Ultrasonic Assisted Atomizers/Nebulizers/Spray Technology
Product Parameters
| Model:110K/3M |
| Atomization method :Ultrasonic microporous metal |
| Ultrasonic oscillation frequency : 1110KHz/3M |
| Suitable for atomizing medicinal liquids : Can assist in drug atomization to aid absorption |
| Direct distribution of mist particles: 2um--5um/0.25--0.8um |
Detailed Photos
Product Description
Ultrasonic atomization technology is the most advanced technology solution in the field of low-temperature atomization, especially suitable for medical atomization and herbal atomization. It also has its unique application value and potential in the field of electronic cigarette atomization, which will bring new technological breakthroughs to electronic cigarette atomization products.
- Principles of Ultrasonic Atomization Technology
Ultrasound is a sound wave with a frequency exceeding 20 kHz, which exceeds the range of human hearing. The propagation of ultrasound relies on an elastic medium, which causes particles in the elastic medium to oscillate and transmit energy in the direction of ultrasound propagation through the medium. This type of wave can be divided into longitudinal and transverse waves. In gases and liquids, only longitudinal waves can be transmitted. Ultrasound can cause particle vibration, and the acceleration of particle vibration is proportional to the square of the ultrasonic frequency. Therefore, ultrasound at tens of kilohertz will generate a great force, and when strong ultrasonic waves propagate in liquids, due to nonlinear effects, they will produce acoustic cavitation effects. The vibration waves emitted when a cavitation bubble suddenly closes can generate thousands of atmospheric pressures around it; At the same time, during the vibration process of cavitation bubbles, the liquid itself will generate a circulation, known as acoustic streaming, which can cause a high velocity gradient and viscous stress on the surface of the vibrating bubbles. When a layer of liquid is attached to the surface of the ultrasonic transducer, the liquid can be instantly atomized under the above effects.
Ultrasonic atomization technology is a technology that uses the above principles to disperse liquid into tiny droplets.
- Technical characteristics of AIERBAITA ultrasonic atomizer
- A true low-temperature atomization technology
We use the principle of ultrasonic waves to achieve atomization of various types of pharmaceutical solutions and traditional Chinese medicine herbal solutions at room temperature Through innovative software and hardware technology and ingenious structural design. During the atomization process, the temperature rise can be controlled within 15°C due to the mechanical vibration produced by the ultrasonic transducer. Therefore, the atomization temperature of our ultrasonic atomizer is lower than 60°C at room temperature, thereby protecting the medicinal properties and biological activity of the medicinal solution, and it is suitable for the atomization of most medicinal solutions.
- The diameter of atomized particles is controllable and adjustable from 0.35~5μm
The deposition forms and locations of atomized particles in the respiratory system are mainly affected by the diameter of the particles, as follows:
- Mist particles with a diameter over 5.0 μm will deposit in the throat and upper respiratory tract due to inertial impaction between particles;
- Mist particles with a diameter between 1.0 μm and 5.0 μm will mainly reach the deep respiratory tract in the form of deposition by gravity and deposit on the surface of the trachea, bronchi and alveoli;
- Mist particles with a diameter between 0.5 μm and 1.0 μm will deposit on the respiratory bronchioles and alveolar walls;
- Usually 80% of mist particles with a diameter less than 0.5 μm will be exhaled out of the body along with the airflow due to Brownian motion, and the remaining part will deposit on the respiratory tract.
Research has found that the greater the proportion of mist particles with a diameter between 1.0 μm and 3.0 μm in the total particles, the higher the sedimentation rate in the alveoli and bronchioles. For medical atomization applications, the efficacy of the medicinal liquid will be better.
Based on in-depth research on atomization technology and the principle of inhaled drug delivery, we can provide ultrasonic atomization solutions with different atomized particle diameters from 0.35 μm to 5 μm, which can control the atomized liquid to deposit on different parts of the respiratory tract, thereby realizing a better absorption effect of medical solution or herbal solution.
