Laser Processing for Industry (PLI), the annual meeting in France for laser solution providers and decision-makers from the industry will be held from 25 to 26 September 2019 in Colmar exhibition center.
Robotic cell development for hybridization of multiple additive manufacturing process in view of large parts manufacturing.
The PhD will be commonly supervised by IREPA LASER, research and development center based in Strasbourg, offering industrial laser R&D and pioneer in metallic additive manufacturing; and by Pascal Institute, based in Clermont-Ferrand, within Machines, Mechanisms and Industrial Systems (MMSI) theme of the M3G axis.
The PhD is intended to be carried out jointly with a national industry-oriented 3 years project. It aims at developing a multi robot and multi processes system enabling large metallic parts (> 1 m) additive manufacturing. End users, partners in this project, are major industry leaders of energy, aeronautics and space.
In this scope, the main PhD objectives are:
To define the architecture of the cell and distribute robot/ parts mobilities
To optimize path planning of robots (for each process)
To implement monitoring means of the robot cell.
Applicant is expected to own strong skills concerning modelling of robotic systems and have good knowledges about metal AM processes.
Laser Processing for Industry (PLI), the annual meeting in France for laser solution providers and decision-makers from the industry will be held From 25 to 26 September 2019 in Colmar exhibition center.
Amélie Thiriet, ENIM 2018 master trainee who did her internship at LEM3 under the direction of Laurent WEISS and Pascal LAHEURTE was national laureate of the best master course of the French Society of Mechanics and Materials (SF2M).
She will represent France in the European competition at the Euromat 2019 congress in Stockholm from September 1st to 5th!
This course was realized in collaboration between LEM3 and IREPA LASER. His subject was the crystallographic analysis of interfaces in gradient metal materials obtained by additive manufacturing. His work, both scientific and industrial, led to his first scientific publication.
To note that another enimienne is co-author of this study, Catherine SCHNEIDER-MAUNOURY who defended her thesis last December under the co-direction of Pascal LAHEURTE and Laurent WEISS. This CIFRE thesis focused on the study of function gradient materials obtained by the DED-CLAD process, and was carried out at IREPA LASER in ILLKIRCH.
IREPA LASER is pleased to introduce you to its new booklet on the subject of laser safety.
The purpose of this collection is to raise the awareness of people who, as part of their function, regularly or occasionally work with a power laser source (Classes> 2) or a secure system (Class 1) incorporating a laser source of superior class to 2. The new regulations in force and in particular the decree 2010-750 of July 2, 2010 (transcription of the directive 2006/25 / CE) made it possible to clarify the rules of use of the laser systems in the industrial fields, medical, scientific and in the context of everyday life.
The content of this booklet is intended to inform about the risks associated with the use of lasers. It must enable the exposed personnel to determine the risks to which they may be exposed and to implement the means of protection necessary for their safety and their immediate environment.
The goal is to provide concrete answers to attitudes, habits or negligence that can cause more or less serious accidents. This guide has been produced by specialists in laser applications and safety. They participate frequently in awareness-raising, information and training on this theme.
Acknowledged expert for more than 30 years, IREPA LASER has developed a partners’ network with the best specialists in research and innovation related to laser technology : professional organizations, engineering schools, specialized companies …
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