Sale Olympus Omniscan X3 16:64PR Phased Array Flaw Detector, like new clean unit and everything is in great working order. All of the buttons work properly, and the kit as a whole functions perfectly.
Olympus OmniScan X3 16:64PR phased array and TFM flaw detector with 16 pulsers, 64 receivers, 32-element TFM aperture, dual UT channels, live TFM envelope, AIM visualization, IP65 housing, and 10.6 in touchscreen interface.
Sold as is with 1 year warranty including calibration support 1 Year Comprehensive Coverage.
Olympus OmniScan X3 16:64PR for portable phased array and TFM inspection
The Olympus OmniScan X3 16:64PR is designed for inspectors who require advanced phased array and total focusing method capability in a highly portable, field-ready configuration. With 16 pulsers, 64 receivers, and a 32-element TFM aperture, this variant balances imaging performance and operational efficiency for routine weld inspection, corrosion mapping, and small-to-medium component evaluation.
Efficient PAUT and TFM architecture for general inspection work
16 pulser and 64 receiver phased array configuration supporting PAUT and FMC/TFM techniques.
32-element TFM aperture optimized for compact probes and standard weld geometries.
Live TFM envelope processing improves signal-to-noise ratio while maintaining acquisition speed.
Acoustic Influence Map (AIM) visualization assists with scan planning and coverage verification.
Designed for mobility, repeatability, and field deployment
The 16:64PR configuration reduces scan plan complexity and file size compared to higher-channel models, making it well suited for mobile inspection teams and applications requiring fast setup. The IP65 enclosure, dual UT channels, hot-swappable battery system, and compatibility with existing Olympus probes and scanners allow this unit to integrate easily into established PAUT workflows without sacrificing reliability.
Typical applications for the 16:64PR configuration
General weld inspection on piping, pressure components, and fabricated structures.
Corrosion mapping and thickness assessment using phased array techniques.
Small-diameter pipe and geometry-constrained inspections requiring compact apertures.