Biliary Stents

Plastic and metal biliary stents for malignant and benign obstruction management. Designed for endoscopic placement and secure positioning in the biliary system.

Specially designed stents for pancreatic duct drainage and stricture management. Available in various sizes for therapeutic pancreatic endoscopy.

Minimally invasive devices for maintaining patency of vessels or ducts. These expandable or self-expanding devices are used in vascular and biliary interventions.

Removable and permanent esophageal stents for stricture and obstruction management. Available in various diameters and materials for different clinical indications.

Disposable sterile ureteral stents designed for urological procedures to maintain ureteral patency and facilitate urine drainage. These single-use stents are indicated for post-operative management, ureteral obstruction relief, and diagnostic applications. Available in various configurations with soft, flexible materials to minimize patient trauma and infection risk.

Disposable ureteral stents for maintaining urine flow after urological procedures. Designed to minimize encrustation and facilitate safe removal.

Single-use ureteral stents for maintaining ureteral patency during or after urological procedures. Manufactured with appropriate materials for biocompatibility.

Specialized stents for ureteral support during and after urological procedures. Used in ureteroscopy and stone management.

Ureteral stents for urological applications to maintain urine drainage and relieve obstruction in the urinary system.

Thin tubes placed in the ureter to facilitate urine drainage and healing. These devices are used in urological procedures and post-operative management.

Plastic biliary stents for managing biliary obstruction and post-surgical bile duct drainage. Available in various diameters for different clinical indications.

Disposable ureteral stents designed for urological applications to maintain ureteral patency and facilitate urine drainage. Manufactured from biocompatible polymer materials and available in various lengths and configurations to accommodate clinical requirements. Single-use design eliminates reprocessing requirements and reduces infection risk.