TecScan's advanced Phased Array Ultrasonic Immersion Scanner is designed to meet and exceed the inspection requirements of the aerospace industry. By combining the focusing and multiplexing capabilities of Phased Arrays technology with the accuracy of our immersion scanners, an advanced, complete and powerful ultrasonic inspection solution is created. Whether your application requires rapid coverage of large areas, inspection solutions for complex geometries or increased ultrasonic penetration, TecScan's Phased Array ultrasonic Scanner will meet your challenge.

Our Industrial ultrasonic immersion scanners are modular systems composed of mechanical and ultrasonic components that are all controlled by our real-time, data acquisition and analysis software package: TecView™ UT.

Controlled by our TecView™ UT data acquisition and analysis software package, our laboratory immersion scanner is made of Aluminum structures and a ½” Acrylic tank. The scanner comes in a variety of sizes and is fully custom designed to suit clients’ needs and requirements. A multitude of options could be used along with the laboratory immersion tank: automated or manual Gimbal/Gimbal or Swivel /Gimbal assemblies, Turn Tables and Bar Stock Indexer.

TecScan’s automate flaw detection immersion scanner is a five axis, lightweight Immersion Scanner designed for laboratory environments and NDT training purposes. Built with Aluminum structures and a ½” Acrylic tank, this scanner is equipped with 2 automated axes (X & Y), a manual Z axis and a manual Gimbal-Gimbal manipulator. The Immersion scanner is specifically intended for laboratory testing and represents an automated extension to any off the shelf flaw detector. The accurate probe displacement provided by the automated X and Y axes along with the fine manual adjustments of water path and probe orientation of the manual Z-axis and Gimbal-Gimbal manipulator enable precise and repetitive probe positioning for flaw detection. With the replacement of manual probe manipulations by encoded automated axis, accurate defect sizing can be performed.