Interconnecting macroscopic and microscopic porous structure supports the formation and ingrowth of new bone
88% to 95% Void Space: hyper-porosity of porcine cancellous matrix and intra-particle space facilitated by rough particle morphology reduce bulk density of the graft, allowing greater empty space for new bone growth
Derived from porcine cancellous bone, eliminating risk of BSE transmission
Heat treated to an optimal temperature that ensures a degree of crystallinity consistent with native bone mineral to allow for remodeling of the healing bone
Maxxeus™ leads the dental industry offering the widest variety of bone type and particulate ranges to suit any clinician’s preference. Bone particulates are processed using a patented bioburden reduction process,...
Thin and flexible, yet strong enough to suture or tack with minimal memory. Pericardium will contour to the ridge or grafting site, available in 10x10, 15x20, 20x30mm.
Laminar bone membranes are made from thin sheets of cortical bone which has been processed to be flexible without breaking, while still supporting weight. These allografts are perfect for procedures...