24/07/2026
At Cutech Process Services Philippines Inc., we deliver advanced NDT solutions to meet the unique demands of high-risk and heavily regulated environments. Our advanced inspection services support safe operations, reduce risk, and help extend asset life. We regularly carry out advanced NDT across oil and gas, marine, power and infrastructure projects.
What is Advanced NDT?
The Evolution from Conventional to Advanced NDT Techniques
Advanced NDT techniques take basic flaw detection further by providing richer data, greater accuracy and improved reliability.
Conventional NDT methods (i.e. manual UT or MPI) rely heavily on operator interpretation and surface-level defects. Advanced techniques use digital tools, phased arrays, sensors and automation to:
✅ Detect flaws deep within complex geometrics
✅ Map corrosion or thickness loss over large surface areas
✅ Produce permanent digital records for traceability
✅ Enable real-time data visuals and remove assessment
Why Choose Advanced Inspection Services for Critical Assets
Advanced inspection services are essential where even minor defects could lead to failure?
At Cutech, we offer solutions tailored to asset type, project phase, and risk category. We monitor weld quality, pipework corrosion, and fatigue cracks in pressure vessels, for example.
Our Core Advanced NDT Services:
✅ Advanced Ultrasonic Testing (AUT)
AUT uses automated probes and scanners to deliver consistent and detailed inspection data across welds, pipe walls, and structural components.
✅ Phased Array Ultrasonic Testing (PAUT)
Phased Array Ultrasonic Testing (PAUT) offers multi-angle scans of welds and components. This is ideal for thick sections, curved surfaces and time-sensitive inspections.
✅Time-of-Flight Diffraction (TOFD)
TOFD uses sound wave timing to measure crack depth and growth. This is particularly effective in pressure vessel inspection and long seam welds.
✅ Total Focusing Method (TFM)
The Total Focusing Method (TFM) is an advanced evolution of Phased Array Ultrasonic Testing (PAUT), offering full matrix capture (FMC) data acquisition and reconstruction. Unlike conventional PAUT, which relies on pre-set angles and beam steering, TFM digitally focuses at every pixel in the region of interest, producing superior image resolution and flaw characterization.
✅ Acoustic Emission Testing for Structural Integrity
Acoustic Emission Testing detects active flaws as they occur. This makes it ideal for monitoring structural components under stress.
✅ Magnetic Flux Leakage (MFL)
Magnetic Flux Leakage (MFL) is widely used for detecting corrosion and pitting on tank floors by measuring disturbances in a magnetized steel plate. The technique provides rapid scanning and high sensitivity to both surface and near-surface defects. It enables efficient mapping of large floor areas, helping prioritize repairs and extend tank service life. MFL can also be applied through coatings and linings, minimizing surface preparation requirements during inspection.
✅ Vacuum Box Testing for Leak Detection
Vacuum box testing is a quick and effective way to detect leaks in weld seams and seams on tanks, vessels, and pipelines.
✅ Holiday Testing for Coating Defects
Holiday testing detects pinholes or thin areas in protective coatings, supporting corrosion protection in offshore and subsea assets.
✅ Vibration Analysis of Rotating Equipment
Vibration analysis helps to identify imbalances, misalignment or early bearing failure in motors, turbines and compressors.
✅ Thermal and Infrared-Based Testing
We use infrared thermograph to assess electrical panels, insulation systems and rotating equipment for heat anomalies and internal defects.
📩 Message us now for inquiries!
+63 (043) 740-9017
[email protected]
www.cutechgroup.com
