MRI Procedures & Surgical Supplies

Shop All MRI Procedures & Surgical Supplies Products

Shop Collection

MRI Mayo Stands & Instrument Tables

Shop Collection

MRI Surgical Supplies are the instruments, airway devices, stands, and gas-delivery components that let clinical teams perform procedures inside the magnet room without introducing a projectile hazard. Whether your facility runs MRI-guided breast biopsies, an intraoperative MRI (iMRI) suite, interventional cases, or simply delivers anesthesia in Zone IV, standard operating room equipment cannot come through the door. Stainless steel instruments, conventional laryngoscopes, and everyday IV poles all carry enough ferromagnetic material to be pulled toward the bore, and the static magnetic field is always on.

This category is built for radiology managers, interventional radiologists, anesthesia providers, and purchasing agents who outfit procedure-capable MRI suites. MRI Med designs, manufactures, and distributes products for the MRI market from California, and our staff bring more than 80 years of combined MRI experience to matching MRI Procedure Supplies to your scanner and your safety program.

Why the magnet room needs its own surgical supplies

An MRI procedure room combines a powerful static magnetic field with a workflow that depends on metal tools. Ferromagnetic objects experience translational force and torque near the bore, and a hemostat or laryngoscope handle can become a missile in an instant. Beyond the projectile effect, conductive materials can heat during RF transmission, and metal near the imaging volume creates susceptibility artifacts that can obscure the anatomy you are targeting.

The ASTM F2503 labeling system sorts equipment into three groups. MR Safe items pose no known hazards in any MR environment because they are non-conducting, non-metallic, and non-magnetic. MR Conditional items are safe only under stated conditions, such as a maximum static field strength or spatial gradient. MR Unsafe items should never enter Zone IV. Most metal instruments and any battery-powered device will carry MR Conditional labeling.

Surgical instruments, biopsy, and procedure supplies

Titanium Surgical Instruments

Titanium is non-ferromagnetic, which is why it is the material of choice for MRI compatible Surgical Instruments. MRI Med carries titanium instruments for procedure suites and iMRI environments where scissors, forceps, and needle holders need to stay in the room while the patient is imaged. Titanium also produces far less artifacts than steel.

MRI Biopsy

MRI-guided biopsy, especially breast biopsy, relies on real-time imaging to target lesions that are not visible on mammography or ultrasound. This subcategory covers the supplies that support biopsy workflows in the magnet room, where artifact-producing metal near the target can compromise accuracy.

MRI Disposable Instruments

Single-use instruments built for MRI reduce reprocessing burden and remove any question about whether a reusable tray has been restocked with a ferromagnetic substitute.

Contrast Media Accessories

Gadolinium-based contrast administration requires syringes, tubing, connectors, and related consumables that work with your injector and can be handled at the table. This subcategory keeps those accessories stocked alongside the rest of your MRI procedure supplies.

Airway, anesthesia, and monitoring equipment

MRI Laryngoscopes

A conventional laryngoscope combines a ferromagnetic handle with steel batteries and a conductive lamp circuit. MRI laryngoscopes use non-ferrous construction with MR Conditional batteries and lighting so anesthesia providers can intubate at the bedside rather than moving the patient out of the room. Verify the labeled field strength before adding one to your airway cart.

MRI Ventilators

Patients under general anesthesia or in critical condition need ventilation that continues in the scanner. MRI Ventilators are designed for the MR environment and carry MR Conditional labeling with placement and field-strength limits. Pair them with MRI equipment stands so the ventilator sits at a defined distance from the bore.

MRI Electrodes and MRI Stethoscopes

ECG electrodes for MRI use carbon or other non-ferrous leads to reduce heating and burn risk and to limit artifact. MRI Stethoscopes let anesthesia staff auscultate in the room without a ferromagnetic chest piece. Both are small, easy to overlook, and easy to swap for an unsafe equivalent if the drawer is not clearly labeled.

MRI Flowmeters, Oxygen Regulators, and Vacuum Regulators

Gas delivery and suction inside the magnet room depend on regulators and flowmeters built without ferromagnetic components. They attach to wall outlets or non-ferrous cylinders and support oxygen therapy, anesthesia, and airway suction. MRI Med also carries the MRI Du-O-Vac Series, a suction and vacuum-related product line for the MR environment.

