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NIH3D

Stopgap Surgical Face Mask (SFM)

Created by
Chris Richburg
Created:
4/4/20
Submitted:
3/6/23
Published:
3/6/23

Select an image below to view

3DPX-013429

Licensing:

CC-BY
552
9
Version 2

Category

Hardware & Devices
Devices and Hardware

Collection(s)

Approved Use

Prototype
Prototype
Description

Stopgap Surgical Face Mask (SFM)

 

This model has been superseded by Stopgap Surgical Face Mask revision B, which was designed to increase comfort.  This version may still be used, but see the revision B link for improvements.

 

This item should only be manufactured in a current Good Manufacturing Practices (cGMP) facility. If this is not manufactured in a cGMP facility under an appropriate quality management system, it should not be used in a clinical setting. 

This mask should only be printed with Multi-Jet Fusion (MJF) or Selective Laser Scintering (SLS) technologies out of powder-bed nylon

*** See the Documentation tab for detailed information including the Instructions For Use, Manufacturing Instructions, Bill of Materials, and Test Report ***

 

This device has not been tested to assess the out-gassing limits of the material or their corresponding health effects.

 

*** Updates coming ***

We also hope to release at least one other size soon, and expand our filter and cleaning options.  Please check this site frequently for updates.

SolidWorks files attached - see Download button

Bill of Materials added to Documentation tab

Manufacturing guidance updated added to Documentation tab

Small size added.  Now both small and medium available.

******

 

The Stopgap Face Mask was created as an emergency action in effort to protect people by providing backup PPE options if the standard PPE has become unavailable. This device has not gone through the same regulatory approval process as standard PPE.

 

The Stopgap Face Mask consists of two main components (the mask body and the filter cover) and contains features for attaching two elastic straps and receiving a patch of filter material.  It is recommended that the rectangular filter patch and elastic straps are disposed of after every use of this device. The remaining parts of the plastic mask can be disinfected using common disinfecting solutions or sterilized and reused.

 

Many people contributed to this project and we thank them for their dedication and support:

    • Patrick Aubin (Veterans Health Administration)
    • Jared Bliss (Veterans Health Administration)
    • Brian Burkhardt (Veterans Health Administration)
    • Stuart Fairhurst (Veterans Health Administration)
    • Joseph Iaquinto (Veterans Health Administration)
    • Eli Kaufman (Veterans Health Administration)
    • Matt Kindig (Veterans Health Administration)
    • William Ledoux (Veterans Health Administration)
    • Steve Morin (Veterans Health Administration)
    • William Nylander (Veterans Health Administration)
    • Chris Richburg (Veterans Health Administration)
    • Beth Ripley (Veterans Health Administration)
    • Brian Strzelecki (Veterans Health Administration)
    • Greg Voss (Veterans Health Administration)
    • Matthew Di Prima (Food and Drug Administration)
    • James Coburn (Food and Drug Administration)
    • Anthony Anderson (University of Washington)
    • Lynda Brady (University of Washington)
    • Colleen Carroll (University of Washington)
    • Alex Hotz (University of Washington)
    • Mark Ganter (University of Washington)
    • Ian Good (University of Washington)
    • Liang He (University of Washington)
    • Dalton Hildreth (University of Washington)
    • Yuri Hudak (University of Washington)
    • William Lack (University of Washington)
    • Jing-Sheng Li (University of Washington)
    • Dmitry Levin (University of Washington)
    • Jeffrey Lipton (University of Washington)
    • Kelly Mack (University of Washington)
    • Jen Mankoff (University of Washington)
    • Connor Mulcahy (University of Washington)
    • Alshakim Nelson PHD (University of Washington)
    • Monica Ortiz (University of Washington)
    • Jonathan Posner (University of Washington)
    • Annie Ross (University of Washington)
    • Anastasia Schaadhardt (University of Washington)
    • Adriana Schultz (University of Washington)
    • Anne Turner (University of Washington)
    • Megan Hofmann (Carnegie Mellon)
    • Scott Hudson (Carnegie Mellon)
    • Jim McCann(Carnegie Mellon)
    • Aidan Fay (Stanford University)
    • Elizabeth Foster (3D Systems Healthcare)
    • Benjamin Johnson (3D Systems Healthcare)
    • Shelby Marks (3D Systems Healthcare)
    • Jacob Ames (Hawk Ridge Systems)
    • Brandon Boulden (Hawk Ridge Systems)
    • Tristan Butler (Hawk Ridge Systems)
    • Mark Dolinar (Hawk Ridge Systems)
    • Matthew Fisher (Hawk Ridge Systems)
    • Devin Johnson (Hawk Ridge Systems)
    • Jack Aubin
    • Kavi Dey
    • Caitilynn Larmore
    • Kelly Richburg
    • Sherry Sellentin (Pacific Fabrics and Crafts)
    • Kathie Varney (Pacific Fabrics and Crafts)
    • Karen Grosh (Pacific Fabrics and Crafts)
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