Segmented Esophageal Stents

The MICRO-TECH Segmented Esophageal Stents are designed to enhance anatomical conformity and comfort by using a modular segmented construction, while maintaining a constant, predefined lumen for bypass of stenoses and leakages.

Product highlights:

Segmented modular design with independent movement, positional stability during natural peristalsis of esophageal
Both stent ends are pliable and smooth, helping reduce esophageal injury risk
Silicone-coated covered versions help reduce tissue ingrowth and support sustained patency
Multiple radiopaque markers provide clear visualization and placement under imaging
Pliable, tapered-tip delivery system for tight strictures
Extraction threads at both ends for removal and repositioning
Point‑of‑no‑return design allows controlled repositioning

Speciality: Gastroenterology, Interventional Radiology

Product Type:Gastrointestinal Metal Stents (GI SEMS)

Description

Enhances anatomical conformity and patient comfort with a modular segmented construction designed to move independently while maintaining a constant, predefined lumen for bypass of stenoses and leakages.
Supports high positional stability during natural peristalsis by allowing each segment to articulate and adapt to dynamic esophageal motion.
Both ends of the stent are pliable and smooth without any sharp corners or burrs, helping reduce the risk of esophageal injury.
Offers silicone-coated covered versions to help prevent tissue ingrowth and support sustained luminal patency.
Enhances visualization and placement under imaging with multiple radiopaque markers that clearly indicate stent position and orientation.
Facilitates controlled delivery through tight strictures with a pliable, tapered-tip deployment system designed for smooth tracking and release.
Post-deployment adjustment and retrieval with extraction threads at both ends, supporting repositioning or removal when clinically required.
Incorporates a point-of-no-return design that supports controlled repositioning during deployment, helping optimize final placement.