GE NDT is the core non-destructive testing product system of General Electric Inspection Technologies, covering five mainstream detection technical routes: ultrasonic testing, radiographic detection, eddy current inspection, remote visual detection and hardness measurement, matched with supporting analysis software Rhythm® to realize full-process digitized inspection management. This system is widely compatible with the ultrasonic flow measurement probes, transmitters and moisture sensors previously sorted, and expands detection capability from fluid flow metering to material internal defect diagnosis and equipment health assessment.

In the ultrasonic NDT module, mainstream devices include Epoch series flaw detectors, Mentor UT phased array detectors and USM Go portable thickness gauges, matched with customized ultrasonic probes for weld crack detection, pipeline wall corrosion scanning and material thickness measurementGeneral El.... The phased array ultrasonic technology can complete large-area scanning inspection, accurately identify tiny corrosion pits and hidden cracks inside metal pipelines and pressure vessels, greatly improving inspection efficiency compared with traditional single-probe detection mode. Combined with GE original ultrasonic transducers and signal cables, stable ultrasonic excitation and echo signal acquisition are guaranteed under complex industrial field environments.

The eddy current testing product line is represented by Phasec 3 series flaw detectors, applicable to surface crack detection, coating thickness measurement and material conductivity sorting of non-ferrous metals such as aluminum alloy and copper pieces. It is commonly used for aircraft fastener hole inspection, boiler tube flaw detection and automotive metal component quality screening, with strong anti-interference ability to adapt to on-site variable electromagnetic environments of workshops and power plants.

Radiographic inspection equipment includes portable industrial X-ray machines and industrial CT imaging systems, which realize internal structural imaging of precision castings, turbine blades and pressure-bearing components, intuitively display internal pores, shrinkage cavities and inclusion defects of materials, and meet the strict quality inspection standards of aerospace and new energy equipment manufacturing. Remote visual inspection products such as XL Go+ video borescope are used for shooting observation of narrow and inaccessible spaces including gas turbine inner cavities, pipeline elbows and boiler inner walls, assisting maintenance personnel to judge component surface damage status without equipment disassemblyGeneral El....

All GE NDT instruments adopt industrial explosion-proof and dustproof shell design, most portable equipment supports built-in rechargeable batteries for field mobile inspection work. The supporting Rhythm software platform realizes unified storage, analysis, report output and remote sharing of all inspection data, realizing closed-loop management from on-site data collection to laboratory data auditing. Each hardware device undergoes strict factory calibration, impact resistance test and long-term aging test to ensure stable long-term outdoor and workshop continuous operation performance.

Matched with mounting fixtures, coupling grease and signal accessories of GE ultrasonic measurement system, GE NDT forms a complete industrial safety monitoring solution integrating flow measurement and equipment flaw detection. The system has no destructive contact with tested parts during the whole detection process, will not damage finished products or running pipeline equipment, effectively reduces enterprise shutdown maintenance loss and scrap rate of defective products. Its main service fields cover aerospace engine component detection, petrochemical pipeline safety assessment, thermal power equipment regular inspection, automobile manufacturing quality control and offshore platform facility health monitoringGE Aerospa.... Daily maintenance only needs regular calibration of probes and detectors, cleaning of probe contact surfaces and backup of inspection data files, with low overall operation and maintenance cost for enterprises.