8mm x 10mm InterOss Collagen Plug (IOC-P250)

MSRP: $89.95
$69.00
(You save $20.95 )
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SKU:
PST-SIGM-IOC-P250
  • A natural, highly purified anorganic hydroxyapatite-collagen plug used as an osteoconductive bone graft substitute in dental surgery, specifically formatted to match the round geometry of single-rooted tooth extraction sockets and standardized dental drill osteotomies

Uses

  • Socket Preservation:
    • Placed immediately into single-rooted extraction sockets (e.g., incisors, canines, or premolars) to maintain bone volume and prevent alveolar ridge collapse
  • Periodontal Bone Voids:
    • Fills deep, narrow infrabony or peri-implant bone defects to guide tissue and bone regeneration
  • Standardized Osteotomies:
    • Fills small, localized bone gaps during immediate dental implant placement or following apicoectomies
Features
  • Form Factor (IOC-P250):
    • Formatted as a cylindrical 250mg bone graft plug, optimized for large, circular dental defects
  • Composite Formulation:
    • Composed of 90% bovine-derived hydroxyapatite granules (0.25 - 1.0mm particle size) integrated with 10% highly purified porcine Type I collagen fibers
  • Biomimetic Macro & Micro-Porosity:
    • Features an interconnected porous architecture that mirrors the mineral phase and physical structure of natural human trabecular bone

Benefits

  • Optimized Shape Matching:
    • The plug shape fits neatly into circular extraction channels, minimizing the need for manual molding compared to a square block or loose granules
  • Anti-Migration Stability:
    • The 10% collagen matrix acts as a cohesive binder. Once hydrated with sterile saline or patient blood for 30–60 seconds, it expands slightly to lock into place, preventing particulate scattering or displacement
  • Accelerated Vascularization:
    • The high inner surface area and porosity act as a direct conduit for body fluids and growth factors, which encourages rapid osteoblast cell attachment and early bone ingrowth
  • Biocompatible Integration:
    • It provides long-term mechanical stability while safe, slow degradation takes place over 6 to 9 months, allowing new, viable host bone to fully replace the matrix