Bionex Mesh Nebulizer

Name: Bionex Mesh Nebulizer
SKU: PAR-NB01
Price: 612.75 ZAR
Availability: InStock

R612,75 excl. VAT

Experience efficient respiratory care with the Bionex Mesh Nebulizer, featuring advanced microporous atomization technology for a fine, consistent mist. This ultra-quiet, portable device is designed for easy use by children and adults alike, ensuring effective medication delivery every time.

SKU: PAR-NB01 Categories: Medical Equipment, Suction Units & Nebulizers

Advanced Respiratory Therapy with the Bionex Mesh Nebulizer

The Bionex Mesh Nebulizer is a high-performance, modern solution designed for effective respiratory therapy, whether used at home or while traveling. Utilizing cutting-edge Microporous Atomization Technology, this device produces an ultra-fine mist that ensures rapid and consistent medication absorption in the lungs.

Engineered for comfort and convenience, the Bionex Mesh Nebulizer operates with ultra-quiet technology, making it ideal for sensitive users such as infants, children, and the elderly. The device features an automatic shut-off function (available in 10 or 20-minute intervals) and an automatic cleaning mode to maintain hygiene and prolong the life of the device. With its efficient design, there is no residual liquid left in the reservoir, ensuring every dose of medication is fully utilized.

Key Features and Benefits

Microporous Atomization: Delivers a fine mist for optimal medication absorption.
Ultra-Quiet Operation: Minimizes noise during treatment for a stress-free experience.
High Efficiency: Designed to leave no residual liquid in the medicine cup.
User-Friendly Design: Includes two adjustable airflow levels and a replaceable spray head.
Safety First: Features automatic shut-off and an automatic cleaning function.

Technical Specifications

Nebulization Rate: >0.2mL/min
Particle Size (MMAD): < 5um
Working Noise Level: 50dB(A)
Automization Frequency: 110kHz ± 10kHz
Medicine Capacity: 10mL Maximum
Operating Temperature Range: 5°C – 40°C
Operating Humidity Range: 15%RH – 90%RH

Physical Dimensions

Weight: 0.700 kg
Dimensions: Length: 14cm, Width: 7cm, Height: 12cm

Weight	0,700 kg
Dimensions	14 × 7 × 12 cm

Product Overview

The Bionex Mesh Nebulizer is a portable, handheld medical device used to convert liquid medication into a fine mist for inhalation. It is primarily used to treat respiratory conditions such as asthma, COPD, and various respiratory infections.

How It Works

The device utilizes Mesh Technology. High-frequency vibrations (110kHz) pass through a microporous mesh, forcing the liquid medication through tiny holes to create an ultra-fine aerosol mist (MMAD < 5um). This ensures the medication reaches the deep parts of the lungs for maximum efficacy.

Technical Specifications Table

Feature	Specification
Atomization Technology	Microporous Mesh
Nebulization Rate	>0.2mL/min
Particle Size (MMAD)	< 5um
Noise Level	50dB(A)
Frequency	110kHz ± 10kHz
Max Medicine Capacity	10mL

Maintenance and Cleaning

To ensure the longevity and hygiene of your Bionex Mesh Nebulizer, follow these guidelines:

Automatic Cleaning: Utilize the built-in automatic cleaning function after each use to prevent medication buildup.
Spray Head Care: The spray head is replaceable. If mist production decreases, check the mesh for blockages.
Storage: Store in a cool, dry place within the operating temperature range (5°C - 40°C).

Usage Guidelines

Airflow Adjustment: Use the two adjustable airflow settings to customize the treatment to the patient's needs.
Safety Shut-off: The device is programmed to shut off automatically after 10 or 20 minutes to prevent over-medication and save power.
Target Audience: Suitable for children, adults, and the elderly due to its quiet operation and ease of use.

Troubleshooting

Reduced Mist Production: Ensure the medicine cup is not overfilled and check if the mesh requires cleaning.
Device Not Powering On: Check battery levels or power connection.
Inconsistent Mist: Ensure the device is held in a stable position during operation.

Last updated: August 20, 2026