Blog Details

Discover the MY-D054K 1.5T Helium-Free MRI: Advanced Imaging without Liquid Helium

MY-D054K

Introduction: A New Era of MRI Technology

The MY-D054K 1.5T Helium-Free MRI by Maya Medical represents the latest advancement in magnetic resonance imaging. Unlike traditional MRI systems that rely on liquid helium, the MY-D054K is entirely helium-free, offering a safer, more cost-effective, and environmentally friendly solution for medical imaging.

Why Choose a Helium-Free MRI?

Traditional 1.5T MRIs using liquid helium face risks like quenching, where the magnet suddenly loses superconductivity, causing helium to escape violently. This can:

  • Endanger patients and staff,

  • Lead to service interruptions,

  • Result in repair costs exceeding $50,000 USD per incident.

In contrast, the MY-D054Kโ€™s helium-free magnet eliminates these risks, providing greater stability, safety, and long-term cost savings.

MY-D054K vs. Traditional and Permanent MRI Systems

Feature MY-D054K (Helium-Free 1.5T) Traditional 1.5T MRI Permanent MRI (<0.5T)
Image Quality
Excellent
Excellent
Poor
Scan Speed
Fast
Fast
Slow
Max Patients/Day
50
50
15
Monthly Power Cost
~$1,500 USD
~$1,500 USD
~$500 USD
System Stability
High
Low (quench risk)
High

Advanced System Features of the MY-D054K

  • Helium-Free 1.5T Magnet: Reduces site requirements and environmental concerns.

  • 38.5mT/m Gradient Intensity and 175mT/m/ms Slew Rate for sharp, fast imaging.

  • 18kW RF Amplifier and 16-channel full-digital spectrometer using optical fiber for clear, uniform signal transmission.

  • Motor-driven table with 4-direction movement, 200kg load capacity, and โ‰ค1mm positioning accuracy.

Enhanced Clinical Performance

The MY-D054K delivers routine image quality on par with leading brands like GE and Philips. It is well-suited for most clinical scenarios, except for advanced functions such as spectroscopy or BOLD.

Clinical Highlights:

  • Head Imaging: Clear contrast between gray and white matter.

  • 3D TOF Artery Imaging: Optimized K-space for clear arterial visualization.

  • Susceptibility Weighted Imaging (SWI): Sensitive to blood oxygenation and micro-bleeds.

  • Spine, Abdomen, Pelvis, and Breast Imaging: High-resolution detail, low artifact.

  • Musculoskeletal Imaging: Excellent clarity of knees, palms, and tendons.

Easy Installation, Training, and Maintenance

Maya Medical provides comprehensive support for the MY-D054K:

For Engineers:

  • System functions, daily checks, and spare part replacement (1 week training).

For Medical Staff:

  • Device operation, maintenance, and clinical efficiency training (1 week).

Conclusion: Your Reliable MRI Solution

The MY-D054K 1.5T Helium-Free MRI is the smart choice for hospitals seeking a cost-effective, stable, and high-performance imaging solution. It offers all the benefits of traditional 1.5T MRI systemsโ€”without the complications of helium.

Contact us today to learn more or schedule a demonstration.

Related Posts

High-Voltage Cables for Medical Imaging: Procurement & OEM Guidelines

A technical guide for medical imaging high-voltage cables used in X-ray and CT systems. Covers flexible, shielded designs with composite EMI protection, radiation/disinfectant-resistant insulation, and mechanical durability for frequent bending. Includes procurement specs, failure prevention strategies, and custom options like embedded sensors. Essential for OEMs and procurement teams ensuring safety and compliance with standards like IEC 60601.

Read More

Why Mammography Machines Are Essential in Early Breast Cancer Detection

Modern mammography systems deliver high-resolution, low-dose X-ray imaging tailored for early breast cancer detection. Advanced options like 3D digital breast tomosynthesis improve lesion visibilityโ€”especially in dense tissueโ€”by reconstructing thin image slices, increasing detection rates and reducing false positives. Regular screening with certified mammography equipment remains a cornerstone of preventive care, helping detect cancer at treatable stages and significantly lowering mortality.

Read More