Phased Array Probes and Wedges

General-Purpose Linear Array Probes

Our versatile general-purpose linear arrays are engineered to excel across a spectrum of applications, including weld inspection, tube and pipe examination, turbine blade assessment, rail inspection, and pressure vessel scrutiny. With variability in frequency, element count, and pitch, these arrays offer tailored solutions for diverse industrial needs, ensuring electronic control for precision in phased array testing.

Small Footprint PAUT Probes (ABFP)

ABFP transducers are compact probes designed for inspections in confined spaces, excelling in examining welds, tubes, pipes, aircraft components, tanks, and more. Customizable arrays and wedges cater to specific inspection needs, while the advanced piezocomposite linear-array ceramics enhance resolution and steering ability, making these probes efficient and precise for challenging environments.

Time-of-Flight Diffraction (TOFD) Probes

Eddyfi Technologies TOFD probes excel in determining crack dimensions in metallic welds. Featuring highly-damped broadband transducers and quick-swap screw-in wedge attachment, they showcase cutting-edge technology for seamless inspection processes.

Learn how to set the perfect scan plan for weld inspection using TOFD, PAUT, and TFM here.

Corrosion PAUT Probes

Corrosion arrays are strategically optimized to enhance efficiency and maximize the probability of detection in scanning applications for corrosion and erosion. Tailored for large plates, bars, and other components with extensive surface areas, these arrays significantly reduce inspection time compared to single-element inspections, offering a streamlined and effective solution for comprehensive assessments.

Matrix Array Probes

Matrix array transducers enhance phased array inspections with full matrix capture, improving probability of detection (POD), flaw sizing, characterization, imaging, and inspection scan speed. Eddyfi Technologies excels in design validation through 3D computer simulation, ensuring precision and adaptability for a range of inspection scenarios, from a simple 4x8 element array for weld inspection to a complex 800-element array for heavy-wall forgings.

See how matrix probes put nozzle weld inspection into perspective with a 3D environment here.

Dual Matrix Array Probes

Implementing transmit-receive configurations for enhanced sensitivity and signal-to-noise ratio (SNR), these probes excel in inspecting coarse-grained materials, corrosion-resistant alloys, and dissimilar metal welds. The beam-skewing capability improves flaw detection for diverse inspection needs.

This blog demonstrates the benefits offered by matrix array probes with steering capabilities in both active and passive planes.

High-Temperature Linear Probes

High-temperature linear arrays are versatile solutions for diverse applications like weld and tube inspections. Equipped with 2.5-meter (8.2-foot) cables and IPEX connectors, they offer Mid Temp [100-150°C (212-302°F)] and High Temp [150-200°C (302-392°F)] wedge options. Available in 30-70° and 0° refracted angle models, these arrays provide flexibility for tailored inspections.

High-Temperature Dual Linear Probes

The high-temp dual-linear corrosion array, built for corrosion inspections up to 200°C (395°F), features specialized design for high-temperature environments. With 32 transmit and receive elements, it offers extensive beam coverage and enhanced inspection precision through a pseudo-focusing effect.