NDT

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Although initially developed as a method for detecting defects in structures in order to safeguard against catastrophic failures, ultrasonic non-destructive testing (NDT) has evolved immensely to a technique considered the mainstay for the NDT industry.

When Frost & Sullivan previously analyzed this market for Quality’s 2012 issue on hardness testing, the market was undergoing a period of transition.

Electronic gaging probes provide the data collection capability for many of today’s automated dimensional data acquisition systems.

Analysis of medical device materials takes place during all stages of their design and use, from initial fabrication and prototype development to examination of the device or surrounding tissues after it has been removed from the patient.

Need an immediate increase in reliability? Is your product robust but you want complete confidence that everything has been done to minimize your field failures?

The recent advent of more affordable industrial robots and controls has enabled the development of fully automated eddy current testing systems that improve flaw detection and reduce inspection costs.

The right choice of inspection hardware and software for Computer-Aided Inspection (CAI) can reduce inspection times by up to 90% while improving repeatability and reproducibility (R&R) variances by up to 50%.

The 454A’s primary advantage is its ability to be integrated into an automated system.

The MT91 measures hardness based on depth of penetration rather than using an optical system that determines hardness based on impression size.

Testo Thermal Imaging is excited and proud to announce the availability of their next generation ther-mal imaging software.