Aiming at the clinical challenges in the field of dental implantology, particularly in cases where poor alveolar bone conditions and difficult reconstruction of extraction socket bone tissue hinder implant placement, a series of bionic repair materials have been developed by integrating gene recombination technology and nanobionic technology in terms of composition and structural design. Using humanized protein-based materials, a range of products—including humanized collagen hemostatic repair sponges, oral repair membranes, and oral bone filling materials—provides a safe, rapid, and efficient oral regeneration solution for dental implantology. This product series is currently in the preclinical development stage.