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GE Signa Explorer 1.5T

Original price was: ₹32,000,000.00.Current price is: ₹28,000,000.00.

The GE Signa Explorer 1.5T is a versatile MRI system designed to deliver high-quality imaging, simplified workflows, and improved patient comfort, making it ideal for modern diagnostic centers.

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Description

  • Magnet Strength: 1.5 Tesla

  • Bore Size: 60 cm (standard)

  • Gradient Performance: Up to 33 mT/m amplitude, 120 T/m/s slew rate

  • Comfort Features: Quiet scanning technology

  • Coil Technology: GE Flex Coils and array coil configurations

  • Scan Acceleration: GE acceleration software for fast imaging

  • Patient Table Capacity: Up to 227 kg (varies by configuration)

  • Applications: Neuro, MSK, cardiac, abdominal, pelvic, oncology, angiography, spine

  • Cooling System: Zero helium boil-off magnet

  • Energy Efficiency: Low power consumption architecture

  • The GE Signa Explorer 1.5T is a highly efficient MRI system crafted to provide consistent, high-resolution imaging across a wide range of clinical applications. Built with GE’s proven magnet technology and advanced imaging software, the system delivers excellent signal quality and optimized scan performance. Its 1.5 Tesla magnet ensures sharp visualization of soft tissues, neurological structures, musculoskeletal anatomy, and cardiovascular regions, supporting accurate diagnostic outcomes.

    Designed for daily clinical use, the Signa Explorer features an intuitive interface and user-friendly workflow tools that help technologists perform exams faster and with greater confidence. The system includes noise-reduction features and a comfortable bore design to enhance the patient experience during long or complex scans. GE’s advanced acceleration techniques contribute to shorter exam times, allowing imaging centers to handle higher patient volumes while maintaining superior image clarity.

    The Signa Explorer 1.5T supports a wide variety of applications including neuro, MSK, abdomen, pelvis, angiography, spine, and oncology imaging. Its energy-efficient components, reliable design, and long-term stability make it a cost-effective choice for hospitals and diagnostic facilities seeking dependable performance, reduced downtime, and high-quality imaging.