This IKERLAN laboratory has a wide range of infrastructures and equipment that, combined, allow the design and experimentation of the most complex mechanical, robotics, automation and control technologies. The result, proven by experience, is the creation of highly complex, reliable and dependable mechatronic systems.

At Mech Lab, we carry out tests and analyses that assess the integrity, safety and dependability of physical structures, industrial components and mechanical systems. In these tests, we particularly analyse fatigue and traction capabilities. We also have the possibility of applying hostile environmental conditions such as corrosion. We have a great capacity to apply static and dynamic loads to components, and to evaluate the condition of specimens.

We conduct experiments that allow us to better understand the genesis and reactions of different combustion sources, especially natural gas and hydrogen, in pure form or mixed with natural gas or ammonia. The goal is to develop technologies, strategies and products that minimise the possibility of adverse events such as flashback, reduce pollutant emissions and optimise their combustion in various applications, such as advanced burners and state-of-the-art industrial or domestic boilers.

At Mech Lab we carry out tests and measurements that analyse the sound quality, noise propagation and acoustic attenuation of materials and structures. In the same way, we evaluate compliance with quality standards and acoustic regulations for products and systems in different sectors. Of particular note are the tests in anechoic and reverberant environments, as well as the possibility of generating different types of noise and measuring the sound generated by products in operation.

Mech Lab provides experimental means for the development of advanced control technologies, robotic systems and other systems that can perform tasks autonomously or semi-autonomously. Of great importance is the work with collaborative robots, capable of working safely in environments where people are present. The main objective is to advance the design, programming and deployment of robots and automated and control systems that improve efficiency and productivity.