Through ion doping, ceramic particle reinforcement, and additive manufacturing, this technology significantly improves performance: degradation rate increases to 73%, compressive strength reaches 103 MPa, and degradation products are absorbable hydroxyapatite. The optimized 3D grid structure enhances mechanical properties, water resistance, and toughness, serving as an ideal biomaterial for orthopedic surgeries with high strength and controllable degradation.

Technology provider:Xi'an Jiaotong University