Designing a better patient experience
U of A 4.7 T MRI Machine Enclosure
Medical design to promote research
The Peter S. Allen MR Research Centre is a 100% research dedicated, state-of-the-art facility at the University of Alberta. It provides a wide range of possibilities in magnetic resonance research and clinical research applications and is home to two full-body MRI systems. One being the 4.7T, an MRI with a uniquely strong magnetic field compared to the 1.5T or 3T strengths typically found in hospitals and research centres.
Design Intent
While this MRI system continues to be a useful research tool, it had begun to show its age — to the point where research volunteers would hesitate entering the machine when coming face-to-face with it. From a patients perspective, the aesthetics of the existing machine made the already stressful experience that much more intimidating.
Approach
Onetwosix Design was approached to create a new sheathing system that would alleviate concerns of users while simultaneously addressing maintenance and functional issues identified with the previous sheathing. The panels were modelled using 3D CAD with the final enclosure produced using the industrial process of vacuum forming. All materials and hardware for this exciting and challenging project needed to be compatible with the strong magnetic field of the 4.7T MRI. Additionally, special consideration was made to ensure all aspects of the design and final product aligned with medical standards and requirements.
Final Product
The enclosure was installed January 2020 and is a radially arranged system designed for easy maintenance with a welcoming and updated aesthetic. The illuminated bore provides maximum space for users, making an often-harrowing experience much more enjoyable. As a result, we were able to successfully extend the life of a useful medical research tool while reducing the stress of the patients that interact with it.
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Our specialized team is well versed in navigating the complexity of medical design requirements. We use a collaborative, research based approach to create medical products to improve patient experiences.