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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.

The Thermo Scientific Radeye X Series Survey Meters comprise three different types of compact, multi-purpose survey meters suited for a wide range of applications where personnel risk radiation exposure, whether they are emergency responders, fire fighters, nuclear power plant employees, or medical professionals. RadEye X Series Survey Meters can operate with virtually any manufacturer's Geiger-Mueller, scintillation or proportional detectors to perform general count rate, surface contamination and dose rate measurements.

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.

Olympus SA10-N55S-IHC 55° shear wave wedge for A10 probes with integrated irrigation ports, carbide wear pins, and stable angle-beam geometry for phased array inspection workflows.

Olympus SA12-0L-IHC wedge delivers 0° longitudinal wave coupling for A12 probes, featuring integrated irrigation and mounting points for stable phased array performance.

Olympus SA12-N55S-IHC wedge provides a 55° refracted shear wave for A12 probes with integrated irrigation ports, mounting points, and carbide wear pins for stable angle-beam coupling.

Olympus XAAB-0184 5L16-A10 phased array probe with 5 MHz 16-element linear array, 9.6×10 mm aperture, A10 housing, and integrated 2.5 m PVC cable with standard OmniScan connector.

Certified Pre-Owned Olympus OmniScan MX 16:128 Phased Array Flaw Detector, model PA16128PR with REMCTRL Remote Control. Delivers portable, high-resolution ultrasonic inspections with encoded scanning for aerospace, composites, and industry.

Rigaku KT-100S is a handheld laser-induced breakdown spectroscopy (LIBS) metal alloy analyzer for elemental composition measurement and alloy grade identification of solid metallic materials. A focused laser pulse generates plasma on the metal surface, and emitted light is analyzed to determine alloy chemistry within selectable matrices. LIBS-based operation does not require radiation licensing.