IV-set with Back Check Valve

Infusion set with integrated back check valve designed for gravity-fed administration of intravenous fluids and medications. The safety feature prevents backflow and reflux, reducing contamination risk during infusion therapy. Suitable for hospital, clinic, and home healthcare settings.

Unidirectional valve preventing retrograde fluid flow in infusion lines and syringes. Protects medication integrity and prevents backflow contamination during administration.

Piggyback I.V. sets with integrated back check valve for secondary medication infusion. Designed to prevent backflow and enable safe simultaneous administration of multiple intravenous medications or solutions. Ideal for hospital and clinical infusion therapy protocols.

One-way flow control valve used in infusion systems to prevent reflux of blood and fluids. Essential safety component for multi-port infusion and transfusion applications.

Patient tubing equipped with a check valve to prevent backflow during high-pressure contrast injection procedures.

A specialized intravenous infusion set equipped with a needless valve to reduce the risk of needlestick injuries and contamination during IV therapy.

Integrated check valve components in neonatal infusion sets preventing backflow and reducing medication errors in pediatric drug delivery.

Integrated check valves for neonatal nutrition and infusion lines preventing backflow and medication interaction. Supports safe delivery of multiple medications through pre-assembled sets.

A safety component that prevents backflow and allows needle-free fluid administration in intravenous systems.

Infusion delivery system equipped with needle-free injection ports for safe medication administration without needle stick injury risk. Reduces infection transmission and improves clinical safety.

Unidirectional valve preventing backflow in infusion systems and fluid delivery lines.

Extension line featuring a needle-free valve system with integrated back check valve for safe intravenous access. Reduces risk of needlestick injury and contamination during fluid administration.