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Ultrasonic probes (often called transducers) are the interface between an ultrasonic instrument and the test surface, converting electrical energy into high-frequency sound and returning echoes for evaluation. This category spans phased array probes, including linear array probes, alongside conventional UT probes such as angle beam transducers used in established weld and general flaw detection workflows.
Olympus AM4R-20X22-45 is a 4 MHz, 20x22 mm angle beam shear wave ultrasonic probe (Atlas Series) with a 45° angle in steel and right angle LEMO 1 connector—high-resolution weld inspection and flaw detection capability.
Olympus AM2R-20X22-70 is a 2 MHz, 20x22 mm angle beam shear wave ultrasonic probe (Atlas Series) with a 70° angle in steel and right angle LEMO 1 connector—ideal for weld and flaw inspection in heavy industry.
Olympus AM2R-20X22-60 is a 2 MHz, 20x22 mm angle beam shear wave ultrasonic probe (Atlas Series) with a 60° angle in steel and right angle LEMO 1 connector—ideal for weld inspection and flaw detection.
Olympus AM1R-20X22-70 is a 1 MHz, 20x22 mm angle beam shear wave ultrasonic probe (Atlas Series) with a 70° angle in steel and right angle LEMO 1 connector—ideal for deep-penetration weld inspection and flaw detection.
Olympus AM1R-20X22-60 is a 2 MHz, 20x22 mm angle beam shear wave ultrasonic probe (Atlas Series) with a 60° angle in steel and right angle LEMO 1 connector—ideal for weld inspection and flaw detection.
Olympus AM1R-20X22-45 is a 2 MHz angle beam shear wave ultrasonic probe featuring a 20×22 mm element and 45° angle in steel, equipped with a right angle LEMO 1 connector. Ideal for weld inspections and flaw detection in industrial NDT.
Used Waygate Technologies Gamma 5.0/50 5.0 MHz 0.50" straight beam ultrasonic transducer featuring a side-mounted Microdot connector. Designed for precise flaw detection and material inspection on thick plates, forgings, and castings. Fully tested and certified for reliable NDT performance.
Used Waygate Technologies Gamma 2.25/50 0.50" straight beam ultrasonic transducer operating at 2.25 MHz. Medium pulse and bandwidth for general purpose flaw detection and material inspection, suitable for plates, forgings, pipes, and castings.
Used Sonatest FCG5025 2.25 MHz fingertip compression wave ultrasonic transducer with a 0.50" crystal diameter and side connector. Medium bandwidth for reliable flaw detection in castings, forgings, and thickness measurements. Fully tested and certified.
Used Panametrics V406 5.0 MHz contact ultrasonic transducer with 0.50" element diameter. Designed for reliable flaw detection and precise thickness gauging. Fully tested, certified, and ready to support your inspection needs.
Used Sonatest SSG50502 shear wave angle beam ultrasonic transducer with 2.25 MHz frequency and 0.50" crystal diameter. Features a BNC connector and is designed for high-accuracy flaw detection. Tested and certified for immediate deployment.
Certified pre-owned Sonatest PE-5.0M32E0.8P 5 MHz 32-element 0.8 mm pitch linear phased array ultrasonic probe. Delivers high-resolution imaging and dependable flaw detection for welds, pipelines, composites, and pressure vessels.
Certified pre-owned Sonatest PE-5.0M22E0.8P-35W0D 5 MHz 22-element 0.8 mm pitch linear phased array ultrasonic probe with 35 mm wedge and Microdot connector. Versatile, high-precision phased array for welds, pipes, and heavy industry NDT.
Certified pre-owned Sonatest PE-7.5M44E0.6P 7.5 MHz 44-element 0.6 mm pitch linear phased array ultrasonic probe. Delivers precise flaw detection and high-resolution imaging for challenging welds, pipes, and composites.
Certified pre-owned Sonatest T1-24.4T0D 1 MHz 24.4 mm twin compression membrane transducer with top exit Microdot connector. Delivers wide-area coverage and deep penetration for flaw detection and corrosion mapping in tough industrial environments.
Certified pre-owned Sonatest T1-25.4T89D 1 MHz 25.4 mm twin compression membrane ultrasonic transducer, top exit Microdot connector—deep penetration and wide area coverage for flaw detection and corrosion mapping.
