RC-MRI Medical Imaging
MRI system for producing cross-sectional images of body structures
Magnetic Resonance Imaging (MRI)
Request a Quote
Magnetic Resonance Imaging (MRI) is a medical imaging technology that uses hydrogen protons in the body to generate signals when exposed to a magnetic field and radiofrequency pulses. These signals are then processed by a computer to reconstruct detailed cross-sectional images of internal body structures.
Our MRI systems offer multiple advantages:
- 1.5T scanning technology for faster imaging and improved clarity.
- EPI high-resolution diffusion imaging and next-generation STIR fat suppression technology for enhanced tissue visualization.
- C-shaped open design providing a 270° wide imaging space for better patient comfort.
- High magnetic field strength delivering high signal-to-noise ratio imaging for full-body scans.
- Compact and lightweight design, making transport and installation easier.
- Low power dependency, with operating costs only 7%-10% of superconducting MRI systems.
Widely used in neurology, abdominal imaging, musculoskeletal diagnostics, and more, this system plays a critical role in disease diagnosis, treatment planning, and medical research.
X-Ray Imaging
MRI Imaging – RC-MRI0.35T & RC-MRI0.4T Basic Infomation
- High-performance short-bore magnet with minimal liquid helium consumption;
- Zero boil-off technology for helium conservation;
- Automated scanning technology for efficient patient examinations;
- Clinically user-friendly with comprehensive functions, enabling rapid and high-quality imaging for both routine and advanced procedures;
- Intelligent device status monitoring ensures stable operation and worry-free usage.
- 100% devoid of liquid helium, operating in a vacuum state with all-solid-state refrigeration technology.
- Lightweight design allowing installation on any floor of a building.
- No quench pipe required, eliminating the risk of cryogenic discharge injuries.
- Unfettered by the constraints of limited liquid helium resources over the equipment's lifetime, leading to lower operating and maintenance costs.
- Enables compressed sensing imaging technology for whole-body scans.
- Free-breathing imaging techniques for enhanced success rates in abdominal imaging.
- Automated scan imaging technology, increasing patient throughput during examinations.
- Adopting the 1.5T scanning imaging technology platform, it offers shorter scan times and clearer images.
- Equipped with high-definition EPI diffusion imaging capabilities and the latest generation STIR fat suppression technology.
- C-type open magnet structure, with a 270-degree unobstructed imaging field of view in the horizontal plane, providing greater patient comfort during examinations.
- Higher magnetic field strength enables high SNR imaging for all parts of the body.
- The magnet is compact and lightweight, facilitating easier transportation and installation.
- Less reliant on power stability, its operational electricity costs are only 7%-10% of those for superconducting systems.
- Adopting 1.5T superconducting scanning and imaging technology, it boasts a wider range of functions, faster speed, reducing imaging time by 50% compared to similar MRI equipment.
- Equipped with advanced superconducting EPI for high-definition diffusion imaging and next-generation STIR technology for fat suppression.
- C-type open magnet structure, with a 270-degree unobstructed imaging field of view in the horizontal plane, providing greater patient comfort during examinations.
- As a classic product, it offers superior performance at a more competitive price-point.
- Less reliant on power stability, its operational electricity costs are only 7%-10% of those for superconducting systems.
Looking for an MRI system that combines high performance, efficiency, and patient comfort? Contact us today to find the right solution for your facility!
Related products
Send Message
Other Products
Most Recent
More
Other Products
Videos
