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Mem-Lok Resorbable Collagen Matrix

Mem-Lok Resorbable Collagen Matrix

Mem-Lok Resorbable Collagen Matrix is engineered from highly purified, Type I bovine collagen to provide a predictable resorption period and ensure optimal bone regeneration. Clinicians can be confident that Mem-Lok RCM will serve as an effective barrier membrane for bone regeneration. Mem-Lok RCM supports graft stabilization and bone growth by providing soft tissue support and space maintenance over a predicable time frame. Because of its in-vivo stability, it enables easy handling in demanding indications.

  • predictable resorption period of 26 - 38 weeks1
  • macromolecular pore size permeability that permits the exchange of essential nutrients during healing
  • adapts easily to various bony defects2
  • membrane only 0.3mm thick, yet rigid2
  • easy placement since membrane is not side-specific2
  • cell-occlusive for supporting bone regeneration

Purchase
Mem-Lok RCM

applications include3

  • extraction sockets
  • ridge reconstruction
  • bone augmentation around implants
  • bony defects
  • periodontal defects

Suture pull-out strength

Mem-Lok® BioMend® Suture pull-out strength Mem-Lok vs BioMend
Grams

Suture pull-out strength of the collagen membrane-dense fibers provide high mechanical strength.4

literature

Product catalog
International product catalog
Clinical review
Ridge augmentation with MinerOss, MinerOss X & Mem-Lok RCM
Mem-Lok comparison sheet

  1. Prediction of in vivo stability of a resorbable, reconstituted type I collagen membrane by in vitro methods.
    Ulreich JB, Zuclich G, Lin HB, Li ST. 2000 Society World Biomaterials Congress Transactions, Sixth World Biomaterials Congress Transactions.
  2. Evaluation of anorganic bovine bone mineral in post-extraction alveolar sockets: A case series.
    Journal of Osseointegration. March 2010; 1(2).
  3. Reference manufacturer's Instructions for Use (IFU) package insert.
  4. A resorbable, reconstituted type I collagen membrane for guided tissue regeneration and soft tissue augmentation.
    Yuen D, Junchaya C, Zuclich G, Ulreich JB, Lin HB, Li ST. Society for Biomaterials. 2000;1228.
Not available in all countries.
BioMend is a registered trademark of Zimmer Biomet Dental
Reorder Items
literature
8 items
How to Reorder
  • • Drag items by their ⋮⋮ handle to reorder
  • • Move items between different accordion sections
  • • Drop into empty areas to create new groupings
  • ⋮⋮
    documents
    • ⋮⋮
      Product catalog
    • ⋮⋮
      International product catalog
    • ⋮⋮
      Clinical review
    • ⋮⋮
      Ridge augmentation with MinerOss, MinerOss X & Mem-Lok RCM
    • ⋮⋮
      Mem-Lok comparison sheet
  • ⋮⋮
    references & footnotes
    • ⋮⋮
      1. Prediction of in vivo stability of a resorbable, reconstituted type I collagen membrane by in vitro methods.
        Ulreich JB, Zuclich G, Lin HB, Li ST. 2000 Society World Biomaterials Congress Transactions, Sixth World Biomaterials Congress Transactions.
      2. Evaluation of anorganic bovine bone mineral in post-extraction alveolar sockets: A case series.
        Journal of Osseointegration. March 2010; 1(2).
      3. Reference manufacturer's Instructions for Use (IFU) package insert.
      4. A resorbable, reconstituted type I collagen membrane for guided tissue regeneration and soft tissue augmentation.
        Yuen D, Junchaya C, Zuclich G, Ulreich JB, Lin HB, Li ST. Society for Biomaterials. 2000;1228.
      Not available in all countries.
      BioMend is a registered trademark of Zimmer Biomet Dental
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