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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.
Milltronics LR-21FM Ultrasonic Transducer delivers 21 kHz ultrasonic measurement capability with 3W output for reliable signal transmission across 5-meter applications.
Olympus 5L64-A32 phased array ultrasonic probe featuring a 5MHz 64-element linear array in A32 housing, compatible with Olympus OmniScan MX2, SX, and X3 phased array systems for industrial NDT inspections.
Olympus XAAB-10697 5L32-A12 phased array probe with 5 MHz 32-element linear array, A12 small-footprint housing, and integrated 2.5 m PVC cable with standard OmniScan connector for compatible Olympus PAUT instruments.
Technisonic DFP-0504-GP is a dual element, fingertip ultrasonic probe with a 5 MHz frequency and 0.50" diameter designed for general purpose use. Features integral cable and BNC connector for reliable NDT testing.
Used Sonatest SSG62622 2.25 MHz 5/8" x 5/8" single crystal shear wave angle beam ultrasonic transducer with BNC connector. Designed for weld and flaw inspection in industrial metals. High sensitivity with 4.4" nearfield length. Fully tested and certified for dependable NDT performance.
Used Sonatest PSS50102W 2.25 MHz 1/2" x 1" single crystal shear wave angle beam ultrasonic transducer with BNC connector. Designed for weld and flaw inspection in industrial metals. High sensitivity and reliability. Fully tested and certified for precise NDT performance.
Used Sonatest PSS75752 2.25 MHz 3/4" x 3/4" single crystal shear wave angle beam ultrasonic transducer with BNC connector. Designed for weld and flaw inspection in metals. High sensitivity, wide bandwidth. Fully tested and certified for NDT reliability
Used Sonatest STARC4-60 4 MHz 60° single crystal shear wave angle beam ultrasonic transducer. 10mm element, LEMO 00 connector. Designed for flaw detection and weld inspection in metals and composites. Fully tested and certified for dependable NDT performance.
Used Sonatest QCG5025 2.25 MHz shear wave angle beam ultrasonic transducer with 0.50" crystal diameter and Microdot quick change connector. Designed for precision flaw detection in welds and structural components. Fully tested and certified for immediate deployment.
Certified pre-owned Sonatest T1-25.4T426D 1 MHz 25.4 mm twin compression membrane transducer with top exit Microdot. Ideal for high-penetration flaw detection and corrosion mapping.
Certified pre-owned Sonatest QCG2525 2.25 MHz 1/4" single crystal angle beam shear wave quick change ultrasonic transducer with Microdot connector. Designed for weld, forging, and pipe flaw inspection. Compatible with Sonatest and other flaw detectors.
Certified pre-owned Technisonic CF-0204-GP, 2.25 MHz, 1/2" general purpose fingertip contact transducer—Microdot connector, perfect for flaw detection and thickness measurement in challenging or restricted areas. Compatible with major industry flaw detectors and gauges
Certified pre-owned Sonatest Q-Scan-1 5 MHz ultrasonic probe, 0.35" x 0.410" element, right/left encoder configuration—engineered for advanced flaw detection and thickness scanning with leading Sonatest phased array systems.
Certified pre-owned Sonatest RDT2520, 20 MHz 1/4" delay line compression wave ultrasonic transducer—engineered for high-resolution flaw detection and ultra-thin material inspection. Compatible with Sonatest Sitescan, Prisma, Veo+, and Masterscan flaw detectors.
Certified pre-owned Sonatest PFC2510 10 MHz 1/4" fingertip compression wave transducer—highly damped for exceptional near-surface flaw resolution in tight-access applications. Compatible with Sonatest Sitescan D-10, Prisma, Veo+, and Masterscan flaw detectors.
Certified pre-owned Sonatest FCG2550 5 MHz 1/4" fingertip compression wave transducer with Microdot connector—ideal for high-resolution flaw detection and thickness measurement in restricted access areas. Compatible with Sonatest Sitescan D-10, Prisma, Veo+, and Masterscan flaw detectors.
Used Sonatest SA372525RL, 2.25 MHz 0.375" 25° shear wave angle beam probe for weld inspection, flaw detection, and code-compliant testing. Compatible with Sonatest Wave, Sitescan D-50, and Masterscan D-70. Order from Cartoli or call 1-833-322-7865.
Used Sonatest PMAP505045, 5 MHz 0.5" 45° angle beam probe for weld inspection and flaw detection. Compatible with Sonatest Wave, Sitescan D-50, Masterscan D-70. Order from Cartoli or call 1-833-322-7865.
GE Inspections Phased Array Probe: Compact, portable UT flaw detector with advanced features. Delivers precise results in real-time for efficient industrial inspections.
GE Inspections Phased Array Probe: Compact, high-performance probe for accurate weld, pipe, and turbine inspections. Reliable, durable, and versatile for diverse applications.
Olympus XAAB-0184 5L16-A10 phased array probe with 5 MHz 16-element linear array, 9.6Ă—10 mm aperture, A10 housing, and integrated 2.5 m PVC cable with standard OmniScan connector.
Olympus HI-6780 dual-element ultrasonic immersion transducer for reliable NDT flaw detection, compatible with pitch-catch systems and 1 MHz immersion testing.
A durable 2 MHz angle beam shear wave ultrasonic probe measuring 20×22 mm with a 45° beam angle, optimized for steel inspections. Features a high-quality LEMO 1 connector for secure, reliable connections during nondestructive testing.
Olympus AM4R-20X22-70 is a 4 MHz, 20x22 mm angle beam shear wave ultrasonic probe (Atlas Series) with a 70° angle in steel and right angle LEMO 1 connector—designed for high-resolution weld inspection and flaw detection.
Olympus AM4R-20X22-60 is a 4 MHz, 20x22 mm angle beam shear wave ultrasonic probe (Atlas Series) with a 60° angle in steel and right angle LEMO 1 connector. Designed for high-resolution weld inspection and flaw detection in demanding NDT applications.
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.