Brief Introduction:
The Piezoelectric Net Atomizer is a medical device designed to efficiently convert liquid medication into fine particles that can be inhaled by patients. The key component of this device is the piezoelectric element, which transforms electrical energy into mechanical vibrations. These vibrations generate shock waves that facilitate the atomization of liquid medication, providing an effective means of delivering respiratory treatments to patients. The atomized medication is then ejected through a spray nozzle, ready for inhalation through a mouthpiece or mask. The device finds its primary application in the Respiratory Medicine Department, where it assists patients with various respiratory conditions.
Product Features:
Piezoelectric Element: The core technology of the device is the piezoelectric element. This component converts electrical energy from a power source into mechanical vibrations, creating the necessary force for atomizing the liquid medication.
Ultrasonic Vibration: The piezoelectric element generates low-frequency ultrasonic vibrations. These vibrations lead to the formation of shock waves that induce the atomization of the liquid medication within the medicine cup.
Medicine Cup and Spray Blank: The device includes a medicine cup that holds the liquid medication. The shock waves produced by the ultrasonic vibrations squeeze the liquid, causing it to atomize and pass through a spray hole in the spray blank. This mechanism ensures efficient and consistent atomization.
Fine Particle Generation: The atomization process results in the creation of extremely fine particles. These tiny particles are ideal for inhalation, as they can reach deep into the respiratory system, providing effective medication delivery to the lungs.
Ejection Mechanism: The atomized medication is ejected through a spray blank, which directs the fine particles towards either a mouthpiece or a mask, depending on the patient's needs.
Advantages:
Precise Medication Delivery: The piezoelectric net atomizer ensures accurate and controlled atomization of liquid medication, allowing for consistent dosages to be delivered to patients.
Highly Efficient: The ultrasonic vibration mechanism efficiently converts liquid medication into fine particles, optimizing the drug's effectiveness and reducing wastage.
Deep Inhalation: The fine particles produced by the atomizer can penetrate deeply into the lungs, ensuring that medication reaches the lower respiratory tract where it is most needed.
Minimal Medication Waste: The atomization process is designed to minimize medication waste, as it transforms the liquid into particles that can be effectively inhaled.
Patient Comfort: The device is designed for ease of use and patient comfort. It can be used with either a mouthpiece or mask, catering to individual patient preferences.
Suitable for Respiratory Conditions: The piezoelectric net atomizer is particularly suitable for patients with various respiratory conditions, such as asthma, chronic obstructive pulmonary disease (COPD), and bronchitis, where inhalation therapy is crucial.
