Superscan-3.0

Superscan-3.0


Redefining High-End MRI
Performance Leap. Superior Imaging

3.0T superconducting MRI

High-Speed Gradient Engine · Empowering Precision Research and Diagnosis & Treatment

Core Technologies

Ultra-Fast Gradient Engine

Powerful gradient performance enables fast scanning with high definition.

Zero Helium Consumption Technology

No periodic helium refills required, simplifying equipment maintenance.

High-Density Integrated Coil

Restores subtle image details with extreme precision.

All-Digital Real-Time Spectrometer

Empowers accurate clinical diagnosis and scientific research.

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Core Highlights

Short-Bore High-Performance Magnet | Zero Helium Consumption Technology

Short-Bore High-Performance Magnet | Zero Helium Consumption Technology

The short-bore high-performance magnet minimizes claustrophobia and greatly improves patient comfort. Delivering robust 3.0T imaging performance, it solves the long-standing dilemma of choosing between superior imaging quality and a comfortable scanning experience.
Requiring no helium refills and enabling maintenance-free operation, it substantially reduces long-term O&M costs and makes high-end MRI equipment more accessible for medical institutions.
Ultra-Fast Gradient Engine | All-Digital Real-Time Spectrometer

Ultra-Fast Gradient Engine | All-Digital Real-Time Spectrometer

Powerful gradient performance enables faster scanning and higher resolution, allowing precise detection of tiny lesions. It fully supports complex clinical diagnosis and advanced scientific research scenarios.
Featuring lossless signal transmission and rapid response, the system effectively reduces noise and artifacts to deliver outstanding image quality, supporting high-end imaging applications across multiple fields.
High-Density Integrated Coil for Exceptional Fine Imaging

High-Density Integrated Coil for Exceptional Fine Imaging

Adopting a high-density multi-channel design, the integrated coil delivers excellent fitting performance and highly efficient, accurate signal acquisition. It significantly improves the signal-to-noise ratio, clearly displays fine tissue structures, and enables accurate detection of minute lesions.

Clinical Applications

High-Resolution Shoulder Joint Imaging

High-Resolution Shoulder Joint Imaging

High-Resolution DTI Imaging

High-Resolution DTI Imaging

High-Resolution SWI Imaging

High-Resolution SWI Imaging