GE ONI MSK Extreme 1.0T MRI Scanner | 1.0T High-Field Extremity MRI | 2005-2008 | Full Coil Suite

Public supplier signals are visible here. Send an inquiry when the listing looks commercially fit.
Product Details
Product Overview The GE/ONI MSK Extreme 1.0T is a unique high-field dedicated MRI system that bridges the gap between low-field open units and full-body scanners. Delivering 1.0T image quality in a compact footprint, it is specifically designed for superior diagnostics of the Hand, Wrist, Elbow, Knee, Foot, and Ankle. Sourced from a working clinical environment, this system offers the ultimate clinical ROI for orthopedic and sports medicine practices.
Technical Specifications
| Field | Specification |
| Manufacturer | GE / ONI |
| Model / Type | MSK Extreme 1.0T (Extremity MRI) |
| DOM Range | 2005 - 2008 |
| Magnet Field Strength | 1.0T High-Field Superconducting |
| Power Requirements | Standard Single Phase (No 3-Phase Required) |
| Shielding Req. | Self-Shielded (No Dedicated RF Room Required) |
| Condition | Clinically Maintained / Fully Functional |
Included Coil Suite (Full Extremity Set)
- 100mm Coil: Optimized for Knee and larger anatomy.
- 123mm Coil: For specialized lower limb imaging.
- 80mm Coil: High-resolution imaging for Foot/Ankle.
- 53mm Coil: Dedicated for Hand, Wrist, and Elbow diagnostics.
Quality & Condition
- High-Field Performance: 1.0T superconducting magnet provides exceptional SNR compared to 0.2T/0.3T permanent systems.
- Site Versatility: Innovative self-shielded design allows installation in standard clinical rooms without costly RF copper shielding.
- Ease of Use: Simplified patient positioning; patient sits outside the magnet during the exam (ideal for claustrophobic patients).
- Operational Status: Fully tested; meets original OEM Performance Standards.
More from Pro Imaging

More in MRI Scanner




Related editorial coverage
Ultrasound Transducer Common Failure Modes: How to Diagnose, Repair, or Replace
Ultrasound probe image problems? Diagnose lens delamination, oil leaks, cable damage & element dropout. Repair vs replace framework + find repair services on MedTrade.
AI Medical Imaging 2026: What the Clinical Data Actually Says
A data-driven look at AI radiology in 2026: the largest RCT ever conducted, why models crash across populations, and the ROI gap no one talks about.