OssDsign’s proprietary titanium-reinforced calcium phosphate implants are designed with the intention to eliminate the well-known lifelong risks posed by commonly used inert materials or autologous bone. Clinical experience shows lower rates of complications as compared to conventional techniques for craniofacial reconstruction.

Every implant is tailored to the individual patient based on CAD technology and 3D printing. The result is a continuously expanding portfolio of custom-designed implants for a variety of clinical needs.

Histology, RT-PCR and PET-CT evidence has demonstrated the material’s ability not only to integrate with surrounding tissue structures, but to enable gradual bone ingrowth and new bone formation. For patients, benefits include less infections, sustained improvements in soft tissue quality and bone healing, with the aim of creating a permanent implant solution that eliminates the need for recurring surgical intervention.

Conventional materials used in facial reconstructive procedures have significant weaknesses. Patients receiving autologous bone transplants experience unpredictable resorption and reduction of bone volume whereas alloplastic implants, such as plastics and titanium, have risks of exposure and infection.

Our proprietary calcium phosphate-based material composition, reinforced by titanium, and CAD-based manufacturing and design, OSSDSIGN® Facial provides new clinical opportunities for treatment of various facial bone deformities.
These include:

• Repair of hereditary facial defects such as paranasal augmentation in cleft patients and correction of hemifacial microsomia.
• Reconstruction of facial bone after trauma, tumor resection or growth retardation due to irradiation.