Sigmagraft

SigmaOss™

Regular price
$29.50
Sale price
$29.50
Regular price
Type
Size/Volume

SigmaOss™

Allograft Bone Particulates


Description

SigmaOss™ is an allograft that can be used alone or in combination with other grafting materials. It is available in a range of types, and each type behaves and generates results differently depending on the clinical needs which are primarily volume preservation and/or rapid regeneration. SigmaOss™ is ideal for cases such as ridge augmentation, periodontal defect, sinus grafting, extraction site preservation, and more.


Product Specifications

SMALL (0.25 – 1.0 mm granules), LARGE (1.0 – 2.0 mm granules)

Cortical Type

Mineralized  /  Demineralized
SMALL LARGE Volume
MCOSG025 MCOLG025 0.25 cc
MCOSG050 MCOLG050 0.5 cc
MCOSG100 MCOLG100 1.0 cc
MCOSG200 MCOLG200 2.0 cc

Cancellous Type

Mineralized
SMALL LARGE Volume
MCASG025 MCALG025 0.25 cc
MCASG050 MCALG050 0.5 cc
MCASG100 MCALG100 1.0 cc
MCASG200 MCALG200 2.0 cc

Corticocancellous Type

Mineralized  /  Demineralized
SMALL LARGE Volume
MCCSG025 MCCLG025 0.25 cc
MCCSG050 MCCLG050 0.5 cc
MCCSG100 MCCLG100 1.0 cc
MCCSG200 MCCLG200 2.0 cc

Indications for Use

  • Application
    Ridge augmentation, periodontal defect, sinus grafting, extraction site preservation
  • Safety
    Made possible through the generosity of American donors whose eligibility (screening and testing) is performed in accordance with AATB standards and FDA regulations
  • Versatility
    Capable of grafted alone or in combination with other grafting materials
  • Capabilities
    • Cortical Type
      Slow-resorbing characteristic allows for extended period of space maintenance
    • Cancellous Type
      Ideal for defects that require rapid remodeling
    • Corticocancellous Type
      Possesses space maintenance characteristics and dense structural integrity
  • Structure
    • Cortical Type
      Dense structure allows for predictable maintenance of space
    • Cancellous Type
      Scaffold-like structure provides ideal environment for vascularization and subsequent regeneration
    • Corticocancellous Type
      Combines the structure of cancellous and cortical in one package