Product Details

Indications for Use

Indications:
The Face Guard (Helmet + Mirror) used with the Face Guard Cushion offers support to your patient's forehead and cheets whilst ensuring a neutral neckline and assisting with patient monitoring. Ensure the eyebrows are visable to avoid direct pressure to the eyes.

Intended Use:
Supports the patient’s face while in the prone position.

Dimensions and Specifications

Helmet and Mirror:
12.48"L x 9.17"W x 6.73"H

Item Number:
925.FGS

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Cushion:

12.28"L x 8.82"W x 5.75"H
Face Guard cushion includes a box of 10 disposable cushions.

Item Number:
925.FGC.BX10

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Pediatric Cushion:
12.01"L x 8.5"W x 5.08"H
Pediatric Face Guard cushion includes a box of 10 disposable cushions.

Item Number:
925.PFGC.BX10

Product Documents

Click here to download a one-page product information sheet about the BoneFoam Face Guard.

Download the eIFU for this product.

Features and Benefits

Procedural efficiency.

1. Added clearance at the cheeks, chin and eyes to mitigate post-op pressure injuries

2. Improved airway access for anesthesia during long cases

3. No vacuum seal eliminates the 24-hour requirement for unpacking and risk of creases

4. Dynamic helmet adjustability after positioning to maintain cervical spine neutrality

Protect the eyes, cheeks and chin.

The BoneFoam Face Guard is a soft disposable foam cushion and reuseable helmet designed to help avoid pressure-related injuries to the face and eyes by distributing force evenly across the patient’s forehead and cheekbones.

Help reduce pressure-related injuries.

The Face Guard helps protect patients against hospital-acquired injuries such as pressure- and nerve-related injuries, common in prolonged surgeries in the prone position.

Reusable helmet and mirror.

The BoneFoam Face Guard helmet and mirror are sold together. The Face Guard cushion is sold separately in a box of 10.

Premium quality coating makes all the difference.

  • Seamless, fluid-proof coating for superior infection control and easy cleaning
  • Durable dual-layer coating resists wear better than thin single-coat options
  • Radiolucent design remains free of indistinguishable imaging artifacts
  • Non-gel construction avoids risks of sticking or oozing onto skin