With the improvement of medical level and the continuous progress of medical technology, medical devices also need continuous improvement and innovation in order to keep pace with the medical level.
Nuclear magnetic resonance, also known as nuclear magnetic resonance imaging technology, is a clinical examination of physical phenomena. It is another major advancement after CT medical imaging. It was first tested by American physicist Isido Isaac Rabbi in 1933. Successfully developed at an extremely fast speed.
The nuclear magnetic resonance machine is a modern medical precision clinical imaging inspection equipment. It is a bio-magnetic spin imaging technology that uses the characteristics of nuclear spin motion to generate a signal after being excited by radio frequency pulses in an external magnetic field, which is detected by a detector And input to the computer, after processing and conversion, the image is displayed on the computer screen. It has the characteristics of multi-parameter, multi-sequence, multi-directional imaging, fast scanning speed, clear image, high tissue resolution, and no X-ray radiation damage. It can find early lesions that are not easy to detect. It is widely used in the brain, liver, gallbladder, Kidney, pancreas, adrenal gland, prostate, heart, blood vessels and other parts, auxiliary medical diagnosis.
In the design process of the nuclear magnetic resonance machine, it is necessary to consider the use needs and emotional needs, and comprehensively consider the appearance design, structural design, material selection, man-machine operation, and complete functions, and integrate your own creativity. The product is endowed with complete functions, simple and convenient operation, and ensures the comfort of interactive experience.
The appearance design is simple, attention is paid to detail treatment, and the surface process is exquisite; attention is paid to physiological and psychological needs, the human body is placed in a special magnetic field during the inspection, the patient's lying position adopts a streamlined design, and the 12 ° inclination angle improves the convenience of control. The touch panel improves comfort; safe and stable scanning, excellent signal-to-noise ratio and uniformity, and high-quality image quality.