The B Braun Needle-Free Anesthesia Extension Sets & Manifolds are an essential component in modern medical practice, offering safe and efficient delivery of anesthetic agents. This 42-inch extension set is available with a choice of configurations tailored to suit your specific needs. The set features two Normally Closed Dual Manifold Valves and an in-line backcheck valve for optimal safety and functionality.

Each extension set is equipped with a sophisticated SPIN-LOCK Connector that minimizes leakage and ensures secure connections, while the 4-Way Stopcock allows seamless fluid management. Available in two configurations with priming volumes of 7.8mL and 8.0mL, these sets are sold in convenient cases of 50, making them ideal for high-volume clinical settings.

Key Features:

• Equipped with a SPIN-LOCK Connector, which ensures a secure fit and minimizes the risk of leakage, maintaining the integrity of fluid pathways during medical procedures.
• The set features Normally Closed Dual Manifold Valves that ensure safety by preventing backflow, and the 4-Way Stopcock allows for versatile fluid management and distribution.

Uses:

• The B Braun Needle-Free Anesthesia Extension Sets & Manifolds are primarily used in medical settings to facilitate the delivery of anesthetic agents. They provide secure and efficient connections between various lines, improving workflow and patient safety.
• These extension sets and manifolds are ideal for use during surgeries and medical procedures that require precise control of fluid flow. Their design minimizes the risk of accidental disconnections and contamination during procedures.

FAQs:

1. Can these extension sets be utilized for procedures other than anesthesia?
Yes, while they are primarily designed for anesthesia delivery, their versatile design allows them to be useful in various medical applications requiring secure fluid management.

2. What is the benefit of the SPIN-LOCK Connector?
The SPIN-LOCK Connector offers a secure, leak-proof connection, ensuring the safety and efficiency of fluid delivery during medical procedures.