Philips Achieva 3T
Original price was: ₹35,000,000.00.₹30,000,000.00Current price is: ₹30,000,000.00.
The Philips Achieva 3T MRI is a high-performance imaging system known for its superior clarity, fast scan times, and advanced clinical capabilities. Ideal for hospitals and diagnostic centers, it delivers reliable 3 Tesla performance at an affordable refurbished cost.
Description
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Magnet Strength: 3 Tesla
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Bore Size: 60 cm
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Gradient Strength: Up to 80 mT/m (model-dependent)
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RF Technology: SENSE parallel imaging
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Patient Table: Motorized, floating design
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Imaging Modes: Neuro, MSK, Body, Cardiac, fMRI, MRA, Diffusion, Spectroscopy
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Cooling System: Integrated cryogenic cooling
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Field of View: Up to 55 cm
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Coil Options: Multiple dedicated and multi-channel coils
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Software Platform: Philips SmartExam compatible
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System Type: Superconducting whole-body MRI
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The Philips Achieva 3T MRI system is designed to deliver premium diagnostic performance with exceptional image clarity and faster workflow efficiency. Built on Philips’ advanced 3 Tesla platform, this system offers superior signal-to-noise ratio, allowing clinicians to capture highly detailed images for neurology, musculoskeletal, oncology, and whole-body applications. The Achieva 3T enhances productivity with rapid scan sequences, reduced exam times, and user-friendly controls that streamline routine and complex procedures.
Its wide patient aperture and quiet scanning technology help improve overall patient comfort, making it suitable for high-volume diagnostic centers. Equipped with advanced RF coil options and smart imaging tools, the Achieva 3T provides consistent, reliable results across a wide range of clinical studies. The system also supports advanced imaging techniques such as diffusion, spectroscopy, and functional MRI, expanding diagnostic capabilities for research and clinical environments.
For healthcare facilities seeking premium 3T performance with lower investment cost, the refurbished Philips Achieva 3T offers outstanding value. It ensures long-term reliability, efficient operation, and high-quality imaging required for accurate diagnosis and improved patient outcomes.






