IKERLAN is a specialist in the development of mechanical systems and their components. We offer tools and methods based on predictive simulation that maximise the efficiency and performance of each product. We are also capable of designing, manufacturing and validating functional prototypes.
We develop predictive dynamic models of machine component behaviour and integrated simulation tools, which facilitate the design process and allow products to be optimised in terms of performance, functionality and reliability.
We also develop simulation models of manufacturing processes for machine components, so that we can optimise parameters, in-service reliability and production costs. To these models we add material characterisation procedures such as residual stresses, microstructures and property dynamics.
We develop models, methodologies and knowledge to improve the design of electromagnetic systems and battery packs, with high integration and increased performance and capabilities in mechatronic products.
Our pioneering and high-level facilities offer the essential tools to carry out tests and validations of different technologies and thus address challenges such as sustainability, energy efficiency and cybersecurity.
The challenge is to develop mechanical technologies in the environment of digitalisation, making it possible to build intelligent machines with high functional adaptability, efficiency and reliability.