Search results for: 'low konect'

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 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 D1-CABLE-S-QX2 2 meter phased array adaptor cable designed for D1S and D1A probes with Quick I-PEX connector—for seamless PAUT connection and reliable ultrasonic inspections.

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 T1-25.4T426D 1 MHz 25.4 mm twin compression membrane transducer with top exit Microdot. Ideal for high-penetration flaw detection and corrosion mapping.

Elevate your inspections with our certified pre-owned GE Krautkramer USM 36 Ultrasonic Flaw Detector. Fully-equipped with advantageous features such as DAC, this tested and reliable solution is perfect for NDT applications. Portable and robust, it ensures accurate inspections in demanding industries including oil & gas, petrochemical, power generation, automotive, and aerospace. In stock and ready for delivery. Secure this advanced inspection tool for your team today!

Certified pre-owned Sonatest ASM-9038-IX Type 1 DAAH adaptor for phased array systems. Features single socket and precision I-PEX connector for secure, low-noise connectivity between DAAH probe heads and Sonatest flaw detectors.

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 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 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 T1-24.4T0D 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.

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.

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.

Olympus HI-6780 dual-element ultrasonic immersion transducer for reliable NDT flaw detection, compatible with pitch-catch systems and 1 MHz immersion testing.

The pre-owned GE Phasec 2d Dual Frequency Eddy Current Instrument sets industry standards for crack and corrosion detection on ferrous and non-ferrous metals. Featuring dual frequency operation, advanced filtering, and versatile probe support, it offers reliable NDT performance in a compact, portable design.

The Panametrics-NDTTM EPOCH 4 is an advanced digital ultrasonic flaw detector that combines powerful, fully featured measurement capabilities, a comprehensive internal datalogger, and a wide range of software options to solve many demanding inspection problems.

The Thermo Scientific Niton XL3t Series is a handheld XRF analyzer platform offered as a configurable, quotable solution. Final instrument configuration is determined by selected model and analytical application. Capabilities, performance characteristics, and included features vary by configuration and are defined at the configured product level.