Procedures and Treatments
Mid-Urethral Sling for Stress Urinary Incontinence
Mid-urethral sling systems designed for the treatment of Stress Urinary Incontinence.
Advantage Fit™ Transvaginal Mid-Urethral Sling System
The advantage fit system features a 46% thinner shaft and 17% tighter curve which is designed to reduce insertion force and leave the tape closer to the pubic bone1.
Advantage™ Transvaginal Mid-Urethral Sling System
Designed to offer several advancements in delivery and tensioning, including an ergonomic delivery device handle designed to provide tactile sensation and a curved needle tip that is designed to fit behind the pubic bone. Available with Advantage™ clear mesh or Advantage Blue mesh.
Lynx™ Suprapubic Mid-Urethral Sling System
Intended to facilitate suprapubic device passage with an association mechanism that is designed for smooth transition from loop to mesh.
Obtryx™ II Transobturator Mid-Urethral Sling System with PrecisionBlue™ Design
Transobturator sling with enhanced features that are designed to provide smooth sling placement, intra-operative adjustability designed for minimal tissue disruption, and increased physician visualization that aids in precise sling placement.
Solyx™ Single-Incision Sling System
Single incision sling system designed to offer a procedure with fewer steps and reduced dissection. The mesh assembly is designed to be placed away from critical structures, such as the obturator bundle, and the carrier snap-fit on the delivery device tip is designed to facilitate control during placement. Available with Advantage™ clear mesh or Advantage Blue mesh.
Pelvic Floor Reconstruction
Products designed for use in pelvic floor reconstruction procedures.
Capio™ SLIM Suture Capturing Device
Features one of the smallest device profiles and suture dart carrier diameters to minimize the space required within the surgical field. Suture loading and a funnel shaped catch designed for consistent ease of use.
Upsylon™ Y-Mesh and Colpassist™ Vaginal Positioning Device
Designed to offer a balance of low density and high durability which facilitates mesh positioning and placement while offering resistance to tearing and providing support needed for anatomical defects.