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Urinary Incontinence Reconstruction Mesh
Reference: 1070124
Urology
| Surgical Technique | Transobturator Approach, Retropubic Approach |
| Patient Type | Adult |
| Mesh Type | Urinary Incontinence |
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Product summary
B-Repair
Midurethral Sling SetThe midurethral sling (MUS) is employed in the surgical treatment of stress urinary incontinence. The device can be implanted using both the Transobturator (TOT) and Retropubic (TVT) methods. Adjustments may be implemented up to seven days following surgery. A thin'mesh' sling is implanted under the urethra to elevate and support the patient's urinary incontinence complaint.
Enhanced patented design to ensure safe application and improved performance. A design that facilitates postoperative, minimally invasive adjustment PE sleeve that prevents the'mesh' strip from contacting the external environment prior to settling. A design that eliminates the mandatory connection between the trocar and the'mesh' during implantation.input:
output:Type 1, 100% monofilament polypropylene br/>
Optimal tissue integration with macroporePores (>75 μm)Low elasticity, tensile-resistant structureLight.Atraumatic edgesThe'mesh' is 30 cm long and 1.2 cm wide.
Midurethral Sling SetThe midurethral sling (MUS) is employed in the surgical treatment of stress urinary incontinence. The device can be implanted using both the Transobturator (TOT) and Retropubic (TVT) methods. Adjustments may be implemented up to seven days following surgery. A thin'mesh' sling is implanted under the urethra to elevate and support the patient's urinary incontinence complaint.
Enhanced patented design to ensure safe application and improved performance. A design that facilitates postoperative, minimally invasive adjustment PE sleeve that prevents the'mesh' strip from contacting the external environment prior to settling. A design that eliminates the mandatory connection between the trocar and the'mesh' during implantation.input:
output:Type 1, 100% monofilament polypropylene br/>
Optimal tissue integration with macroporePores (>75 μm)Low elasticity, tensile-resistant structureLight.Atraumatic edgesThe'mesh' is 30 cm long and 1.2 cm wide.
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