Protective Face Mask for General Use

This model has not been assessed for community use or in a clinical setting. Further optimization may be required.

Submitted by:

hankphelps

Mon, 2020-04-20 14:10

Vertical Tabs

General Information

Model ID

3DPX-013940

Category

Labware & Devices

Device Use

Safety and Personal Protective Equipment

Keyword(s)

additive manufacturing, 3D print, face mask, Variable Filter Thickness

This face mask design can accomodate variations in filter thickness to allow available materials to be used. It incorpoates anti-rotation features to ensure the filter material is properly seated and sealed in the mask. The anti-rotation avoids bunching of the filter material as the threaded cover is secured to the mask.

Segmentation Software

PrusaSlicer

3D Modeling/CAD Software

Blender 2.8

Model Origin

Original Design

How to Make

Printer Technology/Material

Polylactic Acid (PLA)

Material Extrusion

Printer Make/Model

Prusa i3 MK3S

Print Units

Scale At Given Print Units

100%

Printer-specific Build Instructions

Build file

Treaded Cover_0.2mm_PLA_MK3S_56m.gcode

Specific material

PLA

Number of prints per build

Build time

56 min

Build file

Treaded Insert_0.2mm_PLA_MK3S_2h47m.gcode

Specific material

PLA

Number of prints per build

Build time

2 Hrs 47 min

Build file

Retention Pins_0.2mm_PLA_MK3S_11m.gcode

Specific material

PLA

Number of prints per build

Build time

11 min

Build file

Mask Body_0.2mm_PLA_MK3S_5h32m.gcode

Specific material

PLA or TPU

Number of prints per build

Build time

5 Hr 32 min

Build file

Filter Retainter Anti Rotation_0.2mm_PLA_MK3S_44m.gcode

Specific material

PLA

Number of prints per build

Build time

1 Hr 26 min

Pre- and Postprocessing Instructions

Post Print

1) Remove sharp edges

2) If Mask Body not made from flexible material, then a closed cell, elastomeric material, such as foam tape, should be added around the inner perimeter of the mask to ensure a good seal with the face.

3) Add elastic band to secure to face.

Attribution

Attribution Instructions

Design by H. Phelps April, 2020

Reviewer Notes

Dear Author,

In order to dofurther evaluation of your NIH submission we need to be able to print parts of the models individually. Please split up you design into individual components and upload those files.

Thank you.

05.07.20