Best Seller Becton Dickinson Nokor Admix Non-coring Vented Needle 16g X 1" L, Thin Wall - Box Of 100 And More [AhYwq02X]

Becton Dickinson Nokor Admix Non-Coring Vented Needle

The Becton Dickinson Nokor Admix Non-Coring Vented Needle is a premium medical tool designed for seamless injections and infusions. Engineered with a scalpel-like point, this 16G x 1" L needle is a game-changer in eliminating the issues associated with vial stopper coring. With its thin wall design, it requires less force to penetrate the stopper, ensuring a smoother and more efficient injection process.

• Scalpel-like point for easy penetration and reduced coring issues.
• Thin wall design for minimal force required during injection.

Product Specifications and Features

This high-quality needle is crafted with precision and designed to meet the stringent requirements of medical professionals. The Nokor Admix Non-Coring Vented Needle features a regular bevel, which provides a clean and precise entry point. Its vented design allows for better fluid flow, reducing the risk of air embolism. The needle is sold in a convenient box of 100, making it ideal for use in various medical settings. Key specifications include a gauge of 16G and a length of 1 inch.

• Regular bevel for a clean and precise entry.
• Vented design for improved fluid flow and reduced air embolism risk.

Practical Uses and Benefits

The Becton Dickinson Nokor Admix Non-Coring Vented Needle is a versatile tool that finds its place in numerous medical applications. Its unique design makes it an excellent choice for injections and infusions in hospitals, clinics, and home care settings. The reduced force required for penetration not only simplifies the injection process but also minimizes the risk of needle-related injuries. Ideal for both experienced professionals and those new to the field, this needle is a must-have for anyone involved in medical procedures.

• Perfect for injections and infusions in various medical settings.
• Minimizes needle-related injuries with its reduced force design.