Technical Details	Specification
Field Strength	1.5 Tesla
Bore Diameter	70 cm
Evaporation Rate of the Cryogen During Scanning	0% (Under normal use)
Shimming	Passive & Active

Key Features:

• uAIFI DeepRecon:

  • Deep learning (DL) based image reconstruction technology.
  • Improves signal-to-noise ratio (SNR) and image sharpness.
  • Provides '3.0T-like' high-resolution anatomical structure and enhanced image clarity.
  • Intelligent noise reduction removes noise while maintaining diagnostic quality.
  • Double safety lock in both image domain and K-space domain ensures reliable results.
  • Broad field-of-view, ideal for multi-bed scanning such as whole spine and whole-body imaging.

• uAIFI EasySense:

  • Industry's first dual-source phased-array millimeter-wave radar for contactless respiratory motion sensing.
  • Eliminates the need for respiratory belts, streamlining workflow and improving patient comfort.
  • Contactless sensing allows free breathing, particularly beneficial for patients with respiratory challenges.
  • Fully integrated within the MRI bore, unobstructed by clothing or MRI RF coils.
  • Offers outstanding stability and accuracy with 0.1mm detection accuracy and a temporal resolution of up to 20ms.

• uAIFI QScan:

  • Quiet scanning technology designed for whole-body imaging, ensuring patient comfort during scans.

Additional Benefits:

• Streamlined Workflow: EasySense technology simplifies patient preparation by removing the need for respiratory belts, reducing setup time and improving efficiency.
• Improved Patient Comfort: Contactless sensing allows free-breathing scans, particularly beneficial for patients with respiratory challenges, improving overall patient experience.
• High-Resolution Imaging: uAIFI DeepRecon provides sharper, high-quality anatomical images, rivaling those produced by 3.0T systems, but using the 1.5T platform.
• Advanced Stability: The uAIFI system provides superior detection accuracy for respiratory motion, making it ideal for detailed and stable abdominal scans.

Clinical Applications:

• Whole-body Imaging: Broad field-of-view for comprehensive body scanning.
• Spine Imaging: Ideal for whole spine imaging with enhanced resolution.
• High-Resolution Joint Imaging: Provides high-quality images for joint assessments, offering detailed anatomical structure.