A prosthetic device created through additive manufacturing processes, using materials like plastic filaments, constitutes a significant development in assistive technology. These devices offer a customized and potentially more affordable alternative to traditionally manufactured prosthetics. An example of application includes providing upper limb assistance to individuals with congenital disabilities or amputations.
The importance of such technology lies in its capacity to improve accessibility and reduce the cost barrier associated with upper limb prosthetics. The historical context reveals a shift from expensive, specialized manufacturing processes to a more decentralized model, empowering individuals and communities to create personalized solutions. This shift holds the potential to positively impact the quality of life for individuals requiring assistive devices by offering greater customization, affordability, and ease of repair.
This article explores the design considerations, materials science aspects, printing techniques, and the ethical implications associated with the widespread use of these additively manufactured prosthetic limbs. It will also delve into the collaborative efforts and open-source initiatives that contribute to the advancement of this field.
