botiss biomaterials GmbH products

maxgraft® is a sterile and safe allograft product from human donor bone, processed by the Cells+Tissuebank Austria. Due to a multiple step purification process maxgraft® is safe and preserves the advantages of human bone grafts. The human collagen is responsible for fast integration, healing and flexibility of the graft. The excellent biological regeneration capability of maxgraft® results in a predictable clinical outcome.

maxresorb^® is an innovative, safe, reliable, and fully synthetic bone substitute material that is characterized by controlled resorption properties and outstanding handling characteristics. maxresorb® is composed of 60% slowly resorbing hydroxyapatite (HA) and 40% fast resorbing beta-tricalcium phosphate (β-TCP) [1,2]. The unique synthesis-based production process ensures a completely homogenous distribution of both mineral phases. The peculiar composition of maxresorb® promotes fast formation of new vital bone, while ensuring a long-term mechanical and volume stability.

Collacone is a wet-stable and moldable cone made of natural collagen. It was specifically developed and designed for application in fresh extraction sockets, to support the natural healing of the socket. The application of collacone® into the socket supports the stabilization of the formed blood coagulum and helps to control bleeding, while its form-fitted cone shape  protects the wound area from food and bacteria. collacone® resorbs completely within about 2-4 weeks.

Collacone is a wet-stable and moldable cone made of natural collagen. It was specifically developed and designed for application in fresh extraction sockets, to support the natural healing of the socket. The application of collacone® into the socket supports the stabilization of the formed blood coagulum and helps to control bleeding, while its form-fitted cone shape  protects the wound area from food and bacteria. collacone® resorbs completely within about 2-4 weeks.

mucoderm is an acellular collagen matrix that offers a safe alternative to autologous soft tissue transplants in a diverse range of soft tissue grafting indications. mucoderm is derived from porcine dermis that undergoes a multi-step purification process, which removes all non-collagenous proteins and cells as well as potential immunogens, bacteria and viruses. The processing results in a three-dimensional stable matrix, which consists of collagen type I and III with a natural collagen structure that resembles the human connective tissue [1]. After implantation mucoderm® is continuously remodeled into patients own soft tissue.

Collafleece is a wet-stable, porcine collagen sponge with highly efficient hemostatic properties. Its natural porous collagen structure supports the hemostasis and controls the natural healing of the wound. Owing to its spongy collagen structure, the collafleece^® resorbs within ~2-4 weeks.

collprotect membrane is a native collagen membrane made of porcine dermis, which is intended for dental bone and soft tissue regeneration. The natural, hemostatic effect of collagen enables early wound stabilization and supports the natural healing. Moreover, the collprotect membrane displays a good surface adaptation and tissue integration and is ideal for most indications where an intermediate stability and easy handling are required.

During the application of modern GBR and GTR techniques, barrier membranes are indispensable to achieve predictable and reliable results. By fixation of the barrier membrane to the local bone, the application of the particulate bone regeneration material as well as the coverage of the augmentation site by the barrier membrane can be significantly simplified. Using the one-piece applicator, titan pins can easily be taken up from the dispenser and applied to the fixation site. Distortion of the working-end during handling cannot occur.

The trephines allow to create a ring bed to perfectly fit maxgraft bonering into the defect. The planators allow the paving of the local bone to create a congruent and fresh contact surface of the implant area. The diamond disc and the diamond tulip can be used to shape maxgraft bonering for an excellent adjustment to the local bone and for an improved soft tissue healing. Altogether, these instruments allow optimal preconditions for the bony ingrowth of maxgraft bonering. All instruments are made of high-quality surgical steel.