BD Spinal Needle BD™ 3-1/2 Inch 23 Gauge Quincke Style

Spinal Needle BD™ 3-1/2 Inch 23 Gauge Quincke Style

This BD spinal needle is a 23 gauge Quincke style needle with a 3-1/2 inch length. It fits buyers who need a sterile spinal needle for clinical procedures and want details that support handling and visualization during use. A polypropylene hub, fitted stylet, and translucent window hub help distinguish this option.

Good Fit For

• Clinical settings requiring sterile spinal needles
• Procedure setups where CSF visualization is important
• Buyers standardizing on 23 gauge Quincke style needles

Key Features

• 23 gauge Quincke style spinal needle for buyers selecting this specific needle format
• 3-1/2 inch length for procedures that call for this needle length
• Sterile needle supports ready-to-use clinical workflow
• Polypropylene hub offers a defined hub construction
• Fitted stylet helps reduce tissue coring
• Translucent window hub allows easier visualization of CSF

Applications and Usage

• Stocking spinal needles for clinical procedure trays
• Selecting a sterile 23 gauge Quincke style needle for spinal access
• Choosing a needle with a translucent window hub for easier CSF visualization

Packaging and Handling

• Packaging: BX.
• Size: 2 Inch.
• Material: Stainless Steel.
• Sterility: Sterile.
• Needle selection should match the required gauge, length, and Quincke style for the intended procedure.
• This SKU uses a fitted stylet and a polypropylene hub, which may matter for facility standardization.

FAQ

• What needle style is this? This spinal needle uses a Quincke style tip.
• What gauge and length is this spinal needle? This BD spinal needle is 23 gauge and 3-1/2 inch long.
• Is the needle sterile? Yes. This spinal needle is sterile.
• What hub details does this needle have? The needle has a polypropylene hub and a translucent window hub for easier visualization of CSF.
• Does this spinal needle include a stylet? Yes. This needle has a fitted stylet, and the product details note that it helps reduce tissue coring.

From BD.