Conclusion

This case report presents a novel patient-specific customized lattice structure made of titanium, which is suitable for shaping and rebuilding a bone defect in complex anatomic situations. Clinical and histologic results demonstrated this protocol as a successful and predictable procedure for rebuilding an atrophied bone defect. Further studies are needed to evaluate the effects and benefits of Yxoss CBR.

This protocol provides improved management to facilitate successful surgical augmentation of the jaw bones and provides sufficient quality to improve regeneration of bony defects. It offers a simplified handling, a removal option to keep the augmented bone in place together with reduced handling time. By confirming the design interactively, the surgeon is directly involved in the manufacturing process.