Last news about IDEKO.
The Research Centre will play a leading role in the 25th edition of the international congress, held June 9–13, as a sponsor, national co-organizer and active member of the technical committees.
Its researchers will present latest work on digital twins, metrology and industrial grinding processes with high potential for application in the aerospace sector.
Once again, IDEKO’s expertise in precision engineering will be in the spotlight at the 25th edition of the EUSPEN international congress, organized by the European Society for Precision Engineering and Nanotechnology.
The leading event in precision engineering and nanotechnology will take place at the University of Zaragoza from June 9 to 13, with IDEKO serving as sponsor. As a member of the Basque Research and Technology Alliance (BRTA), IDEKO will also act as national co-organizer and have a prominent presence both in technical committees and the scientific program, showcasing its latest research with applications in the aerospace industry.
Researcher Ibai Berrotaran, from IDEKO’s Design and Precision Engineering Group, will deliver an oral presentation titled "Impact of geometric errors in critical components of a precision spindle on runout error through FEM modelling" — an honour granted to only 30 projects in this edition — to showcase the centre’s work on optimizing and enhancing the performance of high-precision grinding machine spindles.
In addition, Aitor Olarra, Head of the Precision Engineering Research Group, and Harkaitz Urreta, IDEKO’s Market Director, will present two more studies in poster format. "Application of generalized Union-Jack technique to measurements with laser line triangulation sensors", explores a novel measurement technique to enhance the accuracy of laser triangulation sensors in position and orientation monitoring — key to geometric control of parts and digitization of industrial environments. " Some advances in metrological digital twins for 3D robotic scanning system", introduces an advanced digital twin model that improves the precision and reliability of robotic 3D scanning systems in additive manufacturing, with potential applications across various industries.
Dr. Urreta and Dr. Olarra will also contribute as members of the scientific and publication committees of the conference, alongside international experts.
"EUSPEN is a key platform and a valuable opportunity to share our knowledge in precision engineering, reinforce global partnerships and strengthen our role in advancing manufacturing technologies," said Dr. Urreta.
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