
Description:
The Salem Sump Silicone Dual Lumen10/CS Stomach Tube Radiop. Line 10Fr X36" is an essential medical device designed for effective gastric decompression and drainage. Crafted from high-quality silicone, this stomach tube ensures durability and flexibility, making it ideal for various clinical settings. Its dual lumen design allows for simultaneous suction and irrigation, enhancing patient comfort and improving procedural efficiency.
Key Features:
- Dual Lumen Design: Facilitates continuous suction while allowing for irrigation, providing optimal drainage and patient care.
- Radiopaque Line: The radiopaque feature ensures easy visualization under imaging, aiding in accurate placement and monitoring.
- 10Fr Size: The 10Fr size offers a versatile option for different patient needs, ensuring efficient fluid management.
- 36-Inch Length: A generous length provides flexibility in handling and application, catering to various anatomical requirements.
Benefits:
Utilizing the Salem Sump Silicone Dual Lumen10/CS Stomach Tube Radiop. Line 10Fr X36" not only simplifies the process of gastric decompression but also minimizes the risk of complications. Its biocompatible silicone material is gentle on the mucosal lining, reducing the likelihood of irritation. This makes it particularly suitable for use in both inpatient and outpatient settings.
Use Cases:
This versatile stomach tube is perfect for use in surgical units, intensive care, and emergency departments. Whether aiding in post-operative care or managing gastrointestinal conditions, the Salem Sump Silicone Dual Lumen Tube is a reliable choice for healthcare providers looking to enhance patient outcomes.
Choose the Salem Sump Silicone Dual Lumen10/CS Stomach Tube Radiop. Line 10Fr X36" for a trusted solution in medical drainage and ensure the highest standard of care for your patients.