Powerbone Barrier Membrane

Powerbone Barrier Membrane is designed for the healthy development of bone and periodontal support tissue. -Composed of a of a poly (lactic acid) based synthetic polymer that are biocompatible,andresorbable with an excellent safety profile in medical use history.

The three-layered structure of Bonegraft Barrier Membrane prevents the migration of epithelial and fibroblast cells, selectively supporting the healthy development of bone and periodental tissues. Bonegraft Barrier Membrane preserves its structure for 10-12 weeks and is completely adsorbed.

 Barrier Membrane does not contain human or animal tissue, removing any risk of viral or disease transmission as well as complying with the wishes of vegans who avoid animal derived products. Due to its complete resorption, a second surgery for removal is not required.

 Barrier Membrane Application

The outer surface of the Powerbone Barrier Membrane, consists of a compressed (non porous) poly (lactic acid) (PLA) layer which is placed next to the soft tissue to exclude epithelial and fibroblast cells from the site. The inner surface of the Bonegraft Barrier Membrane faces the bony surface and consists of porous poly (lactic acid) (PLA) microfibers which induce mesenchymal stem cell retention proliferation and differentiation.

The three-layered barrier membrane is designed for the healthy development of bone and periodontal support tissue.

SYNTHETIC – TODAYS CHOICE FOR CONTROLLED CONSISTENCY

Powerbone Synthetic membrane is composed of intricate, non-woven PLGA polymer microfibers. PLGA is widely used in orthopaedic and dental applications such as sutures, pins, and screws.

 As a fully man-made technology Powerbone Synthetic membrane is a consistent quality and not subject to process variations associated with tissue of human or animal origin.

 APPLICATION PERFORMANCE

Powerbone Synthetic membrane is supple , strong , tear-resistant , easy to cut, tack or suture and demonstrates exceptional tissue adhesion allowing easy adaptation for all defects.

MULTI-LAYER PERFORMANCE

Upper fascia Lower fascia BARRIER Smooth upper fascia prevents (gingival) epithelial cell and fibroblast migration. REGENERATIVE Porous microfibre lower fascia stabilises the site and enhances stem cell adhesion.

OPTIMAL RESORPTION PROFILE

A drawback of collagen is loss of integrity – sometimes less than 2-4 weeks. Powerbone membrane maintains functional performance for 4 – 6 weeks with full adsorption at 10-15 weeks.