COLOGNE, Germany: Today, Septodont is pleased to introduce R.T.R.+ Membrane, a unique resorbable synthetic membrane designed to improve post-extraction procedures. After a tooth extraction, using a membrane with the bone grafting material allows for up to 30% more bone volume.1 Thanks to years of research leading to a patented technology, R.T.R.+ Membrane is the first resorbable membrane composed of 100% vegetal-based polymer, making it effective and easy to handle.
R.T.R.+ Membrane has the same properties wet and dry, making it easy to handle since it does not fold or slip once placed in the mouth. It is the perfect addition to the bone graft R.T.R.+ (β-tricalcium phosphate + hydroxyapatite) for a successful, fully synthetic, procedure.
With a resorption time of four to six months2 and a bilayer structure, R.T.R.+ Membrane is highly effective within an appropriate time frame for bone regeneration. The dense layer prevents gingival growth in place of the bone and the porous layer provides a scaffold for bone cells to attach and develop. This barrier effect is guaranteed for four weeks and provides the best conditions for bone regeneration.
R.T.R.+ Membrane has a great resistance to exposure. In case of suture rupture, it should be left in place to guide tissues to heal properly. R.T.R.+ Membrane is also compatible with every bone graft and available in four different sizes to fit every defect.
Visit Septodont at IDS 2023 in Hall 11.1 Booth C010–D019 to find out more!
Editorial note:
R.T.R.+ Membrane, a Class III medical device, is awaiting CE marking. The information contained in this text is intended for an international audience of healthcare professionals attending IDS 2023 and is not specifically intended for healthcare professionals practising in Germany and is therefore not subject to the obligation of compliance with the German law relating to the advertising of medical devices.
Footnotes:
1: Kim, Myoung-Hwan et al. Eff ect of bone mineral with or without collagen membrane in ridge dehiscence defects following premolar extraction. In Vivo. 2008 Mar–Apr; 22(2):231–6. PMID: 18468408.
2: Internal data: Biocompatibility and resorption after subcutaneous implantation in rats.
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