BD Quincke Spinal Needle

Description:

BD® Quincke spinal needles are meticulously crafted to provide precision and reliability in spinal procedures, offering healthcare professionals a trusted solution for spinal anesthesia and cerebrospinal fluid (CSF) sampling. Available in various sizes with lengths ranging from 90 mm to 178 mm and gauges from 18 G to 27 G, these needles cater to diverse patient needs and procedural requirements. The unique design of the BD® Quincke spinal needles ensures proper needle bevel orientation, facilitating accurate placement and minimizing tissue trauma during insertion.

Key Features:

1. Optimized Design for Precision:

   • The key/slot arrangement of stylet and cannula hubs on the BD® Quincke spinal needles enables proper needle bevel orientation, ensuring accurate placement and enhancing procedural efficacy.

2. Reduced Tissue Coring:

   • The fitted stylet is specifically designed to reduce tissue coring during needle insertion, minimizing patient discomfort and tissue trauma.

3. Translucent Window Hub:

   • A unique feature of the BD® Quincke spinal needles is the translucent window hub, which offers contact clarity and allows visualization of CSF. This enhances procedural confidence and accuracy, ensuring optimal patient care.

Benefits:

1. Precision and Accuracy:

   • With their optimized design and key/slot arrangement, BD® Quincke spinal needles provide healthcare professionals with the precision and accuracy needed for successful spinal procedures, including anesthesia administration and CSF sampling.

2. Minimized Tissue Trauma:

   • The fitted stylet and proper needle bevel orientation minimize tissue coring and trauma during needle insertion, promoting patient comfort and procedural safety.

3. Enhanced Procedural Confidence:

   • The translucent window hub offers visualization of CSF, enhancing procedural confidence and facilitating accurate placement. Healthcare professionals can perform spinal procedures with greater confidence and efficiency, ensuring optimal patient outcomes.