Single Incision Sling System, Innovative Next Generation Technology, For Ease of Use And Reproducibility Based on the Introducer, Anchors and Sling Material
The altis single incision sling is an innovative next generation technology. Altis allows for ease of use and reproducibility based on the introducer, anchors and sling material. The Altis single incision sling is an innovative next generation technology. Altis expands the stress incontinence portfolio to include a minisling based on the proven product legacy of the Aris TO and Supris RP Systems. Altis allows for a less invasive minisling placement with ease of use and reproducibility based on the introducer, anchors and sling material. (cf. 1) The dynamic adjustability of the sling allows for accurate tensioning and placement of the sling in relation to the urethra. (cf. 1) Like Aris and Supris, Altis is a low elasticity sling. These low elasticity implants allow tensioning, placement and positioning of the sling under the urethra without compression. There are four components that make up the Altis single incision sling system. Introducers- the introducers are curved in shape and come as a set for the inside-out approach. They are designed for holding the anchor on the tip until insertion into the obturator membrane complex. Introducers are designed with a needle curvature for a safe, reproducible anchor placement avoiding obturator vascular and nerve bundles. (cf. 1) Introducers have an ergonomic design that allows for secure grasping and ease of use. The handle construction provides visual cues to aid in accurate anchor placement. Sling- the sling material is the same as the Coloplast legacy products of Aris and Supris. The sling is 7.75 cm and spans from obturator to obturator. Extending from the sides of the sling is a size 1 PP monofilament suture that is attached to the sling body. Positioning of the sling should be without tension to the urethra as the Altis sling has a low 7.5% elasticity. Anchors- Anchors are individually designed to maximize holding force and minimize tissue damage. (cf. 1) Anchors are made from polypropylene and have flexible tines designed for secure placement into the obturator membrane complex. Altis offers a low anchor profile allowing for a less forceful penetration into the obturator space. The anchor also provides optimal holding force and stability. Tensioning suture- the suture extending from the sling and through the dynamic anchor or the movable anchor is designed for two way adjustability. The dynamic anchors holding force and suture design prevents sling movement during the tissue in-growth period. This also eliminates the need for a locking mechanism. Following the procedure, the excess suture is cut and discarded.
