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  • Health care workers around the world are asking for help.

  • What do you want?”

  • PPE.”

  • When do you need it?”

  • Now.”

  • Theyre in desperate need of more PPE, also known as

  • personal protective equipment.

  • Stocks of the critical gear are

  • disappearing during the coronavirus pandemic.

  • Doctors say they are rationing gloves, reusing masks

  • and raiding hardware stores.

  • The C.D.C. has even said that scarves or bandannas

  • can be used as protection as a last resort.

  • “I’ve met the doctors, and talked with them every day.

  • I think there’s an interesting challenge

  • here in that, currently, there’s

  • such a need that if they had anything,

  • they would deploy it.”

  • The cries for help are mobilizing a wide range

  • of innovators, some of them even joining forces

  • through online messaging platforms like Slack.

  • These are engineers, doctors and even high school students

  • from around the world.

  • They come from all walks of life,

  • but say their goal is the same.

  • It’s amazing because no one’s asking

  • which country are you from?

  • Theyre just like, how can I help?

  • What do you need?”

  • Theyre pitching in by crowdsourcing designs

  • for masks, face shields and even ventilators

  • that could be reproduced around the world.

  • This is Nick Moser.

  • He’s an active player in one of the maker groups.

  • His day job is at a design studio.

  • Now, he’s designing replicable face masks.

  • Were focused on three products: a face shield,

  • a cloth mask and an alternative to N95-rated respirators.

  • The face shield is the first line of defense

  • for medical workers.

  • It protects against droplets.

  • If a patient coughs, itll hit the face shield

  • rather than them.”

  • Some designs are produced using

  • 3-D printers or laser cutters.

  • There you go.”

  • Then, the prototypes are field-tested

  • by health care workers.

  • Even some university labs are experimenting

  • with DIY techniques.

  • A group at Georgia Tech is working

  • with open-source designs from the internet

  • to develop products.

  • My lab works in the area of frugal science,

  • and we build low-cost tools for resource-limited areas.

  • And now, weve realized that I don’t have to go that far.

  • It’s in our backyard, right?

  • We need it now.

  • So this is a plastic sheet I have

  • not too different from what you

  • would get out from a 2-liter Coke or a soda bottle.

  • I actually bought this from an art store.

  • It’s just sheets of PET, so we can cut these out.

  • We are calling this an origami face shield,

  • and it’s the Level 1 protection.

  • This is one idea.

  • There are multiple different prototypes.”

  • This headband can be reused, and a doctor or nurse

  • could just basically tear this off and

  • basically snap another one on.

  • Were hearing that, in some cases,

  • that they go through close to 2,000 of these a day.”

  • Because the need is growing so rapidly,

  • the makers are also thinking about how

  • to increase their production.

  • So how do we get from this one

  • that someone made at home on a laser cutter or a 3-D printer,

  • and then get it in the hands of thousands of doctors

  • and front-line workers?”

  • Theyre working with mass manufacturers that

  • can take their tested designs, and replicate them

  • at a larger scale.

  • Weve been on the phone talking

  • to a number of suppliers, material suppliers.

  • So I think one of the neat things that weve done

  • is not only the design, proving that you can make it rapidly,

  • but then also trying to secure the entire supply chains.”

  • This is Dr. Susan Gunn, whose hospital system

  • in New Orleans has even started its own initiative

  • to 3-D print equipment.

  • So it starts with an idea.

  • We put the idea into place.

  • And then we make sure that it’s professional-grade first.

  • Infection control is looking at it,

  • and were making sure that were

  • using the correct materials that

  • would be approved by the C.D.C. and the

  • World Health Organization.”

  • Dr. Gunn says the gear is a safe alternative

  • for those who might otherwise face a shortage.

  • Were creating face shields and were

  • creating these different PPEs, and were putting them

  • in the hands where people felt like they needed them.”

  • Another critical piece of equipment is the N95 mask,

  • and the supply is dwindling fast.

  • Nick and his team are designing

  • a robust alternative for this mask

  • that can hold any filter material,

  • and be mass produced.

  • It is easily printable.

  • This one is used in medical situations

  • where there’s an actively infectious patient.

  • So nursing homes or obviously I.C.U. units

  • would be the target to receive these.”

  • These are really hard objects to manufacture because youre

  • going to give it to a nurse, and then

  • I want to be really confident that it will not

  • let a virus through, right?”

  • This equipment is not approved by federal agencies,

  • but the designers are testing their respirator prototypes

  • for safety.

  • That was basically the first, almost the first question

  • that was asked.

  • Can we do anything that’s actually going

  • to be safe and helpful?”

  • Some makers are pursuing even more ambitious projects.

  • An engineer named Stephen Robinson

  • in New Haven, Conn., is working

  • on designing ventilators to help patients breathe.

  • Countries are facing a dire shortage of

  • the lifesaving machines.

  • Right now, these DIY ventilators

  • are still prototypes.

  • So really, this should be thought

  • of as the seed of an idea that could potentially

  • be grown with, and absolutely requiring, the medical

  • and the tech communities.”

  • But they could become key if critical supplies run out.

  • Were in very uncertain times,

  • and I see explorations and projects

  • as kind of an insurance policy that could potentially

  • be leaned on if there was extreme circumstances.”

  • Health care workers are hopeful that these efforts

  • could prevent an even worse outcome.

  • We don’t want anybodylet’s be clearto use a bandanna

  • to protect themselves.

  • I hope it never gets to the point

  • where we have to wear a bandanna.

  • And I don’t think, with this initiative

  • that we will get there.”

  • For innovators like Saad, the challenge is personal.

  • “I just can’t stop.

  • I have to do stuff.

  • And then I’m currently at a hospital.

  • That’s why I have this uplifting little flower portrait.

  • Were expecting a baby boy, and what do we

  • tell him when he grows up about what we

  • did when society needed us?”

Health care workers around the world are asking for help.

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