Laser 4.0

Applying Industry 4.0 principles to lasers

Type of project

Technology
transfer

Duration

21.10.2020
20.10.2022

Official website

The project at a glance

Amplitude Systèmes is a French industrial mid-sized company and a leader in the design, manufacturing, and sales of ultrashort industrial lasers.

The company has been involved for several years in the R&D project “Laser 4.0,” which focuses on applying Industry 4.0 principles within Amplitude.

This R&D project aims to leverage digital technologies to optimize the tools used within the company.

To achieve this, the project focuses on:

  • Reducing downtime by speeding up the handling of service requests through expert assistance and the implementation of embedded self-diagnostic systems in the lasers in the event of a malfunction;

  • Improving the relevance of collected data in order to move towards predictive maintenance and thus maximize laser availability;

  • Simplifying the user experience by providing a web platform that brings together useful resources and dashboards. These will be updated in real-time or through access to digital simulation tools;

  • Digitizing production tools, offering more user-friendly interfaces, enhancing the capture and collection of production data, and optimizing the management of the custom laser fleet;

  • Leveraging data through automatic anomaly detection. Non-conformities will be transmitted to the Design Department via a continuous improvement feedback loop.

The ultimate goal is to offer clients high value-added services by integrating Artificial Intelligence at multiple stages, while also providing employees with efficient and user-accepted tools to harness data effectively.

CATIE has called upon the ESTIA Research Laboratory to strengthen its expertise in technologies related to remote maintenance.

CATIE contribution

The three departments of CATIE are involved in this project:

  • Assistance with fault diagnosis

  • Development of a hotliner assistant for handling emails

  • Design of a data visualization tool

  • Design of an intercultural collaboration tool for remote interaction between an expert and a technician

  • Consulting on laser communication

  • Design of an electronic board for shock detection during laser transportation


Expertise used

This project was supported by
Région Nouvelle-Aquitaine