Practical ultrasonic thickness scanner setup for reliable corrosion mapping, covering probe choice, encoding, calibration and field checks for technicians.

Learn how to mount ToFD scanners with stable probe spacing, encoder alignment and practical checks that protect reliable weld inspection data in the field.

Learn how to select PAUT wedges for material, weld geometry, probe setup and field conditions, so every scan starts with sound, repeatable coupling data.

See a practical weld inspection setup example for PAUT and ToFD, covering scanner choice, calibration, scan planning and field checks before acquisition.

Learn how to scan curved surfaces with PAUT: select the right scanner, maintain coupling, control probe alignment and produce repeatable inspection data.

Learn how to improve encoder tracking on PAUT and ToFD scans by controlling wheel contact, alignment, resolution, cable condition and setup checks in field.

A practical ToFD scanner review for NDT teams: assess probe control, encoder quality, setup time, durability and cost before you buy for field work.

This practical guide to weld scanner setups helps PAUT and ToFD technicians select, align and verify field-ready hardware for repeatable inspection work.

Learn how to improve ToFD coupling with practical checks for probe pressure, wedge condition, couplant flow, alignment and stable scanner travel on welds.

Encoded scanning versus manual mapping affects data quality, coverage and job speed. See where each method fits practical PAUT inspection work in the field