Are you a maker who wants to get started making PPE? Refer to the links below to see which designs out community is making. You will generally need some of the following equipment: Laser cutter, 3D printer, sewing machines and minimal shop tools.
If you are planning on making PPE. You must understand the risks.
Read more about your responsibility.
This is a 3D Printed design. Ear Savers help release the tension behind the ears to prevent chafing and move the tension behind the head, where is more comfortable for long-term wear by healthcare and frontline essential workers.
Instructions on how to print these be found on the NIH 3D print exchange below.
Model can be downloaded from here: [external link]
Instructions on how to print it can be found above as well.
We have a print-out you can use for Ear Savers as well and can be found here.
Inhaler spacers will help COVID-19 patients ensure that the medication is delivered to the lungs, where they needed to help loosen up mucus, and improve lung function as opposed to simply hitting the back the throat and not getting the entire dose to the lungs, where it is needed.
|This is an "Inhaler spacer tube" that they have designed without any sharp corners, easy to use, easy to clean. It is also very fast to print by utilizing "Vase mode" as the printing method.|
The inhaler has a tapered outlet and because of that, it may work ok regardless, but make sure to print a test unit and check the fit on an actual inhaler before you start printing large quantities.
The larger the nozzle the faster it will print and stronger it will be.
To make it easy to slice they have added the file in 1.2, 0.8, 0.6 wall thickness to work with (1-0.4mm nozzles).
It was tested succesfuly with 1mm and 0.4mm nozzle
The model can be downloaded from here: [external link]
We don't recommend 3D-printing masks and respirators. This blog post by Prusa explains it well.
However, sewn masks can be worn individually or over N95 masks for added protection. We list available designs below. These masks are not meant to be replacement for surgical or medical grade equipment.
This is currently our preferred mask making protocol and patterns. Along with the info sheet for healthcare workers.
|These masks were produced based on advice from Open-Source COVID19 Medical Supplies. They are made of 2 layers of 100% cotton fabric. The masks have been stitched together using [insert your thread type here] thread. |
These masks are intended to be worn over existing PPE to prolong the life of surgical masks or N95 masks. These masks should be washed before use. They are suitable for use in contaminated environments but are not sterile. Do not touch the side that goes against your face.
Currently in production by our friends at Skilled Laborers Brigade, NYC Face Mask Initiative, and at-home sewers in NYC.
Find the project documentation here: Sewn Masks For NYC Hospitals
This is a sewn mask pattern, available via Deaconess Hospital. Instructions and patterns are available here: [external link]
This design was vetted with the Skilled Laborers Brigade and is being manufactured in NYC. Instructions are available here: [External Link]
This sewn mask project started to connect volunteers with Denver’s SCL Health System and Saint Joseph Hospital to protect medical workers during the 2020 COVID-19 Pandemic. Instructions and patterns are available here: [external link]
This design has not yet been tested - please reach out if you're interested in giving feeback.
This mask concept can be assembled in about 10 minutes using a piece paper. Designed for the general public to avoid using supply that might be needed by hospitals or those who can't otherwise get access to other masks. Instructions are available here: [Internal Link]
Face shields are worn by doctors and nurses when intubating patients to prevent fluids from contacting their face. They are often worn on top of N95 masks, and protects both the user and the mask. Face shields can be manufactured easily with 3D printing, laser cutting plastic sheets, or potentially die-cutting plastic sheets.
This is currently our preferred 3DP design.
|It uses a glasses-like design, and does not require foam or elastic parts. It is designed for plastic from a sheet protector, with holes punched with a standard hole puncher.|
Models can be downloaded from here: [external link]
Instructions for final assembly can be found here.
|This is a face shield manufactured from a plastic sheet, foam tape, and elastic. This design takes far less time to manufacture, but is disposable due to the unsanitizable foam.|
Materials can be sourced directly from McMaster-Carr, but alternatives are fine.
Our members are actively manufacturing this design.
|This is a face shield design by the NYU COVID-19 Task Force. It is manufactured from a plastic sheet and elastic. A well-placed plastic forehead piece prevents the need for a foam spacer.|
The design is available here: [external link]
|Designed by Prusa Research, this design involves 3D printed parts, a laser cut face shield, and an elastic backing.|
Companies are also printing and selling this design.
While this may be the most durable design, the output may be too slow to meet the demand in NYC. It takes about 2~3 hours to print each headband part, which is too slow.
|This is also a 3D printed design by Budmen Industries. Requesting or manufacturing the design requires registration. [external link]|
We can now accept contributions of 3D printed Ear Savers.
Our shipping address is:
NYC Makes PPE
534 W 112th St
New York, NY 10025
It is crucial that you follow the directions below.
When manufacturing PPE, follow these instructions recommended by Prusa Research:
One of our members have written a legal disclaimer (with lawyer consultation) to include with face shield donations to hospitals. It is available here:. If you are selling such face shields, you may want to acquire your own legal counsel.