Since its establishment, our company has been deeply engaged in the papermaking industry, dedicated to providing global papermaking companies with imported and exported parts for various equipment, customized product solutions, and professional technical services. We possess extensive experience and resources in industrial automation and control. Our core services include repair and commissioning of Yokogawa transmitters and flowmeters, SOMAS valves, sampling valves, and other products, as well as BTG concentration transmitters from major brands. We provide reliable products and professional technical support to ensure efficient and stable production operations.

Leveraging our extensive technical and market experience in the industrial sector, we have successfully expanded into the emerging field of healthcare. We are collaborating to promote the use of high-end medical imaging equipment (such as 1.5T MRI, digital X-ray, and color Doppler ultrasound) in healthcare services.

New V-MAG hardware platform

One Act Intelligent Workflow

Bio-mapping precise quantitative platform

The Bio-mapping Precision Quantitation Platform utilizes innovative technologies and algorithms to significantly enhance stability, reliability, and accuracy. Suitable for multi-site examinations throughout the body, the platform enhances the accuracy and specificity of disease diagnosis.

Main technical features and advantages

• Excellent Image Quality: Leveraging a stable 1.5T field strength, a high-performance gradient system, and multi-channel radiofrequency technology, the system delivers clear images with a high signal-to-noise ratio (SNR) and high spatial resolution, meeting the needs of precise diagnosis.

• Comprehensive Clinical Applications: Covering imaging needs across the entire body, including neurological, body, orthopedic, cardiovascular, breast, and pediatric imaging, it supports a wide range of applications, from routine examinations to advanced functional imaging.

• Fast Scanning Speed: The high-performance gradient system enables the use of parallel acquisition techniques (such as IPAT and ASSET), significantly shortening scan times, improving patient throughput, and reducing motion artifacts.

• Comfortable Patient Experience:

• Short Magnet Design: Minimizes the "tunnel" sensation, alleviating patient anxiety and claustrophobia.

• Silent Technology: Advanced silent scanning technology effectively reduces noise during scanning, enhancing patient comfort.

• Intelligent and Automated: Features such as intelligent pre-scan, automatic calibration, and one-click positioning simplify the operating process, reduce reliance on operator skills, and improve work efficiency.

• High reliability and optimized operating costs: As domestically produced high-end equipment, while ensuring performance, it usually has better cost-effectiveness in terms of equipment price, after-sales maintenance, and parts replacement, and the liquid helium consumption is also controlled to an extremely low level.

Main clinical application areas

• Nervous System: Brain tumors, cerebrovascular disease (stroke, infarction, hemorrhage), inflammation, demyelinating diseases (such as multiple sclerosis), epilepsy, congenital developmental abnormalities, etc.

• Osteoarticular System: Injuries to articular cartilage, ligaments, and menisci, bone tumors, inflammation, and bone marrow lesions. It is an important tool in sports medicine.

• Abdomen and Pelvis: Diagnosis of lesions of solid organs such as the liver, gallbladder, pancreas, spleen, and kidneys, as well as tumors and diseases of pelvic organs such as the prostate, uterus, and ovaries.

• Cardiovascular System: Assessment of cardiac structure, function, and myocardial activity, as well as examination of lesions of large blood vessels such as the aorta.

• Breast Examination: Early screening and diagnosis of breast cancer, especially for dense breasts.

• Whole-Body Diffusion-Weighted Imaging: Used for tumor screening, metastasis detection, and treatment efficacy assessment.