14 KHz To 18 GHz Radiology RF Shielding Room Mri Faraday Cage 1.2m*2m

Optimized for Radiology and MRI Facilities
This RF shielding room provides critical containment of electromagnetic interference specifically for radiology and MRI suites. Offering a compact 1.2m by 2m configuration, it acts as a Faraday cage protecting sensitive diagnostic equipment from external RF contamination and mains power noise. It suits hospitals, research labs, and clinical facilities requiring stringent RF control. Developed by experienced rf shield box manufacturers, the design accommodates customizable features including doors, windows, and integrated electrical filters, addressing the operational demands of medical environments needing robust electromagnetic compatibility.

Advanced Shielding Materials and Frequency Performance
Constructed from molded cold-rolled steel panels and assembled using CO2 welds, this rf shield room delivers shielding effectiveness across a broad frequency spectrum from 14 kHz up to 18 GHz. Attenuation specifications demonstrate up to 120 dB in critical RF bands, enabled by embedded RF mesh technology and honeycomb elements for ventilation without compromising shielding integrity. Optional high-performance power filters and various door mechanisms including electromotive and sliding types ensure minimal leakage and maintain compliance with medical EMC standards. The modular design supports integration with multiple media interfaces and is backed by detailed technical testing and certification protocols.

Applications in Medical and EMC Testing Environments
The shielding room facilitates diverse uses including MRI suite RF isolation, radiology equipment testing, and EMC/EMI measurement environments. It provides a controlled RF background essential for quality assurance, device development, and regulatory compliance testing. OEMs and service providers in medical imaging can utilize this solution to validate shielding integrity and train personnel in electromagnetic interference control. It integrates with existing workflow infrastructure, supporting low-background environments critical for advanced diagnostic and radiological research facilities. This product aligns with demands faced by emi filter manufacturers and medical technology integrators.


Product Advantages

Structural and Modular Design Superiority
The shielding room emphasizes a robust yet adaptable structure, combining molded cold-rolled steel with CO2 welded joints to ensure mechanical stability and electromagnetic sealing. Its modular integration of panels, doors, honeycomb vents, and media penetrations enables tailored configurations for space-constrained settings. Developed by skilled rf shield box manufacturers, the system’s design incorporates universal interfaces for electrical filter attachments and mesh reinforcements enhancing multi-frequency shielding performance. These features allow seamless customization while maintaining tight RF isolation, advantageous for medical and research institutions requiring precise EMC solutions.

High Performance and Practical Usability
Performance attributes include broad-spectrum attenuation with guarantees of up to 120 dB shielding effectiveness and low-leakage power filtering. The inclusion of multiple door types and ventilated windows balances security with operational convenience. Integrated features ensure user-friendly maintenance and rapid deployment ability within clinical environments. This design supports compliance procedures with minimal operational disruption, delivering tangible ROI to healthcare providers and technical teams. Collaboration with prominent emi filter manufacturers and single phase emi filter manufacturers ensures product compatibility within wider electromagnetic mitigation frameworks.


Use Scenarios

MRI Suite Installation and Shielding Assurance
In MRI centers, electromagnetic interference can degrade image quality and equipment performance. This rf shield room offers a dedicated enclosure that reduces RF noise and mains interference, directly supporting MRI machines and ancillary diagnostic systems. Within this operational environment, the shielding room complies with stringent radiology EMC standards while integrating ventilation and access features necessary for clinical workflows. The system assists biomedical engineers in verifying RF containment, contributing to regulatory compliance and operational reliability facilitated by top emi filter companies and rf shield box manufacturers.

Controlled EMC Testing for Medical Device Validation
Specialized laboratories engaged in medical device development and certification rely on stable RF environments to conduct conducted and radiated emissions testing. This shielding room facilitates precise environmental control for EMI/EMC evaluation with reproducible test conditions across wide frequency ranges (14 kHz to 18 GHz). It provides compatibility with electrical filter installations supplied by rfi line filter suppliers, enabling comprehensive interference mitigation. This environment supports rigorous quality assurance and product validation cycles for radiology equipment manufacturers and clinical research institutions.


14KHz to 18GHz meet 100dB RF shield room

We utilize other materials and techniques when requested for special purposes such as architectural, copper, and textile shielding. The fully integrated system consists of several shielding components such as panels, doors, honeycombs, windows, access panels, electrical filters and a large range of shielding penetration elements for all kinds of media interface.

Many of these components require a ductile, stable, and long lasting RF-tight joint to the shielding itself. For this purpose we have developed a RF mesh capable of performing from several kHz to 40 GHz. Individual components were developed with the focus of achieving superb electromagnetic shielding performance with the understanding that the limit of effectiveness would be set by the weakest component.

When a shielded room is necessary?

· If your lab is near a broad spectrum emitter (i.e equipment that transmits multiple frequencies under 400Hz), radio tower, mobile phone transmitter or other large field generators, then you should consider a shielded room.

· If your research is in the gamma band and you do not want to use a 60/50Hz notch filter to remove mains power noise, you might consider a shielded room. We recommend taking the steps above to first minimize the mains power noise. If that is not sufficient for your needs, then a shielded room may help.