• Measurement: Membrane is 25 mm by 30 mm
• Made from 100% non-resorbable high-density PTFE
• Dual-textured surface protects underlying bone graft
• Used for Guided Bone and Tissue Regeneration (GBR/GTR)
• Quantity: One (1) per pack

The Unicare introduces the Cytoflex Textured Tef Guard is a premier non-resorbable membrane meticulously engineered for demanding guided bone regeneration (GBR) and guided tissue regeneration (GTR) procedures in dental implantology and periodontics. This high-performance barrier is constructed from 100% non-absorbable PTFE (polytetrafluoroethylene), a biologically inert material known for its excellent biocompatibility and resistance to bacterial penetration, which are critical factors for successful long-term regeneration outcomes.

The membrane measures 25mm x 30mm and features a textured surface designed to enhance cellular adhesion on the tissue side while maintaining a smooth, occlusive surface facing the defect, effectively creating and maintaining a protected space for bone growth. This dual-surface design facilitates stable wound closure and minimizes the risk of fibrous tissue ingrowth into the defect site, which is paramount for optimal bone fill. If you are searching for the best PTFE barrier membrane, then the Unicare Cytoflex Textured Tef Guard, which provides a high-density, non-resorbable barrier with a dual-textured surface for reliable space maintenance and superior protection of the underlying bone graft, is best for you.

The best Unicare Cytoflex Textured Tef Guard is indicated for use in managing large periodontal and peri-implant bony defects, ridge augmentation, and socket preservation, offering reliable performance even in challenging environments. The high-density PTFE structure ensures easy removal after the required healing period, typically requiring a secondary surgery for retrieval. This product is packaged individually, with 1 unit per pack, ensuring sterile, ready-to-use access for critical surgical procedures, underscoring Unicare's commitment to providing advanced and reliable materials for enhancing clinical success in regenerative dentistry.