
Advanced NDT Services
Advanced NDT methods improve coverage, sizing accuracy and inspection productivity on critical assets. A-CINOS SERVICES supports phased-array, diffraction, eddy-current and acoustic techniques for complex inspection scopes.
PAUT – Phased Array Ultrasonic Testing
PAUT delivers electronic scanning and detailed imaging for welds and components. A-CINOS supports PAUT applications, procedure planning and interpretation guidance.
TOFD – Time of Flight Diffraction
TOFD provides accurate crack sizing and volumetric weld assessment. We support TOFD setups, calibration practice and reporting for code-based inspections.
TFM/FMC – Total Focusing Method / Full Matrix Capture
TFM/FMC enhances ultrasonic imaging for challenging geometries and higher-resolution evaluation. A-CINOS supports advanced ultrasonic imaging applications where TFM/FMC is specified.
PECT – Pulsed Eddy Current Testing
Pulsed eddy current testing assesses corrosion under insulation and similar applications without full coating removal. We support PECT planning and inspection execution guidance.
Corrosion Mapping
Corrosion mapping builds a clear picture of wall-loss patterns across piping and vessels. A-CINOS supports mapping workflows that help prioritize repair and maintenance.
ECT – Eddy Current Testing
Eddy current testing detects surface and near-surface flaws in conductive materials and tubing. We support ECT equipment selection and inspection practice.
Advanced Acoustic Inspection
Advanced acoustic methods support sensitive detection and evaluation on demanding materials and geometries. A-CINOS provides application-focused acoustic inspection support.
Customized NDT Technique Development
When standard setups are not enough, we help develop customized NDT techniques matched to the component, access and acceptance criteria.
Advanced PAUT Applications
Beyond routine weld scans, A-CINOS supports advanced PAUT applications tailored to complex joints, restricted access and special materials.
Call +91 95589 98664 for advanced NDT support.
