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Siemens Magnetom Trio 3T

Original price was: ₹30,000,000.00.Current price is: ₹28,000,000.00.

The Siemens Magnetom Trio 3T is a high-performance 3 Tesla MRI system known for its excellent image clarity, strong gradient power, and advanced clinical capabilities across neurology, orthopedics, cardiac, and whole-body imaging.

Description

  • Magnet Strength: 3 Tesla

  • Bore Size: 60–70 cm (depending on configuration)

  • Technology: Tim technology with flexible coil integration

  • Gradient Performance: Up to 45 mT/m amplitude, 200 T/m/s slew rate

  • Coil System: Tim-compatible multi-channel coils

  • Patient Table Capacity: Up to 250 kg

  • Imaging Speed: Fast imaging sequences with acceleration technologies

  • Applications: Neuro, MSK, cardiac, abdominal, vascular, oncology, whole-body imaging

  • Noise Reduction: Quiet scanning features

  • Helium Management: Zero helium boil-off system

  • Energy Efficiency: Low power consumption design

  • The Siemens Magnetom Trio 3T is a reliable and powerful MRI system designed to deliver premium diagnostic performance for high-precision imaging. Built with a strong 3 Tesla magnet and advanced gradient technology, the system provides outstanding signal-to-noise ratio and exceptional image detail, making it ideal for demanding applications such as brain, spine, musculoskeletal, cardiac, vascular, and oncology imaging. Its high-resolution imaging capability helps clinicians detect subtle abnormalities and perform advanced research-level studies with confidence.

    The system features Siemens’ Tim technology, allowing flexible coil combinations that reduce coil switching and streamline workflow. This improves scanning speed and enhances patient throughput. The patient-friendly 60–70 cm bore design offers comfortable scanning conditions, while optimized sequences and fast imaging technologies help shorten examination times.

    Designed for both clinical and research environments, the Magnetom Trio 3T is known for its stability, long-term reliability, and support for a wide range of imaging protocols. Its robust performance, efficient operation, and ability to handle complex diagnostic tasks make it a strong choice for hospitals, imaging centers, and institutions requiring advanced MRI capabilities.