Bard BD 0046100 Nasogastric Sump Tube with PreVent Anti-Reflux Filter 10 Fr 36 in - New

Bard BD 0046100 Nasogastric Sump Tube | Dual Lumen Gastric Decompression & Suction | PreVent™ Anti-Reflux Filter | 10 Fr x 36 in | Sterile | New

Expiration: 2028-11-30

The Bard / BD 0046100 Nasogastric Sump Tube is a dual-lumen suction catheter engineered for safe gastric decompression, fluid aspiration, and stomach irrigation. Equipped with an integrated PreVent™ anti-reflux filter, it allows continuous venting of air while preventing stomach contents from leaking out of the vent lumen. Ideal for clinical simulation labs, gastroenterology training models, medical education, and biomedical device evaluation.

Product Details

• Brand / Manufacturer: BD™ / C. R. Bard® Medical
• Part / Catalog Number: 0046100
• Product Line: Bard® Nasogastric Sump Tube Series
• Product Type: Dual-Lumen Nasogastric (NG) Decompression / Suction Sump Tube
• Tube Diameter / Size: 10 Fr (3.2 mm)
• Tube Length: 36 inches (91 cm)
• Filter / Attachment: PreVent™ Anti-Reflux Filter Included
• Material Composition: Clear Medical-Grade PVC (Not Made with Natural Rubber Latex)
• Radiopaque Indicator: X-Ray Opaque Stripe along length for verification
• Sterility / Packaging: Sterile, Single-Use, Individually Sealed Packaging
• Quantity Included: 1 Unit per Sealed Package (or per selected box variation)
• Unit of Measure: 1 Each (1/EA)
• Application: Gastric suctioning, stomach decompression simulation, clinical skill training, and laboratory testing
• Condition: Brand New — Unused, factory sealed in original medical packaging.

Key Features

• Dual-lumen design allows simultaneous fluid aspiration and air venting to prevent gastric mucosa adherence and damage
• Integrated PreVent™ anti-reflux filter protects clinicians and equipment by preventing gastric liquid reflux through the vent port
• Clear, transparent PVC construction enables immediate visual observation of aspirated gastric fluids and airflow
• Continuous radiopaque stripe throughout the tube body allows rapid placement verification via standard X-ray imaging