2B40UM

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2B40UM, or two-beam dual-cell laser ultrasonic flaw detector, is a high-performance ultrasonic testing device. It is used to detect flaws in various materials such as metals, plastics, ceramics, and fiber reinforced composites. It is the best tool to measure and detect the size and shape of flaws in both visually and acoustically. This device plays an important role in many industries and applications.

The application field of 2B40UM is very wide. It can not only be used in the metal industry but also in various other fields. For example, it is used in aerospace, automobile, and petrochemical industries to detect flaws in materials. Moreover, it can be used to detect micro flaws in semiconductor materials. Besides these applications, this device is also used for the detection and evaluation of fatigue damage in structures. It can also be used for weld inspection, pipeline inspection, and component testing.

The working principle of 2B40UM is based on laser ultrasonic technology. In this device, two transducers are used to generate ultrasonic signals. These signals are highly focused and directed towards the sample materials. Then, the reflected ultrasonic signals are detected by two receiver transducers. These two transducers record the soundwaves, and then the data is processed and evaluated to identify the flaws present in the material.

In addition to these two transducers, 2B40UM also has an intricate array of optics including lasers, mirrors, and lenses. These components help in directing and focusing the ultrasonic signals. Furthermore, this device also utilizes a processing unit that is capable of high-speed and accurate analysis. It allows for the easy identification of the size and shape of flaws.

In summary, 2B40UM is a versatile laser ultrasonic flaw detector. It is used to identify the flaws present in various materials and is effective in many applications. It utilizes two transducers to generate and detect ultrasonic signals and is also equipped with an intricate array of optics and processing unit. Therefore, it can accurately and quickly detect the size and shape of the flaws in samples.

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