Polymed Polycath IV Cannula with 3-Way Stop Cock - 16G Pack of 100

Description: Introducing the Polymed Polycath IV Cannula with 3-Way Stop Cock, a versatile solution designed to optimize intravenous (IV) therapy and fluid management in medical settings.

Key Features:

1. High-Quality IV Cannula: The Polymed Polycath IV Cannula is crafted from high-quality materials, ensuring durability, biocompatibility, and optimal flow rates for reliable venous access.

2. Integrated 3-Way Stop Cock: Equipped with an integrated 3-way stop cock, this IV cannula allows for convenient access to multiple infusion lines or devices.

3. Secure Luer Lock Connections: Each port of the 3-way stop cock is equipped with a secure luer lock connection, ensuring a tight and leak-proof seal when attached to IV tubing or syringes. This feature minimizes the risk of accidental disconnections during medication administration, promoting patient safety and procedural reliability.

4. Rotating Swivel Design: The IV cannula features a rotating swivel design that allows for flexible positioning and tubing management during IV procedures.

5. Transparent Housing: Constructed with a transparent housing, the 3-way stop cock allows for visual inspection of fluid flow and medication compatibility, enhancing procedural visibility and facilitating real-time assessment of IV procedures.

Benefits:

• Versatile Fluid Management: The integrated 3-way stop cock enables simultaneous access to multiple infusion lines or devices, facilitating efficient fluid management and medication administration in clinical settings.

• Secure Connection: With secure luer lock connections and a precision-engineered IV cannula, the Polymed Polycath IV Cannula with 3-Way Stop Cock ensures reliable venous access and minimizes the risk of accidental disconnections during IV therapy.

• Enhanced Procedural Visibility: The transparent housing of the 3-way stop cock allows for visual inspection of fluid flow and medication compatibility, promoting procedural visibility and facilitating real-time assessment of IV procedures for optimal patient care.