MRI rooms require extremely low vibration levels to ensure accurate diagnostic imaging. Structure-borne vibration generated by building services such as HVAC equipment, CT scanners, lifts or adjacent machinery can reduce image quality and affect equipment performance. Effective vibration isolation of ceilings, walls, floors and the MRI equipment itself is therefore essential, using resilient anti-vibration mounts specifically designed for healthcare applications.
The Faraday cage protects MRI equipment from external electromagnetic interference (EMI) that could compromise image quality. Acting as a conductive shield against radio frequency (RF) signals, it provides the electromagnetic isolation required for accurate diagnostic imaging. Combined with resilient vibration isolation, it ensures a fully controlled environment for optimum MRI performance.
This installation demonstrates the importance of vibration isolation for MRI systems. The video compares the performance of the MRI scanner with and without resilient isolation, showing how structure-borne vibration can affect image quality. Proper vibration isolation reduces vibration transmission through the building structure, ensuring accurate diagnostic imaging and reliable long-term equipment performance.
Magnetic resonance imaging is an analysis that uses a magnetic field and radio waves to obtain detailed images of organs and structures of the body.
