3D printing can help more children like Emma if both adoption rates and innovation continue to expand. Ekso Bionics released a 3D printed exoskeleton with the idea to replace wheelchairs. (Source: SmartPlanet.com) There is a significant lack of mobility devices or exoskeletons that are fit for children - a custom, 3D printed product solves that problem.
Emma’s mother, frustrated with current options on the market, needed a solution that was lightweight and small enough for her child. Mrs. Lavelle asked the makers of the Wilmington Robotic Exoskeleton, or WREX, to customize a version for Emma. WMEX was fitted for Emma using 3DP plastic. The invention suited her frame and utility well, and the nickname "magic arms" was coined. "Magic arms" is now nominated for London's Design Museum "Design of the Year 2013" award. Hopefully, more AMC sufferers, people without socioeconomic access to a wheelchair, and other disabled children will benefit from this innovative design and increase in accessibility to 3DP. If "magic arms" wins the Design of the Year award, the 3DP movement will hopefully prove to be bigger than a hobbyist's dream. More research into the intersection between 3DP and healthcare is needed, and positive exposure in the form of Emma's story will prompt grant funds to be directed towards this disruptive technology. Stratasys Executive VP of Global Marketing, Jon Cobb, is quoted in the article and shares these sentiments about the technology:
“This is an exciting time for 3D printing, as more people become aware of its potential and its impact. We are honored to have been involved in such a worthwhile project and pleased to see it recognized by the design community.”
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