MACS/D (Magnetic Active Compensation System) for MRI
Magnetic active compensation system stabilizes MRI environments by canceling dynamic magnetic interference and maintaining consistent field conditions, even in demanding urban or industrial locations.
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Magnetic Compensation System for Stable MRI Performance
Magnetic active compensation system provides high-performance attenuation of fluctuating magnetic fields that can disrupt MRI imaging quality and system stability. Using digital signal processing, tri-axial coil drivers, and ACR technology, the system corrects both AC and DC environmental interference over a wide frequency range. It is designed for challenging locations affected by elevators, trains, vehicles, and nearby electrical or magnetic equipment.
Key advantages include:
- Three-axis compensation with high-power coil drivers for strong field correction
- Real-time digital processing with enhanced isocenter attenuation
- Remote monitoring and diagnostics through secure VPN access
- Automatic restart and self-testing after power interruptions
- This system maintains stable imaging conditions, extends site flexibility, and supports reliable MRI operation in environments with persistent magnetic disturbances.
Case Study : Category : Healthcare
ETS‑Lindgren’s engineering experts were put to the test, quite literally, to diagnose and fix a problem on a magnetic resonance imaging (MRI) project at a leading hospital in Kowloon, Hong Kong. This…
Case Study : Category : Healthcare
ETS‑Lindgren upgraded Mount Sinai Union Square's MRI with MACS/D to eliminate subway-induced interference, ensuring clear, artifact-free images for better patient care.
