2cc BioViva Mineralized Cortical-Cancellous Allograft (BAMM-S2)

MSRP: $202.90
$167.00
(You save $35.90 )
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SKU:
PST-3DDE-BAMM-S2
  • A 1cc particulate bone graft used to create a stable scaffold for new bone growth in oral surgical procedures, it's a 50/50 blend of mineralized cortical and cancellous bone, designed to balance structural support with rapid remodeling

Uses

  • Implant Site Preparation:
    • Providing a stable foundation for the placement of dental implants
  • Socket and Ridge Preservation:
    • Maintaining alveolar volume and shape after tooth extractions
  • Sinus Augmentation:
    • Filling voids during sinus lift procedures to increase bone height
  • Periodontal Defects:
    • Treating bone loss and irregularities caused by periodontal disease
  • Jaw Reconstruction:
    • Repairing defects resulting from trauma or surgical procedures

Features

  • Optimal Blend:
    • Combines cortical bone for structural scaffolding and cancellous bone for its porous, osteoconductive properties
  • Particle Size:
    • Features a 250–1000 micron grind size, which is standardized to facilitate effective integration and host tissue infiltration
  • Sterilization & Safety:
    • The material is gamma-irradiated and meticulously validated for cleanliness; it is FDA-registered and AATB-accredited
  • Packaging:
    • Supplied in a 1cc screw-top jar for convenient access and application during surgery
  • Long Shelf Life:
    • Offers a multiple year expiration date and can be stored at room temperature

Benefits

  • Natural Scaffolding:
    • It provides a scaffold that the patient's own bone gradually replaces through a natural remodeling process
  • No Secondary Donor Site:
    • Eliminates the need for autogenous harvesting, reducing patient pain, surgical time, and the risk of complications from a second surgical site
  • Predictable Healing:
    • Adheres to strict donor screening protocols to ensure consistent healing performance and patient safety
  • Enhanced Success Rates:
    • The precise fit and biological activity help minimize the risk of graft rejection and improve overall implant success