Using speedy prototyping technique like 3D scanners and printer , Scott Summit ’s company brings self - esteem back to those who ’ve suffered a tree branch loss withcustom designed coveringsthat turn prosthetics into stunning pieces of artwork .
Summit , a Stanford engineering lecturer , has embraced the idea of using foreshorten sharpness technology to make products that can drastically ameliorate someone ’s life . So Bespoke Innovations , the caller he co - founded back in 2009 , utilize modern intention , engineering science and manufacturing techniques to create and produce prosthetic arm fairings in as lilliputian as 30 hours , starting at $ 4,000 .
The process starts with a 3D scan of the guest ’s legs and prosthetic , which is used to create an overall material body for the fairing that matches the contours of their body and their remain limb . From there the client works with a interior designer to select material like metal or plastic , fetch up like leather or a high gloss polish , and even adornments like sculpted features or laser - etch tattoos . The process also takes into account when they mean to wear them , so pick out clean materials would make them better become for play and physical activities . But the overall destination of the process is to acquire a fairing that ’s unique to every client so they ’re define by how it looks , not the fact that they take one in the first place . [ Bespoke InnovationsviaScope ]
Design
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