Uniever Quincke Spinal Needle, 18 Gauge x 3.5 Inches, 90mm, Pink, 25 Pieces/Box Box
The crystal-clear polycarbonate hub allows easy visualisation of CSF flashback.
The hub design provides a secure grip during procedures.
Thin-walled needle allows optimal flow rates.
K-3 Lancet point (modified Quincke) with secondary side bevels to lower puncture force1 and minimise dural trauma.
The hub design provides a secure grip during procedures.
Thin-walled needle allows optimal flow rates.
K-3 Lancet point (modified Quincke) with secondary side bevels to lower puncture force1 and minimise dural trauma.
Product Information
Product Information
Shipping & Returns
Shipping & Returns
Uniever Quincke Spinal Needle, 18 Gauge x 3.5 Inches, 90mm, Pink, 25 Pieces/Box Box
Uniever Quincke Spinal Needle, 18 Gauge x 3.5 Inches, 90mm, Pink, 25 Pieces/Box Box
The crystal-clear polycarbonate hub allows easy visualisation of CSF flashback.
The hub design provides a secure grip during procedures.
Thin-walled needle allows optimal flow rates.
K-3 Lancet point (modified Quincke) with secondary side bevels to lower puncture force1 and minimise dural trauma.
The hub design provides a secure grip during procedures.
Thin-walled needle allows optimal flow rates.
K-3 Lancet point (modified Quincke) with secondary side bevels to lower puncture force1 and minimise dural trauma.
$16.99
Original: $48.54
-65%Uniever Quincke Spinal Needle, 18 Gauge x 3.5 Inches, 90mm, Pink, 25 Pieces/Box Box—
$48.54
$16.99Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
The crystal-clear polycarbonate hub allows easy visualisation of CSF flashback.
The hub design provides a secure grip during procedures.
Thin-walled needle allows optimal flow rates.
K-3 Lancet point (modified Quincke) with secondary side bevels to lower puncture force1 and minimise dural trauma.
The hub design provides a secure grip during procedures.
Thin-walled needle allows optimal flow rates.
K-3 Lancet point (modified Quincke) with secondary side bevels to lower puncture force1 and minimise dural trauma.
