Cleaning After Each USE

Following the cleaning instructions after each use will prevent any remaining medication in the bottle from drying, adhering to the mesh cap, and resulting in the device not nebulizing effectively.

Wash the Medication Bottle, Mesh Cap, Mask, Mouthpiece, and Mask and Mouthpiece Adapter after each use.

WARNING

Rinse the nebulizer parts after each use. Dry the parts immediately after washing.

CAUTION

To prevent damage to the device:

•Do not rinse or immerse the Main Unit in any liquid.

•Do not wash or rinse any of the parts under strong running water.

•Do not touch the mesh with your hand or any other object.

1.Remove the Mouthpiece or Mask and the Mask and Mouthpiece Adapter from the Main Unit.

2.Remove the Medication Bottle from the Main Unit.

3. Open the Medication Bottle and discard any remaining medication.

4. Attach the Medication Bottle to the Main Unit. Open the Mesh Cap.

5. Pour a small amount of distilled water into the Medication Bottle and close the Mesh Cap.

6. Turn on the device to nebulize the distilled water for 1 to 2 minutes to remove residual medication from the mesh holes.

7. Turn off the device and remove the Medication Bottle from the Main Unit.

8.Remove the Mesh Cap from the Medication Bottle and discard any remaining distilled water from the Medication bottle.

9.Rinse the Medication Bottle, Mesh Cap, Mask, Mouthpiece, and Mask

and Mouthpiece Adapter with distilled water.

10.Gently wipe off excess water with a soft clean cloth or allow the parts to air dry in a clean environment.

11.Assemble the device. Store the device in the Storage Case or in a clean environment.

NE-U22V specifications

Omron Healthcare NE-U22V is a sophisticated nebulizer designed to deliver effective aerosol therapy for individuals suffering from respiratory conditions like asthma, COPD, and other lung ailments. This portable nebulizer stands out for its advanced features, compact design, and user-friendly operation, making it a preferred choice for both home and clinical use.

One of the key features of the NE-U22V is its small particle size aerosol delivery. Utilizing advanced vibrating mesh technology, the device generates a consistent output of aerosol droplets that are optimally sized to penetrate deep into the lungs, ensuring effective treatment. This technology results in higher lung deposition rates compared to traditional nebulizers, meaning more medication reaches the intended site for improved therapeutic outcomes.

The NE-U22V is also notable for its ultra-quiet operation. With minimal noise during use, it allows patients to undergo treatment without disruption, making it ideal for use at any time of day or night. Whether at home, in the office, or while traveling, the discreet operation of the NE-U22V contributes to a more comfortable experience for users.

Portability is another hallmark of the NE-U22V. Compact and lightweight, the nebulizer is designed for easy transport, ensuring that users can take their therapy wherever they go. It features a convenient carrying case for storage and mobility, making it particularly user-friendly for both adults and children alike.

The device’s intuitive design also incorporates a simple one-button operation, making it easy even for those who may not be technologically savvy. Users can quickly set it up and begin treatment without any complicated procedures. Furthermore, the nebulizer is compatible with a wide variety of medications, allowing for flexibility in treatment options.

Easy maintenance is another advantage of the NE-U22V. It includes a dishwasher-safe medication cup, simplifying the cleaning process. The durability of the device ensures long-term use, providing great value for patients and caregivers alike.

Overall, the Omron Healthcare NE-U22V nebulizer combines cutting-edge technology with user-centered design, making it a top choice for effective respiratory treatment. With its efficient aerosol delivery, portability, quiet operation, and ease of use, it addresses the needs of patients seeking reliable and convenient management of their respiratory conditions.