Zcore Form Moldable Collagen-Enriched Xenograft (ZF050)

50,000 د.ك

  • 80% xenograft particulate and 20% porcine collagen by volume (90% xenograft and 10% collagen by weight)
  • Zcore Form hydrates almost immediately when introduced to the patient’s blood or sterile saline
  • Once hydrated, Zcore Form becomes moldable and can take the shape of a variety of defect shapes and sizes
  • Zcore particulate’s interconnecting macroscopic and microscopic porous structure supports the formation and ingrowth of new bone
  • The Zcore particles contained in Zcore Form have an 88% void space – this hyper-porosity of the cancellous matrix and intra-particle space facilitated by rough particle morphology reduces bulk density of the graft, allowing greater empty space for new bone growth
  • ZF050 (9 mm diam. x 8 mm) 0.5 CC

5 in stock

Kuwaiti dinar (د.ك) - KWD
  • Kuwaiti dinar (د.ك) - KWD
  • United States dollar ($) - USD
  • Euro (€) - EUR

Description

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Zcore Form is a composite of osteoconductive bone mineral and collagen. Zcore Form is composed of 80% xenograft particulate and 20% collagen by volume (90% xenograft and 10% collagen by weight).The moldable consistency of Zcore Form allows it to take the shape of the defect while also making the overall handling of the product easier and more convenient than particulate grafts.

80% Zcore Xenograft Particulate

  • Interconnecting macroscopic and microscopic porous structure supports the formation and ingrowth of new bone
  • 88% Void Space: hyper-porosity of cancellous matrix and intra-particle space facilitated by rough particle morphology reduce bulk density of the graft, allowing greater empty space for new bone growth
  • Derived from cancellous bone, eliminating risk of BSE transmission
  • Heat treated to an optimal temperature that ensures a degree of crystallinity consistent with native bone mineral to allow for remodeling of the healing bone

20% Type 1 Collagen

  • Facilitates handling of the graft particles and acts to maintain the graft material in the defect site
  • Derived from Achilles tendon, eliminating risk of BSE transmission