GreenMR Serenity 1.5T

Lightweight & Flexible Deployment
High-Definition Imaging for Accurate Diagnosis & Treatment
Eco-Friendly & Low Power Consumption, Cutting Costs & Boosting Efficiency

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Core Highlights

Core Technologies

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1.5T Helium-Free MRI

National Innovative Medical Device, 100% Helium-Free, Premium Imaging Performance

Core Highlights

Core Technologies · Fully Self-Controlled

Certified as a Class III National Innovative Medical Device. Adopting 100% helium-free superconducting technology with original independent innovation, it completely eliminates reliance on liquid helium.

Lightweight Magnet · Easy Installation

The 3-ton lightweight magnet requires no load-bearing dedicated machine room. It can be installed rapidly and put into clinical service in short order.

High-Definition Imaging · Accurate Diagnosis & Treatment

The helium-free technology ensures stable and undisturbed magnetic field. Equipped with high-end coils and RF technology, it delivers sharp, high-resolution images to accurately detect tiny lesions.

Eco-Friendly & Low Consumption · Cost Reduction & Efficiency Improvement

No procurement or refilling of liquid helium is needed, keeping the full-lifecycle operation and maintenance costs under control. Designed for low carbon and environmental protection in line with sustainable development goals, it balances economy and practicality, enabling clinical application with low costs and high value.

Core Technologies

100% Helium-Free

100% Helium-Free Superconducting System. The superconducting magnet maintains an internal vacuum with no quench tube required, completely eliminating all cryogenic-related risks. It supports wide-range positional rotation from 0° to 90° while keeping the magnet operating stably.

Non-Pressure Vessel

Not classified as a pressure vessel, it features simpler operation and compliance management. Its integrated multi-dimensional fixing structure enables effective load bearing in all postures including tilting and vertical positions. The magnet can be moved, lifted and rotated while energized, supporting diverse application scenarios.