Not Just Surface Level.
The bioactive spherical Porous Interconnected Architecture, combined with biologics, provides a truly interconnected structure.
Our mission is to create novel bioactive technologies and intellectual property in order to aid a medical designer’s ability to develop the best device for patient outcomes. Pore Matrix consults with our partners in the medical device community to ensure we meet the needs of the surgeon and patient.
Changing from titanium is possible: We’ve done it before.
Pore Matrix’ bioactive porosity elicits a significantly stronger osteogenic response at the cellular level compared to roughened or nano-roughened surfaces on their own. Bioactive porous endplates and central-core porous design promotes new bone on-growth, in-growth and through-growth, leading to greater integration strength over the current market designs. The increased surface area and wicking capability of Pore Matrix improves blood-to-implant contact compared to traditional interbody implants. Use of precise placement of these bioactive and porous components, into the superior and inferior surfaces of an implant, as well as the interior column, would allow for accelerated load-transduction and clear orientation of the implant radiographically. The time-related healing and bonding of bone tissue, to these implants, will lend itself to a sustained microenvironment that is conducive to bone apposition and supportive angiogenesis, wherein vascularity is challenged. While adding bioactivity and in-growth to porous PEEK implants, these implants maintain all the advantages of PEEK and leverages the radiolucent properties of PEEK and ensures better clinical outcomes over PEEK or metal implants.
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Patent protected novel porous implant design and patented protected manufacturing process provide bio mechanical integrity with optimal load sharing. The manufacturing process can introduce multiple layers of materials, depending on the application, either wholly porous, vertical or horizontal porosity, solid and porous areas or even embedded around a titanium structure. This provides the ability to produce a specific hybrid implant or a 100 percent porous structure. Pore sizes can range from 10 to 600 μm and can be customized. Pore Matrix’ custom-made fugitive materials are completely spherical in shape with no fragments or off shapes.
Our company concentrates on product design, intellectual property, and innovative manufacturing, in order to help industry continue developing innovative products. Our spine portfolio is extensive and helps navigate FDA clearance, with speed and efficiency, for our licensing partners.
Pore Matrix Technology,
a bioactive geometry that unlike smooth PEEK, is designed to mimic anatomical cancellous bone,with interconnected spherical pores. The surface porosity isdesigned to promote cell signaling, on-growth, in-growth, and fusion.