Ultrasonic phased array is a combination of ultrasonic probe wafers, by a number of piezoelectric wafers according to a certain distribution arrangement, and then according to the pre-specified delay time to stimulate each wafer, all the wafers emitted ultrasonic waves form a whole wave front, can effectively control the shape and direction of the emitted ultrasonic beam (wave front), can achieve ultrasonic beam scanning, deflection and focusing. It provides greater ability to determine the shape, size, and orientation of discontinuities than a single or multiple probe system. Ultrasonic phased array detection technology uses multi-element transducers with different shapes to generate and receive ultrasonic beams. By controlling the different delay time of the pulses transmitted (or received) by each element in the transducer array, the phase relationship of the sound wave when it arrives (or comes from) a certain point in the object is changed, and the direction of the focus and sound beam is changed, so as to achieve ultrasonic beam scanning, deflection and focusing. Then the method of combining mechanical scanning and electronic scanning is used to realize image imaging.

Our products use a two-dimensional matrix array probe, piezoelectric wafer is arranged in a rectangular shape, can get two-dimensional images of defects, in the industry has been widely used.

High inspection cost
Slow detection rate
Untraceable data
The operation of ultrasonic equipment is difficult and difficult to understand.
When detecting solder joints of different diameters in ordinary ultrasonic equipment, the probe is often selected and replaced
The weld core diameter cannot be accurately measured