Zetec scanner designed for versatile ultrasonic testing
The versatile, manual 2D encoded scanner is designed for ultrasonic inspections of oil and gas, aerospace and other applications.

Source | Zetec
Zetec Inc. (Snoqualmie,Wash., U.S.) has introduced its NDT Sweeper Scanner, designed to be a versatile manual 2D encoded scanner for ultrasonic inspections for oil and gas, aerospace and other applications.
NDT Sweeper has two integrated encoders for precise 2D scanning. It can support up to two phased array probes at once for pitch-catch ultrasonic inspections, and the individual probe suspension can be fixed axially or laterally to meet specific needs. The scanner is said to be simple to deploy, able to encode in raster scan across long distances and able to provide C-Scan mapping of large components.

Source | Zetec
NDT Sweeper features non-marring wheels with integrated magnets designed for safe and effective use on various materials, including composites. The wheels are optimized for easy movement in the scan and index directions.
The scanner is designed to be compact, lightweight and ergonomic, and is said to be suited for ultrasonic inspections ranging from long-seam welds to corrosion mapping and more. It is intended to eliminate the need for multiple specialized scanners, reducing equipment costs, and is deployed with a TOPAZ portable ultrasonic instrument and UltraVision software.
Related Content
-
Laser-excited acoustics provide contact-free, nondestructive composites inspection
Xarion’s couplant-free NDT technology uses laser physics and a membrane-free optical microphone, eliminating the requirement for fluid coupling, widening the scope for NDT technology.
-
Mercedes-AMG Petronas F1 Team to include sustainable carbon fiber for 2025 Formula 1 season
F1 team has taken first steps to qualify and apply sustainable composites into its W16 race car with help and innovation from industry partners and the FIA.
-
Carbon fiber/flax landing gear achieves 54% weight reduction via tailored layup optimization
Fuko’s Biogear showcases how strategic composite material distribution and natural fiber damping properties can lightweight and enhance critical aerospace structure performance.