Peripheral vascular reconstructions Peripheral Bypass Flow ePTFE vascular prosthesis Optimal healing process High suture resistance with reduced hole bleeding O utstanding vein-like handling and host vessel conformability F ull range of sizes and diameters with or without helical reinforcement

ePTFE vascular prosthesis ptimized inner surface PM Flow inner surface porosity specifically designed for optimal healing process. • 20 µm: Reduced risk of bleeding and weeping (1) • 0 µm: Enhanced neointimal formation process (1) (2) 6 «The 60µm porosity PTFE appears to be the best grafts as judged by early endothelialization and late intimal stability.» (1) Specific soft and resistant ePTFE wrap design conferring to PM FLOW vascular prosthesis: • High suture retention and radial burst strength • Reduced suture holes bleeding • Perfect surrounding tissues integration • Reinforced protection...

Peripheral Bypass F ull range of sizes and diameters with or without helical reinforcement for your peripheral vascular reconstructions Standard Wall design Advanced Thin Wall design : • ncredible suppleness and vein-like I handling • High conformability to the host vessel • Easy suturing Wall thickness (3) Spiral ePTFE reinforcement available on Standard and Thin Wall prostheses Thin Wall competitor A Thin Wall competitor B Thin Wall PM FLOW Test in accordance with ISO 7198 :1998 Comparative evaluation of crush resistance of spiral reinforced prostheses (3) 22 Outstanding crush resistance providing...

Peripheral Bypass ePTFE vascular prosthesis Thin Wall References Wall thickness Wall thickness Thin Wall with helical reinforcement References Standard Wall Only on request Wall thickness Wall thickness This device is CE marked. Standard Wall with helical reinforcement Only on request