Bstar-052 0.52T Superconducting MRI System Full Digital Spectrometer 16 Channel RF System

Brand New 0.52T 16-Channel Digital Fiber Superconducting MRI System

16-Channel RF System

The RF sub system is the source of MRI proton excitation energy, its efficiency directly affects the MRI relax signal

Short Description of Bstar-052

1. Space saver: Shortest closed magnet requires smaller space
2. Innovative design: Lighter weight magnet can be placed on more than the ground floor
3. Low Liquid Helium: Only 300 Liters minimizes the possibility of quench
4. Lower height design: Allows transporting in the elevator and through shorter door
5. High Power RF: Improving the image quality for overweight patients
6. One-Button Start-Stop Design: Time-saving

The Reason to Choose Our Company

• Manufacturer of all series high-end medical imaging equipment
• Ranked top in the industry as having the most MRI registration certificates
• Ranked top in the MRI market volume in China
• Covering the global market including Germany, Switzerland, Dubai, and so on

For MRI system, Basda has:

Superconducting MRI system (3.0T, 1.5T, 1.2T, 0.7T, 0.5T)
Permanent MRI system (0.5T, 0.42T, 0.35T, 0.3T, 0.2T)

With over 20 years in the MR industry, We have abundant experience in MRI systems' R&D, production and after-sales services.

More about the Product

The world's first bore type 0.52 Tesla superconducting MRI system is manufactured by Basda Medical. Bstar-052 is a new generation of superconducting MRI product that has advantages in novel design, excellent performance, high comfort and more patient care technology. It is equipped with  special imaging technique: Pulmonary perfusion imaging enables research on lung disease. The system adopts the international advanced hardware platform together with ergonomic operating software design, its advanced scan sequences and imaging technology, produces the customer with high stability and excellent performance, high signal-to-noise ratio, high resolution, high contrast clinical imaging and faster scanning speed.