OpenTex® Non-Resorbable PTFE Membrane (Textured)

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OpenTex® Non-Resorbable PTFE Membrane is a pure medical-grade polytetrafluoroethylene (PTFE) sheet with inert biological features and
predictable barrier effect.

Non-resorbable membrane is sustainable for surgical procedure with no primary closure. OpenTex® Membrane is ideal for space-making
feature providing enough space for host cells to adhere to grafting materials. OpenTex® is supplied sterile for single use only and available
in various sizes. [1]

Non-Resorbable PTFE membrane

OpenTex® is designed to function as a physical barrier to avoid gingival cell invasion, thus providing a favorable environment for neovascularization and bone derived cells to repopulate and repair the defect.

Since space-making is critical to this procedure, the membrane is sufficiently stiff to prevent spontaneous collapse but supple enough to conform easily to tissue contours.


OpenTex® Main Features

Non-Resorbable
• 100% medical grade PTFE membrane.
• Biologically inert and chemically non-reactive.
• Healing procedure is not interfered with membrane absorption.

Microporous
• Promote the gingival tissue attachment.
• Enhances ease in the interstitial fluid circulation.

Minimally Invsaive
• Rapid recovery of soft tissue.
• Primary Closure is not necessary.
• Minimum flap reflection or dissection.

Withstands Exposure
• Protect the tissue regeneration site.
• Regenerated underlying tissue can be evaluated.
• Provide a proper environment for the growth of blood vessel and osteogenic cells.

Additional Information

Indications

  • Simultaneous use of GBR membrane and implants.
  • Augmentation around implant placed in immediate extraction sites or delayed extraction socket
  • Filling of bone defects after root resection, removal of cysts, and removal of retained teeth.

References

  • [1] Alveolar ridge preservation using an open membrane approach for sockets with bone deficiency: A randomized controlled clinical trial Dong-Joo Sung DOS, MSD1 1 Hyun-Chang Lim DOS, PhD2 I Dong-Woon Lee DOS, Ph01 Clin Implant Dent Relat Res. 2018; 1-8

 OpenTex® Specifications