Discover
our innovation projects
Predictive maintenance, cybersecurity of connected objects, assistance in carrying loads, artificial intelligence, augmented control, monitoring and supervision… We innovate in each and every project.
- All
- Sustainable factory
- Physical assistance to operators
- Advanced controls
- Digital factory
PARAROB
The project developed a proof of concept of a robotic cell operating on representative parts and led to a functional specification detailing the required performance levels and enabling the definition of a generic controller.
GREASE
The various trials carried out on the use cases highlighted the capabilities of the two technologies (ultraviolet and infrared) tested to identify pollutants on surfaces of interest.
EZAW2
The solution consists system operating by video localization and using only sensors carried by the operator (cameras and inertial sensor) and based on AI algorithms.
PRECOINSTRUM
The project deployed a software solution that first support systems’ diagnosis on failure modes and causes, then recommend adequate sensing instrumentation.
BAR10
The project developed a robotic/exoskeleton arm offering a reconfigurable portable equipment solution to assist operators on load or tool handling tasks, with a low support footprint on the ground.
OPTIM ENERGIE
The project specified on how to implement machine energy data collection and created a software solution for the simulation and optimization of energy consumption by smart task scheduling.
SCADROLI
The software chain produced is currently among the most comprehensive from the preparation of the acquired data, the project review in collaborative virtual reality, the scan positioning and registrations, or point cloud display in false color for those carrying distance information.
VILOC
The project made it possible to develop an equipment and software solution for operator guidance, tightening compliance monitoring in full traceability and in real time, reducing the operator's possibility of error.
ALTER
The project allowed the performance evaluation and the definition of the conditions of application in production of innovative and alternative methods to the penetrant testing and the magnetoscopy, that present more advantages from the use cases of the industrial partners.
CONTINUM 4.0
The project allowed the creation of a software solution that speeds up the creation of training for operators in Virtual Reality, but also to offer assistance with editing in Augmented Reality, or create technical documentation.
TELEMAN
The project demonstrated that it is possible to perform complex, dangerous and expensive operations, thanks to mature robotic technologies, which increase industrial equipment, but also the technicians who operate them, hence significantly improving operational performance.
MANIPRES
The project resulted in significant productivity gains for the end users: assembly with submillimeter accuracy of the AGB in 30 minutes by an operator. Finally, it improved the quality of assembly by a better control of the effort of setting up and the absence of collision with the engine’s tubings.
AGORA
The project led to the industrial deployment of the Augmented Reality system to assist in the assembly of parts in the piping assembly workshop of Naval Group.
SEEROB
The project developed a software that allows engineers to save time in the design of workstations, by identifying upfront potential safety risks and ergonomic constraints, also it established a guideline to assist certification bodies in the assessment of a workstation with robots.
AMM20
The project allowed all the partners to validate the feasibility of building a mobile and autonomous assembly for handling and transporting parts in a workshop, but also to identify and compare the different AGV solutions and in particular their operating technologies.
COBOBENCH
The project allowed to deepen the understanding of collaborative robots available on the market thanks to the establishment of rational guidelines, which address in a concrete way the decisive choice parameters of a robot during an integration on a collaborative application.
SMART
The project demonstrated value in processing a large-scale of data improving the information analysis and its synthesis, allowing in particular the optimization of monitoring activities, preventive maintenance and led to accuracy and productivity gains.
OUTPORT
The project made it possible to develop a robot system allowing a significant reduction in the effort required by the operator to move, to position and to implement tooling.
MAPOP
The project demonstrated the value of collecting, organizing and exploiting data from production equipment, allowing targeted predictions of major failures probability hence potential gains and better operational performance.