SPINE

Neobone 

®

Synthetic bone substitute with a biphasic mixture of two types of calcium phosphates: β-Tricalcium Phosphate (25%) and Hydroxyapatite (75%).

It is intended to beused in the treatment of spine injuries.

  • Sterilized by gamma radiation;

  • Interconnect porosity, allowing the implant vascularization;

  • Rapidly osteointegrated to promote bone regeneration; 

  • Available geometries: blocks, wedges, cylinders and spherical or irregular granules.

    CE 1011

 TriOSS

®

Synthetic bone substitute composed by >95% of β- Tricalcium Phosphate. It is intended to be used in the treatment of spine injuries.

  • Sterilized by gamma radiation;

  • Interconnect porosity, allowing the implant vascularization;

  • Rapidly osteointegrated to promote bone regeneration; 

  • Available geometries: blocks, wedges, cylinders and spherical or irregular granules.

    CE 1011

n-IBS

 ®

Synthetic bone substitute consisting in a paste of hydroxyapatite nanoparticles. It is intended to be used in spinal applications, as example, to fill cages in spine surgery.

  • Remains sterilized by gamma radiation;

  • Ready-to-use prefilled syringe;

  • Remains as a soft gel throughout the implantation and healing;

  • Temporary osteoconductive scaffold for the ingrowth of bone.

    CE 1011

k-IBS

 ®

Synthetic bone substitute consisting in putty like gel composed of calcium phosphate granules (75% β-Tricalcium Phosphate and 25% Hydroxyapatite) dispersed in a polymeric matrix (chitosan). It is intended to be used in spinal applications, as example, to fill cages in spine surgery.

  • Sterilized by gamma radiation;

  • Ready-to-use prefilled syringe;

  • The granules promote rapid cell occupation and proliferation;

  • Temporary osteoconductive scaffold for the ingrowth of bone.

    CE 1011

Rua José Gomes Ferreira nº 1 - Armazém D
2660-360 São Julião do Tojal | Loures

PORTUGAL

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