Material Characterization &
Product Inspection
by
Non Destructive
Impulse Excitation Testing
EXPLORE OUR PRODUCTS
Low Temperature
Room Temperature
High Temperature
Quality Control
ADVANTAGES OF THE RFDA-METHOD
Any solid object has a characteristic set of mechanical resonant frequencies which are related to its mass, dimensions and elastic properties.
The RFDA-method identifies and visualizes this “fingerprint” of frequencies in a non destructive way.
This offers a powerfull solution for advanced materials characterization, even at elevated temperatures, and in product inspection applications as part of quality control.
Fast
Frequency spectrum and measurement results of mechanical properties are available in a matter of seconds.
Accurate
Accurate & reproducible measurement results across a wide range of materials.
Reliable
RFDA products are used around the globe by leading academic institutions and industry heavy-weights.
MATERIAL EXAMPLES
Introduction to Material Characterization & Product Inspection by RFDA Method
Let us guide you in the material testing possibilities of the RFDA Method, based on the Impulse Excitation Technique (IET), as well as the RFDA product line.
Our experts are ready to help you with not only the questions you might have but also to showcase our products.
NEWS & ANNOUNCEMENTS
The Advanced Materials Show UK 2025: In-Situ Material Characterization and Quality control
Innovation requires extensive research, but traditional testing methods can drastically limit the R&D speed. Traditional destructive testing methods such as Tensile tests, 3- or 4 point bending test or (nano-)indentation tests are not able to keep up with the...
RFDA HTVP1600 @ University of Limoges
Throughout the years, Prof. Huger from the University of Limoges (France) showed interest in the impulse excitation technique for continuous material characterization during temperature cycles.After a successfull tendering procedure, IMCE was granted to deliver the...
The International Colloquium on Refractories ICR® 2024
Innovation requires extensive research, but traditional testing methods can drastically limit R&D speed. Traditional destructive testing methods, such as tensile tests, 3- or 4-point bending tests, or (nano-)indentation tests, struggle to meet the demands of...
The Advanced Materials Show 2024: Accelerate Research with In-Situ Materials Characterization
Innovation requires extensive research, but traditional testing methods can drastically limit the R&D speed. Traditional destructive testing methods such as Tensile tests, 3- or 4 point bending test or (nano-)indentation tests are not able to keep up with the...
OUR CUSTOMERS IN MATERIAL CHARACTERIZATION & PRODUCT INSPECTION
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