Functional surfaces on AM objects with a low cost atmospheric pressure micro PLAsma COAT instrument integrated on a 3D printing equipment - PLACOATAM
Project summary
PLASCOATAM will design, process an innovative atmospheric pressure plasma enhanced chemical vapor deposition solution (AP-PACVD) based on a micro plasma jet that can be integrated on 3D printing equipment and able to perform metallic and inorganic films. As the deposition processing will need to be done on complex surfaces and on thermal sensitive materials, a new type of High voltage nanopulse generator will have to be developed for giving to this AP-PACVD device, the possibility to generate “homogeneous plasma” (less filament discharge) in a very small volume and a relatively extended plasma plume with a limitation of the gas temperature. During the second part, PLACOATAM will propose for the first time, “3+2D printing” concept for a rapid manufacturing of finished functional products where two highly efficient material processes are associated: 3D printing technology and an atmospheric pressure plasma 2D surface deposition process.Project Details
Call
Call 2017
Call Topic
Innovative surfaces, coatings and interfaces
Project start
01.11.2018
Project end
31.10.2022
Total project costs
1.124.341 €
Total project funding
692.063 €
TRL
2 - 4
Coordinator
Dr. Patrick Choquet
patrick.choquet@list.lu
Luxembourg Institute of Science and Technology, 5, avenue des Hauts-Fourneaux , L-4362 Esch/Alzette, Luxembourg
Partners and Funders Details
Consortium Partner | Country | Funder | |
---|---|---|---|
Luxembourg Institute of Science and Technology https://www.list.lu |
Research org. | Luxembourg | LU-FNR |
FUNCOATS https://www.funcoats.com |
SME | Luxembourg | No Funding |
EFFITECH https://www.effitech.eu |
SME | France | FR-RNAQ |
Université de Pau https://www.siame.univ-pau.fr |
University | France | FR-RNAQ |