Ossylbone™

Biomimetic bone substitute material

Product parameters

75%
Hydroxyapatite
25%
Tricalcium phosphate
Multiple forms
For every need

Description

Ossylbone™ is a fully biocompatible, biodegradable, and safe material that mimics the natural bone structure, and by that, it is able to effectively support the regeneration of the bone tissue. Ossylbone™ biomimetic bone substitute is composed of hydroxyapatite (HAp) (75%) and tricalcium phosphate (β-TCP) (25%), resembling the inorganic phase of bone tissue extracellular matrix. The Ossylbone™ as an alloplast material is bone substitute material obtained through laboratory chemical synthesis, what guarantee its full control over its chemical and physical properties.

As a result of its origin Ossylbone™ can be produced in a vast range of forms, resulting in broad range of application. Ossylbone™ material is accessible in a form of a three-dimensional structures (i.e. granules, blocks, wedges), non-setting paste and setting paste with chitosan. Ossylbone™ bone substitute material can be applied in every surgical circumstances where bone augmentation is required so in trauma and spinal surgery as well as in dental procedures, both in human and in veterinary medicine.

The unique combination of HAp and β-TCP in Ossylbone™ biomimetic bone substitute material creates an optimal scaffold with porosity and mechanical strength similar to natural bone and granting gradual resorption and adequate replacement by newly formed tissue.

How it works

From scaffold to new bone

Ossylbone™ acts as a biomimetic, osteoconductive scaffold that supports bone regeneration by recreating key physical and chemical features of natural bone. Its porous structure enables cell infiltration and allows newly formed bone tissue to grow along the surface and within the pores of the material.

Its biphasic composition combines hydroxyapatite (HAp), which provides long-term structural support, with β-tricalcium phosphate (β-TCP), which gradually resorbs and provides calcium ions involved in bone regeneration. This balance between material stability and resorption allows Ossylbone™ to be progressively replaced by newly formed tissue while maintaining support at the regeneration site.

Science

Biomimicry as a foundation for bone regeneration

Biomimetic bone substitutes are designed to reproduce key characteristics of natural bone, both in their chemical composition and physical architecture. By mimicking the inorganic phase of the extracellular matrix and providing a porous structure similar to bone tissue, these materials create an environment that supports osteoconduction, cell infiltration and progressive tissue ingrowth.

A combination of hydroxyapatite and β-tricalcium phosphate allows the material to balance two important functions: structural stability and gradual resorption. Hydroxyapatite provides long-term support, while β-TCP contributes to controlled material replacement and supplies calcium ions involved in bone regeneration. Proper porosity and pore size further facilitate the growth of newly formed bone throughout the scaffold.

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Ossylbone™

Product parameters

Description

How it works

From scaffold to new bone

Science

Biomimicry as a foundation for bone regeneration

Resources

Core Product Information

Patient Education

Videos

Other Solutions

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Ossylbone™

Chondrectom™

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Vetro™

References