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The Cytoplast PTFE membrane with Fix points is a specific type of medical membrane used in dentistry and oral surgery. It is designed to support and promote tissue regeneration by creating a barrier between different tissue layers and retaining the regeneration material in the desired area.
Here is a description of some of the most important properties and functions of the Cytoplast PTFE membrane with Fix points:
1. Material: The membrane is made of polytetrafluoroethylene (PTFE), which is a biocompatible material. PTFE is known for its excellent chemical and physical properties as well as its ability to resist biological degradation processes.
2. Fix points: The membrane has fix points, which are small depressions or grooves incorporated into the design of the membrane. These fixpoints help to maintain the membrane in the desired area and prevent displacement during the healing process.
3. Barrier function: The Cytoplast PTFE membrane creates a barrier between different tissue layers during surgical repair or regeneration procedures. It prevents infiltration of unwanted cells and tissue from affecting the regenerating area and enables optimal tissue regeneration.
4. Microperforation: The membrane is often microperforated to allow the diffusion of nutrients and oxygen as well as the removal of metabolic by-products. These micro-perforations support a favorable healing environment for the regeneration process.
5. High flexibility: The Cytoplast PTFE membrane is flexible and malleable, making it suitable for adapting to different anatomical contours and complex surgical areas. This contributes to a better fit and patient comfort.
6. Sterility: The membrane comes in sterile packaging and meets the requirements for aseptic technique and sterility in medical procedures to minimize the risk of infection and contamination.
The Cytoplast PTFE membrane with Fix points has been developed to support optimal healing and tissue regeneration in dental and oral surgical procedures. Its properties as a biocompatible material, with fixpoints, barrier function and micro-perforations make it suitable for achieving good results and supporting an effective healing process.
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