Titanium Non-Magnetic Open-End Wrench Single - MRI-Safe Metric
MRI-Safe Titanium Non-Magnetic Open-End Wrench
Used by biomedical and diagnostic imaging service technicians performing preventive maintenance, calibration, and repair work on MRI systems, the Titanium Non-Magnetic Open-End Wrench Single - MRI-Safe Metric provides non-ferrous fastener torque capability for service tasks inside Zone 4. Individual size selection allows custom kit building for MRI equipment maintenance.
Built for hospital biomedical engineering teams, clinical engineering technicians, and diagnostic imaging field service specialists, this tool is used in depot repair, preventive maintenance, and on-site calibration programs across hospital networks. FDM Enterprises is a veteran-owned diagnostic imaging service and tool supplier based in the Southeast US.
Key Features:
- Material: Grade 5 / 6AL-4V titanium (non-magnetic, non-ferrous)
- Individual Metric Sizes: 5mm through 32mm available
- Open-End Design: Quick application without socket removal
- Zone 4 Compatible: Safe in magnet rooms
- Non-Ferrous: No ferrous contamination
- Corrosion Resistant: Hospital environment durable
- MRI Compatible: Siemens, GE, Philips systems
Specifications:
Single titanium non-magnetic metric open-end wrench available in standard metric sizes (5mm through 32mm).
Why Titanium in MRI Service Work: MRI suites demand non-magnetic tools because the magnetic field exerts force on ferrous metals and cannot be used in the bore. A steel wrench is not allowed inside Zone 4. Grade 5 titanium's inherent non-magnetic properties solve this critical safety requirement, allowing mechanical assembly work, gradient coil access, and hardware adjustments without any ferrous contamination risk.
Field Service Applications: MRI service specialists use non-magnetic titanium wrenches for mechanical assembly on gantry components, gradient coil mounting, cryogen access ports, and structural bolt work during routine maintenance and emergency repairs. The wrenches provide the torque control and durability needed for critical fastening tasks while maintaining absolute safety compliance in the magnetic field environment.
Built from Grade 5 titanium, these wrenches resist corrosion from hospital-grade cleaning agents and disinfectants that accelerate rust on steel tools. The lightweight yet strong titanium construction reduces technician fatigue during extended maintenance sessions while maintaining reliable grip performance through hundreds of service cycles.
Great for technicians building custom non-magnetic fastening kits with specific metric open-end sizes.
Part of our Wrenches collection of non-magnetic titanium tools for MRI environments.
Related MRI-Safe Titanium Tools
Pair this tool with other non-magnetic titanium tools for comprehensive MRI equipment service:
- Titanium Open-End Wrench Set (8-Piece)
- Titanium Combination Wrench Metric (Single)
- Titanium Combination Wrench SAE (Single)
Save More - Available in Tool Sets
This tool is also included in the following non-magnetic titanium tool kits:
- Titanium Siemens Tool Kit (18-Piece)
- Titanium Siemens Tool Kit (31-Piece)
- Titanium GE Tool Kit (40-Piece)
Browse More MRI-Safe Titanium Tools
Explore our complete selection of non-magnetic titanium tools for MRI equipment maintenance:
Manufactured from Grade 5 (6AL-4V) titanium alloy — non-magnetic, non-ferrous, and corrosion-resistant. Designed for MRI technicians, medical engineers, and biomedical equipment service professionals working in magnet-sensitive environments.
Every FDM titanium tool is manufactured from Grade 5 (6AL-4V) titanium alloy — the same aerospace-grade material used in aircraft structures and medical implants.
- Non-Magnetic — Zero magnetic signature, verified safe for MRI Zone IV environments
-Non-Ferrous — Contains no iron; safe for use near superconducting magnets in MRI Zone 4
- Corrosion-Resistant — Withstands hospital cleaning chemicals, humidity, and repeated sterilization
All tools are precision-machined to professional tolerances and individually inspected before shipping.