Certified pre-owned Sonatest T1-37W0D 1 MHz 37 mm twin compression membrane transducer with Microdot connector. Delivers wide coverage and deep penetration for flaw detection and corrosion mapping.
Certified pre-owned Sonatest T1-35W0D 1 MHz 35 mm twin compression membrane transducer with Microdot connector—ideal for high-penetration flaw and corrosion detection in castings, forgings, and composite parts.
Certified pre-owned Sonatest T1-25.4T6"D 1 MHz 1" twin compression membrane ultrasonic transducer with top-exit Microdot connector. Designed for deep flaw detection and large-area NDT assessments.
Certified pre-owned Sonatest PQC253.5, 3.5 MHz, 0.25" single crystal angle beam shear wave ultrasonic transducer with quick change threading—engineered for precise weld inspection and flaw detection in industrial and field NDT. Accepts quick change (QW) wedges for 45°, 60°, 70° shear wave inspection.
Certified pre-owned Sonatest MAP252545T phased array mapping ultrasonic probe—estimated 2.5–5 MHz frequency range, 25 mm aperture, top exit configuration. Delivers rapid area mapping for corrosion, weld, or composite inspection. Compatible with Sonatest Veo3, Prisma, and mapping scanners.
Certified pre-owned Sonatest DK718RM, 7.5 MHz 1/8" dual element ultrasonic transducer—features a right-angle Microdot connector for tight access and reliable coupling. Optimized for thin-wall and small-diameter component inspection. Compatible with major Sonatest flaw detectors.
Certified pre-owned Sonatest RBSL2050, 5 MHz 1/4" slim line rubber ball delay line ultrasonic transducer—perfect for flaw detection and thickness measurements on curved, coated, or irregular surfaces. Compatible with Sonatest Sitescan, Prisma, Veo+, and Masterscan flaw detectors.
Certified pre-owned Sonatest FCG2525, 2.25 MHz 1/4" fingertip compression wave transducer with Microdot connector—medium damped for reliable flaw detection and thickness measurement in confined areas. Compatible with Sonatest Sitescan, Prisma, Veo+, and Masterscan flaw detectors.
Certified pre-owned Sonatest PFC3725, 2.25 MHz 3/8" highly damped fingertip compression wave transducer—precision flaw detection and thickness measurement for confined or limited-access areas. Compatible with Sonatest Sitescan, Prisma, Veo+, and Masterscan flaw detectors.
Ultrasonic probes (also known as transducers) support a wide range of nondestructive testing tasks by pairing the right sound field with the inspection objective. Across common industrial applications, probe type and configuration influence inspection sensitivity, coverage, near-surface performance, and repeatability. Product groupings in this category align to two major families: phased array probes (including linear array probes) and conventional UT probes, with angle beam transducers representing a common conventional format for weld-focused evaluations.
As an umbrella category, ultrasonic probes include both conventional transducers and array probes. Conventional designs are often described as single-element or dual-element transducers, while phased array models are described as probes with multiple independently driven elements. In day-to-day usage, “probe” and “transducer” commonly refer to the same inspection component, with naming conventions varying by manufacturer and product style.
Phased array probes use multiple small elements to create electronically controlled sound beams. This enables beam steering and focusing without physically changing probe angle, supporting enhanced inspection flexibility on welds and complex geometries. Phased array transducers are frequently chosen when inspection objectives call for broader coverage, improved characterization, or scan-based documentation.
Linear array probes are a widely used phased array format, built with elements arranged in a single row. Linear array transducers are commonly paired with compatible wedges and instrument platforms for sector scans, line scans, and other inspection approaches where controlled beam geometry and repeatable coverage matter.
Conventional UT probes typically rely on single-element or dual-element transducers and are widely used for established pulse-echo workflows. These probe styles are common in routine flaw detection, thickness-related evaluations, and general-purpose scanning where straightforward setups and stable signal interpretation are priorities.
Angle beam transducers (often used with wedges to introduce shear waves at a refracted angle) remain a standard choice for weld inspection and fabrication QA. This conventional probe style supports interrogation of weld volume, fusion lines, and heat-affected zones from accessible surfaces, aligning well with code-oriented procedures and repeatable manual scanning techniques.