B. Braun Spinocan Spinal Anesthesia Needles (50/Case)

Yes, the B. Braun Spinocan needles are engineered for smooth, precise insertion and optimal clinical performance.

Key features ensuring smooth insertion and reliable placement include:

• Quincke Type Bevel: Designed to be sharper, achieving a low puncture force upon initial penetration.
• Optimized Gliding: Precision-ground stylets are included to minimize tissue coring and ensure optimal gliding characteristics during placement.
• Reliable Feedback: The design provides a tactile, reliable indication of dura contact, often referred to as the “dura click.”

Yes, B. Braun Spinocan Spinal Anesthesia Needles are specifically designed to provide a tactile and reliable “dura click”. This feature offers crucial feedback to clinicians during insertion, helping them confirm accurate needle placement with enhanced precision and confidence.

Yes, the B. Braun Spinocan Spinal Anesthesia Needles utilize precision-ground stylets specifically engineered for enhanced performance during procedures. This advanced design provides two key functional benefits:

• Minimized Tissue Coring: The precision grinding significantly reduces the removal of tissue upon insertion.
• Optimized Gliding: This feature improves the gliding characteristics of the needle, ensuring a smoother and more controlled insertion process for the clinician.

Yes, the B. Braun Spinocan needles are engineered to deliver low puncture force for smoother administration and procedural success. This is achieved through several precision design features:

• Sharper Quincke Bevel: This specialized bevel design significantly minimizes the force required for puncture.
• Precision-Ground Stylets: The stylets are designed to minimize tissue coring and optimize the needle’s gliding characteristics during insertion.
• Tactile Confirmation: The needle design allows the clinician to reliably feel the “dura click,” which aids in procedural confirmation.

Yes, the B. Braun Spinocan Spinal Anesthesia Needles are offered in an extensive range of sizes to meet diverse clinical requirements for spinal anesthesia procedures. This versatility ensures the appropriate choice for different patient needs and techniques.

The available configuration range is:

• Gauge: From 18 Ga up to 27 Ga.
• Length: From 1.5 inches (40 mm) up to 7 inches (180 mm).

These high-quality Quincke type needles are supplied sterile in bulk cases of 50 units.

The needles are packaged with 50 needles per case, making it convenient for stocking and use in medical facilities.

Yes, the B. Braun Spinocan Spinal Anesthesia Needles are latex-free.

This is a critical safety feature, as the components used in the manufacturing of these needles do not contain natural rubber, minimizing the risk of potential patient or clinician reactions.

In addition to being latex-free, these high-precision instruments are:

• Supplied in a sterile condition.
• Constructed without PVC across all listed configurations.
• Designed for tactile reliability, providing a clear “dura click” sensation.

The chemical composition regarding Bisphenol A (BPA) and Di-ethylhexyl Phthalate (DEHP) varies significantly depending on the specific configuration (gauge and length) you select.

• BPA Status: Some configurations contain BPA, while others do not.
• DEHP Status: The presence of DEHP varies; at least one configuration is listed as containing this chemical.

However, these needles offer consistent assurance regarding other materials:

• PVC-Free: Components do not contain PVC across all listed configurations.
• Latex-Free: All components do not contain natural rubber, making them latex-free.

Yes, the B. Braun Spinocan Spinal Anesthesia Needles boast a 60-month shelf life. This extended duration ensures they remain sterile and effective for a considerable period, making them a reliable option for medical professionals.

Yes, the components of the B. Braun Spinocan Spinal Anesthesia Needles do not contain natural rubber latex. This is a crucial safety feature designed to minimize the potential for latex reactions or sensitivities during clinical procedures.