MRI Tables - MRI Exam Tables
1 product
Visit us in person or contact us to schedule a virtual visit.
Visit us in person or contact us to schedule a virtual visit.
info@angelusmedical.com | Text/WhatsApp: +13105084592
Holiday Hours: Thursday 11/28: Closed.
Friday 11/29: 9:00 - 3:00
Holiday Hours: Thursday 11/28: Closed.
Friday 11/29: 9:00 - 3:00
MRI tables or MRI exam tables are exam tables build with non-magnetic material, adjustable positioning capabilities, and safety features to optimize patient comfort, safety, and image acquisition quality during MRI procedures.
MRI tables, also known as MRI exam tables are specialized tables used specifically in magnetic resonance imaging (MRI) procedures. These tables are designed to safely and comfortably position patients inside the MRI machine during the scanning process.
One of the primary features of MRI tables - MRI exam table is their non-magnetic construction. They are typically made of non-magnetic materials like carbon fiber or non-ferromagnetic stainless steel. This is crucial because MRI machines generate powerful magnetic fields, and any magnetic objects near the scanner can be extremely hazardous.
Additionally, MRI tables - MRI exam tables are designed to be adjustable to accommodate different patient positions. They have motorized controls that allow precise movement and positioning, facilitating optimal alignment for image acquisition during the MRI procedure. The tables can be raised, lowered, tilted, and moved in various directions to enhance patient comfort and ensure accurate imaging.
Another important aspect of MRI tables is patient safety. They are equipped with features such as safety straps and padding to secure patients and prevent them from shifting during the scanning process. These safety measures are essential to minimize the risk of injury and maintain image quality.
MRI tables or MRI exam tables are exam tables build with non-magnetic material, adjustable positioning capabilities, and safety features to optimize patient comfort, safety, and image acquisition quality during MRI procedures.