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Product Description
Fuji Oasis Velocity 1.2T Open MRI System – High-Field Open MRI with AI Reconstruction
The Fuji Oasis Velocity MRI System is a 1.2T high-field open MRI designed for imaging centers that want the comfort and accessibility of open MRI with the performance capabilities needed for a broad range of diagnostic exams. Its true open architecture helps reduce patient anxiety while improving access for bariatric, pediatric, elderly, claustrophobic, and mobility-limited patients.
Built with Synergy DLR deep learning reconstruction and IP-RAPID accelerated imaging, the Oasis Velocity is designed to reduce scan times while maintaining excellent image quality. The system supports high-resolution imaging across neuro, body, orthopedic, breast, spine, and musculoskeletal applications, making it a versatile MRI solution for modern outpatient imaging centers and hospitals.
Key Features of the Fuji Oasis Velocity
1.2T High-Field Open MRI Design
The Oasis Velocity combines a 1.2T high-field magnet with an open-sided design, giving facilities a patient-friendly MRI platform without sacrificing broad clinical capability.
Synergy DLR Deep Learning Reconstruction
Synergy DLR uses deep learning reconstruction to reduce image noise and support shorter exams with excellent image quality.
IP-RAPID Accelerated Imaging
IP-RAPID combines parallel imaging, sparse sampling, and iterative processing to help shorten scan times, boost resolution, and improve workflow efficiency.
Patient-Friendly Open Architecture
The open design helps patients feel less confined during exams and allows caregivers or technologists to remain close to pediatric, anxious, or mobility-challenged patients.
Wide, Accessible Patient Table
The table supports up to 660 lb, lowers to 20 inches for easier access, and includes a 32-inch wide design for comfortable positioning.
Advanced RF Coil Technology
The system includes sensitive multichannel RF coil technology, integrated head and spine coils, and blanket coil options designed to support patient comfort, coverage, and workflow.
3-Axis Motorized Lateral Table Movement
Motorized lateral table movement helps simplify iso-center positioning for extremity, spine, body, and musculoskeletal imaging.
SoftSound Gradient Technology
SoftSound gradient technology helps reduce acoustic noise, creating a more comfortable experience for patients during MRI exams.
Ideal Clinical Applications
The Fuji Oasis Velocity MRI system is well suited for imaging centers and hospitals performing a wide range of MRI exams, including:
- Brain and neuro imaging
- Spine imaging
- Orthopedic and MSK imaging
- Breast imaging
- Body imaging
- Pediatric MRI
- Bariatric patient imaging
- Claustrophobic or anxious patient exams
Why Choose the Fuji Oasis Velocity?
The Fuji Oasis Velocity open MRI system gives facilities a strong combination of patient comfort, high-field imaging performance, and workflow efficiency. With its true open design, AI-powered reconstruction, accelerated imaging, and accessible table design, Oasis Velocity is an excellent option for imaging providers that want to serve a broader patient population while improving throughput and image quality.
Key Benefits
- 1.2T high-field open MRI platform
- True open architecture for patient comfort
- Synergy DLR AI reconstruction supports shorter exams
- IP-RAPID helps improve speed and resolution
- Wide table with 660 lb capacity
- Designed for neuro, MSK, spine, body, and breast imaging
Specifications
FAQs
Yes. The Oasis Velocity is designed as a true open MRI, giving patients an open-sided experience instead of a traditional closed-bore scanner. This can be especially helpful for claustrophobic, bariatric, pediatric, elderly, and mobility-limited patients.
What is Synergy DLR on the Oasis Velocity?Synergy DLR is Fujifilm’s deep learning reconstruction technology. It helps reduce image noise and enables shorter exam times while maintaining excellent image quality.
What is IP-RAPID on the Oasis Velocity?IP-RAPID is an accelerated imaging technology that combines parallel imaging, sparse sampling, and iterative processing to reduce scan time and improve workflow.