Description
The Veterinary MRI System YG1650 offers groundbreaking imaging capabilities for veterinary practices, specifically designed to provide superior imaging quality for small and large animals alike. Featuring breakthrough anti-eddy current technology and self-shielded gradient coils, this system ensures that the impact of eddy currents is completely eliminated, enabling clear and precise images. The precision eddy current compensation algorithm further enhances the quality of the results, ensuring the best clinical images with high gradient and high slew rate for ultra-fast sequences.
Frequently Asked Questions (FAQs)
- What animals can be treated with the YG1650 MRI system?
The YG1650 MRI system is designed for use with both small and large animals, including dogs, cats, horses, and more. Its powerful gradient system and precise imaging technology make it ideal for a variety of veterinary specialties, including neurology, orthopedics, and musculoskeletal imaging.
- What makes the YG1650 MRI system different from other veterinary MRI machines?
The YG1650 uses breakthrough anti-eddy current technology and a self-shielded gradient coil, ensuring that the impact of eddy currents is eliminated, resulting in clearer and more accurate images. The system’s ability to deliver high-resolution images with a 0.35T field strength makes it an excellent choice for high-quality diagnostic imaging.
- How does the system ensure patient safety and comfort?
The YG1650 MRI system features an automatic constant temperature system and uses a permanent magnet design, reducing the need for complicated cooling systems. The system operates with minimal noise, providing a more comfortable and less stressful experience for animals during imaging procedures.
Advantages and Disadvantages
Advantages:
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High-Quality Imaging: The YG1650 ensures clear, accurate imaging through advanced technology that eliminates the effects of eddy currents, delivering high-resolution images essential for diagnostics.
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Versatility: Suitable for a wide range of animals, the YG1650 can be used in various veterinary specialties, from neurological to musculoskeletal imaging.
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Long Lifespan and Reliability: With long-life components and a stable property, the YG1650 is designed to offer reliable, consistent performance over time, minimizing downtime and maintenance costs.
Disadvantages:
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Initial Cost: As a high-performance imaging system, the YG1650 may come with a higher initial investment compared to lower-grade MRI machines, which could be a consideration for smaller practices.
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Space Requirements: While the system is compact compared to some models, it still requires a certain amount of space for installation, which could be a challenge for clinics with limited room.
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Training Requirements: To maximize the system’s advanced features, proper training is required for veterinary staff to ensure safe and effective use.
Product Use in the Field
The Veterinary MRI System YG1650 is an indispensable tool in veterinary diagnostics. In neurological imaging, it provides high-resolution scans to identify issues such as brain tumors, spinal cord diseases, and other neurological disorders. For musculoskeletal imaging, the system is capable of capturing detailed images of bones, joints, and soft tissues, helping veterinarians diagnose fractures, ligament tears, and muscle injuries with precision. The system’s advanced gradient technology allows for fast imaging, which is especially useful in emergency situations.
Recommendations
To get the most out of your Veterinary MRI System YG1650, we recommend regular maintenance and calibration to ensure optimal performance. Veterinarians and technicians should undergo comprehensive training on the system’s features, such as its gradient coil technology and digital spectrometer, to fully utilize its potential. It is also crucial to maintain a clean environment and ensure that the magnet remains free from external interference to maintain the clarity of images.
Technical Specifications
Model | YG1650 | |
Magnet System
|
Magnet Type | Permanent magnet with automatic constant temperature system |
Field strength | 0.35T | |
Magnet shape | C-shape | |
Homogeneity(30cm, DSV, Vp-p) | ≤35ppm | |
Shim method | Active/Passive/Dynamic | |
Magnet vertical gap | 35cm | |
Accessibility(Horizontal opening angle) | >250° | |
5 Gauss fringe field | 2.5m*2.5m*2.5m | |
Gradient System
|
Gradient field strength(Single Axis) | ≥15mT/m |
Gradient slew rate (Single Axis) | ≥45mT/m/ms | |
Rise time | 0.3ms | |
Gradient cooling system(Gradient coils and power electronics) | Air | |
RF System
|
Spectrometer | Fully digital |
RF system type | Digital Transmit and Receive | |
Number of RF channel | 2 | |
Transmitter amplifier peak power | 5kW | |
RF bandwidth of receiver | Each >400KHz | |
Dynamic range | ≥80dB | |
Noise factor | 0.3dB | |
Coil type | Phase array |