Ventilator Circuits

Ventilator Circuits Specification

Shelf Life
2-5 Years

Features
Flexible, kink resistant, gas tight seal, universal connectors, leak proof, smooth bore

Accuracy
High, leak tested for safety

Measurement Range
Adult and Pediatric sizes available

Instruments Type
Respiratory care circuit

Usage Type
Hospital, ICU, Emergency, Anesthesia

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

Function
Breathing circuit for ventilator connection

Equipment Type
Ventilator Circuits

Material
Medical Grade PVC, Silicone

Condition
New

Technology
Single Use, Disposable

Portable
Yes

Wall Mounted
No

Real-Time Operation
Yes

Noise Level
Silent

Operating Type
Manual/Automatic

Use
Provides respiratory support by delivering gases to patient

Dimension (L*W*H)
Standard adult/paediatric length (150-180 cm)

Weight
Lightweight (approx. 200-300 g)

Color
Transparent, Blue, Green

Latex Content
Latex Free

Packaging
Individually packed

Gas Compatibility
Compatible with Air, Oxygen, Medical Gases

Anti-kink Properties
Yes

Application
Compatible with all standard ventilator systems

Pressure Resistance
Up to 90 cm H2O

Humidity Compatibility
Can be used with heated humidifiers

Reusability
Single-use (Disposable)

Connector Type
Standard ISO 22/15 mm connectors

Tube Diameter
22 mm (Adult), 15 mm (Pediatric)

Sterility
Sterile, EO Sterilized

Patient End Connection
Universal fit for masks and endotracheal tubes

Compliance Standard
ISO 5367, CE Marked

About Ventilator Circuits

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]

Optimal Compatibility and Safety

Engineered to seamlessly connect with all standard ventilator systems, these circuits ensure a universal fit for both masks and endotracheal tubes. The inclusion of ISO 22/15 mm standard connectors and European CE certification guarantees compliance with rigorous safety standards. Manufactured from medical-grade, latex-free materials, the circuits are suitable for use in hospitals, ICUs, anesthesia departments, and emergency settings.

Advanced Design for Patient Comfort

Each circuit integrates innovative features such as kink resistance, a smooth-bore interior, and a gas-tight seal, ensuring maximized airflow without leaks or interruptions. Their lightweight structure, flexibility, and transparent color facilitate easy monitoring and handling during real-time manual or automatic ventilator operation, supporting both adult and pediatric care.

FAQ's of Ventilator Circuits:

Q: How are these ventilator circuits used in clinical practice?

A: These circuits are connected to ventilators to deliver respiratory gases (air, oxygen, or other medical gases) to patients. They feature standard ISO 22/15 mm universal connectors, making them suitable for all masks and endotracheal tubes during ventilation in hospitals, ICUs, anesthesia, or emergency care settings.

Q: What are the benefits of using EO-sterilized, single-use ventilator circuits?

A: Using EO-sterilized, disposable circuits minimizes the risk of cross-contamination and infection. The circuits are individually packed for hygiene, ensuring safe, single-patient use without requiring cleaning or reprocessing between patients.

Q: Where should these circuits be stored to maintain sterility and performance?

A: For best performance, store the ventilator circuits in a cool, dry place away from direct sunlight. Proper storage preserves the sterile barrier and extends the shelf life, which ranges from 2 to 5 years.

Q: When should the ventilator circuit be replaced?

A: Being single-use devices, these circuits should be replaced after one use or whenever a new patient requires respiratory support. Reusing disposable circuits is not recommended to ensure patient safety and infection control.

Q: What features ensure these circuits maintain a secure and efficient fit during ventilation?

A: The circuits incorporate flexible, kink-resistant tubing, universal ISO connectors, leak-proof construction, and a smooth bore, providing a stable, efficient, and gas-tight connection. These features help maintain consistent airflow and reduce the risk of air leakage or disconnection.

Q: How do the circuits accommodate both adult and pediatric patients?

A: Ventilator circuits are available in standard adult (22 mm) and pediatric (15 mm) sizes and come in lengths of 150-180 cm. Their versatile design allows safe and effective use across a broad patient population.