OSSPORE Bovine Bone + TCP Granules are an advanced composite bone graft material developed for predictable bone regeneration in implant dentistry, periodontology, and oral & maxillofacial surgery. Combining 60% Beta Tricalcium Phosphate (β-TCP) with 40% natural bovine bone mineral, this graft provides the ideal balance of controlled resorption, structural stability, and long-term bone volume preservation.

The natural bovine bone component preserves its porous mineral architecture, creating an osteoconductive scaffold that closely resembles human cancellous bone. This natural structure supports vascularization, osteoblast attachment, and cellular proliferation, allowing newly formed bone to grow throughout the graft. The β-TCP component gradually resorbs and is replaced by native bone, accelerating the regenerative process while maintaining excellent biological compatibility.

The combination of xenograft and synthetic bone graft technology offers clinicians the advantages of both materials. The bovine mineral provides long-lasting structural support, while β-TCP encourages faster remodeling and integration with surrounding bone. This balanced composition makes OSSPORE Bovine Bone + TCP Granules an excellent choice for procedures requiring predictable regeneration and stable implant support.

OSSPORE Bovine Bone + TCP Granules are indicated for Guided Bone Regeneration (GBR), Guided Tissue Regeneration (GTR), implant site development, ridge augmentation, socket preservation, sinus lift surgery, peri-implant defect reconstruction, periodontal bone regeneration, and oral & maxillofacial reconstructive procedures. They are suitable for both small localized defects and larger augmentation procedures where maintaining graft volume is critical.

The highly porous granules provide excellent handling characteristics and adapt easily to bone defects of varying sizes. They can be hydrated with sterile saline, autologous blood, or PRF before placement and may be used alone or in combination with collagen membranes, autogenous bone, allografts, or other regenerative materials according to the clinician’s preferred treatment protocol.

Manufactured under strict quality standards, OSSPORE Bovine Bone + TCP Granules undergo advanced purification and sterilization processes to ensure excellent biocompatibility and patient safety. The graft exhibits minimal inflammatory response while supporting predictable osteoconduction and gradual bone remodeling.

Supplied sterile and ready to use, OSSPORE Bovine Bone + TCP Granules simplify surgical procedures by eliminating preparation time and ensuring consistent clinical performance. Their controlled resorption profile, excellent handling, and reliable regenerative outcomes make them a preferred choice for implantologists, periodontists, prosthodontists, and oral surgeons.

Whether used for extraction socket preservation, sinus augmentation, ridge reconstruction, peri-implant defect repair, or implant site preparation, OSSPORE Bovine Bone + TCP Granules provide outstanding regenerative support and help clinicians achieve long-term functional and aesthetic success.

Key Features

• Composite xenograft and synthetic bone graft
• 60% β-TCP + 40% Natural Bovine Bone
• Excellent osteoconductive properties
• Highly porous natural scaffold
• Controlled resorption
• Long-term volume stability
• Excellent biocompatibility
• Supports vascularization and cell ingrowth
• Sterile and ready to use
• Professional dental use

Benefits

• Predictable bone regeneration
• Excellent implant support
• Faster remodeling due to β-TCP
• Long-lasting structural stability
• Preserves ridge dimensions
• Ideal for sinus lift procedures
• Supports periodontal regeneration
• Easy handling and placement
• Reliable clinical performance
• Excellent tissue compatibility

Indications

• Dental Implant Site Development
• Guided Bone Regeneration (GBR)
• Guided Tissue Regeneration (GTR)
• Socket Preservation
• Ridge Augmentation
• Sinus Lift Surgery
• Peri-implant Bone Defects
• Periodontal Bone Regeneration
• Bone Defect Reconstruction
• Oral & Maxillofacial Surgery