ComMUnion Net-shape joining technology to manufacture 3D multi-materials components based on metal alloys and thermoplastic composites

Summary

ComMUnion will rely on a robot-based approach enabling on-line inspection for layer-to-layer self-adjustment of the process. Moreover, tools for multi-scale modelling, parametric offline programming, quality diagnosis and decision support will be developed under a cognitive approach to ensure interoperability and usability.

ComMUnion will address the following key innovations:

Texturing and cleaning based on high speed laser scanning for surface condition.
High-speed spatially resolved control of surface temperature profile.
Multi-scale metal/CFRP modelling, self-adaptive process control, and quality diagnosis based on multimodal active imaging.

ComMUnion approach will decrease by 30% the consumption of titanium and boron steel, (costly alloys requiring critical materials).

Besides, reinforcement of textured metallic surfaces with CFRT tapes will increase mechanical performance of multi-material components over 30% without cost increase.

Manufacturing of two pilot-cases for automotive and aeronautics will demonstrate the scalability of the joining process.

It will be possible trough a consortium with a strong involvement of industrial partners (73% of which 55% are SMEs).

The outline of the business plan ensures the exploitation of the project results. With a target market of 2.000 companies and a fair estimate of 2% market penetration (5 years after the commercialization start), ComMUnion will result in 40M€/year incomes.

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Result items:

Demonstration of the ComMUnion joining system for aeronautical pilot case

Demonstration of the ComMUnion joining system for automotive pilot case

Result items:

ComMUnion prototype

Demonstration of the ComMUnion joining system for aeronautical pilot case

Demonstration of the ComMUnion joining system for automotive pilot case

More information & hyperlinks

Web resources:	http://communionproject.eu/ https://cordis.europa.eu/project/id/680567
Start date:	12-01-2015
End date:	31-05-2019
Total budget - Public funding:	5 917 392,00 Euro - 4 863 011,00 Euro

Cordis data

Original description

ComMUnion enables productive and cost effective manufacturing of 3D metal/ Carbon Fibre Reinforced Thermoplastic (CFRT) multi-material components.
ComMUnion will develop a novel solution combining tape placement of CFRTs with controlled laser-assisted heating in a multi-stage robot solution. High-speed laser texturing and cleaning will overcome the limitations of current joining technology to provide greatest performance joints. ComMUnion will rely on a robot-based approach enabling on-line inspection for layer-to-layer self-adjustment of the process. Moreover, tools for multi-scale modelling, parametric offline programming, quality diagnosis and decision support will be developed under a cognitive approach to ensure interoperability and usability.
ComMUnion will address the following key innovations:
- Texturing and cleaning based on high speed laser scanning for surface condition.
- High-speed spatially resolved control of surface temperature profile.
- Multi-scale metal/CFRP modelling, self-adaptive process control, and quality diagnosis based on multimodal active imaging.
ComMUnion approach will decrease by 30% the consumption of titanium and boron steel, (costly alloys requiring critical materials). Besides, reinforcement of textured metallic surfaces with CFRT tapes will increase mechanical performance of multi-material components over 30% without cost increase.
Manufacturing of two pilot-cases for automotive and aeronautics will demonstrate the scalability of the joining process. It will be possible trough a consortium with a strong involvement of industrial partners (73% of which 55% are SMEs). The outline of the business plan ensures the exploitation of the project results. With a target market of 2.000 companies and a fair estimate of 2% market penetration (5 years after the commercialization start), ComMUnion will result in 40M€/year incomes.