Donor bone
Allografts are an effective and well-documented choice in dental surgery, especially in bone augmentation and regeneration procedures. They are biologically compatible and support the body's own bone formation.
The benefits include eliminating the need to harvest bone from the patient themselves, thereby reducing operating time, pain, and the risk of complications. At the same time, allografts are easy to handle, available in consistent quality, and supported by extensive clinical documentation, ensuring both predictable and reliable treatment outcomes.
01
botiss tissue bank C+TBA
Botiss biomaterials produces their allografts in cooperation with the C+TBA tissue bank in Austria. The Maxgraft® product range includes granules, bone blocks, and bone plates.
02
Tissue bank DIZG
DIZG is the oldest German tissue bank located in Berlin. We have been working with DIZG since 2015.
All products
Use the filter function to find the allograft products you need. If you are in doubt, please call us on +45 3131 1925
maxgraft® cortico-cancellous granules, 0.5 cc + Hya, 0.25 - 1.0 mm
1.310,00 DKKInkl. moms
34005S
maxgraft® cortico-cancellous granules, 1.0 cc + Hya, 0.25 mm
1.403,20 DKKInkl. moms
34010XS
maxgraft® cortico-cancellous granules, 1.0 cc + Hya, 0.25 - 1.0 mm
1.755,00 DKKInkl. moms
34010S
maxgraft® cortico-cancellous granules, 2.0 cc + Hya, 0.25 - 1.0 mm
2.270,00 DKKInkl. moms
34020S
maxgraft® cortico-cancellous granules, 0.5 cc, 0.5 - 2.0 mm
976,80 DKKInkl. moms
31005
maxgraft® Hya
Cases
Use our cases as inspiration for your treatments
maxgraft®
Immediate implants teeth number 12 and 11 double zone transplantation with maxgraft® granulate
Maxgraft®
Treatment of peri-implantitis in the aesthetic zone - reconstruction of hard and soft tissue.
See the individual steps in the manufacture of allografts
The ALLOTEC Manufacturing Process
1. Shaping
After mechanical removal of soft tissue, fat, and cartilage, the tissue is given its final shape, e.g., block, wedge, granule, or cylinder.
2. Ultrasonic bath
Ultrasonic cleaning removes blood, as well as cellular and tissue components. During this process, fat is also dislodged from the trabecular structures of the bone, which reduces the immunogenic potential and facilitates the penetration of reagents in the subsequent steps.
3. Cleaning with volatile reagents
Repeated rinsing with diethyl ether and ethanol dissolves cellular components from the tissue and denatures non-collagenous proteins. Any present viruses are inactivated, and bacteria are destroyed.
4. Oxidative Treatment
Hydrogen peroxide denatures residual soluble proteins, specifically inactivates non-enveloped viruses and bacterial endospores, and reduces antigenicity to a minimum. The collagen matrix remains intact.
5. Freeze-drying
Freeze-drying (lyophilization) enables gentle removal of water from the tissue. The structural integrity of the tissue is preserved during the process. A residual moisture content of ≤10% combined with double packaging ensures a shelf life of up to five years at room temperature.
6. Final sterilisation
The final tissue-preserving irradiation at controlled low temperature – in combination with the preceding cleaning steps – achieves a sterility assurance level (SAL) of ≥ 10⁻⁶.
Source: CTBA
See how allografts are made
Get more information
Patient leaflet
Contact us to receive the relevant patient flyer info@puredent.dk
Botiss catalog
DIZG catalogue
If you're unsure how to use Allografts, please contact us