Magnetic resonance imaging (MRI) is a diagnostic tool that uses magnetic fields and radio waves to create images of the body. MRI scans are used to diagnose a variety of diseases and conditions, including brain tumours, spinal cord injuries, stroke, carotid artery disease, bleeding and many others. This article describes how remote equipment operation for Magnetic Resonance Imaging (MRI) is used in healthcare facilities and the different types of remote operation systems available. It also details tasks related to nCommand remote operation of MRI scanners and explains why it’s so important to have remote operation this capabilities in your facility.

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Why is a remote operation necessary?

Controlling the MRI scanner from the Command Center (a remote location) instead of the control room inside the MRI suite has many advantages:

• Easier, faster and more accurate control of the scanner.
• Better ergonomics for the staff performing the remote operation.
• Better visualization of the images.
• Remote operation can reduce the risks associated with ferromagnetic materials entering the MR magnet.
• More control over the environment inside the MRI suite.
• Better control over scanning parameters and patient safety.
• Lower maintenance costs and lower risks related to service calls.

nCommand also offers a chat device that gives the possibility to talk to other professionals in the same room or in the location where the exam is being conducted (voice messages can be sent to the operator or the patient). Overmore Furthermore, preset shortcuts, key indicators, metrics, and operational information available on-screen increase efficiency and agility for the operator.

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Advantages of remote operation

• Better ergonomics for operators.
• Reduced patient time inside the MRI
• Reduced fatigue and risk of musculoskeletal injuries.
• Better visualization of the images on larger display screens and monitors.
• More control over scanning parameters and patient safety.
• Better equipment availability and uptime.
• Lower maintenance costs and lower risks related to service calls.
• Better control over the environment inside the MRI suite.
• Better control over scanning parameters and patient safety.

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Safety Precautions During Remote Operation

• The operators must be properly trained.
• The visual field of the operator must be properly cleared so that they can see the entire image.
• The remote operation system must have fail-safe mechanisms in case of a failure.
• All electromagnetic fields and radiation inside the room must be controlled.
• The operator should not leave the room while the patient is inside the scanner magnet.

Remote operation of the MRI scanner provides numerous benefits to the healthcare facility, most notably increased patient safety. The risks associated with ferromagnetic materials entering the MRI magnet are eliminated by controlling the MRI scanner from a remote location.