GE 4C Convex Array Used Ultrasound Transducer Probe Ultrasonic Cleaning Probe

Parts of GE probes we can offer:

Knowledge Point

Two-dimensional ultrasound: What people usually call B-ultrasound is two-dimensional ultrasound. It uses a probe to scan and repeatedly transmit and receive ultrasonic sound beams to form a two-dimensional section (plane, slice, thin section) image displayed on the screen, which is two-dimensional ultrasound. The echo intensity (radiation density) is displayed on the screen in corresponding directions with different brightness light spots, outlining a grayscale cross-sectional image of the organ structure. In short, what two-dimensional ultrasound displays are plane pictures, which are assembled into three-dimensional images in the mind of the sonographer, and thus applied to clinical diagnosis.

Three-dimensional ultrasound: Based on the principle of two-dimensional imaging, background software is used to convert the image into a three-dimensional image. That is to use backend software to create three-dimensional images from many floor plans. It can clearly display the three-dimensional form, surface characteristics, and spatial position relationships of suspicious structures, and provide three-dimensional images of areas of interest.

Four-dimensional ultrasound: it is dynamic three-dimensional. Four-dimensional ultrasound technology uses three-dimensional ultrasound images plus time dimension parameters. This revolutionary technology can obtain three-dimensional images in real time, surpassing the limitations of traditional ultrasound. Ability to display real-time dynamic moving images of areas of interest.