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MotifMESH™
MacroPorous NW Implant

MotifMESH™ MacroPorous NW Implant is a universal surgical implant suitable
for different types of fascial defects, including ventral hernia repair. MotifMESH combines the favourable ingrowth and healed strength characteristics of large pore monofilament polypropylene surgical meshes with the biocompatibility and reduced adhesion attributes of expanded PTFE implants in one high performance implant of condensed polytetrafluoroethylene (cPTFE).

Featuresproperties of surgical implant biomaterial for hernia repair

Uniformly strong : Strong and durable cPTFE material with uniform properties across the implant

Transparent : Transparent open pore structure facilitating fast incorporation and visualization of underlying tissue structures1,3

Thin : Up to 90% reduction in surgical implant thickness over predicate devices improving ease of use and trocar deployment

properties of surgical implant biomaterial for hernia repairSmooth : Smooth PTFE surface for reducing adhesion formation

Macroporous : Incorporation of a 100% macroporous surgical implant structure promoting rapid healing and dense collagen formation

Biocompatible : A 70% reduction in surgical implant surface area for improving healing and biocompatibility2

1. Bench testing at Proxy Biomedical Limited – data on file.
2. Klinge, U. et al, “Foreign body reaction to meshes used for the repair of abdominal wall hernias,” European Journal of Surgery (1999); 165: 665-673.
3. Voskerician, G. et al, “Macroporous condensed polytetrafluoroethylene I. In vivo inflammatory response and healing characteristics,” Journal of Biomedical Materials Research (2006); 76A: 232-242.

Product Comparison1

Characteristics

characteristics of surgical implant biomaterial for hernia repair
PP
(Product A)
characteristics of surgical implant biomaterial for hernia repair
cPTFE
(MotifMESH)
characteristics of surgical implant biomaterial for hernia repair
ePTFE
(Product B)
Biocompatible polymer Biocompatible polymer Biocompatible polymer Biocompatible polymer
Chemically inert Chemically inert Chemically inert Chemically inert
Physical strength Physical strength Physical strength Physical strength
Sterilizable Sterilizable Sterilizable Sterilizable
Permanent repair Permanent repair Permanent repair Permanent repair
Transparency Transparency Transparency Transparency
Reduced thickness Reduced thickness Reduced thickness Reduced thickness
Tissue ingrowth Tissue ingrowth Tissue ingrowth Tissue ingrowth
Reduced scar tissue Reduced scar tissue Reduced scar tissue Reduced scar tissue
Reduced adhesion formation Reduced adhesion formation Reduced adhesion formation Reduced adhesion formation

Technical Characteristics1: MotifMESH

Characteristics

cPTFE (MotifMESH) Test Method
Composition Micromachined
Polytetrafluoroethylene
ASTM
Pore size (microns) 2350 D5947
Thickness (microns) 150 D5947
Flexural rigidity/stiffness
(Fmax N)
2.8 D4032
Ball burst (Fmax N) 108.9 D3787
Tensile strength normal (Fmax N) 33.5 D882
Tensile strength parallel (Fmax N) 29.0 D882
Suture retention normal
(Fmax N)
27.7 D882
Suture retention cross (Fmax N) 27.2 D882
Tear resistance (Fmax N) 15.1 2261

 

MotifMESH™ MacroPorous NW Implant brochure

link to motifmeshNW for ventral hernia repair For full details of this surgical implant biomaterial for repair of fascial defects including hernia repair, download the MotifMESH™ brochure, to view now or later. The brochure has full details and illustrations of the product.

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