A Concise Study on Tribological Properties of Additive Manufactured Biomaterials

The science and engineering of surfaces that interact while in relative motion is known as tribology. It entails the study and application of lubrication, wear, and friction. The potential for tribology facets and applications in the biomedical field to improve human health is expanding and drawing the interest of researchers. These implants’ tribological properties, such as wear resistance and frictional behavior, are critical to their long-term performance and biocompatibility. This study aims to provide a concise overview of the tribological performance of additive-manufactured biomedical implants. The impact of different additively manufactured techniques on tribological characteristics of various biomaterials is elucidated that it is a valuable resource for Additive Manufacturing (AM) and biomaterials researchers, engineers, and clinicians, guiding them toward developing optimized implants with superior tribological performance and enhanced biocompatibility.