Non Heated Disposable Ventilator Circuit Plain

Non Heated Disposable Ventilator Circuit Plain Specification

Storage Instructions
Store in Cool, Dry Place

Shelf Life
5 Years

Usage Type
Disposable

Features
Flexible Tubing, Kink-Resistant, Universal Connectors, Latex-Free, Non-Heated Design

Instruments Type
Respiratory Consumables

Function
Delivers Inspiratory and Expiratory Gases Between Patient and Ventilator

Equipment Type
Disposable Ventilator Circuit Plain

Material
Medical Grade PVC

Condition
New

Technology
Non-Heated, Conventional Ventilator Circuit

Portable
Yes

Wall Mounted
No

Real-Time Operation
Yes

Noise Level
Silent Operation

Operating Type
Manual Setup

Use
For Single-Use Patient Ventilation

Dimension (L*W*H)
Standard Adult Circuit: Approx. 180 cm Length

Weight
Lightweight (Approx. 140-180 g)

Color
Transparent/White

Disposability
Single-Use Only, Prevents Cross Contamination

Sterility
Ethylene Oxide Sterile

Water Trap
Included (Single or Double Trap Options)

Packaging
Individually Packed, Medical PE Pouch

Moisture Collection
Efficient Water Trap Design

Application
ICU, Emergency Department, Operation Theatre

Compliance
Meets ISO and CE Standards

Safety
Latex-Free, DEHP-Free

Patient Compatibility
Adult (Pediatric Variant Also Available)

Connector Type
22F/15M Standard, Compatible With Most Ventilators

Tube Diameter
15 mm (ID), 22 mm (OD) End Connectors

About Non Heated Disposable Ventilator Circuit Plain

here are many forms of breathing system, each having somewhat different mechanisms of action. They have traditionally been classified by the way in which the system interacts with fresh air from the surrounding atmosphere, and by whether the patient rebreathes gases that they have previously exhaled.^[1]^[2]^[3] However, there is no international standard for classifying breathing systems, and the terms "semi-open" and "semi-closed" may cause confusion in particular between US and British usage.^[4] Strictly speaking, the term "circuit" is only accurate in the case of closed systems where the breathed gas completes a full circuit.^[4]

Versatile and Universal Compatibility

This ventilator circuit is engineered for seamless integration with a wide range of ventilator brands, owing to its standardized 22F/15M connectors. The product's tubing length and diameter suit both adults and pediatric patients, while its transparent and flexible build assists in routine monitoring and handling during clinical use.

Safety and Sterility Assured

Ensuring patient safety, the circuit is manufactured using latex-free and DEHP-free materials. Each piece is ethylene oxide sterilized and individually packed in a medical PE pouch, upholding strict infection control and reducing the likelihood of cross contamination in high-risk healthcare environments.

Reliable, Single-Use Application

This circuit is strictly for single-patient use and disposability, preventing reuse-related infections. With its efficient water trap and kink-resistant tubing, it delivers uninterrupted ventilatory support with silent operation, making it a practical and safe solution for ICU, emergency, and surgical procedures.

FAQ's of Non Heated Disposable Ventilator Circuit Plain:

Q: How is the Non Heated Disposable Ventilator Circuit Plain used in clinical settings?

A: This circuit is used as a connection between the patient and the ventilator, delivering inspiratory and expiratory gases during ventilatory support. Its standard connectors ensure compatibility with most ventilators, and setup involves manual attachment of the ends to the ventilator and patient interface.

Q: What makes this ventilator circuit safe for patient use?

A: Safety is maintained through the use of latex-free, DEHP-free medical grade PVC materials, ethylene oxide sterilization, and individual packaging. These measures help prevent allergic reactions and reduce infection risks during critical care.

Q: When should this disposable circuit be replaced?

A: The circuit is intended strictly for single-use only. It should be disposed of immediately after each patient's ventilatory session or if it becomes visibly contaminated or compromised during use.

Q: Where can this circuit be used in healthcare facilities?

A: Its design supports use in intensive care units, emergency departments, and operating theatres. Its portable and lightweight form also makes it suitable for transport or bedside ventilation requirements.

Q: What process ensures the sterility of the circuit?

A: Each circuit undergoes ethylene oxide sterilization and is then individually packed in a medical PE pouch, adhering to ISO and CE compliance standards to safeguard sterile delivery and patient safety.

Q: How does the water trap feature benefit patients?

A: The included water trap efficiently collects condensate during ventilation, preventing moisture buildup and potential aspiration, thereby maintaining consistent airflow and reducing the risk of complications.