Ultrasonic scanner is a non-contact detection device that uses ultrasound to detect and image objects. It is widely used in industrial production, quality control, medical diagnosis, and other fields.

1、 Working principle

Ultrasonic scanner mainly consists of transmitter, receiver, signal processor, display, etc. During operation, the transmitter will transmit high-frequency acoustic waves through the probe to the detected object, and the acoustic waves will reflect, refract, scatter, and other phenomena inside the object before returning to the probe and being received by the receiver. The receiver converts the received signal into electrical signals, which are processed by a signal processor and displayed on a display to form an image of the internal structure of the object.

2、 Features

Non-contact type

Ultrasonic scanners use a non-contact detection method that does not require damage or destruction to the object being tested, avoiding problems caused by testing.

High definition imaging

Ultrasonic scanners can provide high-definition imaging effects, and can clearly display the subtle structures inside an object, such as cracks, looseness, voids, and other defects. At the same time, ultrasonic scanners have high detection sensitivity and can detect small defects.

Strong versatility

Ultrasonic scanners can be used not only for the detection of various solid materials such as metals, plastics, ceramics, but also for the detection and imaging of liquids and gases, with a wide range of applications.

Easy to operate

The operation of an ultrasonic scanner is relatively simple, as long as the probe is placed on the detected object as required. At the same time, the ultrasonic scanner has a real-time imaging function, which can immediately present the internal structure of the detected object, greatly facilitating the user.

3、 Advantages

Non destructive testing

Ultrasonic scanners use a non-contact detection method that eliminates the need for destructive testing of the object being tested, avoiding secondary damage caused by testing.

Improve detection efficiency

Ultrasonic scanners have fast detection speed and high accuracy, which can effectively improve detection efficiency, thereby saving time and labor costs.

Improve product quality

Through the precise detection and imaging of ultrasonic scanners, defects and hidden dangers within the detected object can be detected and repaired in a timely manner, thereby improving the quality and safety of the product.

extensive use

Ultrasonic scanners are widely used in various industries, such as automotive manufacturing, aerospace, electronic manufacturing, construction engineering, medical diagnosis, and other fields.

4、 Conclusion

In summary, ultrasonic scanners have been widely used in modern industrial production due to their advantages of non-contact, high-definition imaging, and strong versatility. Its use can not only improve work efficiency and product quality, but also help enterprises reduce costs and risks.