NDT Transducers LLC
High-Performance Ultrasonic Transducers for Aerospace, Energy, and Industrial Applications
Ultrasonic NDT transducer solutions
Immersion Transducers
Immersion transducers are available in single, dual, or triple frequency configurations, with element diameters ranging from .100” to 1.500”. Designed for both automated and manual scanning systems, they can be flat, spherically focused, or cylindrically focused depending on your application. A wide range of connector options is available, including UHF, Microdot, SMA, BNC, as well as potted cable configurations for custom setups.
Ultrasonic NDT transducer solutions
non-Immersion Transducers
Our non-immersion ultrasonic transducers cover a wide range of applications, including contact transducers (80 kHz – 20 MHz), angle beam, normal incidence shear wave, surface wave, TOFD, and delay line probes. Options include protective wear caps, magnetic rings, dry-coupled, air-coupled, water-irrigated, and high-temperature designs. We also offer specialized solutions for applications such as airbag inspection, bolt elongation measurement, and other custom inspection requirements.
About Us
NDT Transducers LLC
NDT Transducers LLC is a U.S.-based manufacturer of high-performance NDT transducers located in Gilbert, AZ, specializing in ultrasonic transducers for industrial inspection applications. We design and produce both custom and standard ultrasonic transducer solutions for aerospace, energy, and manufacturing industries. NDT Transducers LLC, located in Gilbert, Arizona, is an independent manufacturer and is not affiliated with any similarly named companies.
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Request A Quote
Tell us your application, frequency requirements, and operating environment, and our team will recommend the right NDT ultrasonic transducer solution. We respond quickly with technical guidance and competitive pricing.
Call us to discuss your application
(480) NDT-2400

















































































































































































































































































































































































































































































































