Analysis of software and hardware improvements to optimize workflows, data visualization, and sensitivity in detecting critical defects.

Strategic comparison between the MX/MX2 platforms and the new generationOmniScan X4, highlighting improvements in processing, data management, and the architecture that defines the new standard of efficiency in the industry.

Interactive session on the future of PAUT technologies and Eddy Currents. Discover upcoming releases and participate directly in defining the tools that will shape the next decade of aerospace service.

Comprehensive analysis of the specialized interface for interpreting and generating reports on complex data, optimizing the efficiency and reliability of inspections in the aerospace environment.

Practical introduction to Phase Coherence Imaging and Total Focusing Method. Learn how these advanced techniques increase the Probability of Detection (POD) through real applications in the sector.

Theoretical review of physics, beam direction, and wave propagation; ideal as an update for experts or a technical foundation for those starting in phased arrays.

Technical guide to determine the optimal configuration of probes (linear and matrix) based on the geometry and thickness of materials in aerospace structures.

Integration of cobots and portable robotic solutions to optimize efficiency and automate the most complex tasks in aerospace maintenance.

Real-time scans with OmniScan X4 (PAUT, PCI, and TFM) on aerospace components to validate superior imaging capabilities.

Advanced strategies for fuselage inspection, focused on attenuation management and delamination detection.

Guided training for the use of the OmniScan X4, practicing calibration and inspection techniques on metallic and composite components.

Advanced evaluation of bonded structures for the precise identification of delaminations and voids in multilayer materials.

Rapid mapping of surface defects using ECA probes and Spitfire scanners to reduce downtime.

AI technology and digital tools to optimize workflows, reduce manual data management, and enhance predictive maintenance.

Roundtable on automated RVI platforms for complex inspections in engines and fuselages, improving consistency and quality of results.

Discussion on the use of Swoptix to accurately quantify defects, optimizing repair assessments and reducing downtime.

Analysis of the incorporation of video endoscopy data into fleet monitoring systems for early trend detection and predictive maintenance.

Debate on the use of intuitive interfaces in advanced videoscopes to accelerate the learning curve and reduce interpretation errors in new inspectors.

Analysis of digital tools to harmonize inspection processes and reporting formats, simplifying audit records and regulatory requirements.