ECNDT 2026 will bring together the global Non-Destructive Testing (NDT) community in Verona this June. Europe’s leading conferences dedicated to inspection technologies combines a high-level scientific program with an international exhibition showcasing the latest industrial innovations.
Organized within the framework of the European Federation for Non-Destructive Testing and hosted in Italy by AIPnD, ECNDT takes place every four years and attracts researchers, engineers and industry professionals from across the world.
The 2026 edition will begin on June 15 and run through June 19, with exhibition and conference activities running until June 19. Among the exhibitors, TPAC will welcome visitors Hall 11, Booth 246, with an 81 m² space dedicated to live demonstrations and technical exchanges.
Visitors will be able to explore a series of real-time ultrasonic testing demonstrations and connect with TPAC specialists involved in both industrial applications and advanced research. The program also includes multiple technical contributions to ECNDT’s scientific sessions, reflecting ongoing developments in ultrasonic imaging, signal processing, and inspection methodologies.
TPAC at ECNDT 2026 - What to Expect ?
At ECNDT 2026, TPAC will present a series of live demonstrations focused on real inspection scenarios.
The setups cover a range of applications, from complex geometries to high-speed inspection and automated environments.
They illustrate how different acquisition strategies and imaging methods can be applied depending on the inspection constraints.
Visitors will be welcomed to discuss these approaches directly with TPAC engineers and application specialists.
Explore how ultrasonic testing can be the solution to your specific inspection challenge.
SIX Live Ultrasonic Testing Demonstrations
Automated Corrosion Mapping
This demonstration presents an integrated approach to corrosion mapping, where acquisition electronics are embedded directly within the scanning system.
This configuration reduces cable-related signal losses and preserves bandwidth, which is critical for advanced imaging techniques such as TFM. The result is improved signal-to-noise ratio, and more reliable thickness measurements, particularly in challenging environments.
The setup is representative of inspection scenarios involving large or hard-to-access structures, where deployment constraints and data quality are tightly coupled.
Surface Profilometry on Complex Geometry
This demonstration addresses the limitations of conventional ultrasonic inspection on components with non-planar surfaces.
The method estimates the surface profile using spline-based modeling derived from time-of-flight data.
By formulating profilometry as an inverse problem, the approach improves robustness to noise compared to purely geometric methods, while avoiding the computational cost of full image-based reconstruction.
Correcting refraction effects prior to imaging leads to more accurate reconstructions, particularly in cases where surface irregularities significantly impact wave propagation.
Adaptive Weld Inspection - Robotic FMC, PWI & PAUT
This setup demonstrates the integration of TPAC systems within a robotic inspection configuration.
The system combines a multichannel acquisition unit, a collaborative robot and a dedicated encoding interface to perform inspection on a variable-geometry weld. During acquisition, adaptive strategies are applied across FMC, PWI and phased array techniques to maintain image consistency despite geometric variations.
The objective is to demonstrate the feasibility of real-time adaptive imaging in a dynamic environment. This remains a demonstrator, intended to illustrate integration capabilities rather than a finalized industrial solution.
PWI High-Speed Tube Inspection
This demonstration focuses on high-speed inspection of cylindrical components using Plane Wave Imaging.
By exploiting rapid emission sequences and parallel reconstruction strategies, the system enables fast coverage while maintaining sufficient image quality for defect detection. This approach is particularly suited for production environments where inspection speed is a key constraint.
The demonstration highlights the trade-offs between acquisition rate, resolution and detectability in high-throughput contexts.
TPAC Technical Presentations at ECNDT 2026
In addition to the live demonstrations, TPAC will contribute to ECNDT’s scientific program with a series of technical presentations covering ultrasonic imaging, signal processing, and industrial inspection challenges.
The following topics will be presented during the conference:
- On-Site Calibration Breakthrough for Complex In-Line UT Systems
Dominique Braconnier – CEO & Founder, TPAC
Dr. Wolfram Deutsch – CEO, Karl Deutsch
- PWI vs TFM Applied to Hardness Depth Inspection
Hector Calas – UT Application Specialist, TPAC
- Adaptive Inspection for Profilometry (Profil Measurement)
Hector Calas – UT Application Specialist, TPAC
- Complex Surfaces Profilometry by Splines Estimation
Nans Laroche – Research Engineer, PhD in Ultrasonic Imaging
- Surface Inspection of CFRP Composites Using High-Frequency Air-Coupled Ultrasonic Testing
Hervé Saulais – Deputy Managing Director, TPAC
- Inspection of Welds from the Weld Cap
Nans Laroche – Research Engineer, PhD in Ultrasonic Imaging
- Improving Image Quality in Ultrasonic Inspection for Complex Materials Using Custom Emission
Ralph Abi-Rizk – Research Engineer, PhD in Ultrasonic Imaging, TPAC
- Advances in Ultrasonic Corrosion Mapping Through Integrated Acquisition Architectures
Federico Zottig – Director of Business Development, TPAC
- Profile Detection (Application Side)
Sylvain Deutsch – UT Application Specialist, TPAC
- Aerospace UT Inspections with Rastered Immersion Adaptive TFM
Jeremy Gaumer – UT Application Specialist, TPAC
These contributions reflect ongoing work on improving data quality, adapting imaging techniques to complex geometries and extending ultrasonic inspection capabilities to more demanding industrial applications.
Why Meet TPAC at ECNDT 2026
TPAC operates in industries where inspection reliability is critical, including aerospace, energy, automotive and advanced manufacturing. The systems presented at ECNDT reflect this, with a focus on applications where detection performance, repeatability and integration constraints are key.
TPAC’s approach is different because it combines in-house developed electronics and software, allowing full control over acquisition, processing and system configuration. This modularity makes it possible to adapt inspection setups to specific requirements, whether for manual use or integration into automated environments.
Visitors to the booth will also get a clearer view of how different technologies (FMC/TFM, PWI, PCI or custom strategies) can be selected and combined depending on the inspection objective, rather than applied as fixed solutions.
Stop by TPAC at ECNDT 2026!
TPAC will be present at ECNDT 2026 in Verona, from June 16 to 19, Hall 11, Booth 246. If you are attending, you are welcome to stop by the booth or schedule a meeting with the team in advance. For any questions ahead of the conference, or if you would like to discuss a specific inspection project, get in touch through our website contact page.
Q&A - TPAC at ECNDT 2026
What is the difference between the conference and the exhibition at ECNDT 2026?
ECNDT 2026 combines two complementary parts:
. A scientific conference with technical sessions and presentations
. An exhibition where companies showcase inspection technologies.
This dual format is designed to connect research developments with industrial equipment and applications.
How is ECNDT’s technical program structured?
The conference program includes oral presentations, poster sessions and special sessions dedicated to specific NDT topics. Contributions are selected through a peer-review process, ensuring a high scientific and technical level across the sessions.
What are “Special Sessions” at ECNDT?
Special Sessions are thematic tracks proposed by experts and validated by the Scientific Committee. Each session focuses on a specific topic and is only confirmed if a sufficient number of high-quality papers are accepted.
Is ECNDT focused more on research or industrial applications?
Both. The event is designed to bridge academic research and industrial needs, with presentations covering advanced methods as well as practical applications across multiple industries.
Are there dedicated areas or themes within the exhibition?
Yes, ECNDT 2026 includes specific thematic areas such as the SII-Maintenance District, which focuses on the link between NDT, maintenance strategies, asset integrity and data management.
What should visitors plan ahead before attending ECNDT 2026?
Visitors are encouraged to review the preliminary program, identify relevant sessions and plan meetings in advance. Booking accommodation early is also recommended due to the international scale of the event.