espite the numerous advantages of ceramic materials, their use in prosthetic applications is associated with certain engineering and practical limitations. Among their main advantages are high hardness, excellent wear resistance, and chemical stability, which make them suitable for use in biological environments within the human body. However, the relatively brittle nature of ceramics compared to metals represents a significant challenge, as they are more susceptible to fracture under sudden loads or impact stresses. Consequently, their application requires precise engineering design to ensure proper stress distribution and to minimize stress concentration. For this reason, ceramic materials are often combined with other materials such as metals or biocompatible polymers to achieve an optimal balance between strength and flexibility. This material integration enhances the functional performance of prosthetic limbs and ensures their safety and effectiveness during long-term use.