0.52t Superconducting Magnetic Resonance MRI System

Customization: Available
Classification: Imaging Diagnostic Equipment
Type: Digital Imaging System

Product Description

Basic Specifications
Model
0.52T
Certification
CE, ISO13485
Target Group
All Patients
Specification
Superconducting Magnetic Resonance Imaging
HS Code
9018130000
Capacity
10 units / Month
Product Overview
🛡️
The 0.52 Tesla superconducting MRI system represents a new generation of imaging technology. Designed with a focus on patient care, it combines high stability with excellent performance, offering high signal-to-noise ratios and rapid scanning speeds.
Equipped with advanced hardware platforms and ergonomic software, this system includes specialized pulmonary perfusion imaging for lung disease research. It produces high-resolution, high-contrast clinical images suitable for diverse diagnostic needs.
Core Technical Advantages
Ultra-Compact Magnet Shortest closed magnet design at only 1.34 Meters in length.
Lightweight Design Total weight of only 2.3 Tons, simplifying installation.
Space Efficient Requires only 22 Square Meters of scanning room space.
Low Maintenance Efficient liquid helium system requiring only 300 Liters.
Ease of Transport Low height (less than 2 meters) allows for standard transportation routes.
RF Cage Requirements Optimized for dimensions of 2.30m * 2.30m * 3.7m.
Coil Configuration & Software

Available Receiver Coils:

  • AIT coil set
  • Head and Neck coil
  • 8-Channel Body coil
  • Knee coil
  • Shoulder coil
  • Ankle coil
  • Wrist coil
  • Breast coil

Advanced Software Features:

  • Innovative 16-Channel Digital Fiber
  • Independent Innovation Spectrum Meter
  • High-performance gradient system
  • Integrated Head/Neck Coil design
  • SGS Standard Qualification
Clinical & System Display
Frequently Asked Questions
Q: What are the primary space requirements for installing this MRI? A: The 0.52T system is highly space-efficient, requiring only 22 square meters for the scanning room, making it ideal for facilities with limited space.
Q: How does the liquid helium requirement compare to other systems? A: This model is designed for low liquid helium consumption, requiring only 300 liters, which reduces long-term operational costs.
Q: Can the system perform specialized lung imaging? A: Yes, it is equipped with specialized pulmonary perfusion imaging techniques specifically for lung disease research and diagnostics.
Q: What is the benefit of the 16-Channel Digital Fiber? A: The 16-channel digital fiber technology provides an optimal balance between high image quality and cost-effectiveness, ensuring clear clinical results.
Q: Is the system easy to transport and install? A: Yes, with a total weight of 2.3 tons and a height of less than 2 meters, it is much easier to transport and install compared to traditional heavy superconducting MRI units.

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