Superstar 0.35T
The Superstar 0.35T is a market-leading open MRI resonator, engineered around a high-homogeneity permanent magnet and integrated with high-field MRI technology to deliver exceptional system performance and image quality. This system is designed with a wide opening, making it ideal for larger and claustrophobic patients. Its versatility and extensive clinical applications solidify its position as a leader in the open MRI segment.
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Description
The Superstar 0.35T is a market-leading open MRI resonator, engineered around a high-homogeneity permanent magnet and integrated with high-field MRI technology to deliver exceptional system performance and image quality. This system is designed with a wide opening, making it ideal for larger and claustrophobic patients. Its versatility and extensive clinical applications solidify its position as a leader in the open MRI segment.
Superstar 0.35T MRI Specifications
1. Magnet System
- Type: Permanent Magnet
- Field Strength: 0.35 Tesla
- Magnet Design: Open design with high homogeneity
- Opening Size: Wide aperture for accommodating larger and claustrophobic patients
- Homogeneity: Optimized for excellent image quality
2. Gradient System
- Gradient Strength: High-power gradients for rapid imaging
- Slew Rate: Capable of quick gradient switching for fine slice imaging
- Maximum Gradient Amplitude: Sufficient for high-resolution scans
3. Radiofrequency (RF) System
- RF Channels: Multichannel RF system
- Coverage: Capable of covering large anatomical areas without compromising image quality
- RF Coils: Customizable with various coils for different anatomical regions
4. Imaging Performance
- Image Resolution: High-resolution imaging with fine slice capability
- Scan Time: Optimized for fast scanning to reduce patient time in the machine
- Applications: Supports a wide range of clinical applications, including DWI, B-FFE3D, Dixon, dynamic curves, ROKAR, and SENSE
5. Software and User Interface
- Software: Neusoft-developed intuitive and user-friendly interface
- Guided Protocols: Built-in protocols to assist technologists in performing studies efficiently
- Post-processing: Advanced post-processing capabilities for enhanced imaging analysis
6. Patient Comfort
- Noise Reduction: Acoustic noise reduction technology reduces scan noise by 33%
- Patient Access: Easy access with wide aperture design
- Suitability: Ideal for claustrophobic and obese patients
7. Installation and Maintenance
- Installation: Cost-effective installation compared to superconductive systems
- Cryogen Requirement: None (permanent magnet design)
- Maintenance: Low maintenance costs due to the absence of cryogen or cold head maintenance
- Post-Warranty Service: Competitive service options with software updates
8. Regulatory Compliance
- Certifications: FDA and CE certified
9. Power and Environment
- Power Requirements: Standard power supply compatible
- Operating Environment: Suitable for various clinical settings
10. Physical Dimensions
- Footprint: Compact design suitable for most clinical environments
- Weight: Optimized for easy placement within medical facilities
11. Return on Investment (ROI)
- Cost Efficiency: Lower acquisition and maintenance costs compared to superconductive systems
- Operational Costs: Reduced due to low power consumption and minimal maintenance needs
Optional Features:
- Additional Coils: Available for specialized imaging requirements
- Software Upgrades: Regular updates to enhance performance and add new features
- Extended Warranty: Optional extended warranty and service packages
The Superstar 0.35T MRI system combines advanced technology with cost efficiency, making it a leading choice in the open MRI market.
Certified by the FDA and CE, the Superstar 0.35T offers both high clinical performance and patient comfort. The advanced user interface software, developed by Neusoft, ensures an intuitive and user-friendly experience. The system’s guided protocols assist technologists in performing studies with ease, enhancing both the system and patient experience by minimizing scan time.










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