High performance, next generation calcium phosphate cements indicated for filling bony defects in cancellous bone.

A high performance orthopedic cement designed to overcome the limitations of first generation Calcium Phosphate cements. OsteoRepair has excellent compression strength, handling properties that allow for wet field application, combined with fast, hard setting properties. It is available as OsteoRepair, indicated for orthopedic applications and requiring mixing, and as OsteoRepair CMF, as a premixed a BVF indicated for orthopedic and CMF applications and designed to optimize procedural efficiency by obviating the need for mixing and preparation.

ADVANTAGES

  • Biocompatible

  • Allows for natural bone remodeling while maintaining strength of cancellous bone

  • Simple to mix and deliver with supplied mixing system

  • Fast, hard-setting; approximately 5 minutes at 37°C in wet environments

  • Immediate higher compressive strength than cancellous bone

  • Can be drilled and inserted with screws

  • May be implanted before or after hardware allowing surgeons to maintain their standard surgical technique and allowing precise cement and hardware placement

OsteoRepair

Clinical Applications

  • Simple voids in metaphyseal bone

  • Traumatic fractures that result in

    bone voids

  • Osteotomies of the distal radius or tibial plateau

  • Oncological applications

  • Revision total joints

  • Iliac crest back fill

Fractures of the:

  • Distal Radius (Colles)

  • Proximal Humerous

  • Pelvic Bone

  • Proximal Femur

  • Distal Femur

  • Tibial Plateau

  • Tibial Pilon

  • Calcaneus

OsteoRepair CMF

Clinical Applications

  • Burr Hole Filling

  • Craniotomy Cuts

  • Cranioplasty

  • Orbital reconstruction

  • Craniofacial Defects

  • Augmentation of Bony Contours

  • Pre-mixed formulation optimizes efficiency

  • Allows for natural bone remodeling and healing

  • Easy to prepare and deliver, with fast setting time

  • Third generation formulation maintains handling and setting characteristics at a wide range of room temperatures (66 – 77°F)

  • Prevention of thermal tissue damage during setting reaction

Benefits: