Titanium Non-Magnetic Deep Socket - MRI-Safe 3/8 Drive 17mm
- Regular price
- $318.00
- Sale price
- $318.00
- Regular price
-
MRI-Safe Titanium Non-Magnetic Deep Socket (17mm)
Used by biomedical and diagnostic imaging service technicians performing MRI equipment maintenance and bolt access work, the Titanium Non-Magnetic Deep Socket - MRI-Safe 3/8 Drive 17mm provides non-ferrous socket capability for service tasks inside Zone 4 of the imaging suite. The deep socket design allows access to fasteners with longer studs or recessed locations.
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)
- 3/8" Drive: Compatible with standard 3/8 drive ratchets
- Deep Design: Extended depth for recessed fasteners
- 17mm Size: Common metric size for imaging equipment
- Zone 4 MRI Safe: Magnet room compatible
- Corrosion Resistant: Hospital environment durable
- Compatible Systems: Siemens, GE, Philips MRI
Specifications:
Titanium non-magnetic 3/8" drive deep socket, 17mm size with extended depth for recessed fastener access.
Why Titanium in MRI Service Work: The MRI suite's strong static magnetic field makes ferrous tools unsafe—they are not safe to use near personnel or equipment. Grade 5 titanium eliminates this hazard completely. The non-magnetic properties allow safe socket work on bolt assemblies, component mounting points, and mechanical systems within Zone 4 without compromising either safety protocols or equipment integrity.
Field Service Applications: Diagnostic imaging engineers use non-magnetic titanium socket sets for bolt work on gantry components, cabinet hardware, cryogenic system mounting, and fastener management during MRI maintenance and repair procedures. The versatile socket sizes handle everything from small set screws to larger structural bolts, making comprehensive maintenance possible without ferrous tool risks.
Titanium's exceptional corrosion resistance protects these sockets through repeated exposure to hospital disinfectants, isopropyl alcohol, and sterilizing washes. The material maintains its magnetic safety properties indefinitely—unlike some surface treatments that can degrade—ensuring every socket in your set remains MRI-safe through its entire service life.
Ideal for reaching fasteners recessed in MRI equipment during maintenance and repair work.
Part of our Ratchets & Sockets collection of non-magnetic titanium tools for MRI environments.
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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.
