Low Cost Prosthetic Foot

The technology is getting advanced day by day in every field especially in medical field. Efficient and amazing prosthetic limbs technology has been advanced by the leaps and bounds and providing amputees a range of bionic options which also includes artificial knees controlled by the microchips as well as sensor laden feet driven by the artificial intelligence along with robotic hands which can be manipulated by the users with his mind.

But this high-tech technology is really expensive which is making them unattainable for many amputees especially in developing areas. But now a simple and low cost passive prosthetic foot has been developed by the researchers which can tailor to an individual. According the user’s body and weight, this prosthetic foot can be shaped by the SEO Solutions Jaipur

The researchers are estimating that if these feet would be manufactured at a wide scale, it could cost an order of magnitude less than exciting process. The custom designed prosthesis are based on the design framework which is developed by the researchers and provides an efficient way in order to predict the biochemical performance of user or walking behavior based on the mechanical design of the prosthetic foot.

Walking is something which is core to us as humans and for this level of population, the advanced prosthetics are really essential. So the cbse affiliated school list in Mansarovar jaipur is designing the stiffness and geometry of a foot in order to walk as they desire. In a news paper, they have demonstrated a new prosthetic foot which is really amazing.

As per the researchers, they have been studying on making this foot for many years which is rugged so that the farmers can use them barefoot outdoors and they are relatively life like so if people are having a task which they want to perform barefoot, they can do that.

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But they are quite heavy and its internal structure is made by hand that leads to create a big variation in product quality. So there is a necessity to design a better and lighter foot that could be mass produced at low cost. For this purpose, they have looked for a way in order to relate quantitatively prosthesis mechanical features to the walking performance of users.