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Item Number: SKU:HS-102

MRI Heavy Duty Noise Guard Headset

MRI Heavy Duty Noise Guard Headset

Regular price $295.00
Regular price Sale price $295.00
MR Safe What does this mean?

MR Safe – an item that poses no known hazards in all MRI environments. Using the terminology, “MR Safe” items are non-conducting, non-metallic, and non-magnetic items such as a plastic Petri dish. An item may be determined to be MR Safe by providing a scientifically based rationale rather than test data.

MR Conditional – an item that has been demonstrated to pose no known hazards in a specified MR environment with specified conditions of use. “Field” conditions that define the MR environment include static magnetic field strength, spatial gradient magnetic field, dB/dt (time rate of change of the magnetic field), radio frequency (RF) fields, and specific absorption rate (SAR). Additional conditions, including specific configurations of the item (e.g., the routing of leads used for a neurostimulation system), may be required.

MR Unsafe – An item that is known to pose hazards in all MRI environments. MR Unsafe items include magnetic items such as a pair of ferromagnetic scissors.

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The MRI Heavy Duty Noise Guard Headset is meticulously crafted to prioritize patient comfort and protection during MRI procedures. Designed for optimal compatibility with MRI equipment, this headset significantly reduces noise exposure, with a noise reduction rating of 29dB, it effectively addresses the high-decibel acoustic environment inside MRI machines. Built from robust, durable materials, it delivers exceptional performance and ensures long-term reliability, even in demanding clinical settings.

Features:

  • Noise Reducing Rating of 29dB
  • Heavy duty design for enhanced durability and long-term use
  • Comfortable fit for extended patient wear
  • Available in varying tube lengths to accommodate different needs
  • Compatible with SC-100 (Large White Sanitary Headphone Covers) and SC-103 (Large Black Sanitary Headphone Covers) 

Overall Dimensions:

  • HS-102: 4’ tubing
  • HS-102-10: 10' tubing
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Frequently Asked Questions

1. What makes the Heavy Duty Noise Guard Headset ideal for high-volume MRI use?

The Heavy Duty Noise Guard Headset is built for long-term durability in busy MRI suites, using reinforced materials that hold up to daily cleaning and repeated patient use. It provides a Noise Reduction Rating (NRR) of 29 dB, helping shield patients from loud gradient sounds during scans. The heavier-duty build makes it especially reliable in hospitals and imaging centers that run multiple shifts or high patient turnover.

2. Is this headset compatible with all MRI sound systems?

Yes. The headset is designed for universal compatibility with standard MRI sound systems and is available in both 4-foot and 10-foot tubing lengths for flexible room setups. Its non-magnetic materials prevent any interference with imaging or signal quality, so it can be safely used in the MRI room during active scans without affecting performance.

3. How should the Heavy Duty Noise Guard Headset be cleaned and maintained?

After each use, the headset can be wiped down with hospital-grade, non-abrasive disinfectants. For infection control, use SC-100 or SC-103 sanitary headphone covers, which fit securely over the ear cushions and can be replaced between patients. The rugged construction and smooth finish make routine cleaning quick and simple — ideal for maintaining hygiene standards in high-throughput environments.

3. How do I choose the right tubing length for my MRI workflow?

The headset comes in 4-foot and 10-foot tubing options, and the best choice depends on how you position patients and route audio lines. The 4-foot length works well for head-first scans and shorter setups where the audio source is close to the bore. The 10-foot tubing gives you more flexibility for body scans, alternative coil arrangements, or rooms where the audio connection point sits farther from the patient. Both lengths work with MRI Med’s sanitary headphone covers (white or black) for clean, quick turnover between patients.

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