3D printing in support of
COVID-19 containment efforts

AIDIMME 3D Printable Face Shield

Designed for optimal productivity, parts per build and output with 3D printing technology, with a minimalist design.

Face shield frame is designed for optimal comfort and to help the face shield stay in place. Prints in a compact geometry for maximum efficiency.

EN 166 certified according to COVID-19 regulations with HP 3D High Reusability PA 12.

Approximately 780 Face Shields supports can be produced in a full build with HP Jet Fusion 5200 and 4200 3D Printing Solutions.

Visit AIDIMME website to learn more and request information about the design file.

3D Printable Face Shield

Optimized for 3D printing with HP Multi Jet Fusion technology.

Face shield frame is designed for optimal comfort and to help the face shield stay in place. Prints in a compact geometry for maximum efficiency.

EN 166 certified according to COVID-19 regulations with HP 3D High Reusability PA 12.

Approximately 78 Face Shields can be produced in a full build with HP Jet Fusion 5200 and 4200 3D Printing Solutions.

Please agree to the terms and conditions to download the design file and nesting files.

Avid 3D Printable Face Shield

Optimized by Avid Product Development for 3D Printing with HP Multi Jet Fusion technology.

DfAM face shield frame prints in a compact geometry for maximum efficiency. Part assembles into the 3D shape by placing the face shield on the pins, connecting the headband, and then adjusting the back strap to fit user’s head.

Please visit Avid’s website for more information and to download the file.

P2 Half Mask designed by HP

The 3D printable reusable P2 mask has been tested in the CNMP-INSST Testing Laboratory with successful results.

Tested against EN 1827 partially applied for protection against SARS-CoV-2. Made with BASF Ultrasint® TPU01.

Consists of:

• A 3D printable half mask body, designed to cover nose , mouth and chin and seal against the face.
• No exhalation valve helps optimize protection.
• Two 3D retaining rings, which hold two replaceable FM P2 NR penetration protection class filters in place. Not intended to protect against oily based aerosols in industrial use.
• Two elastic straps, which are attached to the mask body through dedicated features.
• Filters needs to be replaced after each working shift.
• Replaceable face piece must be cleaned and disinfected according to the manufacturer´s instructions and using products approved by national health authorities.

Approximately 30 mask bodies can be produced in a full build with the HP Jet Fusion 5200 3D Printing Solution.

CIIRC RP95-3D (Half-Mask)

Personal protective equipment - a half-mask - with a P3 replaceable external filter. The set consists of a 3D printed body of the mask and an external filter.

Developed by the Czech Institute of Informatics, Robotics and Cybernetics CTU (CIIRC CTU).

For use in Czech Republic.

Visit CIIRC CTU website for more information.

Stopgap Face Mask (SFM)

The Stopgap Face Mask was created as an emergency action in an effort to provide backup PPE options if the standard PPE has become unavailable.

It 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.

Visit the NIH 3D Print Exchange website for more information and to download the file.

Bellus3D Face Mask Fitter

A personalized 3D printed frame contoured to the specific shape of the user's face to optimize the peripheral seal of surgical or similar masks to the face. The frame fits a person's facial geometry and is automatically generated from a 3D face scan using the Bellus3D Face App or Dental Pro Apple iOS application for Apple iPhone X, iPhone 11 or iPad Pro with FaceId capability.

Visit the Bellus3D website for more information

Mask sealer by Twikit

Use a mask sealer to optimize both comfort and sealing of your FFP2, surgical or textile mouth mask.

The mask sealer is a 3D printed frame designed for solid sealing around the mouth & nose area.

By the use of a 2-point measuring system (nose-to-chin) the wearer can choose between 5 sizes for a solid, comfortable sealing. As the mask sealer is 3D printed in soft grade TPU, the sealer is reusable and easily adjusts itself around the user’s face.

An average of 300 units can be produced per TPU build with HP Jet Fusion 3D Printing Solutions.

Visit the following website to order your personal mask sealer.

