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We develop biomaterials that activate the body’s potential to heal bone, defining the future standard of care.
Every year, over 7 million people face problems with bone healing.
>1,400,000
surgeries fail leading to reoccurring interventions.
>2,100,000
patients every year suffer from complications two years after surgery.
Billions are spent every year in the healthcare system trying to achieve bone healing.
A single-step implant solution
We eliminate the need for tissue harvesting, the addition of cells, or the use of growth factors by providing a stand-alone and off-the-shelf solution.
30%
faster intervention procedure by avoiding the need of bone harvesting.
Up to
50%
reduction of material costs.
Patient in focus
By eliminating the need for tissue harvesting we provide a safer intervention, with a faster recovery for the patient.
Handling in mind
Our implant is easy to handle, stable when wet and easy to adapt to the surgical procedures.
Proven performance
Results from preclinical studies demonstrate the efficacy of our technology, inducing a powerful natural healing process while outperforming commercially available alternatives.
30%
faster intervention procedure by avoiding the need of bone harvesting
Up to
50%
reduction of material costs
Patient in focus
By eliminating the need for tissue harvesting we provide a safer intervention, with a faster recovery for the patient.
Clinicians in mind
Our implant is easy to handle, stable when wet and easy to adapt the patient needs with standard cutting tools. It is also fully compatible with standard instrumentation and operation procedures.
Proven performance
Results from preclinical studies demonstrate the efficacy of the technology, inducing a powerful natural healing process while outperforming commercially available alternatives.
Our Technology
We leverage over 30 years of combined experience in the development of biomaterials to deliver next level solutions for bone tissue regeneration.
Optimized properties at cell and tissue level
Our patented biomaterial provides a unique structure, compliant at the cell level, while stable at the tissue level. Over 10 publications confirm our innovative technology.
Conventional technology
Induction of natural healing
Thanks to the unique structure of our biomaterial, bone healing takes place via a highly controlled and highly structured process as found in the growth plate.
Available in different forms and shapes
An off-the-shelf product that is readily available for use. A variety of shapes and sizes supports the application for a spectrum of different indications.
Optimized properties at cell and tissue level
Our biomaterial provides a unique structure, compliant at cell level, while stable at tissue level. Over 10 publications validate our technology.
Conventional technology
Induction of natural healing
Thanks to its unique structural properties, tissue healing takes place by mimicking the highly controlled bone formation process in the growth plate.
Available in different forms and shapes
An off-the-shelf product that is readily available for use, preshaped in standard forms and shapes.
Optimized properties at cell and tissue level
Our biomaterial provides a unique structure, compliant at cell level, while stable at tissue level. Over 10 publications validate our technology.
Conventional technology
Induction of natural healing
Thanks to its unique structural properties, tissue healing takes place by mimicking the highly controlled bone formation process in the growth plate.
Available in different forms and shapes
An off-the-shelf product that is readily available for use, preshaped in standard forms and shapes.
Research partners and support network
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