Showing 113–128 of 154 results
E2491 PHASED ARRAY CALIBRATION BLOCK (IMPERIAL)
Used to determine long-term instrument performance changes, generate DAC curves and evaluate linear/angular resolution. This reference block focuses on beam steering capability and capacity. Manufactured in accordance with ASTM E2491.
Features:
E2491 PHASED ARRAY CALIBRATION BLOCK (IMPERIAL)
Used to determine long-term instrument performance changes, generate DAC curves and evaluate linear/angular resolution. This reference block focuses on beam steering capability and capacity. Manufactured in accordance with ASTM E2491.
Features:
E2491 PHASED ARRAY CALIBRATION BLOCK (METRIC)
Used to determine long-term instrument performance changes, generate DAC curves and evaluate linear/angular resolution. This reference block (metric version) focuses on beam steering capability and capacity. Manufactured in accordance with ASTM E2491.
Features:
E2491 PHASED ARRAY CALIBRATION BLOCK (METRIC)
Used to determine long-term instrument performance changes, generate DAC curves and evaluate linear/angular resolution. This reference block (metric version) focuses on beam capacity and beam direction. Manufactured in accordance with ASTM E2491.
Features:
E2491 PHASED ARRAY CALIBRATION BLOCK (METRIC)
Used to determine long-term instrument performance changes, generate DAC curves and evaluate linear/angular resolution. This reference block (metric version) focuses on beam capacity and beam direction. Manufactured in accordance with ASTM E2491.
Features:
PHASED ARRAY CALIBRATION BLOCK TYPE A (IMPERIAL)
The Phased Array Type A block has the following Phased Array applications described:
Beam angle verification.
Sensitivity calibration.
Wedge delay calibration.
DAC/TCG and more.
Features:
PHASED ARRAY CALIBRATION BLOCK TYPE A (IMPERIAL)
The Phased Array Type A block has the following Phased Array applications described:
Beam angle verification.
Sensitivity calibration.
Wedge delay calibration.
DAC/TCG and more.
Features:
PHASED ARRAY CALIBRATION BLOCK TYPE A (METRIC VERSION)
The Phased Array block type A (metric version) has the following Phased Array applications described:
Beam angle verification.
Sensitivity calibration.
Wedge delay calibration.
DAC/TCG and more.
Features:
PHASED ARRAY CALIBRATION BLOCK TYPE A (METRIC VERSION)
The Phased Array block type A (metric version) has the following Phased Array applications described:
Beam angle verification.
Sensitivity calibration.
Wedge delay calibration.
DAC/TCG and more.
Features:
PHASED ARRAY CALIBRATION BLOCK TYPE A (METRIC VERSION)
The Phased Array block type A (metric version) has the following Phased Array applications described:
Beam angle verification.
Sensitivity calibration.
Wedge delay calibration.
DAC/TCG and more.
Features:
A versatile and ergonomic UT inspection tool
The PALM Flat Scanner (PALM Flat Scanner), part of the PALM scanner family, is a versatile and ergonomic UT inspection tool that features an integrated encoder and magnetic wheels to allow vertical and overhead use. The scanner can be used on diameters greater than 90 mm for circumferential scanning and 200 mm for axial scanning.
Evaluación de soldadura de tuberías de pequeño diámetro y difícil acceso.
La familia de escáneres PALM inspecciona tuberías con diámetros desde 1,5” hasta 3,5”. Las herramientas se pueden adaptar con varias cuñas y sondas de matriz en fase para adaptarse a cualquier procedimiento de inspección independientemente del espesor del tubo, el material o los criterios de aceptación.
Setting standards of performance and reliability
The new Sonatest RailScan 125+ flaw detector delivers a higher level of nearsurface resolution and penetrating power into a portable and rugged enclosure. It also offers more measuring capabilities than its predecessors for rail applications such as:
Phased Array Ultrasonic Inspection Device.
Our RotoArray phased array inspection device gives you faster, more reliable A, B and C-scan imaging with the portability of a handheld probe and performance that rivals that of a full-immersion C-scan system. Easy to use, flexible and rugged, it is designed to simplify ultrasonic inspections, today and in the future.
Ultrasonic Non-Destructive Testing (NDT) has helped engineers inspect composites and metallic structures across all industries for years. Whether it be traditional aluminium laminates, steel pipelines, pressure vessel shells or today’s more complex carbon fibre-based composites, ultrasonic NDT technology has the ability to inspect these parts and create complete inspection maps showing attachment locations, defects and wall losses. Comprehensive integrity reports can be generated, supported by imaging reports and CSV file exporting, data review is simple and repeatable.
Active with key industry leaders for more than 60 years, Sonatest is proud to present the RSflite linear scanning instrument.