Home » Shop » hot sale » Ambu – King Systems – 3772-Wsnz – Anesthesia Breathing Circuit Coaxial Tube 72 Inch Single Limb Pediatric 2 Liter Bag Patient Use Jackson – Rees

Ambu – King Systems – 3772-Wsnz – Anesthesia Breathing Circuit Coaxial Tube 72 Inch Single Limb Pediatric 2 Liter Bag Patient Use Jackson – Rees

Original price was: $183.33.Current price is: $98.38.

Sale!
SKU: 999961CS-MKC-CS-RO-L Category:

Product Specifications

Below are the key product attributes and specifications that provide detailed information about this item:

Brand: King SystemsSold By: Case of 20User: PediatricApplication: Anesthesia Breathing CircuitProduct Size: 2 Liter BagWHSXX: MCK

Product Overview

The Ambu – King Systems – 3772-WSNZ is a single-patient-use anesthesia breathing circuit designed for pediatric applications. This coaxial tube system features a 72-inch single-limb Jackson-Rees circuit with a 2-liter breathing bag, ensuring efficient gas delivery and patient safety during anesthesia administration.

Features:
– Coaxial Tube Design: 72-inch single-limb construction for compact and efficient use.
– Jackson-Rees Circuit: Optimized for controlled ventilation in pediatric patients.
– 2-Liter Breathing Bag: Provides appropriate volume for pediatric respiratory support.
– Sample Port Elbow Connector: Facilitates gas sampling and monitoring.
– With Gas Sampling Line: Enables precise gas analysis during procedures.
– Single-Patient Use: Ensures hygiene and reduces cross-contamination risks.

Specifications:
– Manufacturer: Ambu
– Brand: King Systems
– Manufacturer Part : 3772-WSNZ
– Country of Origin: United States
– Circuit Type: Jackson-Rees
– Limb Type: Single Limb
– Breathing Bag Size: 2 Liters
– Connection Type: Sample Port Elbow Connector
– Filter Type: Without Filter
– Mask Type: With Mask

Use Suggestion:
This circuit is ideal for pediatric anesthesia delivery in clinical and hospital settings. Ensure proper connection to the anesthesia machine and verify gas flow before use. Dispose of after single-patient use to maintain sterility and safety.