• Its porous trabecular structure, similar to human cancellous bone, provides channels for osteocyte growth, accelerates new bone formation, and achieves firm integration between the implant and autologous bone.
• Its elastic modulus is close to that of cancellous bone, which reduces stress shielding and improves the quality of newly formed bone.
• The high friction coefficient delivers excellent initial stability for the implant.
• The excellent biocompatibility of tantalum metal reduces the occurrence of adverse reactions.