Health Care

How to diagnose the diseased part, range and mutual relation with surrounding organs accurately and efficiently is a crucial step in the treatment process. Compared with the traditional magnetic resonance imaging technology, superconducting magnetic resonance imaging further improves the performance of imager and enhances the diagnosis efficiency and accuracy.


Related Products and Applications:

Magnetic Resonance Imaging

1. Brief Introduction

Magnetic Resonance Image (MRI) is a clinical imaging technology of human tissues and revolutionary medical diagnostic instrument. It mainly takes advantage of the electromagnetic wave and effect on human body in the magneto-static field, and reconstructs the slice image and diagnoses the disease through measuring and analyzing the nuclear magnetic resonance signal of the proton in the electromagnetic wave and human tissues. “It is characterized by several unique advantages, for instance no ionizing radiation (radioactive rays) damage, bony artifact, multi-directional (transverse, coronary, and sagittal section, etc.) and multi-parameter imaging, high soft tissue identification ability, display of vascular structure without using the contrast agent”.

One of the most critical parts of the magnetic resonance imager is a superconducting magnet that can hold a person in its center, for creating an internal main (static) magnetic field environment. Currently, nearly all magnetic resonance imager adopts the superconducting magnetic to realize high-resolution imaging.

2. Values for Clients

 ⊙ High magnetic field intensity, relatively low signal-to-noise ratio, and magnetic field MRI is enhanced remarkably. 

 ⊙ Reach all effective aperture required by the system, and the imaging quality is higher, clearer and more reliable. 

 ⊙ Good stability, homogeneity, free from the influence of temperature fluctuation, no energy consumption.