Orthopedic implant design is entering a new era as advanced biomaterials reshape how devices are engineered and manufactured. Emerging materials—ranging from highly porous metals and bioactive ceramics to novel polymer composites—are enabling implants that better mimic native bone mechanics and support biological integration. These materials improve properties such as osseointegration, durability, and wear resistance while allowing more complex geometries through advanced manufacturing methods like additive manufacturing. Designers are increasingly combining materials science with digital engineering to optimize implant performance and patient-specific solutions. As these innovations mature, they promise to expand the capabilities of orthopedic implants, improving long-term fixation, reducing complications, and advancing the evolution of next-generation musculoskeletal devices.