MRI equipment insights for imaging teams

Explore practical overviews of MR Safe and MR Conditional equipment—what it’s for, how it fits MRI workflows, and what to verify before it enters the scan environment.

Modern MRI/CT imaging suite in a clinic

MR Conditional patient transport equipment

If you’re building or updating an MRI transport workflow, start with our cornerstone overview. It covers common MRI equipment types, MR Safe and MR Conditional labeling considerations, workflow planning, and practical checks to reduce surprises at the magnet-room door.

Labeling, conditions of use, accessories, and how “conditional” limits change with field strength and configuration.

Transport paths, handoffs, and room setup considerations that impact safety, throughput, and patient comfort.

MRI Equipment FAQs

Quick answers to common questions imaging teams ask when evaluating MR Safe and MR Conditional equipment.

MR Safe indicates no known hazards in all MRI environments. MR Conditional means the item is safe only under specific conditions (for example, field strength, configuration, or placement).

Use the ASTM MR labeling terms (MR Safe, MR Conditional, MR Unsafe) and confirm the conditions of use. “MRI compatible” is often vague and may not specify limits.

Confirm the MR label and conditions, remove non-approved accessories, and verify the exact model matches documentation. When in doubt, keep it out and escalate to your MRI safety process.

Often, yes. MR Conditional limits can differ by field strength and configuration. Always review the specific conditions for the scanner environment you’re using.

Buyer’s Guides help you compare options that are explicitly MR Safe or MR Conditional, with practical notes for workflow and purchasing conversations.

No. Content is educational and should be used alongside your facility’s MRI safety policies and manufacturer documentation.

MRI equipment often requires non-ferromagnetic materials, specialized testing, MR labeling, and design considerations that allow it to be used safely around strong magnetic fields.