NMR Imaging Technology Experimental Instrument EDUMR20-015V-I

The EDUMR20-015V-I Nuclear Magnetic Resonance Imaging Experimental Instrument is an upgraded version of the classic NMR imaging teaching system. This compact benchtop device is specifically designed for educational experiments in nuclear magnetic resonance imaging technology.Equipped with a virtual NMR data acquisition and image reconstruction teaching platform, the EDUMR20-015V-I enables seamless integration of hands-on instrument operation and simulated data acquisition. This allows students to gain a comprehensive understanding of nuclear magnetic resonance and its imaging principles through both physical experimentation and virtual simulations.

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Specifications

Magnetic Field Strength: 0.5T ± 0.03T

Supports building platforms such as: Magnetic Resonance Teaching & Demonstration Systems

MRI Experimental System Model: EDUMR20-015V-I

Comprehensive Software & Hardware Platform for MRI Research and Image Processing

Product Features

1. Permanent magnet with benchtop design — safe, stable, and space-saving.

2. Specially designed for teaching; both hardware and software are highly open and customizable.

3. Features the same modular components as clinical MRI systems for realistic learning of principles, instrumentation, and applications.

4. Ideal for educational use in medical devices, medical imaging, biomedical engineering, medical physics, and modern physics programs.

Product Functions

1. Initialization of key parameters (including 90° and 180° pulse widths) and saving of experimental results.

2. Data acquisition and processing of NMR signals; view FID signals (time and frequency domains), spin echoes, and more.

3. Display, process, and save NMR images with built-in tools.

4. Access to raw K-space data for advanced imaging analysis.

5. Manual and automatic calibration of MRI frequency supported.

6. Open access to system hardware signal testing for research and customization.

7. Remote experimentation capability for flexible teaching and collaboration.

8. Multiple MRI pulse sequences available for diverse imaging needs.

9. Powerful and user-friendly MRI software with adjustable parameters and intuitive interface.

10. Expandable 3D imaging and reconstruction capabilities supported.

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