Magicscan XP（1.49T）

XMS full real-time spectrometer

Real time acquisition of full sequence, high phase stability, high signal-to-noise ratio, and channel expansion function

16+RF platforms

The coil intelligent recognition system automatically matches the best receiving unit, making scanning more intelligent, reducing patient examination time, and improving doctor work efficiency. The phased array matrix RF receiving system has a higher signal-to-noise ratio and faster parallel acceleration

Xin Gao Yi Abdominal Free Breathing Technique

Due to the movement of various abdominal organs during free breathing scanning (such as diaphragm movement, gastric peristalsis, and aortic pulsation), Xingaoyi uses unique imaging technology to solve the artifacts caused by movement, and can obtain excellent abdominal and pelvic images without the need for any respiratory navigation technology.

The position where the contrast is determined by the center of K-space will be repeatedly filled, while the area around it that determines spatial details will be relatively sparse. This can eliminate motion artifacts through the K-space filling method

Compressive sensing

The compressed sensing (CS) theory in magnetic resonance imaging is achieved by selectively collecting a small amount of K-space data and utilizing signal sparsity to reduce artifacts in linear reconstructed images. Effective algorithms are used to reconstruct the original signal, in order to shorten the acquisition time and maintain the reconstruction quality requirements of the original signal to a certain extent.