Ultrasonic scanner is a high-precision detection device that can non-destructive detect objects. It can generate high-frequency sound waves and receive reflected signals through a receiver, thereby presenting a structural image of the interior of a substance. This article will introduce the working principle, characteristics, and advantages of ultrasonic scanners.

1、 Working principle

The ultrasonic scanner mainly consists of a probe, a control circuit, and a display. During operation, the high-frequency sound waves emitted by the probe will pass through the object under test and be reflected back, before being received by the receiver in the probe. These reflected sound waves are converted into electrical signals and sent to the control circuit for processing and analysis. Finally, the control circuit generates a structural image of the interior of the object based on the processing results and presents it on the display.

2、 Features

Non destructive

As a non destructive detection device, ultrasonic scanners do not cause damage or destruction to the object under test.

High precision imaging

Ultrasonic scanners have the characteristics of high sensitivity and resolution, which can provide high-precision imaging effects and display the complete structure of the material interior.

Strong versatility

Ultrasonic scanners can be used for various types of substances, such as metals, plastics, ceramics, and other solid substances, as well as for the detection and imaging of liquids and gases.

Easy to operate

Operating an ultrasound scanner is relatively simple, requiring only placing the probe on the object being measured. In addition, software can monitor the scanning status in real time and adjust parameters to improve detection efficiency.

3、 Advantages

Easy to use

The operation of ultrasonic scanners is very simple and requires no professional skills. At the same time, its automatic scanning function can improve detection efficiency and reduce the cost of manual intervention.

Ideal for materials that are difficult to detect

Ultrasonic scanners can be well applied to materials of various shapes and sizes, such as pipes, spheres, and other materials that are difficult to observe on the surface, such as concrete, glass, and so on.

Cost savings

Using ultrasonic scanners for testing can save a lot of cost and time. Firstly, it does not cause any damage to the object under test, avoiding secondary damage; Secondly, the automatic scanning function can greatly improve the detection efficiency and reduce labor costs.

Improve security

Ultrasonic scanners can help companies detect internal defects and hidden dangers of the tested object in a timely manner, thereby improving product quality and safety. It can detect defects, looseness, cracks, and other issues of various substances to avoid safety risks caused by these issues.