Personalized Prosthetic Design Based on Artificial Intelligence and 3D Printing Technology

Abstract

The integration of artificial intelligence (AI) and 3D printing technologies is transforming the field of personalized prosthetic design. It offers solutions that meet the specific needs of different patients. Traditional prosthetics have problems such as long manufacturing cycles, high prices, and inability to meet the specific needs of a small number of patients. However, if AI technology is combined with 3D printing technology, each patient can be given a unique diagnosis, and a personalized diagnosis can be provided. The service of providing customized prosthetic limbs for each patient. Prosthetics play a significant role in restoring the mobility of disabled individuals and improving their quality of life. However, traditional prostheses have limitations, such as long manufacturing cycles (The period of a normal prosthetic limb picking date is about 4 to 8 weeks), high prices (This results in the poor being unable to use prosthetic limbs), and inability to meet the special requirements of specific groups of people. For example, children and athletes often have different prosthetic needs than the general population. Artificial intelligence (AI) is the capability of computational systems to perform tasks typically associated with human intelligence. Combining artificial intelligence technology with 3D printing provides solutions to the challenges faced by ordinary prosthetics.