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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.
Certified pre-owned Sonatest RDT1250 5 MHz 1/8" delay line compression wave ultrasonic transducer—high resolution with Microdot connector for ultra-precise flaw detection and thin-section inspection. Compatible with Sonatest Sitescan, Prisma, Veo+, and Masterscan flaw detectors.
Certified pre-owned Sonatest FCR2550, 5 MHz 1/4" fingertip high-resolution compression wave transducer with Microdot connector—crafted for outstanding flaw detection and precision inspections in tight-access areas. Compatible with the most popular Sonatest flaw detectors.
Certified pre-owned Sonatest RB2050, 5 MHz 1/4" slimline rubber ball delay line ultrasonic transducer—features a rubber contact tip for excellent flaw detection and thickness inspection of contoured or coarse surfaces. Compatible with Sonatest Sitescan, Prisma, Veo+, and Masterscan flaw detectors.
Certified pre-owned Sonatest PFC2550LP 5 MHz 1/4" low profile fingertip compression wave transducer—highly damped for exceptional near-surface flaw detection in restricted-access applications. Compatible with Sonatest Sitescan D-10, Prisma, Veo+, and Masterscan flaw detectors.
Certified pre-owned Sonatest PFC1210 10MHz 1/8" fingertip compression wave transducer—highly damped and engineered for micro-area flaw detection and thickness measurement. Compatible with Sonatest Sitescan D-10, Prisma, Veo+, and Masterscan flaw detectors.
Certified pre-owned Sonatest FCG5050 5 MHz fingertip contact compression wave transducer with Microdot connector—designed for precision flaw detection in castings, forgings, and thickness surveys. Compatible with popular Sonatest flaw detectors.
Certified pre-owned Sonatest FCR5025 2.25 MHz fingertip contact compression wave ultrasonic transducer, ideal for high-precision NDT flaw detection. Compatible with most major ultrasonic testing devices.
Used Sonatest CDA2525270T, 2.5 MHz 1" twin element compression wave ultrasonic transducer with top exit for reliable thickness surveys and flaw detection in steel, pipelines, and tanks. Compatible with Sonatest Wave, Sitescan D-50, and Masterscan D-70. Order from Cartoli or call 1-833-322-7865.
Used Sonatest PFC7525, 7.5 MHz 1/4" fingertip compression wave transducer for thin section flaw detection and precision thickness surveys on metals and castings. Compatible with Sonatest Wave, Sitescan D-50, Masterscan D-70. Order from Cartoli or call 1-833-322-7865.
Used Sonatest PDED50505, 5 MHz 1/2" twin element compression wave ultrasonic transducer for reliable flaw detection and thickness gauging on corroded or coated materials. Compatible with Sonatest Wave, Sitescan D-50, Masterscan D-70. Order from Cartoli or call 1-833-322-7865.
Used Sonatest PMAP3737445T, 5 MHz 0.375" 45° angle beam probe for weld inspection, flaw detection, and code-compliant NDT. Compatible with Sonatest Wave, Sitescan D-50, Masterscan D-70. Buy from Cartoli or call 1-833-322-7865.
Used Sonatest MB4TLF, 4 MHz twin crystal compression probe for flaw detection in castings and thickness surveys. Compatible with Sonatest Wave, Sitescan D-50, Masterscan D-70. Order from Cartoli or call 1-833-322-7865.
Used Sonatest PIM5025, 2.25 MHz, 0.5" immersion ultrasonic transducer for flaw detection andprecision NDT in composites, metals, and ceramics. Compatible with Sonatest Wave, Sitescan D-50, Masterscan D-70, and Prisma. Order from Cartoli or call 1-833-322-7865.
Used Sonatest L15K12A, 15 MHz, 12 mm single element compression probe for high-resolution flaw detection and thickness gauging in thin materials. Compatible with Sonatest Wave, Masterscan 700M, Sitescan D-50. Request a quote or contact us today.
Used Sonatest PSLF5050, 2.25 MHz, 1" soft face, medium damped ultrasonic contact transducer for flaw detection in castings and rough surfaces. Use with couplants, wedges, or flaw detectors. Contact us or request a quote for reliable used NDT equipment.
The Sonatest PSLF5025 is a 2.25 MHz, ½" medium damped ultrasonic contact transducer with a soft polymer face for accurate flaw detection on castings, forgings, and high-temp components. Ideal for rough surfaces. Request a quote or contact us to learn more.
The Sonatest PSLM1025 is a high damped 2.25 MHz, 1" diameter single compression contact transducer designed for accurate flaw detection in composites, ceramics, and fine-grain materials. Compatible with major NDT systems. Request a quote today.
The Sonatest SLM1050 is a 5 MHz, 1" medium damped ultrasonic transducer for reliable NDT flaw detection and thickness measurement. Ideal for use on composites and metals. Compatible with Sitescan, Wave, and more. Shop now for proven performance.
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.