Yorkshire university makes thousands of face shields for NHS

The University of Bradford has teamed up with local companies and started the mass production of thousands of face shields for the NHS, in response to the coronavirus pandemic.

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A team of engineers from the University of Bradford are working around the clock to mass produce face shields to help fulfil vital NHS orders for PPE.

The work is being carried out at the university's department of engineering in collaboration with two local companies, Leeds-based additive manufacturer ActiveCell Technologies and Teconnex from Keighley.

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Professor Tim Gough, head of the department of mechanical and energy systems engineering, from the University of Bradford, said the work started in response to an order for the equipment from the NHS.

The University of Bradford has teamed up with local companies and started the mass production of thousands of face shields for the NHS. Photo credit: otherThe University of Bradford has teamed up with local companies and started the mass production of thousands of face shields for the NHS. Photo credit: other
The University of Bradford has teamed up with local companies and started the mass production of thousands of face shields for the NHS. Photo credit: other

He said: "A lot of transmission [of coronavirus] is coming from patient coughing and that can infect the carer through respiratory transmission.

"We are manufacturing headbands and headpieces to go around the head, which you can then attach a visor to."

Professor Gough said it had taken a number of weeks to get to the point of manufacture.

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"It has taken us some time to get to this stage because everything has to comply with strict cleanliness standards, so we have had to deep clean everything, even the injection screws and screw barrels, to create a clean room environment," he said.

Mould sets designed and machined in Bradford mean the university has the capacity to produce in excess of 5,000 units per day.  Photo credit: otherMould sets designed and machined in Bradford mean the university has the capacity to produce in excess of 5,000 units per day.  Photo credit: other
Mould sets designed and machined in Bradford mean the university has the capacity to produce in excess of 5,000 units per day. Photo credit: other

The team is using high tech 3D printing and polymer injection moulding machines, capable of turning out thousands of pieces of protective face shield components a day.

Chris Wray, ActiveCell Technologies managing director, added: "We managed to scale our print farm up quickly to keep up with demand.

"To help create a design that is not only fit for purpose but helps protect the frontline workers in the NHS, private sector and care homes makes us extremely proud.”

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Mould sets ordered from Germany and designed and machined in Bradford mean the university has the capacity to produce in excess of 5,000 units per day if needed.

A team of engineers from the University of Bradford are working around the clock to mass produce face shieldsto help fulfil vital NHS orders for PPE.Photo credit: otherA team of engineers from the University of Bradford are working around the clock to mass produce face shieldsto help fulfil vital NHS orders for PPE.Photo credit: other
A team of engineers from the University of Bradford are working around the clock to mass produce face shieldsto help fulfil vital NHS orders for PPE.Photo credit: other

The initial NHS order was for 10,000 units, with a further 5,000 ordered by Bradford Council.

Prof Ben Whiteside, who is part of the six-strong team from the university, said: "The challenge has been to review the problem, finalise designs and manufacture tooling at time scales that are far quicker than industry norms, while also offering significant benefits over existing solutions for our NHS staff."

The team are also working on two other designs, one called an ‘ear saver’ to stop chafing caused by prolonged mask wearing in a medical setting and an alternative face shield design for use in care homes.

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Professor Gough is part of a six-strong team, which also includes Professor Whiteside, who leads the Polymer Micro and Nano Technology Research Centre, and research engineer Michael Hebda, technical services manager David Barker and engineers John Hornby and Glen Thompson.

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