessels

Additive manufacturing Digital design Material characterisation

More

Surmould 3D

Multi-material addititive manufacturing

Additive manufacturing Material characterisation

More

Avatar2

Guaranteeing the level of conformity of parts via its digital twin by adjusting the process using digital simulation and Artificial Intelligence

Additive manufacturing Digital design

More

Dynamill

Pilot-scale development of eco-responsible tapes for automated fibre placement (AFP) and filament winding to specific specifications

Additive manufacturing Material characterisation Material design

More

Rhyps

Design and development of hydrogen tanks for small-batch production

Additive manufacturing Digital design Material characterisation

More