About Biliary Naso Drainage Tube 9 Fr 250 cm
The Biliary Naso Drainage Tube i 9 Fr i 250 cm provides a dependable solution for nasobiliary drainage in therapeutic and diagnostic procedures. Its flexible design allows smooth insertion through the nasal passage and accurate placement within the biliary system. The catheter supports continuous external drainage, helping reduce biliary pressure and preventing complications related to obstruction or infection. Its smooth surface contributes to improved patient comfort during extended drainage periods. Manufactured with strong clinical precision, this device reflects the high-quality standards of Advin Health Care.
Advanced Features
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Flexible 9 Fr design for guided nasobiliary placement
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250 cm length suitable for endoscopic insertion
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Ensures steady external bile drainage
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Smooth surface to minimize irritation
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Helps clinicians monitor bile flow and patient recovery
Enhanced Patient Comfort and SafetyWith its atraumatic rounded tip and smooth, flexible surface, the Biliary Naso Drainage Tube minimizes discomfort during catheterization. The tube is latex-free, reducing the risk of allergic reactions, and each unit is sterilized with ethylene oxide to ensure strict infection control. Its transparent design and radiopaque markings support accurate placement and easy monitoring via X-ray, making drainage procedures safer and more predictable.
Versatile Use for Adult and Pediatric PatientsThis device is designed to meet the requirements of both adult and pediatric biliary drainage. The catheter's universal connector adapts to various drainage equipment, ensuring wide compatibility for diverse medical settings. Its lightweight construction and portable design allow for convenient usage whether in hospitals or clinics, and its manual operation provides reliable, real-time control during interventional procedures.
FAQ's of Biliary Naso Drainage Tube 9 Fr 250 cm:
Q: How is the Biliary Naso Drainage Tube used for biliary drainage procedures?
A: The Biliary Naso Drainage Tube is inserted either nasally or percutaneously by a medical professional to facilitate external drainage from the bile ducts. Radiopaque markings assist in precise positioning under X-ray guidance, ensuring accurate and safe placement for optimal drainage.
Q: What are the benefits of using a 9 Fr catheter diameter for biliary drainage?
A: A 9 Fr catheter diameter offers an effective balance between sufficient drainage capacity and minimally invasive insertion. This size is appropriate for adult and pediatric patients, allowing for ample fluid removal while maintaining patient comfort during use.
Q: When should this drainage tube be utilized in clinical practice?
A: The Biliary Naso Drainage Tube is typically employed when biliary flow needs to be externally diverted, such as in cases of obstruction, infection, leakage, or during post-surgical management of bile duct conditions. Use is determined by a healthcare provider based on patient needs.
Q: Where should the Biliary Naso Drainage Tube be stored before use?
A: For optimal shelf life and safety, store the tube in a cool, dry environment away from direct sunlight. This preserves the integrity of the medical-grade polyurethane and ensures sterility for up to 3-5 years.
Q: What is the process for ensuring accurate tube placement during catheterization?
A: During insertion, clinicians utilize the tube's radiopaque markings, which appear under X-ray imaging, to monitor and confirm position in real-time. The smooth surface and atraumatic tip reduce insertion risk while the universal connector streamlines connections to drainage systems.
Q: Is the Biliary Naso Drainage Tube suitable for repeated or multi-patient use?
A: No, this tube is designed strictly for single use to minimize infection risk and ensure patient safety. Each unit is individually packed and ethylene oxide sterilized for use with one patient only.
Q: What material is used for the tube, and why is it beneficial?
A: Constructed from medical grade polyurethane, the tube combines flexibility with robustness. This material is biocompatible, latex-free, and resistant to kinking, supporting high-precision placement and prolonged patient comfort.