Osteogenics Biomedical products

Sometimes you need a membrane pliable enough to contour to its environment but substantial enough to maintain its architecture. Introducing Zmatrix - a natural, porcine peritoneum collagen membrane with a perfectly soft consistency that drapes without the usual self-adherence experienced with other natural collagen membranes.

Cytoplast RTM Collagen membranes are often preferred for their handling. Some collagen membranes are very flimsy, allowing ease of collapse into defects. On the other hand, some collagen membranes are very thick, stiff and difficult to place. Cytoplast RTM Collagen membranes are a happy medium - they easily drape over the ridge, but they are not so flimsy that they follow the shape of every defect. Cytoplast RTM Collagen is also popular for its long-lasting resorption rate. Based on company-provided resorption rates, Cytoplast RTM Collagen is the longest lasting collagen membrane on the market. Cytoplast RTM Collagen combines optimized handling, a long-lasting resorption rate, high tensile strength and a reasonable price to make it one of the most popular collagen membranes on the market.

Vitala® porcine pericardium collagen membrane is often preferred for its advanced handling characteristics, including pliability, drapability, and defect adaptability. Vitala® essentially has no memory once hydrated, so it is well suited for a variety of defects and defect morphology. Because both sides are smooth, either side may be placed against the defect. Vitala® is a naturally sourced membrane manufactured using a proprietary process designed to maintain a microporous, 3-layered tissue architecture. Vitala® is a natural porcine-derived collagen membrane, so cross-linking chemicals and agents are unnecessary. The natural 3-layered architecture provides for a membrane with a high tensile strength.

Zcore™ is an osteoconductive, porous, anorganic bone mineral with a carbonate apatite structure derived from porcine cancellous bone. Proprietary processing steps preserve both interconnecting macroscopic and microscopic porous structures of Zcore™ that helps support the formation and in-growth of new bone.

RPM’s unique circular macroporous design allows for direct contact between the bone graft and periosteum, allowing naturally occurring revascularization and infiltration of cells into the bone graft. RPM is designed to work like traditional titanium mesh, but with the added benefits of easier trimming and easier adaptation. The hole patterns on each configuration are designed to make removal easier. RPM should only be used when primary closure can be achieved and maintained throughout the entire healing period.