Last news about IDEKO.
As a sponsor and key partner of the 11th edition of the international conference, taking place in Bilbao from June 18 to 20, IDEKO will also host an exclusive pre-event visit to its facilities.
IDEKO will contribute six scientific papers focused on optimizing machine tool and production processes and systems across strategic sectors such as aerospace and energy.
IDEKO will highlight its scientific capabilities in advanced manufacturing at the upcoming 11th International Manufacturing Engineering Society Conference (MESIC 2025). The event, which will take place from June 18 to 20 at the Bizkaia Aretoa in Bilbao, will feature IDEKO as both a sponsor and a collaborator alongside the Advanced Aeronautics Manufacturing Center (CFAA).
As part of the event’s parallel activities, IDEKO—member of the Basque Research and Technology Alliance (BRTA)—will open its doors on June 17 for a guided visit, offering attendees a first-hand look at its research facilities and capabilities.
IDEKO’s contribution to MESIC 2025 includes six research presentations showcasing novel solutions to enhance machine tool and manufacturing performance in highly demanding industries. The Research center’s Scientific Director, Dr. Jokin Muñoa, will also take part in the conference’s scientific committee.
On the topic of process innovation, Manufacturing Processes researcher Iker Urresti will present a new data-driven monitoring strategy designed to reduce drilling defects in composite parts prior to assembly. Similarly, María García will share insights into some critical factors affecting the surface integrity of ground components. Lastly Alexander Peña will introduce a vibration-suppression system aimed at boosting machine productivity.
In the field of digital manufacturing technologies, Dr. Markel Sanz-Calle will present a new model for 5-axis milling of thin-walled parts, enabling improved process control and accuracy in complex geometries.
Advances in manufacturing engineering, metrology, and quality will also take center stage. Monica Gil-Inchaurza, from the Dynamics and Control research group, will outline a novel diagnostic framework for identifying vibration-related issues in turned parts. Meanwhile, precision engineering researcher Inés Prieto will explore the application of markerless photogrammetry as a cost-effective and accurate solution for inspecting large-scale components.
"With this strong scientific presence at MESIC 2025, we reaffirm our commitment to applied research, technological innovation, and meaningful collaboration with the industrial and academic communities," said Dr. Jokin Muñoa.
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