BD Venflon Pro Safety IV Cannula

The BD Venflon Pro Safety IV Cannula is a sterile, single-use medical device designed for peripheral intravenous access. It incorporates a passive safety mechanism intended to reduce the risk of accidental needlestick injuries and minimize blood spatter during insertion and removal. This device features a port for medication administration and is constructed from materials that offer a degree of softening within the vessel over time, potentially improving patient comfort.

The cannula is designed for optimal kink resistance and superior tip integrity, ensuring reliable performance during use. It is latex-free and compatible with luer lock connections, making it suitable for a wide range of infusion and injection procedures. The device is supplied in boxes of 50 units.

The primary function of an IV cannula is to establish a secure pathway into a vein, allowing for the delivery of fluids, medications, blood products, and for the collection of blood samples. This process, known as intravenous cannulation, is a fundamental procedure in healthcare settings. Proper insertion technique and device selection are important to prevent complications such as hematoma, infiltration, embolism, and phlebitis.

The cannula itself is a thin, flexible tube that remains in the vein after the introducer needle is withdrawn and secured in place. The gauge size of the cannula is selected based on the intended use, with smaller gauges generally causing less trauma to the vein and larger gauges facilitating higher flow rates when necessary. The BD Venflon Pro Safety IV Cannula is intended for use by trained medical professionals in various clinical environments.

Its safety features are particularly beneficial in situations where the risk of needlestick injury is a concern, such as in emergency departments, general wards, and outpatient clinics. Typical applications include the administration of intravenous fluids for hydration, delivery of antibiotics and other medications, chemotherapy, and the administration of blood transfusions or other blood products. The design of the injection port cap is intended to facilitate easy opening and secure closure, while also helping to prevent contamination of the port and valve during use.

The material properties of the cannula are engineered to provide both strength and flexibility, aiming to maintain patency and minimize the risk of kinking or dislodgement.