Cytoplast PTFE Titanium reinforced interproximal membrane - PTC (150 µm) 38 x 38 mm

The Cytoplast PTFE Titanium reinforced interproximal membrane - PTC (150 µm) 38 x 38 mm is a specialized product designed for dental professionals engaged in guided bone regeneration and tissue engineering. This membrane is characterized by several key features that enhance its performance and usability in clinical settings.

Material Composition

The membrane is made from polytetrafluoroethylene (PTFE), which is known for its biocompatibility and resistance to bacterial colonization. The titanium reinforcement adds strength and durability, making it suitable for various surgical applications.

Dimensions and Thickness

With dimensions of 38 x 38 mm and a thickness of 150 µm, this membrane provides ample coverage for interproximal areas, ensuring effective barrier function during the healing process.

Barrier Functionality

• Non-resorbable: The Cytoplast membrane is non-resorbable, which allows for prolonged support and protection of the underlying tissues.
• Cellular Barrier: It effectively prevents the migration of epithelial cells into the bone defect area, promoting the regeneration of bone and soft tissue.

Handling and Application

The membrane is designed for ease of handling during surgical procedures. Its flexibility allows for adaptation to various anatomical contours, ensuring a snug fit in interproximal spaces.

Clinical Benefits

• Enhanced Regeneration: The combination of PTFE and titanium promotes optimal conditions for bone regeneration.
• Reduced Complications: The membrane's properties help minimize the risk of complications associated with healing, such as infection or membrane exposure.

Compatibility with Other Materials

The Cytoplast PTFE Titanium reinforced membrane is compatible with various grafting materials, allowing for versatile use in different clinical scenarios.

Conclusion

In summary, the Cytoplast PTFE Titanium reinforced interproximal membrane - PTC (150 µm) 38 x 38 mm is a reliable choice for dental professionals seeking an effective solution for guided bone regeneration. Its unique characteristics make it a valuable addition to any dental practice focused on enhancing patient outcomes.

The Cytoplast PTFE Titanium reinforced interproximal membrane - PTC (150 µm) 38 x 38 mm is a specialized dental product designed for various applications in periodontal and implant dentistry. Its unique properties make it an essential tool for achieving optimal clinical outcomes. Below are the key indications for its use:

1. Guided Bone Regeneration (GBR)

The Cytoplast PTC membrane is primarily indicated for guided bone regeneration procedures. It acts as a barrier to prevent the infiltration of soft tissue into the bone defect, allowing for the regeneration of bone in a controlled manner.

Benefits:

• Enhanced Bone Formation: The membrane facilitates the formation of new bone by providing a stable environment.
• Prevention of Soft Tissue Infiltration: Its barrier properties help maintain the space for bone regeneration.

2. Periodontal Surgery

In periodontal surgery, the Cytoplast PTC membrane can be used to promote the regeneration of periodontal tissues. It is particularly useful in cases of periodontal defects where bone and soft tissue need to be regenerated simultaneously.

Applications:

• Intrabony Defects: The membrane can be placed over intrabony defects to enhance healing.
• Furcation Defects: It is effective in managing furcation involvement by providing a barrier for tissue regeneration.

3. Implant Dentistry

In the context of implant dentistry, the Cytoplast PTC membrane is used to ensure proper bone integration around dental implants. It is particularly beneficial in cases where there is insufficient bone volume.

Indications:

• Socket Preservation: The membrane can be utilized in socket preservation techniques to maintain the alveolar ridge after tooth extraction.
• Bone Augmentation: It aids in bone augmentation procedures, allowing for successful implant placement in compromised sites.

4. Sinus Lift Procedures

The Cytoplast PTC membrane is also indicated for use in sinus lift procedures. It helps create a barrier that supports the graft material and prevents soft tissue encroachment during the healing phase.

Advantages:

• Improved Graft Stability: The membrane stabilizes the graft material, promoting successful sinus augmentation.
• Reduced Complications: Its use minimizes the risk of complications associated with soft tissue invasion.

5. Customizable Applications

Due to its size and flexibility, the Cytoplast PTC membrane can be easily trimmed and adapted to fit various surgical sites, making it suitable for a wide range of clinical scenarios.

Customization Benefits:

• Versatile Use: The membrane can be tailored to fit specific defects or surgical requirements.
• Enhanced Surgical Outcomes: Customization allows for improved adaptation to the surgical site, leading to better healing results.

In summary, the Cytoplast PTFE Titanium reinforced interproximal membrane - PTC (150 µm) 38 x 38 mm is a versatile and effective tool in modern dentistry, particularly in guided bone regeneration, periodontal surgery, implant dentistry, sinus lift procedures, and customizable applications. Its unique properties and indications make it an invaluable asset for dental professionals aiming to achieve optimal patient outcomes.

The Cytoplast PTFE Titanium reinforced interproximal membrane - PTC (150 µm) 38 x 38 mm is a cutting-edge solution in dental practice, particularly in the realm of guided bone regeneration (GBR) and periodontal procedures. This advanced membrane offers numerous benefits that enhance clinical outcomes and patient satisfaction.

Enhanced Biocompatibility

The Cytoplast membrane is designed with biocompatibility in mind, ensuring that it integrates well with the surrounding tissues. This property minimizes the risk of adverse reactions and promotes a favorable healing environment.

Superior Mechanical Strength

With its titanium reinforcement, the Cytoplast membrane exhibits exceptional mechanical strength. This feature is crucial for maintaining the structural integrity of the membrane during the healing process, especially in areas subjected to significant forces.

Optimal Barrier Function

The membrane's PTFE composition provides an effective barrier against soft tissue infiltration, which is essential for successful bone regeneration. By preventing the migration of epithelial cells into the surgical site, the membrane facilitates the formation of new bone tissue.

Customizable Size

• The 38 x 38 mm size of the Cytoplast membrane allows for versatility in various clinical scenarios.
• It can be easily trimmed to fit specific defect sizes, ensuring optimal coverage and protection.

Ease of Handling

The Cytoplast membrane is designed for ease of use, allowing dental professionals to handle and position it with precision. Its pliability ensures that it can conform to the contours of the surgical site, enhancing its effectiveness.

Long-lasting Performance

Due to its durable materials, the Cytoplast membrane is resistant to degradation over time. This longevity ensures that the membrane remains effective throughout the healing process, providing sustained support for bone regeneration.

Improved Clinical Outcomes

Utilizing the Cytoplast PTFE Titanium reinforced interproximal membrane can lead to improved clinical outcomes, including enhanced bone fill and reduced healing times. These benefits contribute to higher success rates in dental implant procedures and periodontal surgeries.

Patient Satisfaction

By promoting faster healing and reducing complications, the Cytoplast membrane ultimately leads to increased patient satisfaction. Patients benefit from less discomfort and quicker recovery times, making it a preferred choice for both practitioners and patients alike.

Conclusion

Incorporating the Cytoplast PTFE Titanium reinforced interproximal membrane - PTC (150 µm) 38 x 38 mm into dental practice not only enhances the quality of care provided but also fosters a more efficient and effective treatment process. Its unique properties make it an invaluable tool for dental professionals aiming to achieve optimal results in guided bone regeneration and periodontal therapy.