For hemodialysis patients, a "fistula first" approach has long been the standard. But fistulas can fail, 20 to 60 percent of the time,1-5 subjecting patients to undue hardship and central venous catheter (CVC)-related risks.

GORE^® BIO-A^® Tissue Reinforcement is a unique biosynthetic web scaffold made of 67% polyglycolic acid (PGA): 33% trimethylene carbonate (TMC) designed for soft tissue reinforcement procedures.

GORE® DUALMESH® Biomaterial is the first dual-surface material that encourages host tissue ingrowth while minimizing tissue attachment in hernia, soft tissue and fascial reconstruction.

25% stronger than BD^® PHASIX^® Mesh^*,†,7

ZERO complete mesh removals due to infection reported^‡,§

Fully absorbable mesh solution for ventral hernia repair that delivers a strong, rapid repair with native tissue in 6 to 7 months — leaving behind nothing but a strong repair with a low risk of infection.^*,8

Whether facilitating lower extremity revascularization or providing vascular access, the versatile GORE® PROPATEN® Vascular Graft is purposefully designed to improve outcomes and reduce reinterventions. With more than a decade of strong performance, this trusted vascular graft provides proven clinical and economic value. 

The GORE-TEX® Soft Tissue Patch is a specialty biomaterial designed to meet the needs of the most demanding soft tissue repairs with minimal complications.

The GORE-TEX® Suture is a microporous, monofilament suture of flexible biomaterial for excellent handling, reduced hole-leakage and minimal irritation in soft tissue approximation.

GORE® SYNECOR Biomaterial offers a tri-layer hybrid solution designed to support a single, effective repair in complex patients. These materials are appropriate for use in laparoscopic, open or robotic procedures.

GORE® VIATORR® TIPS Endoprosthesis with Controlled Expansion offers diameter control to reach a targeted portal pressure gradient.