SKU: 4A-GE-0008
The Naso Biliary Drainage Catheter (NBDC) is an essential endoscopic accessory used in ERCP procedures for temporary external decompression of the biliary tree. By routing bile externally through the nasal cavity, the NBDC enables continuous monitoring, bile sampling, postoperative decompression, and radiological imaging without permanent stenting.
| Product Name | Naso Biliary Drainage Catheter (NBDC) |
| Intended Application | Temporary external decompression of the biliary tree during ERCP |
| Material | Polyurethane (PU) with radiopaque line or full radiopacity |
| Distal Tip Shapes | Alpha Curve, Pigtail Curve, Standard Curve |
| Total Length | 250 cm to 300 cm |
| Accessories | Luer-lock connector, nasal tubing connector, step-up adapter |
| Packaging | Individually blister packed, EO sterilized |
Pancreatic and Biliary Stents are specialized fluoroscopically guided endoscopic implants designed to maintain lumen patency in obstructed biliary or pancreatic ducts. Engineered from medical-grade radiopaque polymers, these stents relieve biliary strictures, promote fluid drainage, prevent post-ERCP pancreatitis, and restore natural drainage pathways compromised by benign or malignant conditions.
The Single Pigtail Biliary Stent features a coiled distal or proximal end engineered to prevent stent migration while maintaining effective bile evacuation. Designed for anatomical regions where traditional retention flaps may cause tissue irritation or fail to anchor securely, the pigtail curl acts as a natural mechanical barrier within the duodenum or liver parenchyma. This design is particularly suited for managing proximal bile duct strictures, complex pancreatico-biliary drainage, and cases where prolonged stent stability is required.
The Double Pigtail Biliary Stent is engineered with coiled curl loops at both its proximal and distal ends to provide maximum anchor stability within the biliary tree and duodenum. By securing one pigtail in the bile duct and the other within the duodenal lumen, this stent virtually eliminates both upward (proximal) and downward (distal) migration risks. It is widely utilized for benign strictures, pancreatic pseudocyst drainage, and long-term palliation where stent displacement poses a high clinical risk.