Orthopaedic Synthetic Bone Grafts

Synthetic mineral and collagen composites are a family of biocomposite bone grafts available in multiple configurations intended for orthopaedic applications in fracture repair, bone void filling and backfill procedures of the extremities and pelvis. The carbonate apatite structured synthetic mineral more closely resembles the mineral phase of natural bone when compared to minerals found in ordinary bone grafts, such as beta tricalcium phosphate and hydroxyapatite.

SCC™ Composite Strips & Pads

BONE GRAFT MATRIX

ortho-products-scc-composite

Product Features

  • Synthetic carbonate apatite mineral and type I collagen
  • Osteoconductive
  • Osteoinductive and Osteogenic when used with autogenous bone marrow
  • Highly absorbent and resorbable
  • Excellent handling

SCC™ Block

BONE GRAFT MATRIX

ortho-products-scc-block

Product Features

  • Synthetic carbonate apatite mineral and type I collagen
  • Compression resistant and absorbent
  • Excellent handling–flexible when wet
  • Resorbable

SCC™ Plug

BONE GRAFT MATRIX

ortho-products-scc-plug

Product Features

  • Synthetic carbonate apatite mineral and type I collagen
  • Backfill for surgically created osseous defects
  • Conveniently fills open void
  • Conforms to defect site

SCC™ Putty

BONE GRAFT MATRIX

ortho-products-scc-putty

Product Features

  • Synthetic carbonate apatite mineral and type I collagen
  • Highly absorbent
  • Excellent handling – moldable when hydrated
  • Resorbable

Not all products are available in all countries.