CPAP (Continuous Positive Airway Pressure) Mask Cross-connector

Connector for materials available in hospitals for administering advanced oxygen therapy simulating a CPAP (Continuous Positive Airway Pressure) with a reservoir bag. This connector has been designed by the Spanish engineer D. Luis Miguel Peñalver in collaboration with the Director of the Little Devices Lab at MIT in Boston and founder of the MakerHealth system, Jose Gómez Márquez and under the supervision of Dr. Jose Andres Cambronero Galache, intensivist doctor, retired head of the ICU service at the U. Príncipe de Asturias Hospital and the ICU Nursing staff of the Hospital de Alcalá de Henares..

Available in Spain on a temporary basis for uses related to COVID-19 emergency response.

Cressi® CPAP Mask Connector

A group of healthcare professionals from the Consorci Corporació Sanitària Parc Taulí hospital and 3DPTLab tested the effectiveness of an adapted full-face diving mask (Duke model from Cressi®) acting as a continuous positive airway pressure system to provide non-invasive ventilation, in the event of a shortage in the supply of officially approved CPAP devices.

Available in Spain on a temporary and limited basis for uses related to COVID-19 emergency response.

Visit Parc Taulí hospital website for more information.

Mask Adjuster

Helps relieve ear pain for hospital staff who need to wear masks for long periods of time.

The adjuster was joint designed/optimized by Peak Sport Products Co. and HP based on inputs from doctors and nurses in the field.

Approximately 1000 Mask Adjusters can be produced in a full build with HP Jet Fusion 5200 and 4200 3D Printing Solutions.

Please agree to the terms and conditions to download the design file and nesting files.

Hands-Free 3D-Printed Door Opener

Door handles are among the most germ-infested objects in houses, hospitals, factories, and elderly homes. Materialise is sharing a free design file for all worldwide for a hands-free 3D-printed door opener.

Approximately 120 Hands-Free 3D-Printed Door Openers can be produced in a full build with HP Jet Fusion 5200 and 4200 3D Printing Solutions

Visit Materialise website to download free file.

Personal Door Opener

This tool has been designed to allow users to open a variety of doors without touching potentially contaminated door handles.

The tool can be attached by lanyard to belts or other parts of clothing or bags for easy portability.

Approximately 40 personal door openers can be produced in a full build with HP Jet Fusion 5200 and 4200 3D Printing Solutions.

Please agree to the terms and conditions to download the design file and nesting files.

Wrist Cover

Currently, some hospital staff need to use two gloves in order to fully cover the part of their arms that could get exposed between the end of a lab coat sleeve and the end of a glove: One interior glove to close the end of the sleeve of the lab coat, and then a disposable glove on top of the interior glove. This sterilizable wrist cover device was designed based on feedback from hospital staff, who were looking for a way to cover the exposed skin on their arm, whilst minimizing the number of gloves that are used unnecessarily, as these are currently in short supply.

This device does not replace PPE. USE ALWAYS with gloves and medical gown. This is a supplementary device that should always be used on top of homologated PPE.

Approximately 84 sets of Wrist Covers can be produced in a full build with HP Jet Fusion 5200 and 4200 3D Printing Solutions.

Please agree to the terms and conditions to download the design file and nesting files

Field respirator

First industrialized field 3D printed emergency respiration device to support hospitals and ICUs. A mechanical bag valve mask (BVM) that can be used for short term emergency ventilation of COVID-19 patients. 3D printing allows this health system to be made available quickly during the shortage of medical equipment. With HP Multi Jet Fusion technology and existing capabilities in the alliance, both in design and in prototyping, the functionality of this first model of the largely 3D printed emergency respiration device has been developed and tested. Industrially scalable – expectation is that the production capacity of between 50 and 100 units per day can be reached.

Design created by Leitat senior engineer Mr. Magí Galindo, and medically validated by Dr. Lluís Blanch, Director of Innovation at the Hospital Parc Taulí in Sabadell, an expert in mechanical ventilation.