B +ve- Jackson-Rees Pediatric Anesthesia Breathing Circuit – Low Resistance, Minimal Dead Space

The Jackson-Rees Circuit is a modification of the Mapleson F breathing system, commonly utilized in pediatric anesthesia due to its low resistance and minimal dead space. This design facilitates efficient delivery of anesthetic gases to infants and small children, ensuring patient safety during surgical procedures.

Key Features:

• Low Resistance: The circuit's design minimizes resistance, making it suitable for patients with delicate respiratory systems.

• Minimal Dead Space: Reduces the volume of exhaled gases remaining in the system, ensuring the patient receives a higher concentration of fresh gas with each breath.

• Reservoir Bag: Equipped with a reservoir bag that allows anesthesiologists to monitor ventilation visually and manually assist or control breathing by applying pressure to the bag.

• Tail-End Control Valve: Some versions include a tail-end control valve, enabling precise adjustment of pressure levels within the system.

Specifications:

• Components:

  • Fresh gas supply tubing
  • Patient connection tubing
  • Reservoir bag (available in various volumes, typically ranging from 0.5 to 2 liters)
  • Optional tail-end valve for pressure control

• Materials: Constructed from medical-grade materials such as PVC or silicone, ensuring durability and patient safety.

• Sizes: Available in configurations suitable for neonatal, pediatric, and small adult patients.