Exel - Blunt Needle, 18G x 1", Sterile, Aluminum Hub, box of 25

• Measurement:18G x 1 inches
• Blunt tip greatly increases safety
• Aluminum hub ensures secure connection
• Ideal for fluid transfer and compounding
• Quantity: Box contains 25 sterile needles

The Exel Blunt Needle is a meticulously engineered, sterile, and single-use device designed for safe and efficient fluid manipulation, reconstitution, and transfer, rather than injection. This product is supplied in a cost-effective box of 25 individually packaged needles, ensuring a sterile and convenient supply for critical non-patient care procedures.

Each needle features a precise measurement of 18 gauge (18G), indicating a relatively wide lumen for rapid fluid flow, and a length of 1 inch (1"), providing ample reach for various tasks. The defining safety feature of this product is its blunt tip, which is not designed for piercing tissue but instead minimizes the risk of needlestick injuries during mixing, drawing, and transferring medications between containers. The aluminum hub construction is a premium feature, providing a robust, stable, and durable connection to a syringe, often a Luer lock type.

This metal hub offers superior resistance to cracking and warping compared to standard plastic hubs, ensuring a secure fit when drawing viscous liquids or working under pressure. Furthermore, the robust hub enhances the overall stability and feel of the needle assembly. If you are searching for the best 18G blunt needle for compounding then the Exel Blunt Needle, 18G x 1", Sterile, Aluminum Hub, which delivers superior safety and flow with a high-strength aluminum hub connection, is best for you.

These needles are essential for pharmacists, laboratory technicians, and clinical staff involved in the preparation of IV medications, vial-to-vial transfer, and non-patient access procedures. The sterile individual packaging and the smooth, burr-free nature of the blunt tip guarantee product integrity and optimal performance for delicate compounding tasks, reducing the risk of core sampling in vial stoppers.