InnoGenic™ Wifi-Mesh
1 / 26ページ

COWELL® InnoGenic™ Wifi-shaped Titanium reinforced PTFE Membrane LOGIN REGIST

Connect to Wifi, be a GBR Master COWELL® InnoGenic™ Wifi-Mesh Concept of Barrier Membrane Which role does barrier membrane play in GBR ? : Physical inhibition of fibrous connective tissue without bone formation capability (gingival epithelia, gingival connective tissue cells), preventing it from penetrating bone defect. · Fibrous connective tissue is prevented from invading into the bone defect, thereby obtaining sufficient amount of bone formation. · The penetration of upper gingiva tissue of the bone defect is prevented, so the proliferation of cells derived from the bone tissue in the...

Connect to Wifi, be a GBR Master COWELL® InnoGenic™ Wifi-Mesh Checklist when choosing barrier membrane Tissue adhesion Cell barrier properties Space formation Tissue friendly Economically feasible Tissue adhesion: the membrane should be connected to tissue and not move. Cell barrier properties: the membrane allows only osteoblast to proliferate. Handling: Easy to handle and cut out. Space formation: the membrane must maintain space for bone formation. Tissue friendly: No inflammatory response. Economically feasible: Price should be affordable to use. Non-Resorbable VS Resorbable Barrier...

Connect to Wifi, be a GBR Master COWELL® InnoGenic™ Wifi-Mesh Development Background A barrier membrane that maximizes advantages of non-resorbable & resorbable membrane and minimizes disadvantages ! For all GBR required cases with a small amount of residual bone, which requires a specific shape. Prevention of marginal bone resorption which is the most important in implant treatment by maintaining vertical and horizontal volume of bone regeneration site of alveolar bone ridge. Prevention of infection from bacterial adhesion even at early exposure due to non-porous structure. Simple removal...

Connect to Wifi, be a GBR Master COWELL® InnoGenic™ Wifi-Mesh In order to find the most effective shape and favorable materials of the barrier membrane for GBR, many types of materials and their shapes had been tested. As a result, the Wifi-shaped titanium reinforced PTFE membrane showed the optimal result in inducing osteoconductive bone surface regeneration by communicating with adjacent bone stem cells. This phenomenon is similar to Wifi with mesh-like communication network that spreads widely into empty space and the shape of the titanium of the product looks like the Wifi symbol. In...

Connect to Wifi, be a GBR Master COWELL® InnoGenic™ Wifi-Mesh a. High predictability of results: the transparent PTFE membrane allows the healing process of the underlying tissue to be identified, making it highly predictable and easy to determine removal time. b. Prevention of infection: the non-porous and smooth surface prevents bacterial penetration and even it allows users to perform open sheet membrane technique. c. Superb shape retentivity: the reinforced titanium frame is easy to bed shaped and maintain superb shape retentivity. d. Healing Period Control: the Wifi-Mesh is made of...

Connect to Wifi, be a GBR Master COWELL® InnoGenic™ Wifi-Mesh Comparison to different types of Non-resorbable membranes PTFE-Mesh Cutting Instrument Dean scissor Dean scissor Space Maintenance Immediate removal required Application of open membrane technique Technical experience Highly required Comparison to similar types of Non-resorbable membranes Product A InnoGenic™ Wifi-Mesh Bacterial infection at exposure Bacterial toxin penetration between filters at 50 μm intervals Bacterial toxin penetration between filters at 2 μm intervals No Bacterial toxin penetration thanks to non porous...

Connect to Wifi, be a GBR Master COWELL® InnoGenic™ Wifi-Mesh Specifications InnoGenic™ Wifi-Mesh Product Code ⓒ Cowellmedi Co., Ltd. All rights reserved InnoGenic™ Wifi-Me

Connect to Wifi, be a GBR Master COWELL® InnoGenic™ Wifi-Mesh InnoGenic™ PTFE-Mesh Product Code ⓒ Cowellmedi Co., Ltd. All rights reserved InnoGenic™ Wifi-Me

Connect to Wifi, be a GBR Master COWELL® InnoGenic™ Wifi-Mesh Only one wall defect of buccal or lingual bone in very narrow area Two wall defect of buccal and lingual bone in very narrow area Inter-dental two wall defect of buccal and lingual bone in very narrow area ⓒ Cowellmedi Co., Ltd. All rights reserved InnoGenic™ Wifi-Mesh

Connect to Wifi, be a GBR Master COWELL® InnoGenic™ Wifi-Mesh Inter-dental two wall defect of buccal and lingual bone in narrow area Two wall defect of buccal and lingual bone in narrow area Two wall defect of buccal and lingual bone in large area Two wall defect of buccal and lingual bone in very large area ⓒ Cowellmedi Co., Ltd. All rights reserved InnoGenic™ Wifi-Mesh

Connect to Wifi, be a GBR Master COWELL® InnoGenic™ Wifi-Mesh Application using GBR Abutment (GBR Kit - Fix Connector + Cover Cap) ③ Fix Connector & bone graft ④ Fix Connector + Cover Cap & Wifi-Mesh 1mm lower than gingiva height ⑤ After 3weeks ⓒ Cowellmedi Co., Ltd. All rights reserved

Connect to Wifi, be a GBR Master COWELL® InnoGenic™ Wifi-Mesh Application using GBR Screw (GBR Kit - Tenting Screw, Tenting Cap) Wifi-Mesh Implant initial fixation impossible due to lack of alveolar bone Vertical bone augmentation using the Wifi-Mesh and Tenting Screw ① Implants cannot be placed due to lack of alveolar bone ③ Bone graft was performed ④ Mount the Wifi-Mesh to the Screw using the Tenting Cap. ⓒ Cowellmedi Co., Ltd. All rights reserved

Connect to Wifi, be a GBR Master COWELL® InnoGenic™ Wifi-Mesh Clinical Application [Wifi-Mesh] Case I Implant placement Clinical occlusal view of #45 and #46 showed severe bone defects. Buccal bone graft technique with Wifi-mesh of #45 Wifi-Meshes were applied to the defect. #45 ⓒ Cowellmedi Co., Ltd. All rights reserved Implant placement Wifi-Mesh trimming Open membrane technique in extraction socket of #46