MBCP® Technology, worldwide reference in synthetic bone graft

Our entire offering of synthetic bone grafts is based on this technology

Our 100% synthetic bone grafts are composed of Hydroxyapatite (HA) and Beta tricalcium phosphate (ß-TCP).

Our unique 3-step manufacturing process produces products whose unique micro and macroporous structure, MBCP^® Technology has become the worldwide reference for tissue engineering techniques and the improvement of osteogenic properties.

Our biphasic HA/TCP content is an intimate union of the molecules
Our HA content is readily adsorbable, thanks to our specific sintering process
Our bi-model micro and macro structure promotes osteogenic cells differenciation.

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Permeable

3D interconnected scaffold promotes cellular migration
1/3 Micropores < 10μm
2/3 Macropores 300-600μm

Resorbable

Real chemical synthesis: homogenous distribution of HA (Hydroxyapatite) and TCP (Tri Calcium Phosphate). Thin crystalline structure.

Bioactive

Biphasic Calcium Phosphate early dissolution and precipitation process into micropores.

Osteoconductive

Macropores guides osteogenerating cells into the depth of the MBCP® implant.

Regeneration

Stimulates the osteoblastic response: proliferation and differentiation.
Regeneration into cortical or cancellous bone.

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+33 (0) 22802 00 09

5 rue Édouard Belin 44360 Vigneux-de-Bretagne

MBCP® Technology, worldwide reference in synthetic bone graft

Our entire offering of synthetic bone grafts is based on this technology

Our 100% synthetic bone grafts are composed of Hydroxyapatite (HA) and Beta tricalcium phosphate (ß-TCP).

Permeable

Resorbable

Bioactive

Osteoconductive

Regeneration

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