CompactBone B.

CompactBone B. is a highly reliable, ultrapure, natural bone substitution material made from bovine bone. The mineral composition, physical, chemical, and biological properties, and special hydrophilic surface closely resemble the characteristics of human bone.

The uniquely safe high-temperature manufacturing process removes all organic components and prevents immune responses, CompactBone B. is 100% BSE-free and contains no proteins.

CompactBone S.

CompactBone S. is an innovative, fully synthetic bone substitution material that is both safe and reliable. CompactBone S. offers a closely controlled resorption profile and outstanding application properties. The synthetic, completely homogeneous composition of 60% slowly resorbable hydroxyapatite and 40% beta tricalcium phosphate (β-TCP) results in two different activation phases. CompactBone S. supports bone regeneration while maintaining volume and mechanical stability. 

BoneProtect Membrane

BoneProtect Membrane is a natural collagen membrane made from porcine pericardial tissue, specifically developed and manufactured for dental tissue regeneration. BoneProtection Membrane combines ease of use, targeted wound healing, and natural biomechanical properties for outstanding therapeutic safety. Thanks to its strong natural cross-linking properties, the tissue has a long-term adequate barrier function. Our gentle production process retains all natural properties of the pericardium. BoneProtect Membrane has the characteristics of natural soft tissue and features a smooth side with a denser structure as well as a rough side that serves as a guide for cells and blood vessels. 

BoneProtect Guide

BoneProtect Guide is a naturally cross linked collagen membrane. Due to the rough and porous three dimensional collagen structure, controlled wound healing in combination with guided bone and tissue regeneration achieves optimal treatment results. During the regeneration process BoneProtect Guide offers the necessary barrier function balanced with a controlled resorption time without inflammatory soft tissue reaction. The soft tissue around a BoneProtect Guide usually heals without any problem, even if postoperative dehiscences occurs. The biologic structure of the BoneProtect Guide surface prevents ingrowth of soft tissue, allows cells and blood vessels penetration and quick integration into the surrounding tissue. This unique biologic function provides a perfect basis for hard and soft tissue healing.

BoneProtect Fleece

BoneProtect Fleece is a pH-neutral, stable hemostatic material made from natural collagen. The hemostatic effect of collagen is well known and researched and is associated with the adhesion of platelets on the collagen fibrils. This in turn leads to platelet aggregation and the release of coagulation factors, which start the coagulation cascade and initiate hemostasis. BoneProtect Fleece offers a barrier function for 2-4 weeks. 

BoneProtect Cone

BoneProtect Cone is both a resorbable native collagen wound dressing cone intended to assist the wound healing process, and a nature matrix providing the structure for new bone formation. The healing of an extraction socket following tooth removal is characterized by formation and maturation of a blood clot followed by infiltration of fibroblasts to replace the coagulum and finally establishment of a provisional matrix that allows new bone tissue formation in the extraction socket. BoneProtect Cone offers an easy, highly biocompatible and predictable socket preservation treatment concept. 

MucoMatrixX

MucoMatrixX is a collagen tissue matrix derived of animal dermis that passes through a multistep cleaning process, which removes all potential tissue rejection components from the dermis. This results into a 3-dimensional stable matrix consisting of collagen and elastin. MucoMatrixX supports revascularisation and fast soft tissue integration and is a valid alternative for patients own connective tissue.

After placement, the patient's blood infiltrates the MucoMatrixX graft through the three dimensional soft tissue network, bringing host cells to the soft tissue graft surface and starting the revascularisation process. Significant revascularisation can begin after implantation depending on the patient's healthy structure.