Lead Engineer always working on more projects than I can cope with. Works at Photocentric UK. Designed and PM’d scaling up 8m face shields for the NHS.
A coefficient of performance (COP) of 26 should define an exceptionally efficient cooling system. It’s a shame the reality is that it’s all hot air. Topical engineering satire?
Over the past few weeks, we’ve had 300 CVs for multiple engineering roles from graduates to senior and no applicant was female. I knew the lack of women in engineering was an issue but wow!
@lobo122002@3dprintindustry @Photocentric_ Injection moulding takes far too long to setup. Photocentric responded to an urgent need by the NHS and their technology redefines the point where injection moulding becomes worthwhile. If IM is a better option for cost and scale, the NHS would’ve chosen an injection moulder.
Thousands have turned to millions. We are using our innovative #3Dprinting technology to mass manufacture over 7 million face shields for the NHS. In a matter of weeks our business has transformed: https://t.co/Lf5zgYnxu0
#NHS#AdditiveManufacturing#PPE#FaceShields
@quigdes@Simonleighuk@rhbBSE@zsk@gustojunk I guess I’m a villain then for trying to get PPE into the hands of people who need it. Unfortunately SMEs don’t have endless money to donate everything all the time, so have to work at cost instead. I tried to work with injection moulders, but none could match our output in time
@Simonleighuk Projects like this are actually a really nice way of learning. I was thinking the other day that it would make a great CAD or design for manufacture task: get given a particular manufacturing method, design a face shield or similar device in 1 hr, print it, iterate and repeat.