Method and Apparatus for Non-Destructive Testing of an Object

Inspecting internal components or materials without damaging them is a critical task in engineering and manufacturing. Traditional ultrasonic testing methods often struggle to provide clear results when the echo signals vary wildly in strength due to the object's shape or material properties. This invention solves that problem by automatically standardizing the amplitude—or strength—of all ultrasonic measurement signals to a common reference value before the final computer reconstruction takes place. By leveling the playing field for these signal strengths, the technology ensures that internal flaws or structures are rendered with much higher accuracy and reliability, regardless of where they are located within the tested object.