Description
The BD® Blunt Fill Needle is an essential tool designed by Becton, Dickinson and Company (BD) to enhance safety and efficiency in medication preparation. Its primary function is to facilitate the safe draw up of medications, significantly reducing the risk of needlestick injuries, a common concern in clinical and hospital settings.
Key Features
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Blunt Tip Design: The unique blunt tip design requires increased penetration force, minimizing accidental needlestick incidents during medication preparation. This feature is particularly beneficial in busy healthcare environments where safety is paramount.
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18G Thin Wall (TW) Design: The needle's 18G thin wall design offers a larger inner diameter compared to regular wall needles. This characteristic may improve flow rates, especially when dealing with viscous medications, ensuring a smoother and more efficient draw up process.
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No Visible Coring: Based on a study of 100 samples, the needle demonstrates no visible coring during medication draw, maintaining the integrity of the medication and the needle.
Product Variants
The BD® Blunt Fill Needle family includes an additional variant known as the Blunt Filter Needle. This version is equipped with a 5 micron membrane filter, designed to prevent large particles from entering the syringe when drawing up medications from glass ampoules. This aligns with the 2021 INS Standards of Practice, providing an added layer of safety and precision.
Intended Use
These needles are intended for use in drawing up medications from vials and ampoules, making them ideal for healthcare professionals in clinical and hospital settings. Their design and functionality cater to the specific needs of medication preparation areas, ensuring a reliable and safe process.
Conclusion
With its innovative features and adherence to industry standards, the BD® Blunt Fill Needle is a trusted choice for healthcare providers aiming to enhance safety and efficiency in medication preparation. Its thoughtful design reflects BD's commitment to quality and safety in healthcare environments.
