Engineers from the University of Sheffield are responding to a national call for help in the fight against coronavirus by 3D printing face shields for doctors and healthcare workers.
The response, led by Dr Pete Mylon from the University’s Faculty of Engineering, is utilising the world class engineering facilities in the University’s Diamond building to rapidly manufacture face shields for frontline NHS staff working in hospitals and healthcare practices.
Following a national call for help made by the 3DCrowd UK initiative, started by a small group of makers last week with the aim of providing PPE to healthcare workers using 3D printing, Dr Mylon got to work by assembling an interdisciplinary team of engineers with a range of different specialisms.
The team includes experts in all stages of the manufacturing process, including 3D printing and disinfection, so that the face shields can be quickly manufactured in bulk to help meet the needs of doctors and healthcare workers in Sheffield and throughout the Yorkshire region.
The team has developed a manufacturing process that allows them to maintain social distancing. All materials entering the building are cleaned and the completed face shields are disinfected prior to shipping.
Following their quick response, the University of Sheffield team is now the Yorkshire hub for the 3DCrowd UK initiative and will be making face shields primarily for frontline doctors and healthcare workers across the region from the University’s iForge Makerspace.
The iForge – a first of its kind in the UK – is a pioneering facility run by engineering students that gives engineers at the University an opportunity to collaborate, create and make outside of their academic studies. The space contains state-of-the-art equipment and has links with industry.
Dr Sam Pashneh-Tala, an expert in bioengineering from the University of Sheffield’s Department of Materials Science and Engineering, who is also involved in the project, added: “The University of Sheffield has a wide range of manufacturing equipment and, crucially, the expertise needed to use it. Our skills in design and manufacture have allowed us to respond quickly and scale up the manufacturing of PPE for use by healthcare workers.”