Projects
Try our technology
Shared Innovation and Open Innovation
IRIS LAB uses its own method of research and development to bring Shared innovation and Open innovation together in a dynamic where basic research is placed at the service of market expectations and skills derived from corporate experience in order to actively contribute to new projects. In this two-way system, IRIS LAB is both an engineering partner and a production partner.
Operational structure
Research and development projects shared with the research centre consortium members
IRIS LAB is, first and foremost, a research and development centre offering a range of specialised services to support technological innovation and the use of advanced technologies in its industrial ecosystem. We serve the technological development of our consortium members, from whom we receive design requests and to whom we provide responses and solutions.
Basic research projects in partnership with universities and research institutes
IRIS LAB carries out research with other research institutes, universities, industrial institutions and professional organisations in the sphere of high performance digital electric drives and electric/electronic systems for mechatronics. The consortium brings its own perspective and encourages the exchange of knowledge to create joint research projects.
Industrial projects aimed at using patents and technological innovation in production activities
IRIS LAB is dedicated to technological innovation and verifies the feasibility of advanced, cutting-edge solutions for industry, drawing up detailed plans for the practical translation of the project into solutions that can be applied by companies. This includes developing new products, sometimes from specific patents, starting processes and applying technologies to improve the efficiency, sustainability and competitiveness of companies.
What are you looking for?
Sustainability
All of IRIS LAB’s research and development projects focus on introducing innovative technologies into mechatronics and industrial automation in general. Our main objectives are:
- increasing production efficiency;
- reducing energy consumption linked to production processes;
- allowing for the carbon footprint to be tracked throughout the production chain;
- introducing the concept of a “second life” for drives and ensuring a high end-of-life recovery percentage of materials and components.
