Ventilator Circuit With Double Water Trap Neonatal

Ventilator Circuit With Double Water Trap Neonatal Specification

Function
Delivers respiratory gases from ventilator to patient

Accuracy
Consistent delivery of inspired gases

Shelf Life
5 years

Features
Double water trap for efficient condensate management, Flexible and kink-resistant tubing, Leak-proof design

Usage Type
Single Use

Instruments Type
Breathing Circuit

Storage Instructions
Store in a cool, dry place away from direct sunlight

Equipment Type
Ventilator Circuit With Double Water Trap Neonatal

Material
Medical Grade PVC

Condition
New

Technology
Disposable, Non-invasive

Portable
Yes

Wall Mounted
No

Real-Time Operation
Yes

Noise Level
Low

Operating Type
Manual/Passive

Use
Respiratory support for neonatal patients

Dimension (L*W*H)
Adult Circuit: 1.5m, Neonatal Circuit: 1.2m (Approx.)

Weight
Lightweight

Color
Transparent Blue or Clear

Reinforcement
Reinforced spiral prevents tube collapse

Latex Content
Latex Free

Water Trap Quantity
Double

Resistance
Ultra-low flow resistance

Bacterial/Viral Filter
Optional

Sterility
Yes, Sterile

Connector Type
Standard 22mm/15mm adaptors

Patient Group
Neonatal

Compliance
ISO 5367:2014 Certified

Compatibility
Compatible with all major ventilator brands

About Ventilator Circuit With Double Water Trap Neonatal

A breathing circuit is those parts of a breathing apparatus (or breathing system), which direct the flow of supplied breathing gas to, and sometimes from, the user. The breathing circuit may be open, closed, or semi-closed, depending on whether breathing gas is recycled. A closed or semi-closed circuit will include components which remove carbon dioxide from the exhaled gas and add oxygen before it is delivered for inhalation, so that the mixture remains stable and suitable for supporting life. Terminology may vary slightly between fields of application. In diving and industrial rebreathers, the closed or semi-closed breathing circuit may also be called the loop, or breathing loop. In medical equipment the closed or semi-closed circuit may be called the circle system.

A medical breathing system or medical breathing circuit is a medical device used to deliver oxygen, remove carbon dioxide, and deliver inhalational anaesthetic agents to a patient. Originally developed for use in anaesthesiology, many variants of breathing system are in clinical use, but most comprise a source of fresh gas flow, a length of breathing tubing to direct the gas, an adjustable pressure limiting valve to control pressure within the system and direct waste away, and a reservoir bag to allow assisted ventilation.^[1]

Optimized Respiratory Support for Neonates

Engineered specifically for neonatal patients, this ventilator circuit delivers consistent, accurate inspired gases with low noise, ensuring gentle respiratory support for the most delicate lungs. Reinforced tubing offers flexibility while preventing kinks or leaks, and the double water trap efficiently handles moisture build-up. Its compatibility with all major ventilator brands makes integration into existing hospital equipment seamless and reliable.

Advanced Safety and Hygiene Measures

This circuit is completely latex-free and sterile, reducing the risk of allergens or infections in vulnerable neonatal patients. With an optional bacterial/viral filter, infection control is further enhanced. Designed for single use, it supports stringent hygiene protocols in neonatal intensive care wards and mitigates cross-contamination risks. The leak-proof construction and reinforced spiral add additional safety assurance.

Ease of Use and Convenience

Lightweight, portable, and fitted with standard 22mm/15mm connectors, this ventilator circuit is designed for quick, hassle-free installation and operation. Flexible kink-resistant tubing ensures smooth handling during setup and care. The disposable, wall-mount-free design supports daily clinical routines, and a 5-year shelf life allows for convenient storage and bulk purchasing by suppliers, traders, and wholesalers across India.

FAQ's of Ventilator Circuit With Double Water Trap Neonatal:

Q: How should the Ventilator Circuit With Double Water Trap Neonatal be used for neonatal patients?

A: To use, connect the circuit's standard 22mm/15mm adaptors securely to the ventilator and to the patient interface. Ensure the reinforced tubing is positioned without sharp bends and the double water traps are oriented for efficient condensate collection. Use it for neonatal patients requiring respiratory support, following clinician guidance.

Q: What benefits do double water traps provide in neonatal ventilation?

A: The double water trap design efficiently manages moisture build-up during ventilation, reducing the risk of circuit blockage or aspiration. This feature ensures continuous airflow, improved patient safety, and consistent circuit performance over the duration of use.

Q: When should this circuit be replaced in neonatal care?

A: The circuit is designed for single-use application and should be replaced after each patient use or as per hospital protocols. This reduces cross-contamination risk and maintains the sterility and efficacy of respiratory support.

Q: Where can this ventilator circuit be used?

A: This circuit is suitable for use in neonatal intensive care units (NICUs), pediatric hospitals, and other clinical environments caring for newborns requiring mechanical ventilation support. Its universal compatibility allows use with all prominent ventilator brands.

Q: What is the process for storing and handling this product?

A: Store the sterile, single-use circuit in a cool, dry place away from direct sunlight. Do not use if the packaging is damaged. Always handle with clean, gloved hands to maintain sterility prior to installation.

Q: How does the design ensure patient safety and comfort?

A: The circuit features ultra-low flow resistance for gentle ventilation, medical-grade and latex-free materials to prevent allergies, reinforced anti-kink tubing, and optional bacterial/viral filtration. Its leak-proof design reduces accidental disconnections, ensuring safe, comfortable breathing support for neonates.

Q: What are the advantages of its compatibility and portability features?

A: Universal connectors fit all major ventilator brands, simplifying inventory and usage logistics. The lightweight and portable structure enable easy setup and repositioning in intensive care settings, enhancing workflow efficiency and patient care flexibility.