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Our RF Cage solutions are meticulously designed to ensure optimal electromagnetic shielding in MRI environments. Engineered for performance and built to last, our shielding enclosures provide the protection necessary for high-quality diagnostic imaging.
Every cage is precision-fabricated using high-purity copper to deliver superior attenuation of radio frequency interference (RFI), ensuring distortion-free imaging and uninterrupted system functionality. We also provide Aluminium and GI (Galvanized Steel) options for enhanced durability, corrosion resistance, and tailored project requirements.
Our RF Cage systems are a dependable foundation, helping healthcare professionals focus on what matters the most.
Copper
Aluminium
Galvanized Steel
Ensures maximum RF attenuation for artifact-free imaging and long-term stability. Allows fast and efficient on-site installation, with easy future expansion or serviceability.
Customized to perfectly fit your MRI model and site dimensions for optimal space utilization. It's built to endure high-traffic clinical environments with minimal maintenance needs.
Smooth interal finish seamlessly supports the integration of ambient lighting, projector systems, and our in-bore MRI Cinema with ease
Made of conductive glass, typically laminated with a fine copper or stainless steel mesh. These windows allow visibility into the MRI room without compromising RF protection. The Mesh embedded in the glass effectively blocks RF waves while maintaining transparency. They are also resistant to scratches and environmental wear.
Made of conductive glass, typically laminated with a fine copper or stainless steel mesh. These windows allow visibility into the MRI room without compromising RF protection. The mesh embedded in the glass effectively blocks RF waves while maintaining transparency. They are also resistant to scratches and environmental wear.
The EMI (Electromagnetic Interference) filter is an essential component for maintaining the integrity of an MRI suite's RF shielding. It prevents high-frequency electromagnetic noise from entering or exiting the shielded room through power and signal lines, ensuring optimal imaging quality and system performance.
Non-conductive pipes are inserted through waveguide penetrations, with the type of waveguide selected based on the specific medium like medical gases or liquids and in accordance with local regulatory standards.
Our honeycomb air vents are specifically designed to allow effective airflow while maintaining the RF shielding performance of the MRI room. Constructed from high-grade aluminium or brass with a honeycomb structure, they block RF signals while facilitating ventilation without compromising the Faraday cage integrity.
The quench pipe interface ensures a seamless and RF-tight connection between the MRI room and the quench pipe system. It safely directs helium gas out of the building during a magnet quench event, while maintaining the continuity of the RF shielding through custom-engineered adaptors and gaskets.
Experience superior shielding performance with our ambient solutions.
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