A new medical magnetic resonance imaging technology was born in Shanghai Zhangjiang Science and Technology Park. This high-temperature superconducting radio frequency coil technology is currently the world's most sensitive electronic eye in the field of magnetic resonance. It is relatively inexpensive to produce, but the effect achieved is comparable to the expensive high-field magnetic resonance system, thereby making China's medical institutions hope to produce high quality at low cost MRI equipment, thereby reducing the burden of diagnosis and treatment of patients.
The magnetic resonance imaging detection system is a disease detection method that does not damage the human body. However, due to its high price, the current penetration rate in China is relatively small, but the average share per million population only reaches that of developed countries such as the United States and Japan. On 1/30, more than 20,000 hospitals above county level across the country did not even have a magnetic resonance detection system.
Founded in 2006, Lamex Medical Technology Corporation, which has R & D bases in Hong Kong, Shanghai, Singapore and the United States, is an original composition composed of overseas returned students from well-known scientific research institutions such as Harvard University, Columbia University and Hong Kong University. Technical hi-tech enterprise. There are members of the team who have participated in the manufacture of a number of world's first technologies at Columbia University, including coil technology, superconducting coil technology, magnetic resonance system design technology, and clinical diagnosis and image processing technology. While possessing many patented medical magnetic resonance imaging technologies, the Lamex team is committed to developing and manufacturing low-cost and high-performance magnetic resonance medical equipment for the benefit of society.
High-temperature RF superconducting coil technology is currently the most sensitive "electronic eye" in the field of magnetic resonance in the world. The core component of the magnetic resonance instrument is the radio frequency coil. Since the DC resistance of the high-temperature superconducting material is zero, and the AC transmission loss is much smaller than that of conventional copper, the magnetic resonance coil made of high-temperature superconducting material has the same field strength It can greatly improve the imaging clarity and fineness, so that the low-magnetic machine exhibits the imaging quality of the high-magnetic machine and the high-magnetic machine exhibits the ultra-high magnetic machine, but its cost is only the traditional method of changing the field strength 1/3.
Supported by the core technology of high-resolution superconducting RF coils with high imaging resolution, Lamex has also successfully developed a full-body low-field magnetic resonance instrument PICA and a special movement machine MONA for orthopedic testing. The experimental results show that the image has achieved the imaging effect of the high-field magnetic resonance system. PICA is also equipped with a cardiac dynamic imaging system, the first of its kind in a low-field magnetic resonance system. The MONA system has also been installed at the Shanghai Institute of Physical Education a few days ago, which is used for the monitoring of athletes' physical fitness, clinical diagnosis of sports injuries, and research in sports physiology.
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