Essential details
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Product Introduction
Key highlights
Short cavity high uniformity magnet
Optimize the design of the magnet structure, significantly shorten the scanning cavity length, effectively alleviate patients' fear of enclosed spaces, improve the cooperation and comfort during the examination, precisely control the uniformity of the magnetic field, ensure that the imaging performance is not compromised, achieve a dual consideration of "comfortable experience and precise imaging", operate reliably, provide clear and detailed imaging, and accurately present the anatomical structures and lesion details of multiple parts.
All-in-one imaging configuration
Equipped with a high-performance gradient system, combined with a high-density matrix coil and a full-digital real-time spectrometer, it features efficient signal acquisition and precise imaging. It can effectively reduce image artifacts, has a scanning speed superior to that of conventional models, and can meet the needs of routine imaging as well as adapt to advanced clinical examinations, achieving "one machine for multiple uses" and enhancing the diagnostic throughput of the department.
Meet the mainstream clinical needs
Suitable for most adult and adolescent patients, with comfortable body positioning. At the same time, the equipment volume design is optimized, making the machine room highly adaptable. No large-scale site renovation is required, nor is it necessary to increase the load-bearing standards. The deployment is flexible and efficient, significantly reducing the investment cost of medical institutions' site. It is suitable for the limited machine room conditions of hospitals.
Highly cost-effective and stable
After years of market validation, the equipment has a low failure rate, stable operation, and a convenient operation and maintenance process. Relying on Xingaojiyi's comprehensive national after-sales system, it significantly reduces the procurement costs and long-term operation and maintenance costs for medical institutions. It overcomes the weakness of similar competitors where "cost-effectiveness and stability cannot be achieved simultaneously", and with solid performance and a good reputation, it precisely adapts to the hospital's diagnosis and treatment scenarios.
Optimize the design of the magnet structure, significantly shorten the scanning cavity length, effectively alleviate patients' fear of enclosed spaces, improve the cooperation and comfort during the examination, precisely control the uniformity of the magnetic field, ensure that the imaging performance is not compromised, achieve a dual consideration of "comfortable experience and precise imaging", operate reliably, provide clear and detailed imaging, and accurately present the anatomical structures and lesion details of multiple parts.
All-in-one imaging configuration
Equipped with a high-performance gradient system, combined with a high-density matrix coil and a full-digital real-time spectrometer, it features efficient signal acquisition and precise imaging. It can effectively reduce image artifacts, has a scanning speed superior to that of conventional models, and can meet the needs of routine imaging as well as adapt to advanced clinical examinations, achieving "one machine for multiple uses" and enhancing the diagnostic throughput of the department.
Meet the mainstream clinical needs
Suitable for most adult and adolescent patients, with comfortable body positioning. At the same time, the equipment volume design is optimized, making the machine room highly adaptable. No large-scale site renovation is required, nor is it necessary to increase the load-bearing standards. The deployment is flexible and efficient, significantly reducing the investment cost of medical institutions' site. It is suitable for the limited machine room conditions of hospitals.
Highly cost-effective and stable
After years of market validation, the equipment has a low failure rate, stable operation, and a convenient operation and maintenance process. Relying on Xingaojiyi's comprehensive national after-sales system, it significantly reduces the procurement costs and long-term operation and maintenance costs for medical institutions. It overcomes the weakness of similar competitors where "cost-effectiveness and stability cannot be achieved simultaneously", and with solid performance and a good reputation, it precisely adapts to the hospital's diagnosis and treatment scenarios.
Clinical application
