Artificial hands and prosthetic limbs have come a long way in recent years. With realistic aesthetics and remarkable capabilities, today’s artificial hands for handicapped people truly represent an intersection between medical science and engineering artistry. They allow amputees and those with hand disabilities to regain significant function and use of their hands. But what are these modern prosthetic hands made of? Here’s an inside look at the materials that make artificial hands possible!
1. Metals
When it comes to making prosthetic hands or limbs, both alloyed as well as pure metals find application. Titanium is one particularly common lightweight and corrosion-resistant metal used in artificial limbs. If titanium is used in the right amount for manufacturing prosthetics, it can be highly economical for the lifetime of the artificial limbs.
2. Polymers
Polymers often serve the role of the primary load-bearing structure in artificial hands for handicapped people. These are often used in the smaller and more complex body parts like joints and phalanges. Polyethylene, a type of polymer commonly, is applicable in the manufacturing of artificial limbs that need to be waterproof.
3. Carbon Fibres
Another new entrant in this department are the carbon fibres.Their use became prevalent when the prosthetics industry was looking for a lighter load-bearing material. Carbon fibres are also used for making artificial limbs because of characteristics like high tensile strength and temperature tolerance.
The prosthetic industry is undergoing significant transformation, which indicates that artificial hands for handicapped people will become more functional in the future. As a result, disabled people with prosthetic hands will be able to enjoy increased flexibility, convenience, and comfort.
