Haemodialysis Triple Lumen Catheter
A Haemodialysis Triple Lumen Catheter represents a specialized medical device crafted specifically for haemodialysis procedures. It comprises a flexible tube with three distinct lumens, enabling concurrent blood withdrawal, treatment administration, and blood return during dialysis sessions. This catheter is essential in managing patients with kidney failure by providing dependable access to the bloodstream.
Functioning as a central venous catheter (CVC), it is typically inserted into major veins like the internal jugular, subclavian, or femoral veins, tailored to the patient's clinical requirements. Each lumen serves a unique purpose, enhancing the catheter's versatility and effectiveness throughout the dialysis process.
Innovatively designed, these catheters prioritize lightweight construction and ensure consistent blood flow reliability. They are engineered to resist wrinkles and prevent prolonged kinking, thereby maintaining optimal performance. The inclusion of a third lumen enhances flexibility, crucial for blood sampling and guidewire placement accuracy. With a radiopaque tip, the catheter facilitates precise positioning visible on X-rays, suitable for various vein placements to meet diverse patient needs.
Haemodialysis Triple Lumen Catheter Features
- Innovative designs and superior finish
- These are safe to use
- Long lasting performance and easily operation
Frequently Asked Questions
A Haemodialysis Triple Lumen Catheter is a specialized central venous catheter designed for patients undergoing hemodialysis. It has three lumens: two for blood withdrawal and return during dialysis and one for additional medical treatments, such as medication administration or fluid infusion.
It allows for efficient blood flow during dialysis while providing an additional port for medication or other intravenous treatments, reducing the need for multiple catheter insertions.
Yes, the triple lumen catheter can be used for CRRT in critically ill patients who require continuous dialysis due to acute kidney failure.
Provides stable and efficient vascular access for dialysis.
Reduces the need for multiple intravenous lines.
Minimizes disruptions in dialysis treatment by allowing concurrent medication administration.