- Application Advantages in Medical Atomization & Herbal Liquid Atomization
Ultrasonic atomization technology has broad application prospects in the fields of inhalation delivery and herbal liquid. It can atomize drug solutions into nanoscale particles and transport them to the lungs, thereby achieving the goal of treating diseases. Compared to traditional oral and injection administration methods, ultrasonic atomization technology has the following advantages:
1). Higher accuracy. Ultrasonic atomization technology can accurately and quantitatively transport medication to the respiratory tract, thereby better exerting its therapeutic effect.
2). Higher absorption rate and utilization rate. The drug solution can be directly transported to the lungs as nanoscale particles, avoiding the degradation of drugs in the digestive tract and the impact of gastric acid on drugs, thereby improving the absorption rate and utilization rate of drugs.
3). Higher security. Due to the fact that ultrasonic atomization technology disperses drug solutions into small droplets through physical means, the atomization temperature can be as low as 60 ºC, so it will not affect the drug's efficacy and is safer and more reliable.
4). Faster treatment speed. Ultrasonic atomization technology can directly deliver drugs to the target location of the respiratory tract, thus the treatment speed is faster than traditional drug delivery methods.
5). More convenient to use. The medicinal liquid and the herbal liquid
are taken by inhalation through an ultrasonic atomizer. The atomizer can be carried around and is very convenient to use. Compared to traditional oral and injection administration methods, the atomization inhalation method of traditional Chinese medicine is more convenient and easy to use, especially suitable for the elderly and children.
- Introduction to AIERBAITA Hot Selling Ultrasonic Atomizer
110KHz Ultrasonic Atomizer
The atomizer uses an ultrasonic transducer (atomizer sheet) with a frequency of 110KHz, made of a metal/piezoelectric ceramic composite material with micropores distributed on it.
The median diameter of atomized particles is 3.0 μM ± 25%, easily reaching the deep respiratory tract, most of which deposit on the surface of the throat, trachea, bronchi, and alveoli. Suitable for atomization of medicinal liquid and herbal liquid.
The atomizer is equipped with a button and a pneumatic switch (air pressure sensor) for oral, nasal and lung inhalation.
Product Specification
| Name |
Portable Ultrasonic Low-temperature Atomizer |
| Model |
ZY01CJ3 |
| Atomization Mode |
Ultrasonic, metal/piezoelectric ceramic composite material with micropores distributed on it |
| Ultrasonic Frequency |
110KHz±10% |
| Suitable Liquid |
Aqueous and Oily Organic Solutions |
| Droplet Diameter |
Median Particle Size 3.0μm±25%. |
| Mist Particle Deposition Site |
The mist particles easily reach the deep respiratory tract and deposit on the surface of the trachea, bronchi and alveoli. |
| Atomization Temperature |
≤60ºC |
| Cup Capacity |
7ml |
| Ambient Temperature |
-15ºC~40ºC |
| Battery Type & Capacity |
Rechargeable Li-ion battery, Type-C, 600 mAH |
3MHz Ultrasonic Atomizer
The atomizer uses an ultrasonic transducer (atomizer sheet) with a frequency of 3MHz, and the material is piezoelectric ceramic. The median diameter of atomized particles is 0.35μm±25%. The mist particles easily reach the deep parts of the lungs, a small part of them are deposited in the bronchioles and alveolar walls, and most of them are exhaled out of the body due to Brownian motion.
The atomizer is equipped with a pneumatic switch (Air Pressure Sensor), which has the experience of using electronic cigarettes. It is suitable for atomizing zero-nicotine herbal liquid and has the prospect of electronic cigarettes.
Product Specification
| Name |
Potable Ultrasonic Low-temperature Atomizer |
| Model |
ZY01BG1 |
| Atomization Mode |
Ultrasonic Piezoelectric Ceramic |
| Ultrasonic Frequency |
3MHz±10% |
| Suitable Liquid |
Oily Organic Solution |
| Droplet Diameter |
Median Particle Size 350nm±25%. |
| Mist Particle Deposition Site |
The mist particles easily reach the deep parts of the lungs, and some are deposited in the bronchioles and alveolar walls, while some are exhaled. |
| Atomization Temperature |
≤60ºC |
| Cup Capacity |
2ml/3ML |
| Ambient Temperature |
-15ºC~40ºC |
| Battery Type & Capacity |
Rechargeable Li-ion battery, Type-C, 600 mAh |
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