VENTILATOR CIRCUIT PLAIN

VENTILATOR CIRCUIT PLAIN Specification

Instruments Type
Anesthesia/Respiratory Accessory

Function
Delivers and returns breathing gases between ventilator and patient

Features
Smooth inner lumen, flexibility, leak proof, kink resistant, universal connectors

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

Usage Type
Medical / Hospital / ICU

Shelf Life
3 Years from Manufacturing Date

Equipment Type
Ventilator Circuit Plain

Material
Medical-Grade PVC

Condition
New

Technology
Manual Breathing Circuit

Portable
Yes

Wall Mounted
No

Real-Time Operation
Yes

Noise Level
Silent Operation

Operating Type
Disposable / Single-Use

Use
Connecting patient to ventilator for respiratory support

Dimension (L*W*H)
1.5 m to 2 m Length (Approximate)

Weight
Light Weight (Approx. 110-180 g)

Color
Transparent or Blue

Safety
Non-toxic, medical-grade materials, safe for patient use

Connector Type
22 mm Adult Universal Connectors

Inner Surface
Smooth bore for laminar flow and reduced secretion build-up

Latex Content
Latex-Free, Non-irritant

Patient Type
Suitable for Adult patients

Sterility
Sterile (ETO Sterilized)

Package Contents
One complete disposable ventilator circuit per pack

Temperature Resistance
Can withstand 49C (120F) Autoclaving (for non-disposable variant)

Compliance
Meets ISO 5367 and CE standard

Application
ICU, OT, Emergency, and all ventilator compatible setups

Reusability
Single-Use Only

About VENTILATOR CIRCUIT PLAIN

Product Size Product Code

Adult MSI-1262

Pediatric MSI-1263

Neonatal MSI-1264

Dual Limb circuit with Y Connector

Autoclavable at134 C0

Reusable & Latex Free

Packing : Poly Bag

Optional : Catheter Moun

High-Performance Respiratory Support

Engineered with medical-grade PVC and universal connectors, this ventilator circuit ensures efficient ventilation and patient safety. Its smooth inner bore supports laminar airflow and minimizes secretion buildup, providing consistent performance in critical care settings.

Designed for Convenience and Safety

This single-use, ETO-sterilized ventilator circuit eliminates infection risks and is completely latex-free, making it suitable for sensitive patients. It is lightweight, portable, and features a kink-resistant, flexible structure, ensuring easy handling and reliable connection every time.

FAQ's of VENTILATOR CIRCUIT PLAIN:

Q: How do I properly use the Ventilator Circuit Plain with a ventilator?

A: To use, connect each end of the circuit to the ventilator and the patient's airway interface using the universal 22 mm connectors. Ensure secure fittings to prevent leaks. Always use a new, sterile circuit for each patient and dispose of after use.

Q: What are the key benefits of this ventilator circuit for medical professionals and patients?

A: The circuit offers enhanced patient safety with its non-toxic, latex-free materials, ETO sterilization, and single-use design. Its smooth inner bore minimizes secretion accumulation, while its flexibility, light weight, and universal compatibility simplify handling and application.

Q: When should this ventilator circuit be replaced or disposed of?

A: This ventilator circuit is intended for single-use only. Replace and dispose of the circuit after each patient use or procedure to prevent cross-contamination and ensure patient safety.

Q: Where can the Ventilator Circuit Plain be used within a hospital setting?

A: It is ideal for use in Intensive Care Units (ICU), Operation Theaters (OT), emergency rooms, and any clinical environment requiring ventilator support for adult patients.

Q: What is the process to store the ventilator circuit before use?

A: Store the circuit in its original, unopened packaging in a clean, dry environment, away from direct sunlight. Proper storage preserves sterility and extends shelf life up to 3 years from the manufacturing date.

Q: How does the smooth inner surface contribute to patient care?

A: The smooth-bore design minimizes resistance and supports laminar airflow, reducing secretion buildup and lowering the risk of airway blockage, which enhances patient safety and comfort during ventilation.