Stands, poles, tables, and lighting

MRI IV Poles and MRI Equipment Stands

Chrome-plated steel IV poles have caused serious projectile incidents. MRI IV poles are built from non-ferrous materials so infusions can run in Zone IV, and MRI equipment stands do the same job for monitors, pumps, and ventilators.

MRI Mayo Stands & Instrument Tables

A mayo stand holds the instruments in active use, and an instrument table holds the rest of the setup. Non-ferrous MRI Mayo Stands and Instrument Tables roll into the magnet room without becoming a hazard, so your team can keep a normal surgical setup within reach.

MRI Lighting

Procedure lighting in the magnet room must avoid ferromagnetic housings and must not introduce RF interference that degrades image quality. MRI Lighting products give interventional teams task illumination that is appropriate for Zone IV.

How to choose MRI surgical supplies

Start with the labeling. Look for MR Safe or MR Conditional marking on each item and confirm that the stated conditions, including field strength and spatial gradient, match your scanner. A product labeled MR Conditional at 1.5T is not automatically acceptable at 3T.

Next, think about the procedure. Intraoperative and interventional work puts instruments close to the imaging volume, so artifact behavior matters as much as attraction. Titanium surgical instruments are usually the right answer near the field of view, while stands and poles at the periphery have more flexibility.

Consider inventory control. Clearly marked MRI-only storage prevents a colleague from restocking with a standard item, and many facilities pair this category with MRI safety labels and test magnets so every tool is checked before it crosses the Zone III threshold.

Finally, plan for anesthesia and emergencies. Sedated or intubated patients need a laryngoscope, ventilator, electrodes, regulators, and suction that are all rated for the room, plus a documented plan for moving the patient out of Zone IV if resuscitation is needed.

Why order from MRI Med

MRI Med is owned and operated by people who have spent their careers in MRI. We can help you build a procedure supply list that fits your scanner and your safety policy, and we stock the related categories your suite depends on, including MRI Patient Monitoring, MRI Carts, and Non-Magnetic Tools. Call or email our team with product and compatibility questions before you buy.

Frequently Asked Questions

Can regular surgical instruments be used in an MRI room?

No. Standard stainless steel surgical instruments are typically ferromagnetic and can become projectiles near the magnet. They also produce significant image artifacts. Procedures performed in Zone IV require MRI Surgical Instruments, most often titanium, with MR Safe or MR Conditional labeling that matches your scanner's field strength.

What makes titanium surgical instruments suitable for MRI?

Titanium is non-ferromagnetic, so it is not pulled toward the bore and does not experience the torque that steel does. It also produces much less susceptibility artifact, which keeps the image usable when instruments are near the target anatomy. Always confirm the specific instrument's labeling rather than assuming every titanium product is unconditionally safe.

Are MRI Laryngoscopes MR Safe or MR Conditional?

Because a laryngoscope contains a battery and a light source, it is almost always labeled MR Conditional rather than MR Safe. The label will specify the field strength and other conditions under which it can be used. Check those conditions against your scanner and keep the laryngoscope on a clearly marked MRI airway cart.

Can a standard IV pole go into the MRI scanner room?

It should not. Most conventional IV poles are chrome-plated steel and have been involved in documented projectile incidents. MRI IV poles are built from non-ferrous materials so infusions can continue in Zone IV. Label them clearly and store them separately so they are not mixed with general-floor equipment.

How do you deliver oxygen and suction inside the magnet room?

Oxygen and suction in Zone IV run through MRI flowmeters, oxygen regulators, and vacuum regulators built without ferromagnetic parts. These connect to wall outlets or non-ferrous cylinders. Suction-related products such as the MRI Du-O-Vac Series support airway clearance during procedures without introducing a projectile risk.

What is the difference between MR Conditional at 1.5T and 3T?

An MR Conditional label lists the specific conditions under which an item has been evaluated, including static field strength and spatial gradient. A product cleared for 1.5T has not necessarily been evaluated at 3T, where forces and heating can be greater. Match the label to your scanner before bringing any MRI procedure supplies into the room.