MAPLESON D COAXIAL BAIN

MAPLESON D COAXIAL BAIN Specification

Size
1.6 meter

Feature
Good Quiality

Material
ABS Plastics

Application
Hospital

Use
Hospital

Display Type
No

Color
Green

About MAPLESON D COAXIAL BAIN

Mapleson D Coaxial Bain

The Mapleson D and Deluxe Bain coaxial breathing systems are used in anesthesia to deliver oxygen and anesthetic agents while eliminating carbon dioxide. These systems consist of components such as fresh gas flow, a reservoir bag, breathing tubes, an expiratory valve, and a patient connection. The Bain circuit is a coaxial modification of the Mapleson D system, where the fresh gas flow tubing is directed within the inspiratory limb, near the mask. This design adds more heat and humidity to inhaled gases compared to other Mapleson circuits.

Mapleson D Bain Coaxial Breathing System: This system is for use with Bain adaptors and does not include a valve or bag, with a minimum length of 1.6 meters.
Mapleson D Deluxe Bain Coaxial Breathing System with 2L Bag: Available in two lengths, 1.6 meters and 2.8 meters, this system includes a 2-liter bag.
22mm Silver Knight Anti-microbial Mapleson D Deluxe Bain Coaxial Breathing System with 2L Bag: This version is 1.6 meters long and features an anti-microbial additive to enhance patient safety.
Mapleson D Deluxe Bain Coaxial Breathing System with 2L Bag, 5.4m: This longer version is designed for greater reach and flexibility in patient care.

Robust Construction and Material Quality

Crafted using ABS and other high-grade plastics, the MAPLESON D COAXIAL BAIN breathing circuit offers exceptional durability while maintaining lightweight ease of use. The chosen materials ensure that the device withstands regular use in busy hospital and laboratory environments, contributing to its reliable performance and patient safety.

Purpose-Built for Medical Settings

Designed specifically for use in hospitals, operating rooms, and laboratories, this breathing circuit is vital for the administration of anesthetic gases and ventilation. Its practical, no-display configuration minimizes distraction and focuses on core clinical use, making it an essential component in medical and surgical procedures.

FAQ's of MAPLESON D COAXIAL BAIN:

Q: How is the MAPLESON D COAXIAL BAIN utilized in hospital settings?

A: The MAPLESON D COAXIAL BAIN is primarily used for delivering anesthetic gases and controlled ventilation during surgeries and medical procedures. Its design allows for efficient and safe breathing support, making it indispensable in operating rooms and intensive care environments.

Q: What distinguishes the MAPLESON D COAXIAL BAIN from standard breathing circuits?

A: This device features a 1.6-meter length and is made from ABS plastics, offering enhanced durability and flexibility. Its green color provides quick identification, and the coaxial configuration helps in minimizing heat and moisture loss, improving patient comfort and circuit efficiency.

Q: When should the MAPLESON D COAXIAL BAIN be replaced or serviced?

A: It should be replaced or thoroughly cleaned between patients to prevent cross-contamination. Regular visual inspections are recommended for any signs of wear or damage to ensure ongoing safety and effectiveness.

Q: Where can healthcare providers obtain the MAPLESON D COAXIAL BAIN?

A: This breathing circuit is available across India through authorized suppliers, traders, and wholesalers specializing in medical and hospital equipment.

Q: What is the process for connecting the MAPLESON D COAXIAL BAIN?

A: The circuit is straightforward to connect with standard anesthesia machines and ventilators. Simply ensure secure attachment at both the patient end and the machine, following standard hospital protocols for setup and use.

Q: What are the usage benefits of the MAPLESON D COAXIAL BAIN for medical professionals?

A: This circuit offers reliable anesthetic delivery, user-friendly setup, and maintains consistent ventilation with minimal resistance. Its build quality and design contribute to effective infection control and comfortable operation for both clinicians and patients.