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One integrated RFDA system. Ready for the lab, production floor and future automation. As RFDA systems continue to move beyond the laboratory and closer to production, measurement systems need to be easier to deploy, operate and integrate. The new RFDA System 30...

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...

This paper on Laser Doppler Vibrometry investigates how to better measure the stiffness (elastic properties) and energy loss (damping) of refractory materials when they are heated to very high temperatures. Traditional acoustic sensors struggle at high temperatures...

Faster Materials Innovation Starts With Better Data Discover how RFDA technology helps R&D and QC teams generate faster, richer material insights across ceramics, composites, metals, battery materials, polymers, and high-performance materials, without destructive...

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...

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...

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...

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...

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...

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...