CH06 Aspirating/Feeding Tube – A Sterile, Disposable, and Efficient Medical Device for Enteral Feeding/Aspiration
The CH06 Aspirating/Feeding Tube is a remarkable product that brings together the best practices of safety and efficiency in the realm of enteral feeding and aspiration. Distinctly designed to be sterile and disposable, the tube is poised to meet diverse medical needs, ensuring convenience and fostering an environment of patient safety.
Stellar Build Quality:
- Designed for single-use applications with an optimal length of 125cm, catering to a range of advanced enteral procedures.
- Fabricated from high-grade PVC material, undergoing stringent quality checks to ensure sublime durability and safety standards.
- Precisely built with interval markings at 40, 50, 60, and 70cm for accurate measurement and placement, enhancing procedural control.
Practical and User-friendly Design:
- A single channel tube design featuring a proximal end with a cup connector and a conical tip.
- Integrated open distal end with four side windows designed to maximize fluid flow, enhancing procedural efficiency.
Packaging and Storage Guidelines:
- Individually sealed to maintain sterility and enable convenient distribution.
- Secondary packaging includes a box containing 50 tubes for bulk handling, ensuring a smooth supply of products.
- To maintain product integrity, it is recommended to store the product away from extreme temperatures and high humidity levels.
Recommendations for Usage and Safety:
- Primarily designed for aspirating liquids and gases from the stomach, duodenum, and small intestine.
- Perfectly suitable for pediatric applications in conjunction with a feeding syringe tip.
- For guaranteed patient safety, verify unit integrity before use and adhere to clean techniques during insertion.
- To maintain hygiene standards, this product is intended for one-time use only. It should be discarded post-procedure.
Invest in the CH06 Aspirating/Feeding Tube, your dependable partner for enteral feeding and aspiration procedures, promising optimal safety and efficiency standards.