Phased Array Ultrasonic Testing (PAUT)
Inspection & Testing Engineers (ITE) is the leading organization for providing PAUT of butt welded joints. Phased Array Ultrasonic Testing (PAUT) is an advanced non-destructive testing (NDT) technique that uses multiple ultrasonic transducers within a single probe to inspect materials for internal flaws. Unlike traditional ultrasonic testing, PAUT allows electronic control of the sound beam, enabling it to be steered, focused, and scanned across a component without physically moving the probe.
We offer flexibility that allows PAUT to inspect welds, measure thickness, and detect cracks or corrosion with high accuracy. We offer digital testing with an advanced control system. The technique offers improved defect detection, faster inspection times, and better data recording compared to conventional ultrasonic testing. Inspection & Testing Engineers (ITE) is the best organization to provide PAUT services due to their expertise, advanced equipment, commitment to safety, and track record of delivering reliable inspection results. With Phased Array Ultrasonic Testing (PAUT) inspections, clients can confidently maintain the integrity and safety of their butt welded joints, contributing to the success of their projects and operations. Our team is capable to do a very fine inspection of material and weld equipment, and detect their quality assurance and durability.
Phased Array Ultrasonic Testing Laboratory in Delhi/NCR
Benefits of PAUT:
- High Accuracy – Detects and sizes small defects precisely.
- Multi-Angle Inspection – Scans from various angles without moving the probe.
- Real-Time Imaging – Visualizes internal flaws instantly with A, B, and S-scans.
- Fast & Efficient – Covers large areas quickly, reducing inspection time.
- Digital Data Storage – Enables traceability and post-analysis.
- Minimal Access Required – Inspects from one side of the component.
- Safer & Non-Destructive – No harm to the tested material.
- Reduced Human Error – Automated or semi-automated scanning improves reliability.