2020欧洲杯投注盘口

COVID-19 PPE Production Team

Kent State's PPE Team has 81 people who have directly contributed to the project. The Kent State PPE Team’s collaboration partners consist of 8 colleges, 3 campuses and 3 divisions, as well as 44 student/alumni volunteers and 4 community members/agencies.
More Info


 

Flashes Forge Ahead

Kent State is providing the research, experts and resources to help the fight against COVID-19 as the Kent State community and the world continue to move forward during this unique time.

Visit the COVID-19 Hub

 
Goal Exceeded!

# of Face Shields Donated so Far

0 Made
of
2,000 Goal
 
 

Want to Help?

Here’s How...

If you would like to help with Kent State’s efforts to produce PPEs, please contact J.R. Campbell.

  • For 3D printed shields
    We ask that all volunteers use the 3d print files (without modification) that we are collectively producing so that we can ensure the assembly process for all shield components.

  • For sewn masks
    2020欧洲杯投注盘口 Please let us know of your interest here. Our team is not directly organizing efforts beyond the face shield and face mask production, but we are happy to help connect you to the groups who are.

  • For 3D printed face mask holders
    We ask that all volunteers use the 3d print files (without modification) that we are collectively producing so that we can ensure the assembly process for all facemask components.

Other Ways to Help

Partners on the Project

MedWish Logo

has partnered with our group on this project. The Kent State PPE Production Team will be donating everything we produce to MedWish. Any local agency can then request these (and other) supplies .

MedWish is not charging any fees for supplies related to COVID-19 requests.

  • Burton D Morgan Foundation Logo
    The Burton D. Morgan Foundation

  • United Way Logo
    The United Way of Portage County

  • Kent Free Library Logo
    The Kent Free Library

Project Team Members

Introduction & Description of Actions to 3D Print and/or Produce PPE’s For Local Healthcare Services

During these unprecedented times, we would like to share with you one way that Kent State University is responding to the COVID-19 crisis. As you are probably aware there is acute need for personal protective equipment (PPE) by all levels of the healthcare network and the Design Innovation network is addressing this need in the following way:

3D Face ShieldThe Design Innovation network of makerspaces has the capacity to quickly react to the local and critical need for PPE on the ground in our communities. Their hope is to continue to build on this capacity to prototype, print, cut and produce much more in the future. Local healthcare and first responders have shared that local entities have a disadvantage in that when they run out of PPE, they must float their need up to the county, the state, and eventually to the federal level depending on availability, which can be a time-consuming and onerous process. By supplying the local entities with more PPE than may be needed, it is easier and quicker to distribute those supplies “upward” than it is to wait for the trickle down of supplies from the top levels of government.

J.R. Campbell (DI) is helping to coordinate a team that currently consists of about 25 people working on this collectively on the Kent, Stark and Tuscarawas Campuses. Hilary Kennedy (Library Makerspaces), Rick Ferdig (EHHS), Chris Woolverton (CPH) and Kevin Pospichel (CAED) have been leading the prototyping, modification and testing of open-source designs as well as collaboration with College of Aeronautics & Engineering and the College of Nursing.

Project Team Members

Working with local first responders (including Kent City Fire), the team will be utilizing the 3D printing and laser-cutting resources that already in place at Kent State to produce much-needed and increasingly scarce PPE for local first responders including face shields and face masks.

 

We are currently testing/modifying prototypes and template files from Columbia University, which has been working to produce PPE for New York City hospitals.

Over the next 2 days, we are designing and testing new types of 3D printed headbands for a quicker print time (currently 3hrs per headband). Reducing print time will increase the volume production.

Man Wearing a 3D Printed Face ShieldDr. Chris Woolverton (Public Health) is simultaneously working to investigate reuse of the PPE they produce, running tests to determine a process for safely reusing masks and face shields (if one exists).

We are still in the testing phase, with hopes to solidify plans and processes early in the week of March 30.

2020欧洲杯投注盘口Our goals are to at least produce 300 shields and 300 masks as a pilot run with plans to produce many more as supplies are available

2020欧洲杯投注盘口Limited workforce in running the printers is a current obstacle for which they are sourcing solutions. If you have access to a 3D printer or similar tools and would like to assist in Kent State’s efforts, please see the information under the "WANT TO HELP?" section.

Other Shared Resources for making PPE’s
  •  - connecting producers with healthcare systems
  • 3D Printable Face Mask from 
  • 3D Printable Face Shield from 
  • 3D Printable Face Shield from Prusa (modified by )
  • 3D Printable Face Shield from  (recommended by Prusa)
  • 3D Printable Face Shield from  (with assembly guide)
  •  (UCLA)
  •  at Penn Libraries
  •  with no 3D print or lasercutting required
  •  Face Shield
  •  Face shield
  •  (cut time 1 minute and materials cost ~$1 per shield)
  • : PET Film, Foam, Elastic bands
  •  to be used in face shields