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The strength of an MRI system&#;s magnetic field is directly proportional to the level of detail in the images the system produces. Presently, there are magnets available in four main categories: 3.0T, 1.5T, 1.0T, and open/extremity magnets under 1.0T.
Gradients in an MRI scanner, consisting of three smaller magnets, are crucial for affecting the scanner's image quality as they generate the magnetic fields for the X, Y, and Z planes, enabling precise imaging of specific body sections.
These gradient packages, while fundamentally serving the same purpose, vary significantly among different manufacturers and are named differently, such as "Twinspeed", "XGV", "Ultra", "Master", etc. The performance of these gradient systems is primarily evaluated using two metrics: amplitude and slew rate.
Amplitude measures the rate of change in the magnetic field across a distance, expressed in milliteslas per meter (mT/m), impacting the scanner's ability to detail certain body parts. Slew rate, indicating how quickly the system reaches its peak amplitude, is measured in teslas per meter per second (T/m/s) and affects the speed and efficiency of the imaging process.
The higher the amplitude and slew rate, the higher the cost of the MRI system. Although you&#;ll be getting more anatomical slices and clearer images, you&#;ll have to first determine if the additional costs can be justified by your patient volume and the type of studies you perform.
Throughput is the capacity of an MRI machine to efficiently perform a high volume of scans within a given timeframe, without compromising on image quality or operational efficiency. It is a critical factor to consider as higher throughput can lead to increased patient satisfaction by reducing wait times and more.
With purchasing an MRI machine, the software options play a critical role in determining the machine's capabilities, efficiency, and the quality of the images it produces.
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Each MRI system may come with its own proprietary software or offer compatibility with third-party options. It's important to consider not only the current needs but also potential future applications and upgrades when selecting software for an MRI machine.
Make certain that the software that you are purchasing meets your clinical need for the exams you intend to perform. The radiologists and technologists are a great resource to include in the process to guide you on which software and hardware to include on your purchase. Care should be taken so you do not over-purchase software that will not be used clinically.
When discussing an "MRI suite," it refers to the specific set of rooms associated with the MRI machine itself, not the entire medical facility. This suite typically includes:
Scan Room: The primary area where the MRI machine and patient table are located, and where the actual scanning takes place.
Equipment Room: A room dedicated to housing the electronic equipment connected to the MRI magnet.
Control Room: The workspace for technicians operating the MRI, equipped with a desk, chair, and computer workstation.
Changing Room: An optional but common addition providing a space for patients to change clothes and for storing QA phantoms, manuals, or system accessories.
In terms of space requirements, constructing a new MRI suite demands approximately 800-850 square feet, including additional areas such as waiting rooms and hallways. For installations within existing facilities, around 650 square feet should be allocated or added for the suite. As for construction costs, a general estimate for new buildings is about $400 per square foot, though this can vary based on location, materials, suppliers, and builders.
Preparing your facility for an MRI installation may require you to work with engineers,
building contractors, electricians, architects, and any number of other specialists depending on how your existing building is set up. The costs for their services and the materials they&#;ll require will need to be determined on a case-by-case basis.
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