More about SmartBone® technology

The composite technology combines three key components:

• Mineral bone matrix

The natural mineral structure provides a three-dimensional scaffold with a microarchitecture similar to human bone and enables effective osteoconduction.

• Bioresorbable polymers

Special bioresorbable polymers improve the mechanical stability of the bone substitute, increase resistance to loads and maintain volume during the initial healing phases. After implantation they gradually degrade.

• Collagen fragments

The collagen components improve the hydrophilicity of the material and promote cell adhesion and colonization. This creates a favorable microenvironment for the start of the regeneration process.

Key properties

  Biomimetic microstructure SmartBone® is designed to mimic healthy human bone as closely as possible. Its open, interconnected porosity enables:

• effective blood infiltration,
• colonization by osteogenic cells,
• blood vessel ingrowth,
• gradual remodeling into vital bone.

Unlike many natural bone substitutes, SmartBone® provides a homogeneous microstructure, uniform porosity, density and mechanical properties, which contributes to greater predictability of clinical outcomes. Mechanical performance during surgery Surgical adaptability is one of SmartBone®'s key advantages. The material enables: ✓ easy shaping according to the patient's anatomy ✓ cutting and grinding without crumbling ✓ drilling directly during surgery ✓ stable fixation with osteosynthesis screws ✓ high resistance to mechanical loads High volumetric stability helps maintain the shape of the bone substitute throughout the healing process. SHAPING VIDEO   High hydrophilicity for a faster biological response SmartBone®'s microcomposition enables rapid blood absorption after implantation. The resulting blood clot represents the first step in the regenerative process, as it triggers complex biological signaling that enables cell migration, angiogenesis and the onset of osseointegration. VIDEO Support for natural osseointegration After implantation, SmartBone® acts as a temporary three-dimensional scaffold. The regeneration process takes place in several phases:

1. rapid impregnation with blood,
2. formation of an initial blood clot,
3. colonization by stem and osteogenic cells,
4. gradual degradation of the bioresorbable polymers,
5. formation of new bone tissue,
6. vascularization,
7. complete integration with the surrounding bone.