Tytanowa siatka dentystyczna w kształcie litery H

The H-shaped dental titanium mesh is a biomaterial used in dental and orthopedic surgeries, primarily designed to support and promote bone regeneration. Our H-shaped titanium mesh is specifically tailored for periodontal reconstruction, aiming to facilitate bone regeneration in areas of bone deficiency. Its anodized design and perforated structure effectively provide a good blood supply pathway, ensuring a smooth healing process.
This titanium mesh features an ultra-thin design that significantly reduces the sensation of foreign bodies while enhancing support strength. The anatomical curvature design ensures high conformity during surgery, making the operation smoother. The included bone screws further enhance the stability of fixation, ensuring the safety of the implant.
Additionally, the H-shaped titanium mesh is easily cut and shaped, facilitating operations and meeting various clinical needs. Choose our H-shaped titanium mesh to support successful periodontal reconstruction!

Specification:

• Width(BW)20mm
• Labial length(BL)11mm
• Lingual length(LL)11mm
• Part No. 7009211020

Dental titanium mesh features

1. Anodized Design: This unique design not only provides the titanium mesh with excellent structural stability but also greatly facilitates the implantation process. Its streamlined H-shaped structure ensures smooth and precise implantation, reducing surgical difficulty while optimizing mechanical distribution. This allows the titanium mesh to function effectively in areas of bone deficiency, promoting bone tissue regeneration and repair.
2. Perforated Design: The thoughtfully arranged perforations not only reduce the weight of the titanium mesh but also provide clear channels for the circulation of blood and nutrients. These small channels act like the vascular networks in nature, promoting the ingrowth of new blood vessels and improving blood circulation. This offers essential nutritional support for the bone regeneration process, accelerating the healing and reconstruction of bone tissue.
3. Ultra-thin Design: The titanium mesh utilizes advanced ultra-thin technology, with a thickness of only 0.2 mm. This ensures sufficient support strength while significantly reducing the sensation of a foreign body for the patient. This design allows the titanium mesh to closely conform to the bone surface, minimizing post-operative discomfort and enhancing patient comfort. Additionally, the ultra-thin design reduces interference with surrounding tissues, facilitating post-operative recovery and the natural growth of bone tissue.
4. Anatomical Curvature Design: Based on detailed anatomical studies of human bones, the titanium mesh is shaped to fit closely with areas of bone deficiency. This design not only increases precision during the surgical process but also ensures that the titanium mesh tightly adheres to the bone surface after implantation, reducing the risk of gaps and movement, thereby creating a more favorable condition for bone regeneration.
5. Equipped with Bone Screws: To further enhance the stability of the titanium mesh in areas of bone deficiency, a bone screw system is specifically included. These screws can be securely fixed to the bone tissue, providing additional support for the titanium mesh and preventing displacement or detachment post-surgery. This dual fixation design ensures the stability and durability of the titanium mesh during the bone regeneration process.
6. Cuttable and Moldable: To meet the personalized needs of different patients, the titanium mesh also features cuttable and moldable characteristics. Surgeons can accurately trim and shape the mesh according to the specific conditions of the patient, ensuring a perfect fit for the area of bone deficiency. This ease of operation and flexibility allows for a broader application of the titanium mesh in periodontal reconstruction.