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Aert Medical
Aert Medical
SYP 3.0T Superconducting MRI System has successfully broken the high-end MRI monopoly. This new generation product offers a novel design, excellent performance, and superior patient care technology. It utilizes an international advanced hardware platform combined with ergonomic software, producing high-stability imaging with exceptional signal-to-noise ratio and faster scanning speeds.
| No. | Item | Specification |
|---|---|---|
| Magnet System | ||
| 1 | Magnetic Field Strength | 3.0T |
| 2 | Magnet Type | Superconducting Magnet |
| 3 | Liquid Helium Consumption | 0 (Zero) |
| 4 | Patient Aperture | 60cm |
| Gradient System | ||
| 1 | Maximum Gradient Intensity | 46mT/m |
| 2 | Max Slew Rate | 288T/m/s |
| 3 | Cooling Mode | Water |
| RF System | ||
| 1 | Independent RF Channels | 16 / 32 |
| 2 | RF Transmitter Power | 35kW or 18kW * 2 |
| 3 | Sampling Rate | 100MHz |
| Computer & Software | ||
| 1 | Memory Capacity | 8GB |
| 2 | Hard Disk | 500GB |
| 3 | DICOM 3.0 | Supported |
Professional Support: We provide detailed inquiries response within 24 hours, professional team recommendations, and one-year free warranty with lifetime after-sales service. OEM services are available for global requirements.
A: The 3.0T system provides significantly faster scanning speeds and much higher image resolution, offering better clinical details for precision diagnosis.
A: It utilizes a 4K cold head from Sumitomo, Japan, which re-condenses boiled-off helium back into liquid form, maintaining the magnet without the need for frequent refills.
A: Yes, it incorporates sound reduction technology and advanced ventilation/lighting within the 60cm aperture to improve patient comfort and reduce anxiety.
A: Yes, the system includes 2D/3D water imaging technology specifically for MRCP (Biliary) and MRU (Urinary) applications.
A: The inspection bed is designed to support a maximum load of 200KG with a minimum bed height of 62cm for easy access.
A: Yes, it comes with advanced clinical packages for Neuro, Body, Bone and Joint, Tumor, and Breast imaging.
