MRI Cabins (RF Shielded Rooms)

C-INTECH designs, fabricates, and installs custom MRI cabins that protect imaging systems from external radio frequency interference. Each RF-shielded room is engineered around the MRI system, facility layout, architectural requirements, and manufacturer specifications.

Why MRI Cabin Design Matters

MRI cabins are more than room enclosures. Their design directly affects RF shielding performance, image quality, installation readiness, and long-term operation.

Improve Imaging Stability

Reduce external RF noise that may contribute to image artifacts or signal interference.

Maintain Shielding Performance

Protect shielding continuity around doors, windows, vents, filters, and service penetrations.

Support Installation Readiness

Coordinate the MRI room with equipment, structural, electrical, ventilation, and access requirements.

Reduce Future Modifications

Identify design and coordination requirements before construction or equipment installation begins.

What Is Included in Our MRI Cabins?

An MRI cabin is an RF-shielded enclosure that creates a controlled electromagnetic environment around the MRI system. C-INTECH develops each cabin according to the scanner requirements, room layout, facility conditions, and required shielding performance.

Shielding and Room Components

Modular copper panel systems
Soldered copper shielding
Modular galvanized steel systems
Shielded walls, floors, and ceilings
RF-tight doors
RF-shielded viewing windows
Custom layouts and architectural features

Building Service Integration

RF power and signal filters
Cable and data penetrations
Penetration panels and waveguides
HVAC and ventilation interfaces
Grounding and electrical coordination
Cryogen vent coordination
Acoustic and interior finish coordination

Upgrading or Replacing an MRI System?

Have your existing room assessed before installation to confirm shielding compatibility and identify required modifications.

Our MRI Cabin Design and Installation Process

1. Site Assessment

We review the facility layout, MRI specifications, architectural plans, access requirements, and surrounding building systems.

2. Cabin Design

C-INTECH selects the appropriate shielding system and develops a custom layout for the walls, floor, ceiling, doors, windows, and penetrations.

3. Fabrication and Construction

The shielding enclosure and required components are fabricated according to the approved design and project requirements.

4. Installation and Validation

Our team completes the MRI cabin installation, coordinates with other trades, and tests the enclosure to verify RF shielding performance.

Why Choose C-INTECH?

25+ Years

Decades of RF, EMF, magnetic shielding, testing, and engineering experience.

1000+ Projects

Proven project delivery across healthcare, research, government, commercial, and infrastructure sectors.

MRI Environment Specialists

Engineering support for MRI shielding, interference control, testing, and site coordination.

Turnkey Delivery

Complete support from site assessment and design to installation and final testing.

Advanced Technical Capabilities

Professional measurement and analysis tools for accurate design and validation.

Related Services

Magnetic Field
Analysis Studies

FEA-based modeling to quantify EMF levels from internal and external sources

ELF Architectural
Magnetic Shielding

Custom-engineered shielding design and installation for low-frequency magnetic fields

MRI EMF
Interference Studies

Compliance verification and field modeling for MRI siting requirements and surrounding environments

RF Field Surveys

On-site RF measurement and analysis to verify exposure compliance and detect interference

Contact Us

Share your project details and we’ll provide a precise assessment and quotation for shielding, surveys, mitigation, or power system services.

Need more help?

Get in touch with our team for expert support and tailored solutions.

Phone

(905) 472-3949

info@c-intech.com

FAQs

What is an MRI cabin?

An RF-shielded space designed to reduce external radio-frequency noise near an MRI machine is called an MRI cabin. It creates the controlled electromagnetic environment required for stable imaging performance.

What makes RF shielding crucial in an MRI setting?

MRI systems receive very weak RF signals from the body during imaging. External RF noise can interfere with these signals and may contribute to image artifacts, distortion, or reduced image quality.

What materials are used for MRI cabin shielding?

Common systems include modular copper panels, soldered copper, and modular galvanized steel. The material is selected according to the MRI specifications, room layout, required performance, budget, and installation conditions.

What is included in an MRI cabin installation?

Installation may include the shielded floor, walls, and ceiling, RF-tight doors, viewing windows, filters, waveguides, ventilation interfaces, penetrations, grounding coordination, and final performance testing.

Can an MRI cabin be installed in an existing facility?

Yes. C-INTECH can design MRI cabins for renovations, equipment replacements, and existing facilities. The design must account for available space, access, existing services, structural conditions, and operational requirements.

How long does MRI cabin installation take?

The timeline depends on the room size, shielding type, architectural complexity, site access, fabrication requirements, and coordination with other construction activities.

How is MRI room shielding tested?

RF attenuation testing is completed after installation to evaluate shielding performance against the MRI manufacturer’s requirements and project specifications.

What affects MRI room shielding performance?

Doors, windows, joints, filters, vents, cable penetrations, grounding, corrosion, physical damage, and later building modifications can all affect shielding continuity.

Is RF shielding the same as magnetic shielding?

No. RF shielding reduces radio frequency interference that may affect MRI imaging. Magnetic shielding controls the MRI’s static magnetic field or external magnetic disturbances. Some projects require both systems.

Can an existing MRI cabin be reused for a new scanner?

Possibly. The existing enclosure must be assessed against the new MRI system’s shielding, layout, frequency, penetration, and installation requirements before reuse.

Does C-INTECH test existing MRI rooms?

Yes. C-INTECH can perform RF field surveys, shielding tests, interference investigations, and assessments of existing MRI cabins.

Does C-INTECH install MRI cabins across Canada?

Yes. C-INTECH provides MRI cabin design, fabrication, installation, testing, and related engineering support for projects across Canada.

Why Choose us

Real People. Real Work. Real Rewards.

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