Using PTC's Creo 3D design suite, College Park Industries developed iPecs (Intelligent Prosthetic EndoSkeletal Component System), a wireless, six degrees of freedom transducer that is specifically designed to measure amputee gait. (Source: College Park Industries)
Love that last point, Naperlou. Absolutely, 3D printing is advancing to cover all ends of the spectrum in terms of manufacturing. In terms of medical technologies, it's really had an impact even beyond the manufacture of custom prosthetics. Check out our slide show on 3D printing in the medical sector.
Beth, this is a great story. With the advancement of electronics and design software, the missing piece was manufacturing. As another great example of the power of 3D printed objects this is very encouraging. After all, if you can make a receiver for a gun with 3D, you should be able to make good prosthetics.
Theorem Solutions recently announced the release of its newest software solution: Publish 3D. The program enables direct translation between CAD software and the PDF format, allowing engineers to spend more of their time doing what they do best -- creating.
The MOD-t 3D printer, from New Matter, is a low-cost printer that is easy to use and one of the cheapest yet. Cookie Caster lets a user design his or her own cookie cutters and have them made. It's the cloud at work!
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