• Sizes: 34.0mm x 25.0mm
• Thickness: 0.04mm
  
• Hole Pore: Ø0.15mm
• Material: PURE Titanium Gr 1 [ASTM F-67] 
• Qualities: Excellent Biocompatibility, Non-Absorbable, Easy Adaptation, No Trauma To Soft Tissues.
• Sterilization Type: Gamma Radiation
• Country of Manufacture: Brazil

Bionnovation Biomedical Surgitime Titanium Membrane is a non-absorbable titanium mesh renowned for its thickness and the smallest pores available. Designed to meet diverse clinical needs, this sterile membrane guarantees efficacy when stored under ideal conditions, with no compromise to packaging integrity, thanks to its Gamma Radiation [25kGy] sterilization process. Surgitime Titanium is made to foster new bone formation, acting as a protective barrier against the migration of epithelial cells and connective tissue, ensuring seamless integration with bone grafts and maintaining vital space for optimal bone reconstruction.

Critical to the success of bone reconstruction is the immobilization of the entire graft/membrane complex—a feat achieved effortlessly by Surgitime Titanium. This exceptional product, characterized by its outstanding biocompatibility and occlusive properties, facilitates nutrient transmission through permeability. Its remarkable malleability and user-friendly design allow for easy adaptation to surgical sites, ensuring the three-dimensional reconstruction of alveolar bone defects.

Indicated for regenerative procedures in both medical (orthopedics and neurosurgery) and dental (periodontics, oral and maxillofacial, implant dentistry) fields, Surgitime Titanium stands as a testament to innovation. The product's minimum required stay for osteoconduction to commence is at least 21 days. For cases of guided bone regeneration (GBR), mesh removal is recommended in subsequent surgical stages, unless there is exposure. In instances of early exposure, Surgitime Titanium should be retained for a period of 60 days to prevent significant graft loss, leveraging its unique capability to foster epithelial closure around the mesh.

Features:

• Excellent biocompatibility and occlusive properties.
  
• Permeability for efficient nutrient transmission.
• User-friendly design with high malleability and adaptability.
• Capability to maintain regenerative space and vascularization on both sides.
• Specifically designed for the three-dimensional reconstruction of alveolar bone defects.