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ABSTRACT
This feedback presents LATECOERE’s creation of a new digital, automated and connected production site dedicated to the production of aeronautical elementary parts.
It describes the project, the solutions implemented and the transformation axes for the implementation of innovative processes, the digitization of design and production via a 3D model and for the integration of aspects related to sustainable development.
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Read the articleAUTHOR
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Jean Michel TREMOULET: Groupe Latécoère R&T/Innovation Division
INTRODUCTION
This report presents LATECOERE's creation of a new digitalized, automated and connected production site dedicated to the production of elementary aeronautical parts. It describes the project, the solutions implemented and the areas of transformation for the introduction of innovative processes, the digitization of design and production via a 3D model, and the integration of sustainable development aspects.
This feedback presents LATECOERE's creation of a new digital, automated and connected production site dedicated to the production of aeronautical elementary parts.
It describes the project, the solutions implemented and the transformation axes for the implementation of innovative processes, the digitization of design and production via a 3D model and for the integration of aspects related to sustainable development.
Automation, Industry of the future, Internet of things, Digital twin, Cobotics
Automation, industry of the future, Internet of Objects, Digital Twins, Cobotic
Areas: Design, production, industry 4.0
Company concerned: Latécoère
Technologies / methods involved :
Sector(s) : Aeronautics
Key words: Automation, Industry of the future, Internet of things, Digital twin, Cobotics
Here, Latécoère shares its unique experience in creating and implementing a new digitalized, automated and connected production site entirely dedicated to the production of elementary aeronautical parts.
The reader will successively discover the project, its context and objectives, the particularities of the solutions implemented and the specifics of the various transformation axes.
These choices by Latécoère are aimed at implementing innovative processes, including the digitization of design and production via a 3D model.
In addition, focus is given to the need to integrate aspects linked to sustainable development, notably "zero paper", as well as the significant impact of the project on autonomy and leadership, which are points of vigilance not to be overlooked.
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KEYWORDS
Internet of things | IoT | production | automation | Industry 4.0 | conception | 4.0 industry | cobotics
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