As orthopedic devices become increasingly complex and incorporate advanced biomaterials, manufacturers are exploring new sterilization methods beyond traditional approaches such as steam and ethylene oxide. Emerging alternatives aim to improve compatibility with heat-sensitive materials, reduce processing times, and address environmental and regulatory concerns associated with conventional sterilization systems. Technologies under investigation include low-temperature gas sterilization, advanced plasma systems, and novel chemical-based methods capable of effectively sterilizing intricate implant geometries and porous structures. The search for new sterilization options reflects broader changes in orthopedic device manufacturing, where additive manufacturing, bioactive materials, and increasingly sophisticated implant designs require more adaptable and efficient sterilization strategies to ensure safety, performance, and regulatory compliance.