![](https://accelmedical.in/wp-content/uploads/2021/06/aqua.png)
An implantable, mid-urethral support sling System device indicated for the treatment of female SUI.
Trans obturator (TOT) approach
Designed to provide smooth sling placement
Minimal tissue disruption
Enhanced placement precision
Hemi-Spherical Needle
Polycarbonate material
Pair of needles (left and right) to deploy sling mesh
For both ‘outside-in ‘ and ‘inside-out’ trans-obturator appoch
Re-usable
![](https://accelmedical.in/wp-content/uploads/2021/06/hemi-spherical-needle.png)
Helical Needle
Polycarbonate material
Pair of needles (left and right) to deploy sling mesh
For both ‘outside-in ‘ and ‘inside-out’ trans-obturator appoch
Re-usable
![](https://accelmedical.in/wp-content/uploads/2021/06/admin-ajax-3.jpg)
Polypropylene Mesh
Single use implant
Fibrillar structure to grip within tissues and avoid migration after fixation
Can be used for inside-out and outside-in procedures
Outer sheath for easy insertion and preventing tissue damage
Allows prompt fibroblastic tissue response
Monofilament and Macroporous mesh
![](https://accelmedical.in/wp-content/uploads/2021/06/polypropylene-mesh-material.png)
Mesh is a Polypropylene Material
Polypropylene has been proven over the year to be biocompatible in many medical applications. The blue advantage mesh has a suburethral segment that is de-taned. This unique heat sealed edge is smoother allowing for these potential benefits:
Reduced risk that the mesh will experience deformation during tensioning. The suburethral mesh segment is designed to maintain its integrity.
The de-tanged mesh will potentially reduce irritation to the anterior urethral wall.
Polypropylene Mesh Technical Details
![](https://accelmedical.in/wp-content/uploads/2021/06/mesh-1.png)