Bard® Visilex® Mesh
Bard Visilex mesh is the first polypropylene
mesh specifically designed for laparoscopic hernia repair. Visilex
mesh directly addresses the critical issues associated with laparoscopic
procedures. More specifically, it delivers maximum visibility, enhanced
maneuverability and retains a flat profile after insertion through
the trocar.
Visilex mesh is the culmination of input and
insight from laparoscopic surgeons. With a myriad of clinical benefits,
it will change the way you look at laparoscopic hernia repair.
It's Not Just an Advantage. It's a Patented Edge.
A truly advanced laparoscopic hernia mesh has to facilitate better positioning and placement.
Visilex mesh with a unique reinforced edge does just
that.
The Visilex reinforced edge can be easily grasped and
manipulated with standard laparoscopic instruments, eliminating the
need for additional instruments to assist in mesh positioning.
The Visilex reinforced edge also helps the mesh
easily return to its original flat shape after simple insertion through
the trocar. During placement, the mesh maintains flexibility necessary
to conform to the anatomy - without ever losing the integrity of its
shape. Visilex mesh is the first laparoscopic mesh to offer
the clinical advantage of a patented reinforced edge.
Visilex Mesh Comes with One Other Significant Advantage: Our Monofilament Polypropylene.
Visilex mesh is constructed with monofilament
polypropylene for which Bard is famous. This proven material is inert
in the presence of infection, will not harbor bacteria, and promotes
tissue ingrowth1-3. Furthermore, the unique knit construction of Visilex
mesh will not unravel. Not surprisingly, this monofilament polypropylene
continues to be the material of choice for lasting hernia repair.
Only One Company Could Bring This Kind of Vision to Hernia Repair.
Visilex mesh is backed by a leader in the field,
a company with more than 30 years of product innovation and clinical
experience in hernia repair.
Bard.
For laparoscopic hernia procedures, Visilex mesh is
the solution.