Intravenous Wing Type Drip Chamber

Component for visual assessment and counting of infusion drop rate during IV administration. Clear design allows accurate monitoring of solution delivery velocity.

Infusion set with integrated drip chamber (gravity fed), commonly used with IV bags for fluid administration.

Component for IV infusion sets featuring a spike for vial puncture and chamber for visual drip rate assessment. Available in 48mm, 50mm, and 62mm configurations with optional filtration.

Specialized plastic material for manufacturing intravenous drip chambers and flow control components. Engineered for transparency and precision molding to ensure accurate fluid delivery in IV therapy applications.

A plastic component for infusion therapy that forms part of the drip chamber assembly in intravenous delivery systems.

Drip chamber with rounded bottom design for improved fluid visualization and accurate drop counting. Facilitates precise monitoring of infusion rate during clinical administration.

Specialized drip chamber with larger bore for blood product visualization and macro drop rate assessment. Integrated filter and spike designed specifically for safe transfusion procedures.

Drip chambers for intravenous infusion applications. These devices regulate and control the flow rate of intravenous fluids during patient treatment.

Infusion set with a burette chamber for controlled fluid delivery and accurate volume measurement. Used for intravenous therapy with precise flow rate regulation.

Drip chambers specifically designed for blood transfusion applications. These devices regulate and control the flow of blood products during transfusion procedures.

Intravenous cannula featuring fixed wing design for secure placement and stabilization during infusion therapy. Enables reliable vascular access for fluid and medication administration in clinical settings.

An intravenous flow control device designed to regulate and maintain precise drip rates during infusion therapy. This regulator ensures consistent fluid delivery and helps prevent complications associated with uncontrolled IV administration.