Home > Validation of a transitic system via a 3D simulator for a tire factory is the latest innovative collaboration between IESA and Michelin.
The tire industry relies on high-performance logistics and transitics systems to ensure smooth, efficient production. The optimization of production flows and the industrial automation of logistics processes are essential levers for improving manufacturers’ competitiveness. In this context, industrial simulation plays a key role in anticipating and In this context, industrial simulation plays a key role in anticipating and validating transitic systems before they are put into service.
Backed by its expertise in industrial automation, industrial simulation and automated transitics systems, IESA helps manufacturers optimize their processes. Thanks to innovative solutions such as ARCHITECT, our company provides customized solutions to the logistical and industrial challenges faced by major groups, including @Michelin. Our approach is based on a strong capacity for adaptation and proven know-how in the tire industry, in particular for the validation of transitic systems using 3D simulators.
As part of this new collaboration, Michelin is contributing to the financing of a specific development integrated into our ARCHITECT solution, following a Prove Of Concept (POC) approach. The aim is to validate key functionalities before a full industrialization phase. This innovative module will enable :
This project is part of our drive to innovate and optimize industrial processes. By combining our expertise in industrial automation, industrial simulation and transitics systems, we are providing Michelin with a high-performance, scalable solution.
We would like to warmly thank Michelin for its trust and commitment to this technological adventure.
📢 Would you like to find out more about our industrial simulation and automation solutions? Contact us today!
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