Product Innovation & Multiphysics Simulation
The Product Innovation & Multiphysics Simulation Unit helps companies to design and develop the technology for their new products by offering outstanding value propositions with a multidisciplinary vision that incorporates all of Eurecat’s technology.
Experience
Smart objects
Aeronautics
Design of plastic parts
Design for additive manufacturing
Services
Product design and development
Simulation
Prototyping
Dieless
Multimedia
BIP-UPy
ChefMyself
Incremental Sheet Forming (ISF) Technology
Most representative sectors
Clients
Key projects
Hypermembrane
Standarised and industrialised product for the construction of light architectural structures that need to reproduce complex geometry surfaces.
Bresaer
New cladding system for building façades and roofs to make these processes more cost-effective and environmentally friendly.
Optician 2020
Personalised spectacles adapted to the morphology of each user based on the use of 3D printing technologies and local manufacturing.
BIP-UPy
Biomedical implants that activate a therapeutic cellular response of the body for people suffering from intracranial aneurysms and pelvic floor dysfunction.
Product Innovation & Multiphysics Simulation Team
Irene Rafols
Director of the Product Innovation & Multiphysics Simulation Unit at Eurecat
Irene Rafols is a qualified architect, having graduated from ETSAB – Polytechnic University of Catalonia (Spain) and holds a master’s degree in computer-integrated engineering from CIM – Polytechnic University of Catalonia. For over 10 years, she has led and participated in various funded R&D projects (both national and European) and developed products for private companies in a range of sectors, including medicine, sports, construction and consumer goods. She also holds three patents.
She currently directs the Product Development Unit at Eurecat, specialising in the development of new products from concept to first series with a great degree of technological innovation, a benefit offered by all technological departments at Eurecat. For two years now, she has been promoting research into DFAM (design for additive manufacturing) within the department she leads, focusing resources on topology optimisation, the structural characterisation of the mesoscale level, and the effects of different additive manufacturing technologies on the piece’s final geometry and mechanical performance.
