
Yxoss CBR® - The future is now!
Thanks to a synergistic collaboration, Geistlich as the experts in regeneration is the exclusive marketing partner for the ground-breaking product Yxoss CBR® - a customised 3-D printed titanium scaffold developed to regenerate complex alveolar bone defects that can be combined with our best in class biomaterials Geistlich Bio-Oss® and Geistlich Bio-Gide®.
Yxoss CBR® - The first customised 3-D printed bone regeneration solution for complex bone defects
ReOss® uses the most up-to-date CAD/CAM technology available to satisfy patient-specific requirements regarding a planned bone augmentation. In a patented process, a contoured, form-stable scaffold is 3-D printed of the purest titanium based on CT- or CBCT-images, allowing customised bone regeneration (CBR®). Yxoss CBR® has the clear potential to revolutionise oral bone augmentation by customising the commonly used “titanium mesh”, using a digital workflow to fit the individual anatomy of each patient.”
ReOss® offers the option of integrated implant positioning in the surgical planning. By ordering 3-D designs for Yxoss CBR® you can also order the prosthetic positioning for using the Yxoss CBR® scaffold as a surgical guide for implant placement.
You will receive the digital proposal for the digital 3-D design with the opening already integrated in the Yxoss CBR® scaffold for future positioning of the implant pilot drill. After sending your design approval to ReOss, you will receive Yxoss CBR® scaffold for sterilisation and implantation.
- Patient Information - Customized 3D treatment of larger bone defects
- How do you guarantee a solid foundation for complex bone augmentation?
- Dr. Arnd Lohmann - Lateral and vertical bone regeneration with simultaneous soft tissue augmentation
- Dr. Pierre Marin - Regeneration of posttraumatic complex bone defect with a personalized 3D titanium scaffold
- Dr. Gian Maria Ragucci Prof. Federico Hernández-Alfaro - Combined horizontal and vertical regeneration using CAD-CAM titanium scaffold
- Prof. Matteo Chiapasco&Dr. Grazia Tommasato - 3D bone augmentation using CAD/CAM technology, biomaterials and autologous bone