amputees

See the following -

3D Printing Prosthetic Limbs: How 'Project Daniel' Is Revolutionizing Healthcare In South Sudan

Melanie Ehrenkranz | International Digital Times | January 14, 2014

Daniel Omar was 14-years-old when he lost both of his arms in a bomb attack in the Nuba Mountains of South Sudan. Fast forward two years. Thanks to the innovations of California-based research firm Not Impossible Labs as well as the advancements in 3D printing, Daniel now has his left-arm prosthetic and is currently helping to print prostheses for others. [...] Read More »

A Bionic, Mind-Controlled Arm, From The Inventor Of The Segway

Olga Khazan | The Atlantic | May 12, 2014

The FDA just approved a prosthetic arm that amputees can control with their brains...

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App Lets Amputees Program Their Own Bionic Hands

Kathy Matheson | San Francisco Chronicle | May 3, 2013

Double-amputee Jason Koger used to fly hundreds of miles to visit a clinician when he wanted to adjust the grips on his bionic hands. Now, he's got an app. Read More »

CES 2014: How 3D Printing's Changing Lives In S Sudan

Arthur Goldstuck | Mail & Guardian | January 9, 2014

Not Impossible, the company using 3D printers to provide hands and arms for amputees in South Sudan, has stunned CES with a life-changing initiative. Read More »

How a TIME Article Led To The Invention Of A $100 3D-Printed Artificial Limb

Harry McCracken | TIME | January 7, 2014

That’s the bleak conclusion to a bleak TIME story by Alex Perry from April 2012. It concerns Daniel Omar, a Sudanese 14-year-old who had his hands blown off by a bomb dropped by the Sudanese government in an attack on rebel forces. [...] Remarkably, though, the story went on to become much, much happier — and yes, it’s one that makes sense to be told here in TIME.com’s tech section. Read More »

How a University's 3D-Printed Prosthetics Club Provides Devices for Amputees

Last fall, one of the co-founders of Duke University eNable published an article describing our club’s beginnings and visions for the future. In the spring of 2016, we started out as six engineering students with a passion for innovation and design, supported by a small stipend from the Innovation Co-Lab and a grant from OSPRI (Open Source Pedagogy, Research and Innovation), a project supported by Red Hat. Since then we have established ourselves as a presence on campus, grown into a large interdisciplinary team, and connected with multiple recipients—including a young boy in Milot, Haiti. The resources offered through Duke and the sponsorship we've received allow us to continuously transform our ideas into things we can share with open source enthusiasts, makers, and dreamers alike...

Mick Ebeling, Founder Of Not Impossible Labs, Shares His Story Of “Project Daniel” Using 3D Printers & Ultrabooks™ To Make Prosthetic Arms For Children Of South Sudan

Press Release | Not Impossible Labs | January 7, 2014

Not Impossible, LLC, a California media and technology company, is using 3D printers connected to Ultrabooks™ to provide hands and arms for amputees in South Sudan and the war-torn Nuba Mountains. In November, Not Impossible printed a prosthetic hand that allowed a teenager to feed himself for the first time in two years. Read More »

OpenBionics Makes Low-Cost Open Source Robotic Hands Available to Amputees Around the World

Doing good for the world is often the nature of an open source software or hardware project. Offering code and schematics to others free of charge and with a license that allows for reuse and modification is often done to help others. Knowing this, I was still surprised to learn about an incredible project that combines robotics and prosthetics. This Instagram video of a robotic hand stopped me in my tracks. Further investigation revealed that the hand is the creation of OpenBionics...

Prosthetic Hand With Feeling: Re-Creating The Brain-Hand Connection

Melissa Healy | Los Angeles Times | February 5, 2014

The human hand is a wonder of strength, sensitivity and discrimination — not only because of those four fingers and the opposable thumb, but also because of the human brain that controls it. No wonder, then, that for those who design hand prostheses, re-creating the natural dexterity of the brain-powered hand is a daunting challenge. Read More »

With Ingenuity And A 3D Printer, Group Changes Lives

Andrea Chang | The Sydney Morning Herald | April 29, 2014

Ebeling had read a magazine article a few months earlier about the 16-year-old, whose hands and forearms had been blown off two years ago during an airstrike launched by the Sudanese government. The boy's plight resonated with Ebeling, who tracked down the remote hospital where Daniel had received treatment.

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