NDT Equipment Calibration & Performance Verification
Ensuring flaw detection accuracy, signal linearity, and electromagnetic compliance. We perform comprehensive calibration and performance verification for ultrasonic flaw detectors, digital thickness meters, magnetic particle yokes, and XRF alloy analyzers.
Ultrasonic Flaw Detector Calibration & Verification
Horizontal time-base linearity, vertical amplitude linearity, calibrated gain control accuracy, and transducer frequency verification across certified calibration blocks.
Ultrasonic Thickness Gauge Calibration & Verification
Sound velocity calibration, zero-offset probe compensation, dual-element transducer linearity, and multi-step thickness verification across carbon and stainless steel blocks.
Magnetic Yoke Calibration & Dead Weight Lifting Verification
Certified dead-weight lift tests (4.5 kg / 10 lbs for AC yokes, 18.1 kg / 40 lbs for DC yokes), pole spacing checks, cable integrity, and tangential field intensity verification.
PMI / XRF Analyzer Performance Verification & Reference Checks
Multi-element detector resolution testing, energy calibration drift verification, CRM standard alloy confirmation (SS 316, Inconel 625), and repeatability assessments.
General NDT Equipment Calibration & Performance Verification
UV-A irradiance and white light illuminance meter verification, field indicators (pie gauges, castrol strips), and mechanical weld inspection gauge accuracy checks.
Request Equipment Calibration & Verification
Submit instrument details and serial numbers for rapid calibration turnaround. Testing is performed by appropriately qualified and certified personnel in accordance with applicable codes, standards, and approved procedures.
Direct Engineering Review
Your component geometry, code requirement, and timeline are reviewed by certified Level II/III engineers.
Rapid Mobilization
On-site inspection coverage available across all 20 industrial regions in North India.
Call our engineering team directly at +91 9354689771 or email info@starwavendt.com.