Becton Dickinson Consumer Blunt Plastic Cannula, 100 CT

Introducing the Becton Dickinson Consumer Blunt Plastic Cannula, the perfect solution for a variety of medical applications. This cannula features a blunt tip for gentle and precise insertion, minimizing patient discomfort. Made from high-quality plastic, it ensures durability and reliability. Whether for medication administration or laboratory use, this Becton Dickinson cannula provides exceptional performance and ease of use. Trust in the quality and precision of Becton Dickinson for your medical needs. FSA/HSA eligible
Dual Side Ports: The cannula has two side ports that create turbulence for thorough flushing of injection sites
Center-Point Design: The cannula has a center-point design with a tapered tip that reduces insertion forces by 30% from Interlink Syringe Cannula
Clear Material: The cannula is made of clear material for enhanced visualization
Universal Compatibility: The cannula is universally compatible with Baxter Interlink, Abbott LifeShield, and McGaw SafeLine injection sites as well as vials designed for needleless access

See the full list of product ingredients on the product label.

Insert BD Blunt Plastic Cannula into a vial adapter (Interlink LifeShield or SafeLine) or vials designed for needleless access to fill a syringe. Use normal protocol. Insert the BD Blunt Plastic Cannula through the center of the pre-slit injection site (Interlink, LifeShield, or SafeLine) for fluid delivery or aspiration. Dual side ports create turbulence for more efficient flushing of injection sites. Things to Remember: Discard BD Blunt Plastic Cannula in the nearest sharps collector or per hospital policy. Follow your institution's policy for the safe disposal of all medical waste. The BD Blunt Plastic Cannula is not designed to penetrate conventional injection sites, vial stoppers, or BD Vacutainer brand tube stoppers.

When expelling air or fluid from a syringe, contents exit sideways from the cannula in two separate paths. Expel air or fluid carefully, directing flow paths away from face or mucous membranes.