UTstudio+
BENEFITS
Synchronizes Phased Array (PAUT), TOFD, and conventional UT datasets into correlated S-Scan, L-Scan, B-Scan, and C-Scan views, projecting defects onto 3D weld overlay models for accurate defect sizing and spatial orientation.
FEATURES
Synchronized multi-group PAUT/TOFD rendering, dynamic beam modeling, interactive 3D component/weld overlay projection, and sub-pixel resolution measurement cursors.
BENEFITS
Enables offline re-gating, dynamic gain calibration, and digital filtering on raw RF data to eliminate costly field rescans, while advanced TOFD linearization and lateral wave suppression isolate critical root and cap flaws.
FEATURES
TOFD lateral wave straightening and removal algorithms, digital band-pass filtering, FFT frequency spectrum analysis, and post-acquisition software-driven TCG/DAC recalculation.
BENEFITS
Automates flaw sizing using -6dB, -12dB, and absolute peak drop techniques to reduce operator variance, generating standardized compliance inspection reports (ASME, ISO 13588, ISO 10863) in seconds.
FEATURES
Automated flaw table generation, direct export to PDF/HTML/Word/Excel, raw CSV data output, native compatibility with Sonatest instrument ecosystems (veveo, Prisma, etc.), and customizable layout templates.
UTstudio+
A dedicated high-performance post-processing platform built to analyze, measure, and reconstruct complex Phased Array (PAUT), TOFD, and corrosion mapping datasets on synchronized 3D overlays with automated reporting workflows.
- Advanced PAUT / TOFD Verification Analysis For Oil & Gas Pipeline Girth Welds
- 3D Depth & Sizing Assessment For Thick-Walled Welds In Pressure Vessels And Boilers
- Delamination & Discontinuity Mapping For Aerospace, Composite Airframes And Turbine Blades
- Precision Flaw Detection & Standard-Compliant Digital Archiving For Heavy Industry And Forgings