Prosthetic Limbs Research Paper

Words: 792
Pages: 4

I have chosen to investigate 3D printed prosthetic limbs as my innovation. The industries using 3D printing range from automotive to consumer goods. Now, people have started using the technology to create prosthetic limbs. This new innovation can open up a whole new line of work for designers, and companies that produce prosthetics.

The benefits of 3D printed limbs include low cost, accessibility and convenience.
Traditional prosthetics can cost between $5,000 and $50,000, but 3-D printed prosthetics only cost a few hundred dollars. This is especially helpful to the families of children with prosthetic limbs because children grow so quickly and need new, different sized limbs fairly often, which can cost thousands of dollars (which is
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It is a cheaper more effective way to create prosthetics for people who need them. Once more companies begin making their prosthetics with this method, the costs will drop immensely and more people will be able to buy them. There are many people who simply go without because they are unable to afford a prosthetic that they need. This will also reduce the production cost for companies. It will create a whole new market for graphic designers and programmers to create better, more advanced 3D printing machine to create more advanced 3D …show more content…
The printer must convert the CAD file to STL format. During printing,the printer uses 2 types of materials,modeling material, and support material, which serve as a support for the object as it's being printed. These materials are a type of plastic thread/filament, which are unwound from a coil and fed through a nozzle. Then the nozzle melts them and expels the filaments onto a base. The computer controls both the nozzle and the base. This computer translates the dimensions of an object into X, Y and Z coordinates for the nozzle and base to follow.In a standard 3D printer, the extrusion nozzle moves horizontally and vertically over the build platform and "draws" a cross section of an object onto the platform. Once a layer is completed, the base is lowered so there is enough space for the next layer of plastic. Depending on the size of the object being printed it can be a fairly slow process, But it is much cheaper than stereolithography (SLA) or selective laser sintering (SLS). The objects can also be easily altered to improve their function; they can be painted,