B Braun Combined Spinal/Epidural Anesthesia Sets

The B Braun Combined Spinal/Epidural Anesthesia Sets offer advanced solutions for regional anesthesia, featuring a choice between 17G or 18G Tuohy needles with a backeye lumen for precision. The set is equipped with a 5 cc luer slip clear plastic procedural syringe and a long spinal needle for smooth delivery.

Additionally, it includes a PENCAN Pencil Point Needle (available in 25G or 27G sizes) which is renowned for minimizing post-dural puncture headache, offering enhanced patient comfort. The ESPoCAN Docking System is featured in some models, providing added safety and consistency, making it an exceptional choice for both routine and complex procedures.

• Includes a Tuohy needle with a backeye lumen, which ensures accurate epidural space identification and ease of catheter insertion.
• The set comes with a 5cc clear plastic syringe for precision in administering anesthetics, ensuring minimal waste and user ease.
• Features a PENCAN Pencil Point Needle, known for reducing post-dural puncture headache, contributing to patient comfort.
• The ESPoCAN Docking System increases safety and boosts procedural success rates, making it well-suited for delicate or precise clinical scenarios.

• The B Braun Combined Spinal/Epidural Anesthesia Set is designed for administering regional anesthesia efficiently. It is mainly used in surgical procedures requiring spinal or epidural anesthesia, offering flexibility and precision for anesthesiologists.

1. What gauge sizes are available for the spinal needle in this set?
The B Braun Combined Spinal/Epidural Anesthesia Set offers a spinal needle in either 25G or 27G sizes.

2. Is this set suitable for pediatric patients?
While designed for a range of patients, specific guidelines for pediatric use should be followed. Always consult with a specialist prior to use for children.

3. What is the role of the centering sleeve?
The centering sleeve helps align the spinal needle centrally in the epidural needle during insertion, ensuring accuracy and minimizing trauma during the procedure.