Resorbable Membranes

Useful during oral or periodontal surgery, resorbable membranes are placed in the surgical site to prevent epithelium from growing into the healing site before bone and other desired tissues can form. Also known as resorbable barrier membranes, they are made from either collagen or synthetic materials. Because they are resorbable, these membranes naturally break down during the healing process and do not need to be removed. This eliminates the need for a follow-up procedure and reduces the chance of infection at the surgical site.
CompanyZimmer BiometZimmer BiometZimmer BiometZimmer BiometZimmer Biomet
ItemPuros Pericardium Allograft MembraneBioMend Collagen MembraneBioMend Extend Collagen MembraneCopiOs Extend Membrane Resorbable Collagen MembraneZimmer Socket Repair Membrane
PriceInquireInquireInquireInquireInquire
DescriptionPuros Pericardium provides a longlasting barrier when optimum strength and handling for graft containment are necessary. It is an ideal choice in Allows for healthy tissue and bone growth. Maintains an effective barrier longer for greater regeneration results. Average retention is 6 to 7 weeks. Pliable and tear resistant. Maintains an effective barrier longer for greater regenerative results. Fully absorbed into surrounding tissue within 18 Designed for use with Guided Bone Regeneration and Guided Tissue Regeneration cases, CopiOs Extend Membranes are long lasting, resorbable porcine-The Zimmer Socket Repair Membrane is designed to assist wound healing in alveolar facial plate repair and residual ridge preservation following
Dimensions15 x 20 mm
20 x 30 mm
30 x 40 mm		15 x 20 mm
20 x 30 mm
30 x 40 mm		15 x 20 mm
20 x 30 mm
30 x 40 mm		15 x 20 mm
20 x 30 mm
30 x 40 mm
10 x 20 mm
Material TypeAllograft Pericardium TissueType I Bovine CollagenType I Bovine CollagenPorcine-Derived CollagenType I Bovine Collagen
Quantity Per Package1 Per Box1 Per Box1 Per BoxNot Available1 Per Box
Time Length until ResorbtionNot Available~ 8 weeks18 weeks6 to 9 monthsNot Available
Get InfoInquireInquireInquireInquireInquire

Articles

-->