Building on Biomatlante’s core MBCP™ Technology, In’Oss™ is an innovative and moldable synthetic bone graft, composed of Hydroxyapatite (HA), Beta Tricalcium Phosphate (ß-TCP) and a hydrogel.
Developed to facilitate handling during bone grafting procedures, In’Oss™ can fit into different grafting sites.
In’Oss™, is the optimal balance between MBCP™ micro granules and an absorbable hydrogel, acting as a carrier for rapid vascularization and mineralization.
In’Oss™ keeps the original graft shape and bone volume. It is gradually absorbed to be replaced by vital architectured bone.
Strips – A homogeneous mixture of MBCP™ and highly purified Type I collagen
Over time, increasing concerns over intrinsic patient morbidity have led to a shift away from autograft towards enhanced matrices. Pioneer in the development of biphasic bone matrices, Biomatlante now introduces the EZ Cure™ Collagen Bone Graft Matrix Line of products, the latest addition to its extensive range of synthetic bone substitutes.
A key feature behind the success of MBCP™ is its permeability stemming from its unparalleled porosity: 30% interconnected micropores and overall 70% porosity.
- Ready to use
- Easy to use (modelling in situ)
- Can be cut (dry or wet)
- Can be used with other regenerative materials (bone marrow, …)
- Biocompatible & Safe
Bioactive Osteotomy Wedges Synthetic Bone Substitute
- Ready to use cage filler
- Operating time saved with prefilled cages
- Cost effective and safe
Provides a matrix for new bone growth
Molecular mixture of HA and TCP
HA alone resorbs too slowly while TCP resorbs too fast. Bi-phasic HA and TCP allow for a resorption rate similar to that of human bone.
70% porosity, similar to cancellous bone
Interconnected network of macropores and micropores that enables the colonization of bone cells and biological fluid uniformly within the matrix.
For ionic exchange: TCP dissolution and bone crystal precipitation. Newly bioactive interface with bone cells.
Macropores are a network of interconnected spaces that promote the biological infiltration and cellular colonization by osteoblasts and osteoclasts.
Micropores are the intercrystalline spaces where dissolution and recrystallisation occurs.
>30 years of clinical experience
Host bone formation is systematically demonstrated.
100% synthetic – 5 years shelf life.
EDGE Synthetic Ligament
EDGE Ligament has significantly different mechanical properties from all other polyethylene terephthalates synthetic ligaments and has been successfully used for reconstruction surgery since 1980.
EDGE Ligament tensile strength is considerably greater than that of the natural cruciate ligament. This compensates for the expected fatigue of the synthetic material under prolonged stress after implantation.